S< I>-METHYL-5-THIO-&ALPHA;-D-RIBOSE 1-PHOSPHATE DEGRADATION%BIOCYC%PWY-4361 S< i>-methyl-5-thio-α-D-ribose 1-phosphate degradation Q99JT9 Q9CQT1 Q05CI8 Q8BGB7 Q9WVQ5 L-CYSTEINE DEGRADATION III%BIOCYC%PWY-5329 L-cysteine degradation III Q91WS0 P05201 Q99J99 L-GLUTAMATE DEGRADATION (VIA 4-AMINOBUTANOATE)%BIOCYC%PWY0-1305 L-glutamate degradation (via 4-aminobutanoate) Q548L6 Q548L4 P15105 ESTRADIOL BIOSYNTHESIS II%BIOCYC%PWY-7306 estradiol biosynthesis II Q3ZAT3 Q91X75 DOCOSAHEXAENOATE BIOSYNTHESIS III (6-DESATURASE, MAMMALS)%BIOCYC%PWY-7606 docosahexaenoate biosynthesis III (6-desaturase, mammals) Q9DBM2 Q9Z0R9 Q543J1 Q0VGQ1 Q8BHI7 METHYLGLYOXAL DEGRADATION VI%BIOCYC%MGLDLCTANA-PWY methylglyoxal degradation VI Q7TNG8 GLUTARYL-COA DEGRADATION%BIOCYC%PWY-5177 glutaryl-CoA degradation Q8QZT1 Q8CAY6 Q8BH95 Q8BVD4 L-ASPARAGINE BIOSYNTHESIS%BIOCYC%ASPARAGINE-BIOSYNTHESIS L-asparagine biosynthesis Q61024 PHYTOL DEGRADATION%BIOCYC%PWY66-389 phytol degradation B1AV77 Q99MZ7 MENAQUINOL-4 BIOSYNTHESIS II%BIOCYC%PWY-7998 menaquinol-4 biosynthesis II Q9DC60 SUPERPATHWAY OF D-MYO< I>-INOSITOL (1,4,5)-TRISPHOSPHATE METABOLISM%BIOCYC%PWY-6358 superpathway of D-myo< i>-inositol (1,4,5)-trisphosphate metabolism Q9Z2L6 E9Q7S0 B2RQ14 Q80V26 Q6P549 Q3U3B7 Q3TTB3 Q5ND43 D3YWA2 Q6NVF0 B2RXC2 Q8K337 Q3TZT4 P49442 Q7TS72 Q3UUT8 Q924B0 Q8R071 Q9ES52 L-CYSTEINE BIOSYNTHESIS III (FROM L-HOMOCYSTEINE)%BIOCYC%HOMOCYSDEGR-PWY L-cysteine biosynthesis III (from L-homocysteine) Q91WT9 Q8VCN5 SUPERPATHWAY OF PYRIMIDINE DEOXYRIBONUCLEOTIDES DE NOVO< I> BIOSYNTHESIS%BIOCYC%PWY-7211 superpathway of pyrimidine deoxyribonucleotides de novo< i> biosynthesis Q9WV85 Q3V2L8 Q3U5Q7 Q9WV84 Q8BUH2 Q544K9 A0A0G2JEH8 G3UWN2 P70303 P70698 P11157 Q9CQ43 Q544L2 O35435 Q5NC82 Q6GRA7 Q5NC81 A0A0R4J093 Q6PEE3 Q8C373 P07742 MOLYBDENUM COFACTOR BIOSYNTHESIS%BIOCYC%PWY-8171 molybdenum cofactor biosynthesis A0JNY3 SEROTONIN AND MELATONIN BIOSYNTHESIS%BIOCYC%PWY-6030 serotonin and melatonin biosynthesis Q5SUV8 Q14A64 Q8CGV2 Q9JHZ8 ZYMOSTEROL BIOSYNTHESIS%BIOCYC%PWY-6074 zymosterol biosynthesis Q3V3I6 Q3U9G9 Q8C5N9 Q3US15 &GAMMA;-LINOLENATE BIOSYNTHESIS%BIOCYC%PWY-6000 γ-linolenate biosynthesis Q9Z0R9 Q3TN99 D3Z041 Q2XU92 Q3UNX5 Q99PU5 Q80W40 Q8BGA8 MRNA CAPPING II%BIOCYC%PWY-7379 mRNA capping II Q8BWQ4 Q9D0L8 Q9DBC3 Q9DCC1 PEPTIDO-CONJUGATES IN TISSUE REGENERATION BIOSYNTHESIS%BIOCYC%PWY-8355 peptido-conjugates in tissue regeneration biosynthesis Q3V175 A2AE91 A2CF85 Q9Z2A9 A2CF88 Q8K355 P48999 Q76LV0 SUPERPATHWAY OF GERANYLGERANYLDIPHOSPHATE BIOSYNTHESIS I (VIA MEVALONATE)%BIOCYC%PWY-5910 superpathway of geranylgeranyldiphosphate biosynthesis I (via mevalonate) G3XA48 Q8QZT1 Q3UEB4 Q8CAY6 P54869 Q3UYC1 Q9CZZ6 Q4FJN9 Q8BV96 Q3THA3 L-GLUTAMINE DEGRADATION%BIOCYC%GLUTAMINDEG-PWY L-glutamine degradation Q571F8 D3Z7P3 L-TYROSINE DEGRADATION%BIOCYC%TYRFUMCAT-PWY L-tyrosine degradation P35505 O09173 Q9JJA0 Q8QZR1 P49429 NORADRENALINE AND ADRENALINE DEGRADATION%BIOCYC%PWY-6342 noradrenaline and adrenaline degradation O88587 Q3UJ53 B1AV77 Q9QYY9 Q0VB50 A1Y9I9 Q8BW75 Q544B1 N< I>-ACETYLGLUCOSAMINE DEGRADATION II%BIOCYC%PWY-6517 N< i>-acetylglucosamine degradation II Q9D997 Q3TKA0 D3YWR1 F6UP77 L-HISTIDINE DEGRADATION%BIOCYC%PWY-5030 L-histidine degradation Q3UEL5 Q9DBA8 Q91XD4 Q8CE60 NADH REPAIR%BIOCYC%PWY-6938 NADH repair Q8K4Z3 URACIL DEGRADATION I (REDUCTIVE)%ARACYC%PWY-3982 uracil degradation I (reductive) Q3UEK4 Q8CHR6 Q9EQF5 SUPERPATHWAY OF INOSITOL PHOSPHATE COMPOUNDS%BIOCYC%PWY-6371 superpathway of inositol phosphate compounds Q8K3R3 P70181 Q8VD65 A0A0U1RPV3 P70182 Q8BTI9 Q8CI86 O08908 A0A217FL54 Q8BKC8 Q8BWK5 A0A1S6GWJ7 Q91WF7 Q91UZ1 Q2TBE6 O70167 A2ARP1 Q544E3 Q8VEL2 Q8BYN3 Q6U7H8 Q6PAS6 G5DDB7 F8WHW6 Q6NVF0 Q8C5Q7 Q8CIH5 B2RXC2 Q3UPW0 Q8K337 P42337 Q3TZT4 Q8K4S1 Q6PF93 Q7TS72 Q3UUT8 Q8K2J0 Q8CBQ5 Q8R071 E9QAN8 Q9ES52 Q80U24 Q9Z2L6 F8WHW3 Q6PD10 E9Q7S0 Q8C7P2 Q3V3V2 Q3UXE9 Q6P549 Q3UJ95 Q3TTB3 Q8CI98 F8VPL2 Q5ND43 D3YWA2 Q9CZX7 Q8BWD2 Q3U6Q4 A0A0A6YXT7 Q62077 D3Z5N5 Q8K4D7 H3BKK4 A1A4T4 A0A5F8MPK9 Q91XU3 L-PROLINE DEGRADATION%BIOCYC%PROUT-PWY L-proline degradation Q8CHT0 Q9WU79 METHYLGLYOXAL DEGRADATION I%BIOCYC%PWY-5386 methylglyoxal degradation I G5E8T9 A5GZX3 L-ALANINE DEGRADATION%BIOCYC%ALANINE-DEG3-PWY L-alanine degradation Q8BGT5 Q566C3 ACETATE CONVERSION TO ACETYL-COA%BIOCYC%PWY0-1313 acetate conversion to acetyl-CoA Q69Z91 Q9QXG4 SPERMINE AND SPERMIDINE DEGRADATION I%BIOCYC%PWY-6117 spermine and spermidine degradation I Q3V2Q2 Q3TTS0 O70423 Q3TXR6 Q3UPW5 L-TYROSINE BIOSYNTHESIS%BIOCYC%PWY-6134 L-tyrosine biosynthesis Q3UEH8 ACYLCERAMIDE BIOSYNTHESIS AND PROCESSING%BIOCYC%PWY-8042 acylceramide biosynthesis and processing B2KF06 Q14B96 Q1A3B0 Q91VE0 Q8BGU0 A0A0R4J293 Q2KHL0 HOMOCARNOSINE BIOSYNTHESIS%BIOCYC%PWY66-421 homocarnosine biosynthesis E9PX09 UMP BIOSYNTHESIS%BIOCYC%PWY-5686 UMP biosynthesis Q544K9 G3UWN2 O35435 GUANOSINE NUCLEOTIDES DEGRADATION%BIOCYC%PWY-6608 guanosine nucleotides degradation E9Q9M1 Q543K9 Q9CVF2 Q548F2 SUPEROXIDE RADICALS DEGRADATION%BIOCYC%DETOX1-PWY superoxide radicals degradation P24270 Q542X9 Q4FJX9 MYO< I>-INOSITOL BIOSYNTHESIS%BIOCYC%PWY-2301 myo< i>-inositol biosynthesis Q9JHU9 Q3U3B7 Q924B0 AEROBIC RESPIRATION I (CYTOCHROME C)%BIOCYC%PWY-3781 aerobic respiration I (cytochrome c) Q9DB77 Q7JCY6 Q4FZG9 Q9CXV1 Q9MD82 D3YXT0 P12787 Q7GIP5 Q9CQ75 Q3U422 Q545K0 Q5M9P5 Q7JCX7 Q99LC3 Q9MD77 Q9Z1P6 Q9CQ69 Q62425 Q9ERS2 E9QPX3 Q9CPU2 Q64445 Q8K2B3 D3YTQ8 Q9CQB4 Q9DC70 Q9D6J6 Q9MD68 Q9CQJ8 Q91YT0 Q4JFN6 A2RSV8 Q9CQZ6 Q9CQZ5 Q9CQ54 Q5NCJ9 Q5FW98 Q9DC69 Q91VD9 Q9CQA3 O09111 Q7JCZ1 Q9CQ91 Q9DCS9 Q7JCZ3 Q9MD59 P56391 Q9DCW5 Q9D0M3 Q9CR68 P48771 Q9CR61 Q3V406 Q9DCJ5 Q99LY9 Q9CQY9 D3Z568 A2AP31 Q569N0 Q9CZB0 F6RBR6 Q7JCY4 Q9CZ13 DOLICHOL AND DOLICHYL PHOSPHATE BIOSYNTHESIS%BIOCYC%PWY-6129 dolichol and dolichyl phosphate biosynthesis Q99KU1 Q8R2Y3 A0ABJ3HKR5 Q9WUP4 Q99LJ8 PURINE NUCLEOTIDES DE NOVO< I> BIOSYNTHESIS%BIOCYC%PWY-841 purine nucleotides de novo< i> biosynthesis Q9R0Y5 Q64737 E9Q7K1 B2RRH9 P54822 Q32M07 Q9WV85 Q3V2L8 Q9WV84 Q8BUH2 A0A0G2JEH8 P11157 Q5NC82 Q5NC81 Q6PEE3 P07742 Q3UBP0 Q3UGA8 P50096 Q9WTP7 B9EIE9 Q5SUR0 Q9DCL9 Q9WTP6 Q9CWJ9 Q920P5 F8WIC0 NAD SALVAGE PATHWAY IV (FROM NICOTINAMIDE RIBOSIDE)%BIOCYC%PWY3O-4106 NAD salvage pathway IV (from nicotinamide riboside) Q3V3F1 Q5HZI3 Q91W63 Q9D7C9 Q3V449 GABA SHUNT%BIOCYC%GLUDEG-I-PWY GABA shunt Q548L6 Q548L4 P15105 Q3TSQ7 P61922 PENTOSE PHOSPHATE PATHWAY (OXIDATIVE BRANCH)%BIOCYC%OXIDATIVEPENT-PWY pentose phosphate pathway (oxidative branch) D3Z4X1 Q790Y8 Q9DCD0 UBIQUINOL-10 BIOSYNTHESIS (LATE DECARBOXYLATION)%BIOCYC%PWY-5872 ubiquinol-10 biosynthesis (late decarboxylation) Q8R1S0 Q9CZQ1 Q66JT7 Q3TYT1 Q33DR3 Q9DC60 B9EID1 Q9CXI0 Q8BMS4 GUANOSINE NUCLEOTIDES DE NOVO< I> BIOSYNTHESIS%BIOCYC%PWY-7228 guanosine nucleotides de novo< i> biosynthesis E9Q7K1 B2RRH9 Q9WV85 Q3V2L8 Q9WV84 Q8BUH2 A0A0G2JEH8 P11157 P50096 Q5NC82 Q5NC81 Q6PEE3 P07742 SERINE AND GLYCINE BIOSYNTHESIS%BIOCYC%SER-GLYSYN-PWY serine and glycine biosynthesis Q9QZ88 Q61753 Q9CZN7 Q543K5 G3UZ26 Q99LS3 PURINE DEOXYRIBONUCLEOSIDES SALVAGE%BIOCYC%PWY-7224 purine deoxyribonucleosides salvage A0A0G2JEH8 E9Q7K1 Q5NC82 Q9WV85 Q5NC81 Q3V2L8 Q545E8 Q9WV84 Q920P5 Q504N4 Q8BUH2 THYROID HORMONE METABOLISM II (VIA CONJUGATION AND OR DEGRADATION)%BIOCYC%PWY-6261 thyroid hormone metabolism II (via conjugation and or degradation) Q91W19 A0A0R4J110 Q62452 Q9QXV5 GLUTAMINYL-TRNA^{GLN< SUP> BIOSYNTHESIS VIA TRANSAMIDATION%BIOCYC%PWY-5921 glutaminyl-tRNAgln< sup> biosynthesis via transamidation Q61024 Q571F8 D3Z7P3 VITAMIN K-EPOXIDE CYCLE%BIOCYC%PWY-7999 vitamin K-epoxide cycle Q542Y0 Q0VGU5 Q9CRC0 B2RS80 MELATONIN DEGRADATION I%BIOCYC%PWY-6398 melatonin degradation I Q91W19 Q91X75 B6VGH4 P37040 Q3UTK2 Q9CX98 Q91X77 Q6A152 Q9DBX6 PURINE DEOXYRIBONUCLEOSIDES DEGRADATION%BIOCYC%PWY-7179-1 purine deoxyribonucleosides degradation Q543K9 Q4FK28 GLUTATHIONE-MEDIATED DETOXIFICATION I%BIOCYC%PWY-4061 glutathione-mediated detoxification I Q9JJA0 P30115 Q53ZD4 E9Q6L7 P15626 P97449 Q61133 Q9D2S1 A0A0A6YWX7 Q9Z2A9 Q9CPU4 D3YVP5 Q9DCM2 P48774 Q9JIY7 A2AE89 Q9DCY6 TETRAHYDROFOLATE SALVAGE FROM 5,10-METHENYLTETRAHYDROFOLATE%BIOCYC%PWY-6613 tetrahydrofolate salvage from 5,10-methenyltetrahydrofolate Q64737 ICOSAPENTAENOATE METABOLITES BIOSYNTHESIS%BIOCYC%PWY-8399 icosapentaenoate metabolites biosynthesis P24527 P48999 Q05769 PUTRESCINE BIOSYNTHESIS I%BIOCYC%PWY-40 putrescine biosynthesis I Q6P078 A2AS89 PHOSPHATIDYLETHANOLAMINE BIOSYNTHESIS II%BIOCYC%PWY4FS-6 phosphatidylethanolamine biosynthesis II Q54AG5 Q9D4V0 Q8BGS7 Q3USD5 Q80TA1 CARNOSINE BIOSYNTHESIS%BIOCYC%PWY66-420 carnosine biosynthesis E9PX09 CHOLESTEROL BIOSYNTHESIS III (VIA DESMOSTEROL)%BIOCYC%PWY66-4 cholesterol biosynthesis III (via desmosterol) Q3V3I6 Q3U9G9 Q8C5N9 Q3TQK8 Q3US15 Q8BLN5 Q9ER47 Q8VCH6 O88822 A0A140LIT2 P70245 P53798 PYRIMIDINE DEOXYRIBONUCLEOTIDE PHOSPHORYLATION%BIOCYC%PWY-7197 pyrimidine deoxyribonucleotide phosphorylation A0A0G2JEH8 Q5NC82 Q6GRA7 Q9WV85 Q5NC81 Q3V2L8 A0A0R4J093 Q3U5Q7 Q9WV84 Q8BUH2 PROTECTIN BIOSYNTHESIS%BIOCYC%PWY-8357 protectin biosynthesis A2CF85 A2CF88 Q76LV0 L-LYSINE DEGRADATION (PIPECOLATE PATHWAY)%BIOCYC%PWY66-425 L-lysine degradation (pipecolate pathway) A2ATU0 Q9WVM8 Q3UPX0 Q3UTR5 Q3UEJ8 CHONDROITIN SULFATE DEGRADATION (METAZOA)%BIOCYC%PWY-6573 chondroitin sulfate degradation (metazoa) Q812F3 Q91ZJ9 L0MX76 (S)-RETICULINE BIOSYNTHESIS%BIOCYC%PWY-6133 (S)-reticuline biosynthesis Q91XK0 ATP BIOSYNTHESIS%BIOCYC%PWY-7980 ATP biosynthesis Q06185 Q5I0W0 P56135 Q9D1K2 P50516 P51863 Q5HZY7 Q9CQD8 H3BLL2 Q4FK74 P50518 Q3U280 P62814 P56480 Q7JCY9 Q14BC2 P97450 A0A0A6YX18 Q3U889 Q03265 Q99M55 Q9Z1G3 Q3U861 Q8C2Q8 Q91YY4 FOLATE POLYGLUTAMYLATION%BIOCYC%PWY-2161 folate polyglutamylation Q3V3R1 P48760 Q9CZN7 G3UZ26 L-SERINE BIOSYNTHESIS%BIOCYC%SERSYN-PWY L-serine biosynthesis Q9QZ88 Q61753 Q543K5 Q99LS3 L-ASPARAGINE DEGRADATION I%BIOCYC%ASPARAGINE-DEG1-PWY L-asparagine degradation I A0JNU3 Q8C0M9 ITACONATE BIOSYNTHESIS I%BIOCYC%PWY-5750 itaconate biosynthesis I A0A0R4J027 5-AMINOIMIDAZOLE RIBONUCLEOTIDE BIOSYNTHESIS%BIOCYC%PWY-6121 5-aminoimidazole ribonucleotide biosynthesis Q64737 Q3UGA8 Q5SUR0 PYRIMIDINE RIBONUCLEOSIDES SALVAGE I%BIOCYC%PWY-7193 pyrimidine ribonucleosides salvage I Q91YL3 P56389 Q543C2 Q3V218 SUPERPATHWAY OF CHOLESTEROL BIOSYNTHESIS%BIOCYC%PWY66-5 superpathway of cholesterol biosynthesis G3XA48 Q3UEB4 P54869 Q3UYC1 Q3V3I6 Q3U9G9 Q8C5N9 Q3TQK8 Q3US15 Q8BLN5 Q9ER47 Q8VCH6 O88822 A0A140LIT2 P70245 P53798 Q8QZT1 Q8CAY6 Q9CZZ6 Q4FJN9 Q8BV96 Q3THA3 PUTRESCINE BIOSYNTHESIS III%BIOCYC%PWY-46 putrescine biosynthesis III O08691 P00860 PYRIMIDINE RIBONUCLEOSIDES DEGRADATION%BIOCYC%PWY0-1295 pyrimidine ribonucleosides degradation P56389 Q5SUC8 Q8R093 KETOGENESIS%HUMANCYC%REACT_1464.NULL ketogenesis Q80XN0 Q8QZT1 P38060 P54869 G3UWD3 D-GLUCURONATE DEGRADATION%BIOCYC%PWY-5525 D-glucuronate degradation A2AC16 A7VMV2 Q80XJ7 D-MYO< I>-INOSITOL (1,4,5)-TRISPHOSPHATE BIOSYNTHESIS%BIOCYC%PWY-6351 D-myo< i>-inositol (1,4,5)-trisphosphate biosynthesis Q3V3V2 Q3UJ95 Q62077 Q8K4D7 H3BKK4 Q91XU3 Q8K3R3 P70181 A0A0U1RPV3 P70182 Q8CI86 Q8BKC8 A0A1S6GWJ7 Q91UZ1 Q2TBE6 Q544E3 Q6U7H8 Q6PAS6 G5DDB7 F8WHW6 Q8CIH5 Q3UPW0 Q8K4S1 Q8K2J0 Q8CBQ5 ETHANOL DEGRADATION IV%BIOCYC%PWY66-162 ethanol degradation IV B1AV77 Q69Z91 Q9QXG4 P24270 Q544B1 CARBON DISULFIDE OXIDATION III (METAZOA)%BIOCYC%PWY-7926 carbon disulfide oxidation III (metazoa) Q05421 L-ISOLEUCINE DEGRADATION%BIOCYC%ILEUDEG-PWY L-isoleucine degradation Q8QZT1 Q8CAY6 Q9DBL1 Q8CBC8 Q99N15 P53395 Q3ULU3 O08749 Q3U3J1 Q6P3A8 Q8BH95 GLYCINE BIOSYNTHESIS%BIOCYC%GLYSYN-ALA-PWY glycine biosynthesis Q3UEN9 H7BWY3 ARACHIDONATE BIOSYNTHESIS V (8-DETATURASE, MAMMALS)%BIOCYC%PWY-7725 arachidonate biosynthesis V (8-detaturase, mammals) Q920L1 Q9D2Y9 Q9Z0R9 SUPERPATHWAY OF GLYCOSPHINGOLIPIDS BIOSYNTHESIS%BIOCYC%PWY-7835 superpathway of glycosphingolipids biosynthesis A0A068BIS6 Q3U478 Q920V1 Q3UUA9 Q3U260 A6H6C9 Q3TVJ9 Q9CUJ6 Q8VIB3 Q91Y74 O88693 Q3V3B1 Q505A3 Q8BM62 Q8BGY6 Q11204 Q8VI38 Q8VDF0 A0A0R4J1J3 Q9JJ04 O35696 Q9JI67 Q32MG3 B1ASJ2 Q3UF00 HEME DEGRADATION I%BIOCYC%PWY-5874 heme degradation I Q544R7 Q9CY64 Q6XL48 Q3U5U6 PHOSPHATIDYLETHANOLAMINE BIOSYNTHESIS III%BIOCYC%PWY-6273 phosphatidylethanolamine biosynthesis III Q9Z1X2 NEOLACTO-SERIES GLYCOSPHINGOLIPIDS BIOSYNTHESIS%BIOCYC%PWY-7841 neolacto-series glycosphingolipids biosynthesis Q8BGY6 Q9JJ04 O35696 B1ASJ2 Q3U478 Q3UUA9 Q3U260 Q3TVJ9 Q9CUJ6 Q8VIB3 Q91Y74 O88693 Q8BM62 GDP-L-FUCOSE BIOSYNTHESIS II (FROM L-FUCOSE)%BIOCYC%PWY-6 GDP-L-fucose biosynthesis II (from L-fucose) Q7TMC8 G5E8F4 GDP-L-FUCOSE BIOSYNTHESIS I (FROM GDP-D-MANNOSE)%BIOCYC%PWY-66 GDP-L-fucose biosynthesis I (from GDP-D-mannose) Q8K0C9 THIAMINE SALVAGE III%BIOCYC%PWY-6898 thiamine salvage III Q9R0M5 THYMINE DEGRADATION%BIOCYC%PWY-6430 thymine degradation Q3UEK4 Q8CHR6 Q9EQF5 S< I>-METHYL-5'-THIOADENOSINE DEGRADATION%BIOCYC%PWY-6756 S< i>-methyl-5'-thioadenosine degradation Q9CQ65 NAD PHOSPHORYLATION AND TRANSHYDROGENATION%BIOCYC%NADPHOS-DEPHOS-PWY-1 NAD phosphorylation and transhydrogenation Q3UGI1 Q8C1W8 CHOLINE DEGRADATION%BIOCYC%CHOLINE-BETAINE-ANA-PWY choline degradation Q8BJ64 Q9DBF1 ADENINE AND ADENOSINE SALVAGE VI%BIOCYC%PWY-6619 adenine and adenosine salvage VI Q8BMC5 PLASMALOGEN BIOSYNTHESIS%BIOCYC%PWY-7782 plasmalogen biosynthesis A0A0R4J263 O54804 A2AL50 Q54AG5 Q9D4V0 Q8BGS7 Q3USD5 Q80TA1 Q922J9 P49586 Q811Q9 Q9CT84 Q99LQ7 Q7TNT2 L-DOPA AND L-DOPACHROME BIOSYNTHESIS%BIOCYC%PWY-6481 L-dopa and L-dopachrome biosynthesis Q91XK0 L-TRYPTOPHAN DEGRADATION XI (MAMMALIAN, VIA KYNURENINE)%BIOCYC%PWY-6309 L-tryptophan degradation XI (mammalian, via kynurenine) Q71RI9 Q8R519 Q8BH00 Q8VCW3 Q91WN4 Q8K4H1 D3YXV1 Q78JT3 Q8R0V5 P05202 Q6NSV5 A2ATU0 Q9WVM8 Q05CI8 ESTRADIOL BIOSYNTHESIS I (VIA ESTRONE)%BIOCYC%PWY66-380 estradiol biosynthesis I (via estrone) Q790P4 Q3ZAT3 Q8C5N9 Q91X75 P70385 Q9EQ06 ICOSAPENTAENOATE BIOSYNTHESIS III (8-DESATURASE, MAMMALS)%BIOCYC%PWY-7724 icosapentaenoate biosynthesis III (8-desaturase, mammals) Q920L1 Q9D2Y9 Q9Z0R9 D3Z041 Q3UNX5 Q8BHI7 Q80W40 Q8BGA8 SULFITE OXIDATION%BIOCYC%PWY-5326 sulfite oxidation Q8R086 HISTAMINE BIOSYNTHESIS%BIOCYC%PWY-6173 histamine biosynthesis P23738 GANGLIO-SERIES GLYCOSPHINGOLIPIDS BIOSYNTHESIS%BIOCYC%PWY-7836 ganglio-series glycosphingolipids biosynthesis Q11204 A0A068BIS6 Q8VDF0 A0A0R4J1J3 Q3UUA9 O88693 Q3V3B1 Q8BM62 ABH AND LEWIS EPITOPES BIOSYNTHESIS FROM TYPE 1 PRECURSOR DISACCHARIDE%BIOCYC%PWY-7832 ABH and Lewis epitopes biosynthesis from type 1 precursor disaccharide P38649 Q9JI67 A6H6C9 Q505A3 METHYLGLYOXAL DEGRADATION III%BIOCYC%PWY-5453 methylglyoxal degradation III Q8BIV6 Q3UDY1 Q05421 S-ADENOSYL-L-METHIONINE BIOSYNTHESIS%BIOCYC%SAM-PWY S-adenosyl-L-methionine biosynthesis Q99LB6 Q91X83 Q99J57 PLASMALOGEN DEGRADATION%BIOCYC%PWY-7783 plasmalogen degradation G3UXY9 Q497J1 SUPERPATHWAY OF PYRIMIDINE RIBONUCLEOTIDES DE NOVO< I> BIOSYNTHESIS%BIOCYC%PWY0-162 superpathway of pyrimidine ribonucleotides de novo< i> biosynthesis Q9WV85 Q3V2L8 Q3U5Q7 Q9WV84 Q8BUH2 Q544K9 A0A0G2JEH8 G3UWN2 P70303 P70698 O35435 Q5NC82 Q5NC81 A0A0R4J093 1D-MYO< I>-INOSITOL HEXAKISPHOSPHATE BIOSYNTHESIS V (FROM INS(1,3,4)P3)%BIOCYC%PWY-6554 1D-myo< i>-inositol hexakisphosphate biosynthesis V (from Ins(1,3,4)P3) Q8BYN3 A0A217FL54 D3YWA2 GLYCINE SERINE BIOSYNTHESIS%BIOCYC%GLYSYN-PWY glycine serine biosynthesis Q9CZN7 G3UZ26 OLEATE BIOSYNTHESIS%BIOCYC%PWY-5996 oleate biosynthesis Q80UG1 Q547C4 Q53YL1 Q6P2K2 Q14DI6 C20 PROSTANOID BIOSYNTHESIS%HUMANCYC%15369 C20 prostanoid biosynthesis Q8VDQ1 Q91YR9 Q3UTF0 Q3U538 Q9JHF7 O35074 O09114 B2RXY7 Q8BWM0 Q8BNP8 Q8VCC1 Q543T1 Q05769 3-PHOSPHOINOSITIDE DEGRADATION%BIOCYC%PWY-6368 3-phosphoinositide degradation F8WHW3 E9Q7S0 B2RQ14 Q6P549 Q3TTB3 Q5ND43 Q9CZX7 Q3URI3 A2AIX0 Q3UEQ1 G5E8H5 Q8VEL2 A0A5F8MPK9 Q6NVF0 Q8K337 Q3UUT8 Q80U24 Q9ES52 ULTRA-LONG-CHAIN FATTY ACID BIOSYNTHESIS%BIOCYC%PWY-8041 ultra-long-chain fatty acid biosynthesis G3UWE1 Q9EQC4 Q0VGQ1 COENZYME A BIOSYNTHESIS II (EUKARYOTIC)%BIOCYC%PWY-7851 coenzyme A biosynthesis II (eukaryotic) A0A1L1SUH2 Q8VDG5 Q9DBL7 RESOLVIN D BIOSYNTHESIS%BIOCYC%PWY66-397 resolvin D biosynthesis G3XA19 A2CF85 A2CF88 P48999 Q76LV0 ACETONE DEGRADATION I (TO METHYLGLYOXAL)%BIOCYC%PWY-5451 acetone degradation I (to methylglyoxal) Q05421 Q91X75 Q9CX98 Q6A152 Q9DBX6 ARACHIDONATE METABOLITES BIOSYNTHESIS%BIOCYC%PWY-8397 arachidonate metabolites biosynthesis P24527 Q8VDQ1 Q91YR9 Q3UTF0 Q9JHF7 O35074 O09114 Q8BWM0 Q8BNP8 Q8VCC1 Q543T1 Q3V175 G3XA19 A2AE91 Q8CC91 A2CF85 Q99N18 Q9Z2A9 Q99N16 A2CF88 Q8C255 Q8K355 Q9JKY7 P48999 Q76LV0 O35936 Q05769 PROTEIN CITRULLINATION%BIOCYC%PWY-4921 protein citrullination Q9Z183 Q5DTJ8 Q544I4 Q3TBF1 Q8K3V4 L-PHENYLALANINE DEGRADATION I (AEROBIC)%BIOCYC%PHENYLALANINE-DEG1-PWY L-phenylalanine degradation I (aerobic) Q3UEH8 PHOSPHATIDYLSERINE BIOSYNTHESIS II%BIOCYC%PWY-7506 phosphatidylserine biosynthesis II Q9Z1X2 D-MYO< I>-INOSITOL (1,3,4)-TRISPHOSPHATE BIOSYNTHESIS%BIOCYC%PWY-6364 D-myo< i>-inositol (1,3,4)-trisphosphate biosynthesis Q9Z2L6 E9Q7S0 Q6P549 Q3TTB3 Q5ND43 D3YWA2 Q6NVF0 B2RXC2 Q8K337 Q3TZT4 Q7TS72 Q3UUT8 Q8R071 Q9ES52 INOSITOL DIPHOSPHATES BIOSYNTHESIS%BIOCYC%PWY-6369 inositol diphosphates biosynthesis Q6PD10 A0A217FL54 Q8BWK5 D3YWA2 Q8BWD2 A0A0A6YXT7 A2ARP1 THYRONAMINE AND IODOTHYRONAMINE METABOLISM%BIOCYC%PWY-6688 thyronamine and iodothyronamine metabolism Q91ZI8 A0A0R4J110 Q9QXV5 THIOREDOXIN PATHWAY%BIOCYC%THIOREDOX-PWY thioredoxin pathway Q9JMH6 Q3UY43 A0A0U1RPV8 15-EPI< I>-LIPOXIN BIOSYNTHESIS%BIOCYC%PWY66-393 15-epi< i>-lipoxin biosynthesis P48999 Q05769 ACETYL-COA BIOSYNTHESIS FROM CITRATE%BIOCYC%PWY-5172 acetyl-CoA biosynthesis from citrate Q3V117 KETOLYSIS%HUMANCYC%REACT_59.NULL ketolysis Q80XN0 Q8QZT1 Q9D0K2 G3UWD3 2'-DEOXY-&ALPHA;-D-RIBOSE 1-PHOSPHATE DEGRADATION%BIOCYC%PWY-7180 2'-deoxy-α-D-ribose 1-phosphate degradation Q91YP3 Q7TSV4 Q3UNF5 Q9CZS1 Q3TX25 ANANDAMIDE LIPOXYGENATION%BIOCYC%PWY-8056 anandamide lipoxygenation A2CF85 A2CF88 P48999 L-METHIONINE SALVAGE FROM L-HOMOCYSTEINE%BIOCYC%ADENOSYLHOMOCYSCAT-PWY L-methionine salvage from L-homocysteine A6H5Y3 O35490 Q91WS4 SUPERPATHWAY OF MELATONIN DEGRADATION%BIOCYC%PWY-6402 superpathway of melatonin degradation Q91W19 Q3UJ53 Q91X75 B6VGH4 P37040 Q3UTK2 Q9CX98 Q91X77 Q6A152 Q9DBX6 2-AMINO-3-CARBOXYMUCONATE SEMIALDEHYDE DEGRADATION TO GLUTARYL-COA%BIOCYC%PWY-5652 2-amino-3-carboxymuconate semialdehyde degradation to glutaryl-CoA A2ATU0 Q8R519 Q8BH00 GLUTATHIONE-PEROXIDE REDOX REACTIONS%BIOCYC%PWY-4081 glutathione-peroxide redox reactions P47791 A0A0R4J111 Q3TNK3 P46412 Q76LV0 A0A0A6YVV2 NAD SALVAGE%BIOCYC%NAD-BIOSYNTHESIS-III NAD salvage Q99KQ4 Q3V3F1 Q5HZI3 Q3V449 HISTAMINE DEGRADATION%BIOCYC%PWY-6181 histamine degradation A2AQK4 Q3UKB9 CDP-DIACYLGLYCEROL BIOSYNTHESIS%BIOCYC%PWY-5667 CDP-diacylglycerol biosynthesis Q9D1E8 A0A0R4J263 Q8C0N2 Q8BN01 Q8CHK3 P98191 B0V2Q7 Q91V01 Q8K4X7 Q8BH98 Q0KK35 Q6NVG1 Q9D517 Q9CWA8 Q9DBL9 Q8BX08 Q61586 Q8K2C8 RAPOPORT-LUEBERING GLYCOLYTIC SHUNT%BIOCYC%PWY-6405 Rapoport-Luebering glycolytic shunt Q9Z2L6 P15327 FATTY ACID &ALPHA;-OXIDATION III%BIOCYC%PWY66-388 fatty acid α-oxidation III B1AV77 Q5MPP0 Q9QXE0 GLUCONEOGENESIS%BIOCYC%PWY66-399 gluconeogenesis Q3UER1 P15327 Q9QXD6 Q5NCI4 P06745 Q6NSQ9 P35576 S4R2G5 P17751 Q3U7Z6 Q5FWB7 Q3TKP4 P09041 Q5FW97 Q8BP54 P05063 Q9Z186 P09411 Q545V3 P21550 Q9Z2V4 P08249 A0A5F8MPN8 PHENYLETHYLAMINE DEGRADATION I%BIOCYC%2PHENDEG-PWY phenylethylamine degradation I Q812C9 Q3UJ53 B1AV77 O70423 Q8BW75 Q544B1 PENTOSE PHOSPHATE PATHWAY (NON-OXIDATIVE BRANCH)%BIOCYC%NONOXIPENT-PWY pentose phosphate pathway (non-oxidative branch) P47968 P40142 B2KGF0 Q93092 VERY LONG CHAIN FATTY ACID BIOSYNTHESIS II%BIOCYC%PWY-7036 very long chain fatty acid biosynthesis II G3UWE1 Q9D2Y9 Q548M4 Q0VGQ1 ARACHIDONATE BIOSYNTHESIS III (6-DESATURASE, MAMMALS)%BIOCYC%PWY-7592 arachidonate biosynthesis III (6-desaturase, mammals) Q920L1 Q9D2Y9 Q9Z0R9 Q3TN99 D3Z041 Q0VGQ1 Q2XU92 Q3UNX5 Q8BHI7 Q99PU5 Q80W40 Q8BGA8 D-MYO< I>-INOSITOL (3,4,5,6)-TETRAKISPHOSPHATE BIOSYNTHESIS%BIOCYC%PWY-6365 D-myo< i>-inositol (3,4,5,6)-tetrakisphosphate biosynthesis Q8BYN3 D3YWA2 &GAMMA;-GLUTAMYL CYCLE%BIOCYC%PWY-4041 γ-glutamyl cycle Q4FJZ6 Q9Z2A9 Q541E2 Q8K010 Q9D1A2 Q3UNA7 UTP AND CTP DEPHOSPHORYLATION I%BIOCYC%PWY-7185 UTP and CTP dephosphorylation I P70303 P70698 Q8C373 GLYCOGENOLYSIS%BIOCYC%PWY-5941 glycogenolysis E9Q8S8 Q6GQU1 O08528 Q5SVI6 Q91W97 Q3U6X6 Q7TSV4 Q9WUB3 Q9ET01 Q8CI94 B5THE2 L-VALINE DEGRADATION%BIOCYC%VALDEG-PWY L-valine degradation Q8K0L1 Q8CBC8 A0A0R4J0P1 Q99L13 P53395 Q8QZS1 Q3ULU3 O08749 Q3U3J1 P61922 Q6P3A8 Q8BH95 ARG N-END RULE PATHWAY (EUKARYOTIC)%BIOCYC%PWY-7799 Arg N-end rule pathway (eukaryotic) Q58E65 Q8BRX4 Q9CWD7 Q8R146 Q9DB82 Q4VAA9 B2RQV1 Q8BP95 ASPIRIN TRIGGERED RESOLVIN D BIOSYNTHESIS%BIOCYC%PWY66-395 aspirin triggered resolvin D biosynthesis P48999 Q05769 L-ASPARTATE BIOSYNTHESIS%BIOCYC%ASPARTATESYN-PWY L-aspartate biosynthesis P05201 Q7TSV6 OXIDIZED GTP AND DGTP DETOXIFICATION%BIOCYC%PWY-6502 oxidized GTP and dGTP detoxification P53368 GDP-GLUCOSE BIOSYNTHESIS II%BIOCYC%PWY-5661-1 GDP-glucose biosynthesis II E9Q8S8 Q6GQU1 O08528 Q5SVI6 Q91W97 Q3U6X6 Q7TSV4 MELATONIN DEGRADATION II%BIOCYC%PWY-6399 melatonin degradation II Q3UJ53 TRNA SPLICING II%BIOCYC%PWY-7803 tRNA splicing II B2KGA7 Q922M7 Q91VR5 Q9CWG3 Q4VA29 Q8C2A2 Q6P7W5 G3X8S8 Q80VD1 Q99LF4 PYRIMIDINE DEOXYRIBONUCLEOSIDES SALVAGE%BIOCYC%PWY-7199 pyrimidine deoxyribonucleosides salvage Q544L2 P56389 Q545E8 Q8BN51 P04184 PYRIMIDINE DEOXYRIBONUCLEOTIDES DE NOVO< I> BIOSYNTHESIS%BIOCYC%PWY-7184 pyrimidine deoxyribonucleotides de novo< i> biosynthesis Q9WV85 Q3V2L8 Q9WV84 Q8BUH2 A0A0G2JEH8 P11157 Q9CQ43 Q544L2 Q5NC82 Q6GRA7 Q5NC81 Q6PEE3 Q8C373 P07742 L-PROLINE BIOSYNTHESIS%BIOCYC%PROSYN-PWY L-proline biosynthesis Q9Z110 Q3TMZ1 Q3UTR5 4-HYDROXY-2-NONENAL DETOXIFICATION%BIOCYC%PWY-7112 4-hydroxy-2-nonenal detoxification P30115 E9Q6L7 PURINE NUCLEOTIDES DEGRADATION%BIOCYC%PWY-6353 purine nucleotides degradation Q9D020 A3KFX0 Q0VEE0 P50096 E9Q9M1 Q543K9 Q9CVF2 Q548F2 Q4FK28 L-CYSTEINE BIOSYNTHESIS%BIOCYC%PWY-6292 L-cysteine biosynthesis Q5M9P0 Q99LB6 Q91X83 Q99J57 Q91WT9 Q8VCN5 L-METHIONINE SALVAGE CYCLE%BIOCYC%PWY-7527 L-methionine salvage cycle Q9CQ65 Q543H0 Q99LB6 Q91X83 Q99J57 Q99JT9 Q9CQT1 Q05CI8 Q8BGB7 Q9WVQ5 D-MYO< I>-INOSITOL (1,4,5)-TRISPHOSPHATE DEGRADATION%BIOCYC%PWY-6363 D-myo< i>-inositol (1,4,5)-trisphosphate degradation E9Q7S0 B2RQ14 Q80V26 Q6P549 Q3U3B7 Q6NVF0 Q3TTB3 Q5ND43 Q8K337 Q3TZT4 P49442 Q924B0 2-METHYL-BRANCHED FATTY ACID &BETA;-OXIDATION%BIOCYC%PWY-8181 2-methyl-branched fatty acid β-oxidation Q9DBL1 BMP SIGNALLING PATHWAY%HUMANCYC%REACT_12034.NULL BMP Signalling Pathway Q3USS1 Q3UU71 Q80U44 Q8BRV4 E3SRG8 P21274 LEUKOTRIENE BIOSYNTHESIS%HUMANCYC%15354 leukotriene biosynthesis P24527 Q3V175 A2AE91 Q9Z2A9 Q8C255 Q8K355 P48999 PROGESTERONE BIOSYNTHESIS%BIOCYC%PWY-7299 progesterone biosynthesis Q3UJ12 Q7TPU0 L-GLUTAMATE BIOSYNTHESIS%BIOCYC%GLUTAMATE-SYN2-PWY L-glutamate biosynthesis Q3TSQ7 RETINOATE BIOSYNTHESIS II%BIOCYC%PWY-6875 retinoate biosynthesis II Q58EU7 Q9CVF2 H7BWY6 GLUTATHIONE BIOSYNTHESIS%BIOCYC%GLUTATHIONESYN-PWY glutathione biosynthesis Q4FJZ6 Q541E2 Q3UNA7 DOPAMINE DEGRADATION%BIOCYC%PWY6666-2 dopamine degradation O88587 Q3UJ53 B1AV77 Q8BW75 MARESIN BIOSYNTHESIS%BIOCYC%PWY-8356 maresin biosynthesis G3XA19 A2CF85 A2CF88 L-ASPARTATE DEGRADATION I%BIOCYC%ASPARTATE-DEG1-PWY L-aspartate degradation I P05201 Q7TSV6 GALA-SERIES GLYCOSPHINGOLIPIDS BIOSYNTHESIS%BIOCYC%PWY-7840 gala-series glycosphingolipids biosynthesis Q9JHE4 Q64676 A0A0R4J1J3 SORBITOL DEGRADATION I%BIOCYC%PWY-4101 sorbitol degradation I Q64442 PYRUVATE FERMENTATION TO (S< I>)-LACTATE%BIOCYC%PWY-5481 pyruvate fermentation to (S< i>)-lactate A0A6I8MX27 Q564E2 Q548Z6 PUTRESCINE DEGRADATION III%BIOCYC%PWY-0 putrescine degradation III Q3UJ53 B1AV77 Q3UNF5 Q9CZS1 Q3V2Q2 Q3TX25 Q3TTS0 Q8BW75 Q544B1 CREATINE-PHOSPHATE BIOSYNTHESIS%BIOCYC%PWY-6158 creatine-phosphate biosynthesis A2RTA0 Q545N7 Q04447 Q6P8J7 QUEUOSINE BIOSYNTHESIS II (QUEUINE SALVAGE)%BIOCYC%PWY-8105 queuosine biosynthesis II (queuine salvage) Q9JMA2 Z4YJE9 L-LEUCINE DEGRADATION%BIOCYC%LEU-DEG2-PWY L-leucine degradation Q8JZS7 P38060 Q9JHI5 Q8CBC8 P53395 Q3ULU3 O08749 Q3U3J1 Q6PD20 Q6P3A8 Q99MR8 E9QMT1 GLYCEROL-3-PHOSPHATE SHUTTLE%BIOCYC%PWY-6118 glycerol-3-phosphate shuttle P13707 L-ASPARAGINE DEGRADATION%BIOCYC%ASPARAGINE-DEG1-PWY-1 L-asparagine degradation P05201 B7ZNK6 A0JNU3 Q8C0M9 SEROTONIN DEGRADATION%BIOCYC%PWY-6313 serotonin degradation Q91W19 Q3UJ53 B1AV77 Q544B1 ADENOSINE RIBONUCLEOTIDES DE NOVO< I> BIOSYNTHESIS%BIOCYC%PWY-7219 adenosine ribonucleotides de novo< i> biosynthesis Q9R0Y5 P54822 Q3UBP0 Q32M07 Q9WTP7 B9EIE9 Q9WTP6 Q920P5 F8WIC0 ACYL-COA HYDROLYSIS%BIOCYC%PWY-5148 acyl-CoA hydrolysis E9PYH2 Q9R0X4 Q8BZR4 ANANDAMIDE BIOSYNTHESIS II%BIOCYC%PWY-8053 anandamide biosynthesis II Q8R3U1 Q9CPX5 A0A0R4J130 L-TRYPTOPHAN DEGRADATION TO 2-AMINO-3-CARBOXYMUCONATE SEMIALDEHYDE%BIOCYC%PWY-5651 L-tryptophan degradation to 2-amino-3-carboxymuconate semialdehyde Q8VCW3 Q91WN4 Q8K4H1 D3YXV1 Q78JT3 Q8R0V5 Q6NSV5 UDP-&ALPHA;-D-XYLOSE BIOSYNTHESIS%BIOCYC%PWY-4821 UDP-α-D-xylose biosynthesis Q91XL3 Q3TS38 PHOSPHOLIPASES%BIOCYC%LIPASYN-PWY phospholipases Q3V3V2 Q62077 Q8K4D7 H3BKK4 Q8R3U1 Q9CPX5 A0A0R4J130 Q8K1N1 Q3TYT9 Q8K3R3 Q80ZW1 Q9QZT4 Q80ZM2 Q3UN31 Q9DBX5 Q8K130 Q8CI86 Q8K255 O35405 Q50L42 Q50L43 Q64GA5 Q50L41 Q6NVF2 Q91UZ1 Q9EPR2 D3Z1N8 Q6AXH0 Q3UG05 Q8BG07 Q6GTW1 Q6PAS6 G5DDB7 Q8CIH5 Q3UPW0 Q8K4S1 Q8K2J0 EPOXYSQUALENE BIOSYNTHESIS%BIOCYC%PWY-5670 epoxysqualene biosynthesis Q3TQK8 P53798 CARDENOLIDE BIOSYNTHESIS%BIOCYC%PWY-6032 cardenolide biosynthesis Q99N99 Q8BUR8 CHOLESTEROL BIOSYNTHESIS I%BIOCYC%PWY66-341 cholesterol biosynthesis I Q3V3I6 Q3U9G9 Q8C5N9 Q3TQK8 Q3US15 Q8BLN5 Q9ER47 Q8VCH6 O88822 A0A140LIT2 P70245 P53798 OPHTHALMATE BIOSYNTHESIS%BIOCYC%PWY-8043 ophthalmate biosynthesis P05201 Q4FJZ6 Q541E2 Q3UNA7 COENZYME A BIOSYNTHESIS%BIOCYC%COA-PWY-1 coenzyme A biosynthesis A0A1L1SUH2 Q5SXA7 Q8VDG5 Q9DBL7 Q543J7 Q7M753 SUCROSE DEGRADATION%BIOCYC%PWY66-373 sucrose degradation Q3UER1 P17751 Q5FWB7 Q3UTZ4 F8VQM5 P05063 E9Q1Q9 PRPP BIOSYNTHESIS%BIOCYC%PWY0-662 PRPP biosynthesis Q8C5R8 Q9CS42 Q9D7G0 SUPERPATHWAY OF PYRIMIDINE DEOXYRIBONUCLEOSIDE SALVAGE%BIOCYC%PWY-7200 superpathway of pyrimidine deoxyribonucleoside salvage Q9WV85 Q3V2L8 Q3U5Q7 Q8BN51 Q9WV84 Q8BUH2 P04184 A0A0G2JEH8 Q544L2 P56389 Q5NC82 Q6GRA7 Q5NC81 A0A0R4J093 Q545E8 PHOSPHATIDYLCHOLINE BIOSYNTHESIS%BIOCYC%PWY3O-450 phosphatidylcholine biosynthesis O54804 Q54AG5 Q8BGS7 P49586 D3YU39 Q811Q9 SUPERPATHWAY OF L-TRYPTOPHAN UTILIZATION%BIOCYC%PWY66-401 superpathway of L-tryptophan utilization Q8R519 Q80XJ7 Q8BH00 Q8VCW3 Q3V3F1 Q91WN4 Q5HZI3 Q8K4H1 D3YXV1 Q3V449 Q78JT3 Q8R0V5 Q6NSV5 Q8BW75 Q544B1 A2ATU0 Q3UJ53 Q91W19 Q5SUV8 Q14A64 Q8CGV2 Q9JHZ8 Q91X75 B6VGH4 P37040 Q3UTK2 Q9CX98 Q91X77 Q6A152 Q8BH95 Q9DBX6 Q8BVD4 Q8QZT1 Q8CAY6 B1AV77 Q91X91 Q711T7 FATTY ACID &BETA;-OXIDATION (PEROXISOME)%BIOCYC%PWY66-391 fatty acid β-oxidation (peroxisome) Q61425 Q921H8 P32020 Q9QXD1 Q9R0H0 Q9DBM2 Q99N15 Q3TN99 Q2XU92 Q99PU5 Q8BH95 P51660 L-TRYPTOPHAN DEGRADATION VIA TRYPTAMINE%BIOCYC%PWY-6307 L-tryptophan degradation via tryptamine Q5SUV8 B1AV77 Q80XJ7 Q8BW75 TRNA CHARGING%BIOCYC%TRNA-CHARGING-PWY tRNA charging Q8BIP0 Q9CZU5 Q8C0C7 E9PWN3 Q9JJL8 A2RT28 Q61035 G5E823 Q8CGC7 Q3U186 Q8BML9 G3X975 Q9CZD3 Q8BU30 Q8BJJ2 A8Y5T6 Q9CXJ1 E9QB02 Q8BJY7 A2A7S7 Q8BXJ6 Q3UXN3 Q8BLY2 Q922A3 Q3U6U7 Q9D0R2 Q8BW46 A0A498WGK2 Q8VDC0 Q3U2A8 Q7TSZ3 Q8R2P8 Q3UD67 Q14CH7 Q790I0 Q9CYK1 Q8C483 Q9D0I9 PYRIDOXAL 5'-PHOSPHATE SALVAGE%BIOCYC%PLPSAL-PWY-1 pyridoxal 5'-phosphate salvage Q8K183 Q91XF0 N< I>-ACETYLGLUCOSAMINE DEGRADATION I%BIOCYC%GLUAMCAT-PWY N< i>-acetylglucosamine degradation I Q3TKA0 D3YWR1 F6UP77 4-HYDROXYBENZOATE BIOSYNTHESIS%BIOCYC%PWY-5754 4-hydroxybenzoate biosynthesis Q8QZR1 SUPERPATHWAY OF PURINE NUCLEOTIDE SALVAGE%BIOCYC%PWY66-409 superpathway of purine nucleotide salvage Q9R0Y5 E9Q7K1 B2RRH9 P54822 Q32M07 Q9WV85 Q3V2L8 Q9WV84 Q8BUH2 A0A0G2JEH8 P11157 Q5NC82 Q5NC81 Q6PEE3 P07742 Q543K9 P00493 P08030 Q4FK28 Q3UBP0 P50096 Q9WTP7 Q8BMC5 B9EIE9 Q9WTP6 Q920P5 F8WIC0 SPHINGOLIPID BIOSYNTHESIS (MAMMALS)%BIOCYC%PWY-7277 sphingolipid biosynthesis (mammals) Q8BG54 A2RT05 Q8CII3 Q3TST8 Q8R207 Q542D6 O09005 PYRIMIDINE DEOXYRIBONUCLEOTIDES BIOSYNTHESIS FROM CTP%BIOCYC%PWY-7210 pyrimidine deoxyribonucleotides biosynthesis from CTP Q9WV85 Q3V2L8 Q9WV84 Q8BUH2 A0A0G2JEH8 P11157 G3X908 Q544L2 Q5NC82 Q6GRA7 Q5NC81 Q6PEE3 Q8C373 P07742 UTP AND CTP DE NOVO< I> BIOSYNTHESIS%BIOCYC%PWY-7176 UTP and CTP de novo< i> biosynthesis A0A0G2JEH8 P70303 P70698 Q5NC82 Q9WV85 Q5NC81 Q3V2L8 A0A0R4J093 Q3U5Q7 Q9WV84 Q8BUH2 SUPERPATHWAY OF CHOLINE DEGRADATION TO L-SERINE%BIOCYC%PWY66-414 superpathway of choline degradation to L-serine Q9DBT9 Q8BJ64 Q9DBF1 Q9CZN7 G3UZ26 O35490 TCA CYCLE%BIOCYC%PWY66-398 TCA cycle Q99KI0 Q9D2G2 Q9CZU6 Q9CXV1 Q9CQA3 O08749 Q8K2B3 Q9D6R2 Q9Z2I8 Q9WUM5 Q3TKM5 Q91VA7 Q9CZB0 P97807 Z4YJV4 P08249 Q9Z2I9 A0A5F8MPN8 N< I>1< SUP>-METHYL-N< I>3< SUP>-AMINOCARBOXYPROPYL-PSEUDOURIDINE-MODIFIED RRNA BIOSYNTHESIS%BIOCYC%PWY-8341 N< i>1< sup>-methyl-N< i>3< sup>-aminocarboxypropyl-pseudouridine-modified rRNA biosynthesis Q542P8 A0AAA9WWH1 FATTY ACID &BETA;-OXIDATION%BIOCYC%FAO-PWY fatty acid β-oxidation Q61425 P32020 P42125 Q8BWT1 Q99JY0 Q99N15 Q8BMS1 Q3TN99 Q2XU92 Q99PU5 Q8BH95 CERAMIDE DE NOVO< I> BIOSYNTHESIS%BIOCYC%PWY3DJ-12 ceramide de novo< i> biosynthesis Q8BG54 A2RT05 Q8CII3 Q3TST8 Q8R207 Q542D6 O09005 ARACHIDONATE BIOSYNTHESIS IV (8-DETATURASE)%BIOCYC%PWY-7601 arachidonate biosynthesis IV (8-detaturase) Q9D2Y9 ERYTHRITOL BIOSYNTHESIS II%BIOCYC%PWY-8373 erythritol biosynthesis II Q64442 Q3UKA4 LACTO-SERIES GLYCOSPHINGOLIPIDS BIOSYNTHESIS%BIOCYC%PWY-7839 lacto-series glycosphingolipids biosynthesis Q8BGY6 A0A0R4J1J3 Q3UUA9 Q9JI67 A6H6C9 O88693 Q505A3 Q8BM62 L-SERINE DEGRADATION%BIOCYC%SERDEG-PWY L-serine degradation Q8R238 TETRAHYDROPTERIDINE RECYCLING%BIOCYC%PWY-8099 tetrahydropteridine recycling Q9CZL5 P61458 SPERMIDINE BIOSYNTHESIS%BIOCYC%BSUBPOLYAMSYN-PWY spermidine biosynthesis Q543H0 TETRAHYDROBIOPTERIN DE NOVO< I> BIOSYNTHESIS%BIOCYC%PWY-5663 tetrahydrobiopterin de novo< i> biosynthesis Q3U7P6 A0A1L1SRN0 Q91XH5 L-TRYPTOPHAN DEGRADATION (KYNURENINE PATHWAY)%BIOCYC%TRYPTOPHAN-DEGRADATION-1 L-tryptophan degradation (kynurenine pathway) Q8R519 Q8BH00 Q8VCW3 Q91WN4 Q8K4H1 D3YXV1 Q78JT3 Q8R0V5 Q6NSV5 Q8BH95 Q8BVD4 A2ATU0 Q8QZT1 Q8CAY6 PROTEIN O< I>-[N< I>-ACETYL]-GLUCOSYLATION%BIOCYC%PWY-7437 protein O< i>-[N< i>-acetyl]-glucosylation Q9EQQ9 Q8CGY8 CYTOCHROME C< I> BIOGENESIS%BIOCYC%PWY-8145 cytochrome c< i> biogenesis Q8BP79 RETINOATE BIOSYNTHESIS I%BIOCYC%PWY-6872 retinoate biosynthesis I Q58EU7 Q62148 Q7TQA3 Q8K3M1 P24549 Q3UIA4 H7BWY6 ABH AND LEWIS EPITOPES BIOSYNTHESIS FROM TYPE 2 PRECURSOR DISACCHARIDE%BIOCYC%PWY-7831 ABH and Lewis epitopes biosynthesis from type 2 precursor disaccharide P38649 Q3U478 O35696 Q3U260 Q32MG3 Q3UY35 Q14AE3 B1ASJ2 Q91Y74 CMP PHOSPHORYLATION%BIOCYC%PWY-7205 CMP phosphorylation A0A0G2JEH8 Q5NC82 Q9WV85 Q5NC81 Q3V2L8 A0A0R4J093 Q3U5Q7 Q9WV84 Q8BUH2 SUPERPATHWAY OF PYRIMIDINE RIBONUCLEOSIDES DEGRADATION%BIOCYC%PWY-7209 superpathway of pyrimidine ribonucleosides degradation P56389 Q3UEK4 Q8CHR6 Q5SUC8 Q9EQF5 Q8R093 THYROID HORMONE METABOLISM I (VIA DEIODINATION)%BIOCYC%PWY-6260 thyroid hormone metabolism I (via deiodination) Q91ZI8 A0A0R4J110 Q9QXV5 ICOSAPENTAENOATE BIOSYNTHESIS II (6-DESATURASE, MAMMALS)%BIOCYC%PWY-7049 icosapentaenoate biosynthesis II (6-desaturase, mammals) Q920L1 Q9Z0R9 D3Z041 Q3UNX5 Q8BHI7 Q80W40 Q8BGA8 I ANTIGEN AND I ANTIGEN BIOSYNTHESIS%BIOCYC%PWY-7837 i antigen and I antigen biosynthesis Q3U478 Q3U260 Q3TVJ9 B1ASJ2 Q5JCT0 Q7TPQ8 FATTY ACID &BETA;-OXIDATION (UNSATURATED, ODD NUMBER)%BIOCYC%PWY-5137 fatty acid β-oxidation (unsaturated, odd number) P42125 Q9WUR2 GLYCOLYSIS%BIOCYC%PWY66-400 glycolysis P52480 Q3UER1 P47857 P15327 Q5NCI4 P06745 E9Q8S8 S4R2G5 P17751 Q6GQU1 O08528 Q3U7Z6 Q5FWB7 Q5SVI6 Q91W97 P09041 Q5FW97 P05063 P09411 Q545V3 P21550 Q8CD98 Q3UEI4 Q8C605 HYDROGEN SULFIDE BIOSYNTHESIS II (MAMMALIAN)%BIOCYC%PWY66-426 hydrogen sulfide biosynthesis II (mammalian) Q91WT9 Q8VCN5 HUMAN MILK OLIGISACCHARIDES BIOSYNTHESIS%BIOCYC%PWY-8459 human milk oligisaccharides biosynthesis Z4YLR0 A0A077S9Z6 Q3U478 Q9JJ04 Q9JI67 A6H6C9 Q3TVJ9 B1ASJ2 Q5JCT0 Q8BM62 INOSINE 5'-PHOSPHATE DEGRADATION%BIOCYC%PWY-5695 inosine 5'-phosphate degradation Q0VEE0 P50096 E9Q9M1 Q543K9 Q9CVF2 HEME BIOSYNTHESIS FROM UROPORPHYRINOGEN-III I%BIOCYC%HEME-BIOSYNTHESIS-II heme biosynthesis from uroporphyrinogen-III I Q4QRK2 P36552 P70697 Q3UQA3 MITOCHONDRIAL L-CARNITINE SHUTTLE%BIOCYC%PWY-6111 mitochondrial L-carnitine shuttle Q8BGD5 Q7TQD5 Q3UN55 Q924X2 Q9Z2Z6 EUMELANIN BIOSYNTHESIS%BIOCYC%PWY-6498 eumelanin biosynthesis Q91XK0 Q3UFS3 P29812 B7ZMP6 FATTY ACID BIOSYNTHESIS INITIATION (MITOCHONDRIA)%BIOCYC%PWY66-429 fatty acid biosynthesis initiation (mitochondria) Q8R3F5 Q3URE1 Q9D404 Q569N0 ANANDAMIDE DEGRADATION%BIOCYC%PWY6666-1 anandamide degradation O08914 FORMALDEHYDE OXIDATION II (GLUTATHIONE-DEPENDENT)%ECOCYC%PWY-1801 formaldehyde oxidation II (glutathione-dependent) Q6P5I3 H3BKH6 GLOBO-SERIES GLYCOSPHINGOLIPIDS BIOSYNTHESIS%BIOCYC%PWY-7838 globo-series glycosphingolipids biosynthesis Q11204 Q8VI38 Q920V1 Q3UUA9 Q9JI67 A6H6C9 Q32MG3 Q3UF00 O88693 TREHALOSE DEGRADATION%BIOCYC%PWY0-1182 trehalose degradation E9Q8S8 Q6GQU1 O08528 Q5SVI6 E9PYP7 LINOLEATE METABOLITES BIOSYNTHESIS%BIOCYC%PWY-8395 linoleate metabolites biosynthesis G3XA19 Q6IE26 E9PWK1 Q3UQ71 THE VISUAL CYCLE I (VERTEBRATES)%BIOCYC%PWY-6861 the visual cycle I (vertebrates) Q58EU7 A0A0R4J0H3 Q9D2U3 G5E8W9 B2RUR5 A0A0R4J1M3 Q8VCH7 Q059R7 Q148Q4 Q544Y3 Q8BSF7 D3Z6W3 Q91ZQ5 H7BWY6 Q9R1R8 ANDROGEN BIOSYNTHESIS%BIOCYC%PWY66-378 androgen biosynthesis Q99N99 Q8BUR8 Q3U538 Q53YJ1 Q3UJ12 P70385 Q7TPU0 GUANOSINE RIBONUCLEOTIDES DE NOVO< I> BIOSYNTHESIS%BIOCYC%PWY-7221 guanosine ribonucleotides de novo< i> biosynthesis A0A0G2JEH8 E9Q7K1 B2RRH9 P50096 Q5NC82 Q9WV85 Q5NC81 Q3V2L8 Q9WV84 Q8BUH2 RETINOL BIOSYNTHESIS%BIOCYC%PWY-6857 retinol biosynthesis Q58EU7 Q9D2U3 G5E8W9 B2RUR5 A0A0R4J1M3 Q8VCH7 Q059R7 Q8VCT4 Q3TYU0 Q6AW46 Q05AC0 Q8R0W5 F6Z9B9 Q6P8U6 Q148Q4 D3Z6W3 H7BWY6 Q9R1R8 DOCOSAHEXAENOATE METABOLITES BIOSYNTHESIS%BIOCYC%PWY-8400 docosahexaenoate metabolites biosynthesis G3XA19 A2CF85 A2CF88 Q9JKY7 P48999 Q76LV0 Q05769 3-PHOSPHOINOSITIDE BIOSYNTHESIS%BIOCYC%PWY-6352 3-phosphoinositide biosynthesis Q8C7P2 Q3UXE9 Q3UJ95 Q8CI98 F8VPL2 Q3U6Q4 D3Z5N5 A1A4T4 A0A5F8MPK9 P70181 Q8VD65 A0A0U1RPV3 P70182 Q8BTI9 O08908 Q8BKC8 A0A1S6GWJ7 Q91WF7 Q2TBE6 O70167 Q6U7H8 F8WHW6 Q8C5Q7 P42337 Q6PF93 Q8CBQ5 E9QAN8 UDP-N< I>-ACETYL-D-GALACTOSAMINE BIOSYNTHESIS II%BIOCYC%PWY-5514 UDP-N< i>-acetyl-D-galactosamine biosynthesis II E9Q8S8 Q8R059 Q6GQU1 A0A2I3BQY4 O08528 Q3UHZ7 Q3TKA0 Q5SVI6 D3YWR1 Q91W97 P06745 Q8BWW3 4-AMINOBUTANOATE DEGRADATION I%BIOCYC%PWY-6535 4-aminobutanoate degradation I P61922 CMP-2-KETO-3-DEOXY-D-GLYCERO< I>-D-GALACTO< I>-NONONATE BIOSYNTHESIS%BIOCYC%PWY-6140 CMP-2-keto-3-deoxy-D-glycero< i>-D-galacto< i>-nononate biosynthesis Q91W97 L-CYSTEINE DEGRADATION I%BIOCYC%CYSTEINE-DEG-PWY L-cysteine degradation I P05201 P60334 STEARATE BIOSYNTHESIS%BIOCYC%PWY-5972 stearate biosynthesis Q9D2Y9 E9PYH2 Q920L5 Q3TN99 D3Z041 Q0VGQ1 Q2XU92 Q53YL1 Q99PU5 Q6P2K2 Q14DI6 &BETA;-ALANINE DEGRADATION%BIOCYC%BETA-ALA-DEGRADATION-I-PWY β-alanine degradation P61922 TRANS< I>-4-HYDROXY-L-PROLINE DEGRADATION%BIOCYC%HYDROXYPRODEG-PWY trans< i>-4-hydroxy-L-proline degradation Q8CHT0 Q9DCU9 Q8VCZ9 P05202 &ALPHA;-TOCOPHEROL DEGRADATION%BIOCYC%PWY-6377 α-tocopherol degradation Q99N18 DOCOSAHEXAENOATE BIOSYNTHESIS IV (4-DESATURASE, MAMMALS)%BIOCYC%PWY-7727 docosahexaenoate biosynthesis IV (4-desaturase, mammals) Q9Z0R9 Q543J1 Q0VGQ1 Q8BHI7 LANOSTEROL BIOSYNTHESIS%BIOCYC%PWY-6132 lanosterol biosynthesis Q8BLN5 SPHINGOSINE AND SPHINGOSINE-1-PHOSPHATE METABOLISM%BIOCYC%PWY3DJ-11470 sphingosine and sphingosine-1-phosphate metabolism Q91YR9 Q3TN99 D3Z041 Q2XU92 Q99PU5 Q78P93 Q3UDY2 Q8VD53 B9EHG7 Q810K3 Q58E38 Q8R4X1 Q8CI15 PURINE RIBONUCLEOSIDES DEGRADATION TO RIBOSE-1-PHOSPHATE%BIOCYC%PWY0-1296 purine ribonucleosides degradation to ribose-1-phosphate Q7TSV4 Q543K9 Q4FK28 PYRIMIDINE DEOXYRIBONUCLEOSIDES DEGRADATION%BIOCYC%PWY-7181 pyrimidine deoxyribonucleosides degradation P56389 Q5SUC8 Q8R093 Q99N42 D-MYO< I>-INOSITOL-5-PHOSPHATE METABOLISM%BIOCYC%PWY-6367 D-myo< i>-inositol-5-phosphate metabolism F8WHW3 Q3V3V2 Q8CI86 Q9CZX7 Q91UZ1 Q62077 Q8K4D7 Q544E3 H3BKK4 Q8VEL2 Q91XU3 Q6PAS6 G5DDB7 Q8CIH5 Q3UPW0 Q8K4S1 Q8K2J0 Q8K3R3 Q80U24 ALLOPREGNANOLONE BIOSYNTHESIS%BIOCYC%PWY-7455 allopregnanolone biosynthesis Q91WR5 Q3UEM0 Q99N99 Q8BUR8 Q3U538 SPERMINE BIOSYNTHESIS%BIOCYC%ARGSPECAT-PWY spermine biosynthesis FOLATE TRANSFORMATIONS I%BIOCYC%PWY-2201-1 folate transformations I Q497H7 Q3V3R1 Q8R0Y6 D3YZG8 Q8K009 Q8R1G5 P18155 Q9CZN7 A6H5Y3 G3UZ26 GLYCEROL DEGRADATION%BIOCYC%PWY-4261 glycerol degradation Q9WU65 Q8BX05 Q3TET2 D-MANNOSE DEGRADATION%BIOCYC%MANNCAT-PWY-1 D-mannose degradation Q3V100 L-METHIONINE DEGRADATION%BIOCYC%METHIONINE-DEG1-PWY L-methionine degradation Q5M9P0 Q99LB6 Q91X83 Q99J57 ADENINE AND ADENOSINE SALVAGE III%BIOCYC%PWY-6609 adenine and adenosine salvage III Q543K9 P00493 Q4FK28 REACTIVE OXYGEN SPECIES DEGRADATION%BIOCYC%DETOX1-PWY-1 reactive oxygen species degradation A0A0R4J111 Q3TNK3 P46412 Q8CDQ5 P24270 Q91WR8 Q542X9 A0A338P7G6 A0A0A6YVV2 Q4FJX9 ADENOSINE NUCLEOTIDES DEGRADATION%BIOCYC%SALVADEHYPOX-PWY adenosine nucleotides degradation Q9D020 A3KFX0 Q0VEE0 E9Q9M1 Q543K9 Q9CVF2 Q4FK28 ACETONE DEGRADATION III (TO PROPANE-1,2-DIOL)%BIOCYC%PWY-7466 acetone degradation III (to propane-1,2-diol) Q8BIV6 Q05421 Q91X75 Q9CX98 Q6A152 Q9DBX6 L-CARNITINE BIOSYNTHESIS%BIOCYC%PWY-6100 L-carnitine biosynthesis Q3V1N7 Q91ZE0 G3UZ26 Q924Y0 1D-MYO< I>-INOSITOL HEXAKISPHOSPHATE BIOSYNTHESIS II (MAMMALIAN)%BIOCYC%PWY-6362 1D-myo< i>-inositol hexakisphosphate biosynthesis II (mammalian) E9Q7S0 Q6P549 A0A217FL54 Q3TTB3 Q5ND43 D3YWA2 Q8BYN3 Q6NVF0 B2RXC2 Q8K337 Q3TZT4 Q7TS72 Q8R071 Q9ES52 LIPOXIN BIOSYNTHESIS%BIOCYC%PWY66-392 lipoxin biosynthesis A2CF85 A2CF88 P48999 O35936 Q76LV0 TRIACYLGLYCEROL DEGRADATION%BIOCYC%LIPAS-PWY triacylglycerol degradation Q3UDI6 Q3V2H7 P11152 P54310 Q91WC9 Q9CPP7 E9QNZ9 A4FU75 Q3TYU0 P17892 Q8BJ56 Q6P8U6 CMP-N< I>-ACETYLNEURAMINATE BIOSYNTHESIS I (EUKARYOTES)%BIOCYC%PWY-6138 CMP-N< i>-acetylneuraminate biosynthesis I (eukaryotes) A0A0R4J0B4 Q3UW64 Q99J77 Q9CPT3 CARDIOLIPIN BIOSYNTHESIS%BIOCYC%PWY-5269 cardiolipin biosynthesis A0A0C3SFZ5 B9EKS7 Q3U926 L-DOPA DEGRADATION%BIOCYC%PWY-6334 L-dopa degradation O88587 CREATINE BIOSYNTHESIS%BIOCYC%GLYCGREAT-PWY creatine biosynthesis Q9D964 O35969 UDP-&ALPHA;-D-GLUCURONATE BIOSYNTHESIS (FROM UDP-GLUCOSE)%BIOCYC%PWY-7346 UDP-α-D-glucuronate biosynthesis (from UDP-glucose) Q3TS38 GUANOSINE DEOXYRIBONUCLEOTIDES DE NOVO< I> BIOSYNTHESIS%BIOCYC%PWY-7226 guanosine deoxyribonucleotides de novo< i> biosynthesis A0A0G2JEH8 P11157 Q5NC82 Q9WV85 Q5NC81 Q3V2L8 Q6PEE3 Q9WV84 Q8BUH2 P07742 FRUCTOSE 2,6-BISPHOSPHATE BIOSYNTHESIS%BIOCYC%PWY66-423 fructose 2,6-bisphosphate biosynthesis Q8BVM1 C9VZF2 Q8CDS6 A2AFM9 B2RWB7 GERANYLGERANYL DIPHOSPHATE BIOSYNTHESIS%BIOCYC%PWY-5120 geranylgeranyl diphosphate biosynthesis Q9CZZ6 DTMP DE NOVO< I> BIOSYNTHESIS (MITOCHONDRIAL)%BIOCYC%PWY66-385 dTMP de novo< i> biosynthesis (mitochondrial) Q544L2 Q9CZN7 ADENOSINE DEOXYRIBONUCLEOTIDES DE NOVO< I> BIOSYNTHESIS%BIOCYC%PWY-7227 adenosine deoxyribonucleotides de novo< i> biosynthesis A0A0G2JEH8 P11157 Q5NC82 Q9WV85 Q5NC81 Q3V2L8 Q6PEE3 Q9WV84 Q8BUH2 P07742 NAD BIOSYNTHESIS FROM 2-AMINO-3-CARBOXYMUCONATE SEMIALDEHYDE%BIOCYC%PWY-5653 NAD biosynthesis from 2-amino-3-carboxymuconate semialdehyde Q3V3F1 Q5HZI3 Q3V449 Q91X91 Q711T7 HEME A< I> BIOSYNTHESIS%BIOCYC%PWY-7856 heme a< i> biosynthesis Q3UDN4 MRNA CAPPING I%BIOCYC%PWY-7375 mRNA capping I Q9D0L8 Q9DCC1 DI-HOMO-&GAMMA;-LINOLENATE METABOLITES BIOSYNTHESIS%BIOCYC%PWY-8396 di-homo-γ-linolenate metabolites biosynthesis B2RXY7 PHOSPHATIDYLSERINE BIOSYNTHESIS I%BIOCYC%PWY-7501 phosphatidylserine biosynthesis I Q99LH2 (4Z,7Z,10Z,13Z,16Z)-DOCOSA-4,7,10,13,16-PENTAENOATE BIOSYNTHESIS II (4-DESATURASE)%BIOCYC%PWY-7728 (4Z,7Z,10Z,13Z,16Z)-docosa-4,7,10,13,16-pentaenoate biosynthesis II (4-desaturase) Q9D2Y9 Q9Z0R9 Q543J1 Q0VGQ1 Q8BHI7 UDP-N< I>-ACETYL-D-GALACTOSAMINE BIOSYNTHESIS I%BIOCYC%PWY-5512 UDP-N< i>-acetyl-D-galactosamine biosynthesis I Q8R059 TERMINAL O< I>-GLYCANS RESIDUES MODIFICATION (VIA TYPE 2 PRECURSOR DISACCHARIDE)%BIOCYC%PWY-7434 terminal O< i>-glycans residues modification (via type 2 precursor disaccharide) Q3U478 O35696 Q3U260 Q3TVJ9 B1ASJ2 Q5JCT0 Q91Y74 Q7TPQ8 Q8BM62 ETHANOL DEGRADATION III%BIOCYC%PWY66-161 ethanol degradation III B1AV77 Q05421 Q69Z91 Q9QXG4 Q544B1 ETHANOL DEGRADATION II%BIOCYC%PWY66-21 ethanol degradation II B1AV77 Q69Z91 Q9QXG4 Q544B1 2-OXOBUTANOATE DEGRADATION%BIOCYC%PWY-5130 2-oxobutanoate degradation P53395 O08749 Q3UGC8 Q3U3J1 Q9CSI4 Q6P3A8 A0A0U1RQ27 Q3UYS0 LACTOSE DEGRADATION III%BIOCYC%BGALACT-PWY lactose degradation III Q3TAW7 A0A1B0GSK9 F8VPT3 NICOTINE DEGRADATION IV%BIOCYC%PWY66-201 nicotine degradation IV Q8VHG0 Q8K2I3 G3X8P9 Q8C7J1 Q3TRA1 Q91X75 Q9CX98 Q6XL48 Q6A152 Q9DBX6 D-GALACTOSE DEGRADATION V (LELOIR PATHWAY)%BIOCYC%PWY66-422 D-galactose degradation V (Leloir pathway) Q8R059 Q3U6X6 Q7TSV4 Q9CXZ9 Q3TQJ2 Q8K157 UDP-N< I>-ACETYL-D-GLUCOSAMINE BIOSYNTHESIS II%BIOCYC%UDPNACETYLGALSYN-PWY UDP-N< i>-acetyl-D-glucosamine biosynthesis II E9Q8S8 Q6GQU1 A0A2I3BQY4 O08528 Q3UHZ7 Q5SVI6 Q91W97 Q3V0X4 P47856 P06745 Q8BWW3 L-ALANINE BIOSYNTHESIS%BIOCYC%ALANINE-SYN2-PWY L-alanine biosynthesis Q8BGT5 Q566C3 INOSINE-5'-PHOSPHATE BIOSYNTHESIS%BIOCYC%PWY-6124 inosine-5'-phosphate biosynthesis P54822 Q9DCL9 Q9CWJ9 L-LYSINE DEGRADATION (SACCHAROPINE PATHWAY)%BIOCYC%LYSINE-DEG1-PWY L-lysine degradation (saccharopine pathway) A2ATU0 Q9WVM8 Q9DBF1 Q3UEQ9 L-SELENOCYSTEINE BIOSYNTHESIS%BIOCYC%PWY-6281 L-selenocysteine biosynthesis Q8BP74 Q3U597 Q9JJL8 Q8C483 P97364 Q6P1B6 FATTY ACID &ALPHA;-OXIDATION%BIOCYC%PWY66-387 fatty acid α-oxidation Q3TPC7 B1AV77 Q91VA0 Q3TN99 Q9QXE0 GLUTAMINE BIOSYNTHESIS%BIOCYC%GLNSYN-PWY glutamine biosynthesis P15105 TRANS, TRANS< I>-FARNESYL DIPHOSPHATE BIOSYNTHESIS%BIOCYC%PWY-5123 trans, trans< i>-farnesyl diphosphate biosynthesis Q9CZZ6 Q4FJN9 THIO-MOLYBDENUM COFACTOR BIOSYNTHESIS%BIOCYC%PWY-5963 thio-molybdenum cofactor biosynthesis Q14CH1 WYBUTOSINE BIOSYNTHESIS%BIOCYC%PWY-7283 wybutosine biosynthesis Q8BYR1 A0A0R4J0L2 E9PYE2 ANANDAMIDE BIOSYNTHESIS I%BIOCYC%PWY-8051 anandamide biosynthesis I Q9JL56 Q9CPX5 G3UXY9 A0A0R4J130 Q8BH82 D3Z1N8 VALPROATE &BETA;-OXIDATION%BIOCYC%PWY-8182 valproate β-oxidation Q8QZT1 Q8CAY6 Q91VA0 Q9DBL1 Q8BH95 NAD DE NOVO< I> BIOSYNTHESIS%BIOCYC%NADSYN-PWY NAD de novo< i> biosynthesis Q8VCW3 Q3V3F1 Q5HZI3 Q91WN4 Q8K4H1 D3YXV1 Q3V449 Q78JT3 Q8R0V5 Q91X91 Q6NSV5 Q711T7 LONG-CHAIN FATTY ACID ACTIVATION%BIOCYC%PWY-5143 long-chain fatty acid activation Q3TN99 D3Z041 E9PUC2 Q2XU92 Q99PU5 THIOSULFATE DISPROPORTIONATION IV (RHODANESE)%BIOCYC%PWY-5350 thiosulfate disproportionation IV (rhodanese) Q545S0 2-ARACHIDONOYLGLYCEROL BIOSYNTHESIS%BIOCYC%PWY-8052 2-arachidonoylglycerol biosynthesis Q91WC9 Q3UPW0 A4FU75 F8WIJ5 ARSENIC DETOXIFICATION (MAMMALS)%BIOCYC%PWY-4202 arsenic detoxification (mammals) Q5DX24 P17809 Q61609 Q9DBP0 Q4FK77 Q543K9 Q80UP8 Q5M8M3 Q6SKR2 BUPROPION DEGRADATION%BIOCYC%PWY66-241 bupropion degradation Q9WUD0 Q91X75 Q9CX98 Q6A152 Q9DBX6 PROTEIN S< I>-NITROSYLATION AND DENITROSYLATION%BIOCYC%PWY-7798 protein S< i>-nitrosylation and denitrosylation Q6P5I3 UDP-&ALPHA;-D-GLUCOSE BIOSYNTHESIS I%BIOCYC%PWY-7343 UDP-α-D-glucose biosynthesis I Q3U6X6 Q3U548 Q7TSV4 ASPIRIN TRIGGERED RESOLVIN E BIOSYNTHESIS%BIOCYC%PWY66-394 aspirin triggered resolvin E biosynthesis P24527 P48999 Q05769 ORNITHINE DE NOVO < I> BIOSYNTHESIS%BIOCYC%ARGININE-SYN4-PWY ornithine de novo < i> biosynthesis Q9Z110 SULFATE ACTIVATION FOR SULFONATION%BIOCYC%PWY-5340 sulfate activation for sulfonation Q6NZM8 A0A494BB18 GDP-MANNOSE BIOSYNTHESIS%BIOCYC%PWY-5659 GDP-mannose biosynthesis Q922H4 Q8BTZ7 Q3V100 Q91W01 Q9DCE3 P06745 CHOLESTEROL BIOSYNTHESIS II (VIA 24,25-DIHYDROLANOSTEROL)%BIOCYC%PWY66-3 cholesterol biosynthesis II (via 24,25-dihydrolanosterol) Q3V3I6 Q3U9G9 Q8C5N9 Q3TQK8 Q3US15 Q8BLN5 Q9ER47 Q8VCH6 O88822 A0A140LIT2 P70245 P53798 UREA CYCLE%BIOCYC%PWY-4984 urea cycle Q8R1A8 Q91YI0 Q3UJ34 Q8C196 GLYCINE BETAINE DEGRADATION II (MAMMALIAN)%BIOCYC%PWY-3661-1 glycine betaine degradation II (mammalian) Q9DBT9 Q9CZN7 G3UZ26 O35490 SULFIDE OXIDATION IV (METAZOA)%BIOCYC%PWY-7927 sulfide oxidation IV (metazoa) Q8R086 Q9R112 Q545S0 HEME BIOSYNTHESIS%BIOCYC%PWY-5920 heme biosynthesis A2AFM1 Q3V0B2 Q4QRK2 Q3UKR3 P36552 Q9DD05 Q3UPG1 P70697 Q3UQA3 PROPANOYL COA DEGRADATION I%BIOCYC%PROPIONMET-PWY propanoyl CoA degradation I Q3UGC8 Q9CSI4 A0A0U1RQ27 Q3UYS0 L-THREONINE DEGRADATION%BIOCYC%PWY66-428 L-threonine degradation Q3UEN6 P53395 Q8R238 O08749 Q3U3J1 Q6P3A8 GUANINE AND GUANOSINE SALVAGE%BIOCYC%PWY-6620 guanine and guanosine salvage Q543K9 P00493 CITRULLINE-NITRIC OXIDE CYCLE%BIOCYC%PWY-4983 citrulline-nitric oxide cycle Q8C5P3 P29477 F8WGF2 Q91YI0 Q3UJ34 SUPERPATHWAY OF METHIONINE DEGRADATION%BIOCYC%PWY-5328 superpathway of methionine degradation P05201 Q91WT9 P53395 Q8VCN5 O08749 Q3UGC8 Q3U3J1 A6H5Y3 Q6P3A8 O35490 Q9CSI4 A0A0U1RQ27 Q91WS4 Q3UYS0 Q8R086 P60334 Q5M9P0 Q99LB6 Q91X83 Q99J57 TETRAPYRROLE BIOSYNTHESIS%BIOCYC%PWY-5189 tetrapyrrole biosynthesis A2AFM1 Q3V0B2 Q3UKR3 Q9DD05 Q3UPG1 MEVALONATE PATHWAY%BIOCYC%PWY-922 mevalonate pathway G3XA48 Q8QZT1 Q3UEB4 Q8CAY6 P54869 Q3UYC1 Q8BV96 Q3THA3 TAURINE BIOSYNTHESIS II%BIOCYC%PWY-7850 taurine biosynthesis II Q8VDG5 Q6PDY2 Q8C9C1 ASCORBATE RECYCLING (CYTOSOLIC)%BIOCYC%PWY-6370 ascorbate recycling (cytosolic) Q3U6L3 O09131 DIACYLGLYCEROL AND TRIACYLGLYCEROL BIOSYNTHESIS%BIOCYC%TRIGLSYN-PWY diacylglycerol and triacylglycerol biosynthesis A0A0R4J263 Q99JY8 Q54AA6 Q91ZV4 Q9DCV3 Q61469 Q0VBU9 Q7TME0 G3XA61 Q8BH98 A0A087WQF0 Q0KK35 E9QAX3 Q6NVG1 Q9D517 Q9CWA8 Q9DBL9 Q61586 Q8K2C8 Q9D1E8 Q8C0N2 Q8BN01 Q8CHK3 B0V2Q7 Q91V01 Q8K4X7 FLAVIN BIOSYNTHESIS%HUMANCYC%11070 flavin biosynthesis Q8CFV9 Q8R123 D-MYO< I>-INOSITOL (1,4,5,6)-TETRAKISPHOSPHATE BIOSYNTHESIS%BIOCYC%PWY-6366 D-myo< i>-inositol (1,4,5,6)-tetrakisphosphate biosynthesis Q9Z2L6 Q8BYN3 D3YWA2 CATECHOLAMINE BIOSYNTHESIS%BIOCYC%PWY66-301 catecholamine biosynthesis Q5SUV8 P24529 Q0VB50 Q64237 7-(3-AMINO-3-CARBOXYPROPYL)-WYOSINE BIOSYNTHESIS%BIOCYC%PWY-7286 7-(3-amino-3-carboxypropyl)-wyosine biosynthesis A0A0R4J0L2 E9PYE2 TAURINE BIOSYNTHESIS I%BIOCYC%PWY-5331 taurine biosynthesis I P60334 Q8C9C1 A0A2R8VHX0 ADENINE AND ADENOSINE SALVAGE I%BIOCYC%P121-PWY adenine and adenosine salvage I P08030 MALATE-ASPARTATE SHUTTLE%BIOCYC%MALATE-ASPARTATE-SHUTTLE-PWY malate-aspartate shuttle P05201 P08249 A0A5F8MPN8 TGF_BETA_RECEPTOR%IOB%TGF_BETA_RECEPTOR TGF_beta_Receptor P31750 Q5SWR1 A2RSD4 Q8C7P2 O35864 Q504P4 Q8BFP9 Q9DBV7 Q60929 P53995 Q80U93 Q9CQN1 Q61502 A0A1B0GRM0 Q9QZD9 J3JS97 Q6NZD2 Q8BRF6 O35182 Q62432 Q3TJP4 Q8C402 Q04887 Q52L79 Q3UE22 B1AUF1 Q9Z2T9 Q8R0K9 Q8BSG9 Q9WTX6 Q6NVA3 Q3UGA1 Q9DAJ5 Q91YJ2 P11440 Q6PAR4 Q3TY70 Q6P8X1 Q3UPT4 P49817 Q564P6 Q8R3Y8 Q5KU38 P48964 Q3UKR0 P62878 Q8C590 Q3TI84 Q3V4A1 Q8CBR9 Q64318 Q9DCE6 Q80ZA1 Q8BYJ1 Q9WVM3 Q61164 B2RPW6 P48281 Q8BQS9 Q4QQL2 B9VVT6 Q3UN66 Q3UAM9 E7FJU2 P46938 Q5NC81 P01108 Q4FJW1 Q4KL34 P01101 Q9EQE3 Q3V1B5 Q9EPK5 F8VQ28 Q8R1C2 Q8BIZ6 K7Q751 Q8CF89 Q5U421 A8Y5G5 Q8C8M7 E3SRG8 B2RR30 Q5SUR3 Q9D5H8 Q923A8 Q0VEP8 Q5SWN9 P09631 Q3TVD4 A0A286YDT6 Q6NV63 Z4YK94 Q3U3D4 Q541Z2 Q63844 Q3UGB9 Q3TY04 Q76N33 A2AVR9 Q58E49 Q3TAA7 Q9D297 Q3UKJ3 P68404 G3X8W7 Q9R1E0 P43407 Q8BYY5 Q80X37 Q3UFQ4 A0A0R4J254 A0A0R4J097 Q3TM92 Q9CSE3 Q0VBK8 P19091 B2RUC7 Q9CWU3 Q3UMA3 Q8JZR2 O08908 Q80U44 Q8BZQ7 Q8BSC0 Q3UNK5 Q53YN4 Q8K2H6 Q3UFC2 Q790L7 P63085 Q7TSJ7 Q9WVH4 Q8BJ14 Q7TPS7 Q91YU7 Q8K1M3 Q8K3Q9 Q8BSJ6 Q8CDZ9 P30276 Q8BUN5 Q545C3 Q6X7S9 Q9CWK8 P15066 G3X8Q0 Q569U6 Q02248 Q3UHW8 Q5NCU5 Q60521 Q6GQV9 Q61457 Q4VAE6 Q3TB81 P70365 P13405 Q3UXQ1 B6ZI39 Q91YD3 BDNF%IOB%BDNF BDNF Q62077 P31750 Q3UDE9 P63085 Q3UHE3 Q7TSJ7 Q5KU03 Q9WVH4 P41969 Q543V3 P98083 Q8C094 Q5NCN8 Q3UFB7 Q8CB26 Q63844 P81122 Q99N57 CCR1%IOB%CCR1 CCR1 Q3UDE9 P63085 Q99K94 F8VQ28 Q3UNH6 Q8CBT5 Q5QNV9 K7Q751 A9Z1Z1 P43404 Q5U421 Q5QNW0 Q8BVW4 P05480 Q548Y4 P25799 Q5XZF2 Q53YN4 Q63844 LEPTIN%IOB%LEPTIN Leptin A0A0R4J0R7 P16054 Q05BA5 Q8C7P2 O08908 Q53YN4 P81122 P63085 Q543V3 K7Q751 Q5U421 G3X8Q0 Q544U0 Q6PE70 P35235 Q62120 Q640Q2 P14142 Q9WVF5 A0A571BEJ5 Q60749 Q3U5I5 Q6GU23 Q63844 B2RR84 P43406 THROMBOPOIETIN%IOB%THROMBOPOIETIN Thrombopoietin P63085 P42232 Q9WVH4 Q505A4 Q3TMJ8 Q62120 P98083 E9Q7U5 Q3TGG2 Q6GU23 Q63844 KITRECEPTOR%IOB%KITRECEPTOR KitReceptor P31750 Q8C7P2 Q8CBR9 Q52L79 Q99N57 Q62077 Q5KU03 P98083 Q99K94 Q5U421 P05480 Q548Y4 P35235 Q62120 Q3U5I5 A0A0R4J0R7 P42232 P68404 O54928 B9EKI5 Q9JLN9 P14234 Q3SYK5 A0A0X1KG61 Q8CEI0 Q8CFK4 P05532 Q60876 Q9CX99 Q3TJI7 Q8K1I7 Q3UTV9 E9PYG6 Q8JZR2 Q9ES52 O08908 Q80ZN2 A0AAQ4VMS6 Q4VA93 Q3TT90 Q3U1Z1 O35716 P42337 Q9JLY0 Q61411 P63085 Q5HZH8 Q7TSJ7 Q53WY0 Q3USK4 Q8BJ14 Q68FD5 Q8CGG9 P08103 Q03160 A2RS58 Q9JIA0 Q9Z1E4 D3Z4T5 Q810V8 D3YZ57 Q8C1K3 P20826 Q8C9W4 Q3UWF9 Q8C6Y4 Q9QZM4 Q924S8 CCR7%IOB%CCR7 CCR7 Q62077 P31750 Q3UDE9 P63085 Q7TSJ7 Q5KU03 Q9WVH4 Q9R1E0 Q9JLN9 Q5U421 Q548Y4 P18762 Q544Y7 P47774 Q63844 WNT%IOB%WNT Wnt Q80Y83 P31750 A0A0R4IZW5 Q542J1 Q501P6 Q02257 Q3T9A3 Q91YV0 P05132 P27467 Q8CAI6 Q2TBE6 Q6PJ87 Q61086 G3X8Q7 O55222 Q61091 J3JS97 P63330 Q60838 Q14DJ8 P24383 O54908 P53783 Q8C402 Q3TQN9 Q2NL51 Q52L79 Q8BRC7 P97401 Q9R216 Q3TLP8 Q3UN66 Q3TQ59 Q3TV73 Q3U454 Q9QUR7 Q3UR96 Q3UI35 Q8BNP7 Q5KU03 Q3ZB23 E9Q967 Q8BLL2 Q3TWB2 Q91VN0 P62137 B1ASC1 Q9D219 O70421 Q8BTF1 Q9CUZ6 P22725 Q3UEG1 G5E8N3 Q8C4U3 Q9ERE7 Q8C443 Q923A8 Q91X44 Q8C3W2 P68404 Q0VBK8 Q3TJI7 Q4VA93 Q53YN4 Q790L7 Q7TSJ7 Q02248 P70181 A2A5N2 Q4VAE6 A0A0J9YU62 A0A0R4J0A9 P70340 P51141 Q99N43 A2AJK6 FAS%IOB%FAS Fas P31750 Q8QZV0 Q921U7 Q3UGS3 Q5FWJ3 Q4FJQ4 Q3TYE1 Q5DTJ2 Q3UKR0 Q6PJ87 Q8BYJ1 Q3UE22 Q3TLP8 Q5KU03 P54731 Q61599 Q3TPJ9 P29452 Q3U6L3 P12815 Q8K3J2 Q6S393 Q60989 Q63844 P70343 O35099 P70268 Q547H1 P58019 Q3U001 Q4FK54 Q3TMJ8 G3UZX4 Q8CII5 Q8C6X9 Q61160 A2AS93 Q3UCJ0 Q9JM73 Q99PH8 Q8CEI0 Q8C350 Q91WQ6 F8VQL0 P97313 Q3ULF5 Q9DBK7 G3X8U8 Q921W2 E9PYG6 Q3TMP1 Q8BWW9 Q8BQK4 Q3UQU1 Q5U4B1 Q6ZWX6 B1AUL6 Q53YN4 Q921K2 A0A3B2W489 Q3UZ05 Q5HZH3 P63085 A2A9P6 P29594 E9PVB7 Q545F4 P11983 P70444 Q3V426 Q3U335 Q812G4 Q3UHJ1 Q03963 Q66JS6 B1AU25 D3YZ57 Q8C535 Q9JI10 Q9JI11 P47810 Q3U607 E9Q7G0 Q60855 Q91YS7 S4R1F2 P39428 Q924C1 P70677 Q8BGD9 Q9Z1Z0 E9Q696 P35991 A0A1W2P7P4 Q9JIQ3 ALPHA6BETA4INTEGRIN%IOB%ALPHA6BETA4INTEGRIN Alpha6Beta4Integrin P31750 Q8C7P2 Q5FWJ3 Q8CC06 O70456 Q8BTI9 Q3USI2 P70424 O09118 O35566 B7ZNX6 Q8C470 Q3TZ05 Q8C6B2 Q5SS40 P14206 Q62432 Q9D7Z6 G5E884 Q8C5Q7 Q545K4 Q5DTP0 G5E874 E9PZW0 Q3TLP8 P63101 Q62190 P68510 Q3UXE9 P81122 Q3U9H3 Q8CI98 P54763 Q61789 Q8C5B3 F8VQJ3 Q543V3 D3Z630 P98083 Q07563 Q3UHL7 A2A864 K7Q751 P05480 P35235 Q9WVF5 Z4YK94 Q3U5I5 Q6S393 Q9JLN9 Q3SYK5 F8VQL0 Q60876 P19091 Q3TJI7 O08908 Q4VA93 Q53YN4 P42337 Q8BUN5 D3YZ57 A2A5N2 Q4VAE6 P70677 NGF%IOB%NGF NGF G3X8Q0 P63085 P41969 Q3TMJ8 Q62347 Q8C180 Q3TJA9 Q5DTK3 Q63844 HEDGEHOG%IOB%HEDGEHOG Hedgehog O35595 A0A286YD87 E9Q317 B1AQH6 P05132 J3JS97 Q5SS40 Q62226 F8WJB0 Q7TN16 Q69ZM6 D3Z763 Q3TYX7 Q5R252 Q02248 Q7M6Z4 Q544P6 Q8C774 E0CYA6 Q8BJN8 Q80XI9 E9Q6E2 Q7TS64 Q2NLB9 P47806 Q8BKI7 Q3U0Z8 GM-CSF%IOB%GM-CSF GM-CSF P31750 Q8C7P2 Q3TJP4 Q2NL51 Q8C094 Q3U9H3 Q99N57 Q62077 Q5KU03 P41969 P98083 Q99K94 F8VQ28 Q62347 Q5U421 Q62120 Q5SWN9 Q3U5I5 Q6GU23 Q63844 P42232 S4R1M0 Q505A4 Q3TGH8 Q3TMJ8 Q5SX50 Q3UGN9 Q7TPD5 Q99LX0 Q00941 Q3UCJ0 Q5D0E0 P27773 A0A0X1KG61 Q5SX78 Q8CEI0 Q8VDU4 Q8CBU4 A0A0R4J097 A0A0G2JED4 P68040 Q3V1V5 Q3TJI7 Q9Z2F6 P17809 Q6P1E0 Q8CBT3 Q9Z1E3 O08908 Q8C2Q7 P20108 Q4VA93 A1A4T2 A0AAQ4VMY7 Q3UNK5 Q3U1Z1 P80316 P63085 Q7TSJ7 Q8CGG9 P08103 A2RS58 Q9JIA0 Q91YS7 Q60521 CCR9%IOB%CCR9 CCR9 Q3V2F3 P31750 Q9WUT7 A0A0R4IZW5 P63085 Q8K4E3 Q7TSJ7 Q7TSG6 Q5KU03 Q8BQ25 Q9R1E0 Q5U421 Q8CBU4 P26011 Q3U1B3 Q63844 P26041 TIE1 TEK%IOB%TIE1 TEK TIE1 TEK P31750 P63085 P42232 P41969 Q8BH99 Q3TMJ8 Q8CGG9 Q3TX09 P98083 Q03160 Q8C5P3 Q06806 Q9JIA0 Q80YS4 K7Q751 Q5U421 Q91YS7 G5E884 B1AUL6 Q63844 Q99N57 CCR5%IOB%CCR5 CCR5 P31750 Q8C7P2 Q3UCJ0 Q5D0E0 Q6P1E0 Q8CBT3 Q9Z1E3 Q3UDE9 P63085 Q99K94 Q9JIA0 P51682 Q5QNV9 Q545B5 A9Z1Z1 Q3UPK6 P48298 Q5U421 Q3TSV7 Q5SVU3 P30993 Q548Y4 P02772 Q5XZF2 Q544Y7 Q3U5I5 Q6GU23 Q63844 IFN-ALPHA%IOB%IFN-ALPHA IFN-alpha P31750 P42232 Q9R1E0 Q9JLN9 A0A0X1KG61 Q8VDU4 Q60876 Q8JZR2 Q9Z1E3 Q53YN4 P81122 Q543V3 Q99K94 A2RS58 Q9JIA0 P43404 Q920N8 E9QMX7 Q3URU8 P33896 Q60521 P52633 Q5SWN9 Q3V157 Q9QXJ2 Q9DBX5 Q3TUH8 Q8BGD9 Q9D1R7 Q61526 Q6GU23 E9QJS1 Q8K2U0 TRAIL%IOB%TRAIL TRAIL P97287 P31750 Q3U5H0 B2RRZ7 B7ZWE5 Q8BUX6 Q4FJQ4 B9EHX4 Q3UK97 P10605 Q8C6X9 P27661 Q61160 Q60932 O08734 Q3U169 G3X9M0 A0A0X1KG61 Q5DU30 Q8VC91 Q543W6 P97313 Q9Z1E3 Q921K2 P63085 P29594 P70444 Q62347 Q812G4 Q5U421 B1AU25 P05480 Q548Y4 P25799 Q3U607 Q02248 Q9QZM4 Q923A8 Q60855 P29452 P70677 Q8K3J2 Q60989 Q63844 Q9WTZ9 Q9JIQ3 NOTCH%IOB%NOTCH Notch P62878 Q3UV27 Q3U4P5 P31695 Q8CHB6 Q6PFG2 Q9DA19 Q8C402 Q569Z9 P23188 O88574 Q9JI71 D3YUA8 Q8BYF1 Q3UVN4 Q9JHE6 Q61483 B2RRW2 A2A884 Q9QZS3 Q8C863 Q9QUM5 Q5KU03 Q80ZV7 Q3TMT1 Q91ZW2 O35516 Q60520 Q9QYE5 Q6GR78 Q3UYK2 Q61010 Q3UPI0 Q3UZZ2 Q00899 Q548Y4 E3SRG8 D4QGC2 B2RR30 Q01705 P25799 Q5SUR3 P57716 Q3UND5 A2AEY2 Q8C7N7 Q62120 Q64299 E9PWE4 Q3UM17 Q61982 O35730 Q6T264 Q6GU23 Q63844 Q58E49 P63085 Q8BJ14 Q8BUN5 P70340 Q9WTX6 M-CSF%IOB%M-CSF M-CSF P31750 A0A494BAM6 Q3UIM4 P07141 Q8C7P2 P42232 Q6P549 Q5FWJ3 Q8K420 Q3U0E8 Q61160 A0A0X1KG61 Q9ES52 Q53YN4 Q3UDE9 P98083 Q9JIA0 K7Q751 Q3U607 Q8C6Y4 Q60855 P35235 Q8BSM5 Q3U5I5 Q3UP99 Q6GU23 Q6NXV8 A0A0J9YUN4 EGFR1%IOB%EGFR1 EGFR1 P11440 P49817 Q3V4A1 Q9DCE6 Q80ZA1 Q3UN66 P01108 P01101 F8VQ28 K7Q751 Q5U421 Q5SWN9 Q3TVD4 Q63844 Q3UGB9 Q58E49 P68404 Q9R1E0 Q3UMA3 Q8JZR2 O08908 Q80U44 Q53YN4 P63085 Q7TSJ7 Q8BUN5 P15066 G3X8Q0 Q4VAE6 P31750 Q5SWR1 Q8C7P2 Q62432 Q3TJP4 Q52L79 Q8C094 Q5NCN8 P81122 Q99N57 Q62077 Q3UDE9 Q5KU03 P41969 P98083 Q99K94 P05480 Q548Y4 P25799 P35235 Q62120 Q9WVF5 Q60749 Q3U5I5 Q6GU23 P42232 Q505A4 Q3TMJ8 B9EKI5 Q9JLN9 Q3SYK5 A0A0X1KG61 Q8CEI0 P05532 Q60876 E9PYG6 Q4VA93 Q3TT90 O35716 P42337 Q61411 Q3USK4 Q68FD5 Q03160 A2RS58 Q9JIA0 Q810V8 D3YZ57 Q3UWF9 Q544Y7 A2A5N2 A0A0J9YU62 A0A0R4IZW5 Q02257 Q3TQN9 Q2NL51 Q3TLP8 Q6S393 P58019 A2AS93 Q3UCJ0 F8VQL0 Q8BWW9 Q8BQK4 Q60855 Q91YS7 S4R1F2 E9Q696 Q5FWJ3 Q8BTI9 P70424 B7ZNX6 G5E884 Q8C5Q7 E9PZW0 P63101 Q3UXE9 Q3U9H3 Q8CI98 P54763 Q07563 A2A864 Q62347 Q8C180 Q5DTK3 Q8C774 Q7TS64 Q3TGH8 Q5SX50 Q3UGN9 Q7TPD5 Q8VDU4 Q8BH99 Q3TX09 Q8C5P3 Q3URU8 Q9QXJ2 Q3TUH8 Q61526 E9QJS1 Q8BUX6 Q8C863 Q6GR78 A0A0J9YUN4 Q6P549 Q3UXS0 P17426 Q3U7R1 Q9WUB0 Q9DCV7 Q9DBT6 Q5SS83 Q3UG15 G3X9V2 Q3UJ76 Q91V35 E9PXU2 Q8CD59 Q8BQ28 Q5SRX1 Q9JJ00 A0A0R4J0X8 F8VQ72 P54754 A0A3B2WCN9 Q542U0 Q69ZU4 Q8JZL1 D3YTQ3 G3X9X7 Q571I4 Q80TM2 Q3UIX3 Q3U7S9 Q80VP1 Q8C2Q8 Q7JCZ1 Q62084 Q921L6 Q8VHK1 Q3TVW1 B2RRF0 Q3UFT3 Q80X90 E9Q2K8 Q3V1F2 Q9CQ73 P54823 Q9JJU8 F7AT44 Q9WVA4 Q561M1 Q3UHZ0 Q80TQ2 Q5U464 O55042 Q6PAC1 Q8VIJ6 Q80W68 Q91W69 Q922K9 Q3V1H5 Q9CZG9 Q3U5S6 Q8CE90 Q4FJM3 Q32P04 A0A0R4J0V2 Q99KG5 Q61152 Q3UL29 Q5F258 Q3TK48 Q3ULT2 P62631 Q80Y09 B9EIV8 O70400 Q8BG66 Q5SW83 P50543 Q3TMX0 Q8CCL8 Q3UUD2 Q3TVI6 A0A2C9F2A2 Q8BRK8 Q62101 Q5SWV3 Q8BUR4 O55111 Q8C4N2 Q9JLL0 Q8BXX8 Q9DBJ3 Q6PFA2 F8WGL9 Q62470 P50446 Q9R0C8 Q6P069 Q64348 P70460 G3XA13 E9QM75 Q5FWB7 Q80ZW1 Q3UFL4 Q3UHP6 Q62172 Q9QWL7 Q8CCP7 Q69Z38 Q61084 P70452 Q6P6I8 Q540I4 Q80XR8 Q4VAA7 Q8VDZ4 O35718 Q4JG03 P05784 P05622 G5E8C3 Q3UX07 Q5SWZ5 Q62384 Q91ZV3 F6TFF2 Q3TZW9 Q8CI94 Q8VD75 Q8BFW7 Q9DAK9 Q9QY23 Q52KF7 A0A0R4J212 Q8K1S5 Q9WTP2 Q5EBP8 Q8BRE1 Q8CEI8 Q9CQD1 Q9CZV7 Q6PB44 Q5EBQ2 Q9DBC7 E9QAU4 F8VQH0 Q9CZ52 Q8C5H3 Q8VDN2 Q3THE2 E9Q9E1 Q3TQX5 Q14BR4 O88327 Q9CXQ9 G3X9H5 A1BN54 Q543F6 Q542D9 Q922Y0 Q05BG3 Q8C5G1 E9QP36 Q8BZ33 Q3TPY5 P11679 Q3UKJ7 Q8BZR6 A0A0R4J1L6 A0AAQ4VMU6 Q53ZU1 E9PUB0 Q8K1N2 Q9D8U8 A6H6M2 P09055 A0A0A0MQ87 Q8BY71 Q5M9K7 Q64519 B2RS85 Q3UHF8 Q8R0W0 Q6NVF2 Q05AA8 V9GX76 Q3UPW2 Q3UWD7 Q9QZK2 Q8CAD1 Q9D1E4 Q8BI55 Q62426 Q8BSI9 Q64727 Q9JKF6 Q62420 O08648 Q7TT13 B2RRX1 Q3UKP6 P68433 Q8CCG5 Q91ZM2 Q6UKZ0 Q9Z1A1 Q6ZPU1 Q542G9 Q9WVS7 Q564E2 Q8CCF8 Q544K4 Q5FW97 P60840 Q80ZL3 Q9R190 Q60864 B2RS30 Q3U7Z6 P63168 Q8K1A6 Q922R0 O54724 Q3TC45 Q80U72 Q8BWF4 Q3TPM5 Q3UUT8 Q03145 Q60750 Q9WVM1 Q8BGG7 Q8VHM5 P41241 Q03137 Q8CIH5 Q8C067 Q924U4 G5E8L8 D3YYB0 Q5NCM7 Q3UJA5 A0A0A0MQF5 Q5D0E9 E9QAN8 Q3TU98 Q8CA63 Q3UST3 Q8VDD5 P40142 Q8CHE4 E9Q6Y8 Q8R2L7 Q9QXD8 Q3V0J9 Q545A2 Q8CGB6 A0A1L1SRE8 O54714 P28028 P53566 A0A1Y7VLY2 Q8C8K1 G3X8P5 P52480 Q9D8L0 Q80XC3 P97393 B1AXN9 Q3ULF7 Q3UPN9 Q544A1 Q7TSI6 Q80SW1 Q8K3H0 Q60760 P35831 P41158 Q4FJV4 Q8CFE6 A2ASX2 Q9Z188 Q6ZPK1 Q8BHL5 Q63918 Q546G4 Q811P8 Q6PD21 E9Q1T5 Q3V341 G3X9U0 ANDROGENRECEPTOR%IOB%ANDROGENRECEPTOR AndrogenReceptor Q9WUD1 P31750 P23804 Q5XJV5 Q8CE59 Q8C7P2 C4PFH5 Q4FJQ4 B2MWM9 Q504P4 Q99J95 G3X9I6 P62827 Q80Y52 Q3THG5 Q14A12 Q3TTX5 Q3UJQ1 G3UWD8 Q9CUY1 Q3THK3 Q3TYD9 Q61081 P35582 Q3ZAS1 Q8CIE2 Q9CX58 Q05A21 Q52L79 Q62101 Q3TWH3 A0A494B990 S4R216 Q62219 F8VQL7 M0QWX4 Q9QZS2 Q3UGU8 Q922L6 Q5SUV8 Q9DBN8 Q5KU03 Q8CEC2 A0A0R4J187 Q3U5D9 Q920P3 Q6PDI9 Q99PA7 Q9CXC9 P63280 Q3UMJ4 Q3V215 P35700 Q6P1E8 Q3ULQ6 P05480 Q548Y4 Q3UL03 B7FAU9 Q8CBD1 Q9WVF5 Q6GU23 Q05BA5 Q99LX0 P68040 Q9Z2T9 P49817 Q91YV0 P48964 Q3UKR0 E7FJU2 Q80ZV7 Q3UUT8 F8VQ28 P62137 Q60520 E3SRG8 B2RR30 Q3TVD4 P29452 Q6NV63 Q58E49 O54714 P53566 Q3ULF5 P19091 Q8K3H0 Q921K2 Q790L7 A2A9P6 Q8BJ14 Q545F4 B9EKI3 Q2M4G9 Q8BQC8 G3XA54 Q9WTP3 Q8BUN5 E9Q5D6 Q543D7 A0A0R4J003 A0A158SIT8 Q3TGU7 G3X8Q0 P48962 Q3U607 Q4FK11 Q02248 Q7TPY0 P27641 Q9JMG9 Q3ULB5 Q3UAD6 Q61457 Q3UI45 P70677 Q6PAC1 Q8BJU7 Q9WTZ0 P70365 Q62227 P13405 Q3U7T8 E9PWD3 Q505F1 FLK2 FLT3%IOB%FLK2 FLT3 FLK2 FLT3 P31750 P63085 Q505A4 Q62347 P53566 Q9JIA0 B9EKI5 A0A0X1KG61 Q8CEI0 Q8CBR9 Q3UEW6 Q3ZB59 Q52L79 Q6GU23 Q63844 CD40%IOB%CD40 CD40 P31750 A0A0R4J0R7 P63085 P01108 Q7TSJ7 Q8C7P2 Q3TMJ8 P14234 Q5D0E0 Q5U421 D3YZ57 Q8CEI0 Q8CIH5 Q6P1E0 Q8CBT3 Q9Z1E3 Q52L79 Q8C094 E9Q696 Q6GU23 Q63844 TNFSF3%IOB%TNFSF3 TNFSF3 Q8C6X9 Q3UHJ1 Q548Y4 P25799 Q3UV15 B2RRV3 Q9Z1E3 Q3U479 Q52L79 A0A0U5JAA2 Q3UMS9 Q545P4 Q542S2 Q8K220 ID%IOB%ID ID A2RSK4 Q02650 Q6PAR4 P10085 Q4FJW1 Q6GTZ3 P41969 G3UVX2 Q545T4 Q8CAI6 Q8BUN5 A0A1B0GRM0 Q3UZZ2 E9PWE4 P41158 P13405 Q545W1 Q3ULG4 Q3UGB9 Q544D2 G-CSF%IOB%G-CSF G-CSF P31750 P42232 Q3TYE1 P09528 Q0VB73 A4QPD3 P40223 P26952 Q8C3F4 Q3U425 A0A0X1KG61 Q62277 Q8CEI0 D3Z1N8 P46414 Q6P1E0 Q9ES52 P63085 P98083 P08103 Q99K94 Q9JIA0 Q5DTK3 Q810V8 Q5U421 Q3URU8 Q3ZB59 P35235 Q62120 O35718 Q3U5I5 E9Q696 Q6GU23 E9QJS1 Q63844 Q3UGB9 EPO%IOB%EPO EPO P31750 P42232 Q505A4 Q3TMJ8 P28028 Q9R1E0 Q9JLN9 Q8VDU4 Q8CA06 A0A0G2JED4 P10853 E9Q8C1 Q6P1E0 Q3UTV9 Q2NL51 Q52L79 P81122 Q3U9H3 Q99N57 P63085 Q9WVH4 Q4KL34 Q8C5P3 A2RS58 Q9JIA0 P35235 Q91YS7 Q62120 Q3TUH8 Q6GU23 Q63844 IFN-GAMMA%IOB%IFN-GAMMA IFN-gamma P31750 A0A0X1KG61 Q5SX13 Q3UPN9 Q3U5L4 Q544J7 P31310 Q8JZR2 Q9WUI1 P15261 Q3U2Z2 Q99N57 P63085 Q7TSJ7 Q99K94 A2RS58 Q9JIA0 Q5U421 Q8CIH5 Q920N8 Q3URU8 Q62120 P52633 Q9WVF5 Q9DBX5 Q6GU23 Q63844 TNFSF1%IOB%TNFSF1 TNFSF1 P31750 Q3UHJ1 Q8VC91 Q548Y4 P25799 Q3UV15 B2RRV3 Q9Z1E3 Q3U479 Q52L79 Q3UMS9 A0A1W2P7D5 Q545P4 Q542S2 Q8K220 TNFALPHA%IOB%TNFALPHA TNFalpha P31750 Q4FJQ4 O35864 Q99J95 Q80Y52 Q61081 Q5SS40 Q3ZAS1 Q52L79 Q8C094 P63101 P68510 Q920P3 Q99K94 Q62347 P63280 P05480 Q548Y4 P25799 B7FAU9 Q61084 P35235 Q3UV15 Q3U479 Q9WVF5 Q3UMS9 Q545P4 Q8K220 Q505A4 A4QPD3 Q5D0E0 P68040 Q9Z2F6 Q6P1E0 Q8CBT3 Q9Z1E3 P52432 Q3TCU2 Q3TQX5 Q9D5S8 E9PZP3 Q91YJ5 Q3U2P8 I3PQW8 Q0VAV5 Q3UPK0 P70700 Q8C2K8 Q505L1 A0A3B2WAY2 Q9CR56 Q542I9 Q9JIA0 O35242 Q3UQL2 Q8CE74 Q3UID0 A1L3B8 P14685 Q3UQ44 Q71LX8 Q3UWF9 E9QLC2 O55029 Q3V1B9 Q3UC02 Q6ZWP4 Q9D8W5 Q66X19 Q60846 A2A5N2 Q3TUH8 O70591 A2T4N6 Q9WTX6 A6H6S8 O35305 Q059U9 O55234 Q3UG37 O54941 B2RRZ7 Q3UD58 Q9CQR6 Q61382 Q3T9A3 Q9WTK0 P49817 Q6PA03 Q3TQ02 Q99JI4 Q3V141 Q8BQ03 Q3TDP6 Q3UHU8 Q543M7 Q8VC91 Q3TKV1 Q542W3 G3UY19 Q9R0T8 Q7TT37 Q8BVQ9 Q8C0C2 Q549T4 Q9WVS7 B2RT97 Q9QYP6 Q53WR6 Q544K4 Q8K4K2 D3YUA8 Q4QQL2 Q99K90 Q3TKG4 Q60790 Q62210 Q9CT51 Q9CXE2 F8VQC7 Q3U593 A1L361 A0A338P6M3 Q99JG7 Q3TMT1 Q3TAW7 Q9D1M1 Q8BH30 Q80ZU1 Z4YKN2 Q9QWV9 O88878 Q8CF89 Q7TQD1 Q5U421 Q8CEC5 Q80XI6 Q4FJN2 Q6PB66 A8IP69 Q5SUR3 Q3TXS7 G5E8L8 P70196 Q923A8 Q60778 Q9EST8 P54731 Q3UEB8 Q564E8 Q8C2D3 A0A286YDT6 P97414 Q3UQJ0 Q5SRY7 A0A1W2P7U1 A2RSF1 Q63844 Q3UHI3 Q3URU2 D3Z5N6 P70268 P35550 O88623 Q58E49 Q8K000 A0A0R4J170 Q8C6X9 Q61160 F8VQ72 Q53YN4 P63085 P29594 Q7TSJ7 Q545F4 P70444 Q3V341 Q812G4 Q8BSJ6 Q3UHJ1 Q3U607 Q60855 Q60521 P39428 Q6GQV9 P70677 P13405 GDNF%IOB%GDNF GDNF Q3UDE9 P11440 Q505A4 Q3TMJ8 P35546 Q3UR74 P24529 F8VQ28 K7Q751 D3YZ57 F8VQL0 B1AXN9 Q3UWF9 Q3TJP4 Q91YS7 Q8JZR2 Q9Z1E3 Q52L79 Q99N57 TNFSF8%IOB%TNFSF8 TNFSF8 Q548Y4 P31750 P63085 P25799 Q9Z2F6 Q3UV15 P39428 A4QPD3 Q60846 Q3UHJ1 Q8K220 CXCR4%IOB%CXCR4 CXCR4 Q3U5S6 Q8C7P2 Q504P4 J3JS97 Q3TJP4 Q3TLP8 Q3U9H3 Q62077 Q3UDE9 Q5KU03 P41969 Q99K94 F8VQ28 Q62347 K7Q751 P43404 P05480 Q8CIH5 Q548Y4 P25799 P35235 Q62120 Q5SWN9 Q9WVF5 Q6GU23 Q63844 A0A0R4J0R7 P42232 S4R1M0 Q3TMJ8 Q60787 Q7TPD5 B9EKI5 Q9QX97 Q9EP84 Q3UCJ0 B2RSH2 Q5D0E0 P56485 A0A0X1KG61 H7BX38 Q8CEI0 Q542I8 Q8VDU4 Q9D034 Q3UPN1 Q5STT8 Q3UR47 B2RUR0 Q3U8M7 Q7TSI6 E9PYI8 E9PYG6 Q8CBT3 A0A0R4J0N8 Q8JZR2 Q9ES52 Q9Z1E3 A0A1W2P736 O08908 Q53YN4 P63085 Q53WY0 Q9WVH4 Q8BH99 A2RS58 P51682 D3YZ57 Q3UWF9 Q91YS7 Q544Y7 Q3V157 Q9QXJ2 A2A5N2 Q4VAE6 E9Q696 CALCIUM SIGNALING IN THE CD4+ TCR PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%CALCIUM SIGNALING IN THE CD4+ TCR PATHWAY Calcium signaling in the CD4+ TCR pathway A0A7R8C347 F8VQL7 Q3UZ64 Q80X22 Q8VIP4 Q3UMK5 Q9D275 Q3UKJ3 Q9DBQ6 Q05769 Q569U6 P61022 Q544I2 Q542V6 Q99PH8 P07750 Q52L79 Q8C443 P04351 H3BIV5 P05132 Q0VEI3 P01101 Q5SX78 REGULATION OF NUCLEAR SMAD2 3 SIGNALING%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%REGULATION OF NUCLEAR SMAD2 3 SIGNALING Regulation of nuclear SMAD2 3 signaling Q52L79 P01101 P19091 Q8R0K9 Q9Z2T9 A0A0J9YU62 P06537 Q3TX57 Q3U879 Q3UGA1 O70494 Q6KAM1 Q8CHB6 Q6PAR4 Q6P3Z8 Q0VE17 P10085 Q564P6 Q9WVH4 O88574 Q8BJ14 Q8CBR9 Q64317 Q3UPN9 Q8C5H3 B2RPW6 Q3TN09 P48281 Q8BUN5 Q545C3 Q3U1Q3 B9VVT6 G3X8Q0 Q3UQU2 E7FJU2 Q3TMT1 P01108 Q4FJW1 E9Q317 Q4KL34 Q8K420 Q3V1B5 A6H6B9 Q62347 Q60520 Q6GQV9 Q6PE70 Q8BIZ6 Q3TB81 P70365 E3SRG8 B2RR30 Q3V1Q8 Q91YD3 P31750 Q3U0R5 Q08024 Q549R4 Q0VEP8 Q504P4 Q3TVD4 Q542T3 Q8CE59 Q60972 Q5SV01 Q61502 Q3UGB9 F8VQJ3 Q3TZS1 Q58E49 E9PWE4 Q02591 Q9D297 Q62432 Q3ULQ6 G5E899 Q9R1E0 A0A1W2P7P4 O54714 B1AUF1 IL23-MEDIATED SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%IL23-MEDIATED SIGNALING EVENTS IL23-mediated signaling events A0A7R8C347 Q3U593 Q3ZAX5 Q548Y4 P25799 A0A1D5RL98 A0A7R8GUW9 O35718 P42337 P04351 A6H6M1 Q545B5 P29477 P18340 Q6W5C0 Q62120 Q3TSV7 Q3V157 Q3TTU1 Q8C7P2 A2RTD1 G5E8U4 Q8C257 Q14BK1 Q2KHL0 P10749 Q99K94 Q7TMS4 Q6GU23 Q9JIA0 Q7TNI7 Q9Z1E3 Q2PMY2 Q62470 Q9EQ14 E9QJS1 Q544E6 SUMOYLATION BY RANBP2 REGULATES TRANSCRIPTIONAL REPRESSION%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%SUMOYLATION BY RANBP2 REGULATES TRANSCRIPTIONAL REPRESSION Sumoylation by RanBP2 regulates transcriptional repression Q3V3U5 Q9ERU9 P62827 Q58E49 Q2M4G9 P23804 P63280 Q6NZM9 OSTEOPONTIN-MEDIATED EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%OSTEOPONTIN-MEDIATED EVENTS Osteopontin-mediated events Q548Y4 P25799 P42337 Q547B5 Q4VAE6 Q52L79 P70182 Q0VBA8 Q3UDE9 Q3TLP8 Q6PAC1 P63085 P01101 Q7TSJ7 Q63844 Q6P1E0 Q8CBT3 Q3TR46 O55222 P41245 Q3TJP4 O54890 P43406 Q3UG07 Q544K4 Q80X37 F8VQ72 Q9R0C8 Q8C7P2 Q9Z1E3 ALK1 SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%ALK1 SIGNALING EVENTS ALK1 signaling events E3SRG8 Q3UKJ3 P63085 Q63844 P70340 Q3UNK5 Q9WV56 P49817 Q9D5H8 G3UZX4 Q3UU71 Q6GTZ3 Q3UVC6 B2RPW6 Q8BRV4 P62137 Q91YU7 Q3UY39 P97454 J3JS97 P27040 Q61288 Q61663 Q8BQS9 P37172 Q3UAM9 SIGNALING EVENTS REGULATED BY RET TYROSINE KINASE%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%SIGNALING EVENTS REGULATED BY RET TYROSINE KINASE Signaling events regulated by Ret tyrosine kinase Q62347 P97785 Q8JZR2 P35235 Q60760 Q3V3W9 Q4ACU6 Q543V3 P98083 P42337 Q3U5I5 Q8C180 Q03160 Q505A4 P48540 P81122 E9PYG6 Q91ZM9 Q4VAE6 P35546 Q52L79 Q2MHE5 Q4VA93 P05480 Q3TLP8 P05132 Q3UWF9 Q99KE3 P63085 Q7TSJ7 Q63844 Q3TJP4 Q8C7P2 Q61411 Q8BH99 F8VQ28 K7Q751 Q3USK4 SYNDECAN-1-MEDIATED SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%SYNDECAN-1-MEDIATED SIGNALING EVENTS Syndecan-1-mediated signaling events P05132 Q63ZW6 P63085 Q9DCY1 Q8C9G5 Q63844 P28481 Q9ESQ1 Q63870 Q3TX57 Q3UN27 Q3UST0 P41245 Q790L8 A0A0R4IZY3 Q9QZR9 Q9EPL5 P02463 F8VQL0 Q3TZ05 Q3V1F2 P18572 Q3UNK5 Q9Z0I9 Q3U962 B1AWB9 I7HJS8 Q9QZS0 Q6YGZ1 P11087 Q3U1V5 Q7TSI8 D3Z7D5 Q3TMX0 B9EJ23 Q5XZF2 Q3TVI5 B0LAD9 REGULATION OF RAS FAMILY ACTIVATION%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%REGULATION OF RAS FAMILY ACTIVATION Regulation of Ras family activation Q8C253 Q9Z1S3 Q8BL41 Q9Z268 P58069 Q04690 P68404 Q3V341 Q3U5I5 P16054 Q52KF5 Q9D091 Q8K4S1 Q9QUG9 A0A0J9YVH8 E9PYG6 Q4VA93 A0A2C9F2A2 Q8BTM9 Q3U1N3 Q5J7N1 P16045 Q61411 Q9JM13 Q6NZH9 A0A0A0MQ87 Q6PFQ7 Q3USK4 Q9QZR7 AURORA C SIGNALING%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%AURORA C SIGNALING Aurora C signaling O70126 Q9WU62 IL4-MEDIATED SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%IL4-MEDIATED SIGNALING EVENTS IL4-mediated signaling events O35718 P42337 P07750 O54928 P48298 O70570 Q9JLN9 Q544F9 P52633 Q0VEI3 Q3UCJ0 A1KZZ4 P01831 A0A0X1KG61 Q3TX09 Q8K426 Q3TX57 Q3U905 Q3U879 Q8K3Q9 V5SIM2 Q9ES52 O54890 Q566K0 Q8BNM4 Q9WVE0 O35716 Q5HZH3 Q3U5L4 Q5U421 Q5SUZ5 Q61176 Q3URU8 Q3UUX5 Q8CGG9 Q3UPN9 Q01102 Q2EMV9 E9QLX9 F6R5P4 Q3U207 Q8VHT7 Q62395 Q8VH33 P42232 G3X8Q0 A0A0R4J0R7 O88786 Q542S2 A2CF88 Q543V3 P98083 Q3U5I5 P31750 P81122 Q5SV01 Q62120 P11087 Q8C7P2 Q9JIA0 IL2 SIGNALING EVENTS MEDIATED BY PI3K%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%IL2 SIGNALING EVENTS MEDIATED BY PI3K IL2 signaling events mediated by PI3K Q8BQK4 Q3UM46 P35235 P16297 Q548Y4 P25799 Q3ZB59 P98083 Q3V341 P42337 Q3U5I5 P31750 Q544I2 P04351 Q9JLN9 Q3TLP8 V5SIM2 Q5HZH3 Q9WVH4 Q3URU8 Q3UUX5 Q8C7P2 A0A0R4J0R7 Q9CYB4 P01108 Q8VCQ6 Q04519 O88693 A0JNY9 Q80Y52 Q3USK4 E9Q696 SHP2 SIGNALING%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%SHP2 SIGNALING SHP2 signaling A0A7R8C347 P42337 Q9D091 Q544I2 Q4VAE6 P04351 P05132 V5SIM2 Q3URU8 A0A0R4J0R7 Q61411 Q3USK4 E9Q696 P35235 P16297 Q3ZB59 Q91WJ0 A0A0R4IZW4 Q9DC51 Q543V3 P98083 B2RSH2 Q541P3 Q3U5I5 Q8C180 A6H659 Q3UFB7 Q3URV7 Q505A4 P15261 Q3UWD7 Q8CCL8 P05622 P35918 Q3TMJ8 Q3U1L4 Q80VU4 Q3UHE3 Q8C5P3 Q9WVF5 Q6LDU8 Q80YS4 Q00731 Q3TNY3 Q6PDI9 Q3V1A4 Q91YS7 Q99N57 E9Q9C3 Q8CAR0 O08538 P43407 Q542S1 Q62120 Q8C7P2 A2RTD1 Q99K94 Q5J7N1 NOTCH-MEDIATED HES HEY NETWORK%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%NOTCH-MEDIATED HES HEY NETWORK Notch-mediated HES HEY network Q921K2 Q6GQV9 P70365 Q542V6 P35918 P19091 Q9Z2T9 A0A0J9YU62 Q58E49 E9PWE4 Q8CHB6 Q8CCM0 Q3UV27 P10085 P13405 Q02067 Q6PFG2 Q3UZZ2 Q8BJ14 Q62120 Q3UUX5 A2ATA7 Q3TSV7 Q0VGJ1 Q00899 Q8CEC2 Q01705 Q61169 Q3UYJ1 Q8BYF1 Q3UCW2 Q6ZQ88 Q9JHE6 P70699 Q3UM17 Q6GU23 Q548G3 Q3UP14 Q9CYB4 Q80YR6 P17679 Q9QUM5 Q80ZV7 Q6T264 P26687 P46414 INTEGRIN FAMILY CELL SURFACE INTERACTIONS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%INTEGRIN FAMILY CELL SURFACE INTERACTIONS Integrin family cell surface interactions Q8CC06 Q62469 Q3TB85 Q6PE70 Q9Z0T9 Q8CE84 A0A0U1RNJ3 Q3UT74 Q0VBD0 A2ARA8 P09055 Q8BPT3 H3BKX8 P26011 Q3TZS3 Q542I8 Q9QUM0 A2A864 Q80YP5 E9PXZ3 Q8BS01 Q8BQ25 G5E8F1 O54890 P43406 Q62470 PLK1 SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%PLK1 SIGNALING EVENTS PLK1 signaling events Q9WU62 Q4VAE6 Q8BS90 Q6ZQ12 G3UY19 Q6F4J1 Q07139 Q3TR46 Q9D481 Q9DBN8 P97329 P11440 A0A1Y7VJB9 Q8C4M7 Q9DBR7 Q3UR74 O35685 Q9CXH7 A0A286YDT6 Q3TEY6 P47810 Q3U3D4 A0A1L1SV84 Q3UXL4 Q9D0F1 Q8K1K8 Q5SRY7 Q8BTJ3 G5E884 Q76MZ3 Q80YR7 E9QKK1 Z4YJU8 Q3UZD6 P62141 Q0PD67 Q7TSG3 Q9JJ66 Q3TCN5 Q8BHK9 P63330 Q3TPZ2 Q3TG33 BARD1 SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%BARD1 SIGNALING EVENTS BARD1 signaling events Q61457 Q6NVA3 Q542J9 B9EHX4 Q8BRV3 A0A0R4J187 Q561N4 Q6NV63 Q9JL70 Q08297 P27641 O70445 Q9CR14 Q5SV02 Q80ZA1 A4QPC9 P97313 Q8CBR3 Q3UQJ0 Q9R207 Q4QQL2 E9Q5Z5 Q99LC2 Q3UGB9 Q6ZQF0 Q80YR6 F7DAL6 S1P5 PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%S1P5 PATHWAY S1P5 pathway Q4VAE6 Q9DC51 B2RSH2 Q91X56 Q542R8 Q543S2 P08752 P27600 TRK RECEPTOR SIGNALING MEDIATED BY PI3K AND PLC-GAMMA%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%TRK RECEPTOR SIGNALING MEDIATED BY PI3K AND PLC-GAMMA Trk receptor signaling mediated by PI3K and PLC-gamma Q62347 P98083 P42337 Q3U5I5 Q3UFB7 Q9D091 P31750 Q505A4 P05480 Q6LDU8 A2A5N2 O70456 Q8BGR3 Q3UHZ0 Q8CCQ1 Q53YN4 P63101 Q790L7 P68510 Q3U9H3 Q9WVH4 A8IP69 Q3UHD9 Q3V318 Q8CAT6 Q5SS40 Q62077 Q5KU03 Q8C7P2 F8WIS9 Q9JIA0 Q5J7N1 Q61411 Q3USK4 IL12 SIGNALING MEDIATED BY STAT4%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%IL12 SIGNALING MEDIATED BY STAT4 IL12 signaling mediated by STAT4 A0A7R8C347 Q6GQV9 Q3V3U5 Q544I2 Q52L79 P04351 P01101 Q7TSJ7 A6H6M1 Q3UNK5 Q3TSV7 Q3V157 Q3TTU1 Q5SX13 A2RSY7 Q61238 Q8C257 Q8C094 Q9JKD8 Q549R2 Q3U4Y3 Q6P5P1 Q6GU23 Q9CXC9 O78196 Q3UU54 Q8CDB3 Q2PMY2 P20109 AURORA B SIGNALING%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%AURORA B SIGNALING Aurora B signaling Q8BHX3 Q3V1K9 Q549P2 Q58EV4 Q6ZWM8 Q1HFZ0 Q6P7V9 Q8C156 Q61686 Q5EBQ2 E9Q5G3 D3Z3V3 A0A0R4J0H7 Q3UYX4 O70126 E9PYG6 Q9WVM1 Q9WU62 O35216 Q4VAE6 Q3ULS2 F8VQ95 Q5FWJ3 Q80TF4 Q91V89 Q9DAY9 Q9CTE0 P97329 Q9CXH7 Q3TEY6 Q9D0F1 Q8K1K8 Q545B6 Q3UD72 Q6ZPT1 B1B1A8 NETRIN-MEDIATED SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%NETRIN-MEDIATED SIGNALING EVENTS Netrin-mediated signaling events P42337 Q4VAE6 Q3TMJ8 P05480 Q3TLP8 P63085 Q3TZP5 O09118 Q63844 Q8BUR4 Q0KL02 Q3TJI7 Q3UKP8 Q91YS7 D3YZ57 Q3TJP4 Q3URW2 Q80TR9 Q8BPU7 Q8CFR9 Q8K1S3 Q8K1S4 Q9CXQ9 Q3UHD9 Q62077 Q8C7P2 F8WIS9 G5E884 Q8BH99 K7Q751 S1P4 PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%S1P4 PATHWAY S1P4 pathway Q9Z0L1 Q9D034 Q9DC51 B2RSH2 Q62077 Q4VAE6 P63085 Q91X56 Q63844 Q542R8 Q543S2 P08752 P27600 CLASS IB PI3K NON-LIPID KINASE EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%CLASS IB PI3K NON-LIPID KINASE EVENTS Class IB PI3K non-lipid kinase events Q3TMJ8 P63085 Q8C5Q7 Q3U6Q4 Q3UQ25 C-MYB TRANSCRIPTION FACTOR NETWORK%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%C-MYB TRANSCRIPTION FACTOR NETWORK C-MYB transcription factor network Q05769 Q9D091 P63280 Q3TX57 Q8K3Q9 Q8CHB6 P10085 Q3U5L4 Q564P6 Q8BJ14 Q9D007 Q3UUX5 P53566 Q3TPJ9 Q3UPN9 Q3UA95 Q543Y2 Q5EBP9 Q542F4 E9QMD3 P63328 A0A3Q4EGX3 Q0VEJ7 P05532 G3X8Q0 Q99K90 Q9CR16 Q6NXV8 Q02650 P01108 P13634 Q9CR11 Q61411 O55187 Q3TJ56 Q3TDV6 Q61456 Q8BQK4 Q8CF89 Q60520 Q5D0E9 Q6GQV9 P15626 Q64364 P97449 Q3TU98 Q3TV73 A0A0R4IZY6 Q3UP99 Q923A8 Q3UR96 Q542D1 Q3U0R5 G5E902 Q6PFA2 G5E829 Q9WTW4 Q504P4 Q60614 A0A0R4J0F4 Q99J57 P54843 Q8BTF0 A0A0R4J0R8 Q3UP87 P20826 Q8C402 Q4FK28 Q0VBK8 Q3UE64 O35615 Q3TSE5 O54714 Q790L7 B1AUF1 Q3UZZ2 Q3TSV7 Q7TMS4 Q5J7N1 P17679 P46414 EPHB FORWARD SIGNALING%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%EPHB FORWARD SIGNALING EPHB forward signaling Q8JZR2 Q3V3W9 P98083 P42337 Q3U5I5 Q03160 Q9D091 E9PYG6 Q3TMJ8 P05480 Q3TLP8 P63085 Q63844 P54754 Q52L50 Q544L9 Q3UTY9 Q8C8K1 Q8CA63 E9Q7S0 Q9CXQ9 P54763 Q8C4B5 D3Z4R2 A0A0J9YUN4 O08543 Q543Q7 Q4FJM3 Q921I1 Q3UE22 Q8C7P2 G5E884 Q3U1N3 Q5J7N1 Q61411 Q8BH99 F8VQ28 K7Q751 FAS (CD95) SIGNALING PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%FAS (CD95) SIGNALING PATHWAY FAS (CD95) signaling pathway Q5U4B1 Q8VC91 P42337 P31750 Q99PH8 P05480 Q7TSJ7 Q6P1E0 Q8CBT3 Q3TSE5 Q3UHZ0 F8VQ72 Q5U421 Q60521 Q8C7P2 Q8BTI9 Q8CBU4 Q68FD5 Q8C094 P70444 Q812G4 Q61160 Q8K097 Q8C350 Q8C9D4 Q3U607 Q60855 Q9WUI1 Q04519 Q62210 P70677 Q8CE90 P35991 Q5D0E0 PLK2 AND PLK4 EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%PLK2 AND PLK4 EVENTS PLK2 and PLK4 events Q64702 Q548A9 CERAMIDE SIGNALING PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%CERAMIDE SIGNALING PATHWAY Ceramide signaling pathway Q3U593 Q8BQK4 Q548Y4 P25799 Q8K3J2 Q925B0 Q58E38 B2RRZ7 Q3V341 Q3U479 A6H6S8 Q549T4 P31750 Q03963 B1AU25 Q8C6X9 Q3UWD7 Q8BJW6 Q78P93 O35242 Q3TMJ8 Q99L56 Q3UCD9 Q3UV75 E9QN47 Q8K2U0 P63085 Q9WTX2 Q7TSJ7 Q9JJY3 Q63844 Q91YS7 Q3TSE5 Q99N57 Q8CAR0 Q3UTY9 Q53YN4 F8VQ72 P13405 Q3U9H3 P70444 Q61160 Q3U607 Q60855 P01108 Q9Z1E3 Q04519 ALPHA-SYNUCLEIN SIGNALING%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%ALPHA-SYNUCLEIN SIGNALING Alpha-synuclein signaling Q561N4 Q3UKJ3 Q3UDE9 P05480 Q91V89 A0A3B2W489 O55042 Q6P1E0 Q9R0P9 P14234 Q3TJI7 Q3TST4 Q80ZW1 D3YZ57 Q3V3V2 Q8BW75 Q9WUD1 Q8CEI0 Q53YN4 P08103 Q61327 Q99LX0 Q3TV62 Q3U9H3 Q3V1N2 Q6NVF2 P16277 P24529 Q91Y82 E9Q696 ATYPICAL NF-KAPPAB PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%ATYPICAL NF-KAPPAB PATHWAY Atypical NF-kappaB pathway Q548Y4 P25799 Q5U421 A0A286YDT6 P42337 A4QPD3 Q9Z2F6 Q8C7P2 P05480 J3JS97 Q6P1E0 Q9Z1E3 E9Q696 Q5D0E0 RHOA SIGNALING PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%RHOA SIGNALING PATHWAY RhoA signaling pathway Q3TX21 O08911 F6XC54 F6SBR5 F8WHW6 Q7TSG6 Q8BWW9 Q3V341 Q544Y7 P09055 Q4VAE6 Q52L79 P70182 Q8K2U0 P01101 Q7TSJ7 Q3TR46 Q80ZW1 Q9DBR7 Q6NVF2 Q8CBR9 P70181 Q3UE22 Q60521 Q64727 P26041 Q8C4E7 Q8CBU4 Q3UDC9 P70268 G3X939 Q62420 Q3UR47 Q3TY70 P51667 O08675 Q80TM2 P68134 Q9JM73 Q5SWN9 Q8BS94 A0A5F8MQ33 Q3UUT8 P46414 SIGNALING EVENTS MEDIATED BY PTP1B%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%SIGNALING EVENTS MEDIATED BY PTP1B Signaling events mediated by PTP1B O35718 P42337 Q9QUM0 Q4VAE6 P14234 Q3TJI7 D3YZ57 Q3TJP4 O54890 Q8CEI0 P08103 P16277 P49817 P42232 Q6NXV8 E9Q696 Q8JZR2 A0A0R4IZW4 Q543V3 P98083 P10639 Q3U5I5 Q3UBT1 Q8C5N1 Q8BGL0 P31750 Q3TZJ5 B2RS85 Q3UWD7 Q3TPM5 B2RSM1 P05622 P41241 Q3UF24 Q5EEX1 Q544U0 P05480 Q8BSI9 Q3UWF9 Q640Q2 Q9CPQ2 Q9WVF5 Q91WD2 Q546H1 Q3TZW9 E9PUV2 P07141 Q62120 Q8C7P2 Q6GU23 Q9JIA0 E9QJS1 SYNDECAN-2-MEDIATED SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%SYNDECAN-2-MEDIATED SIGNALING EVENTS Syndecan-2-mediated signaling events Q62469 Q8K3J2 Q04690 P09055 E9PYG6 Q4VAE6 P05480 P05132 P63085 Q7TSJ7 Q63844 P68040 Q6S9I3 P19137 Q790L8 Q544R8 A0A0R4IZY3 Q61789 A5D8Y6 Q3UG07 Q53YN4 A0A571BEG4 P43407 Q3UZF9 Q924U4 P54763 Q3UNK5 Q3U1V5 Q7TSI8 Q8CBU4 Q3TMX0 B9EJ23 Q61411 P70677 Q5SX78 RAS SIGNALING IN THE CD4+ TCR PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%RAS SIGNALING IN THE CD4+ TCR PATHWAY Ras signaling in the CD4+ TCR pathway Q3UEB8 Q8BUM3 P68404 P41969 P28028 Q9D091 Q3TMJ8 Q4VA93 P63085 P01101 Q63844 Q5J7N1 Q61411 Q99N57 ATF-2 TRANSCRIPTION FACTOR NETWORK%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%ATF-2 TRANSCRIPTION FACTOR NETWORK ATF-2 transcription factor network A0A7R8C347 F8VQL7 Q04690 O35718 Q569U6 Q52L79 Q0VBA8 P63085 P01101 Q9CTE0 Q7TSJ7 Q63844 Q3UG07 Q5HZH3 Q5U421 Q61176 Q8BJ14 P24529 Q8CBR9 Q545C3 E7FJU2 Q4FJW1 Q8BQK4 Q62347 Q6NV63 Q08024 Q4VA93 Q5EEX1 Q790L7 P13405 P29477 Q7TSZ9 Q3UZZ2 Q5EBL1 P51943 Q3V405 Q9ESS0 P26618 A2RTD1 Q3U5F6 Q3U8K3 Q3UMH6 P97875 Q8C094 P97314 Q8CDZ9 P15066 P62816 Q3TXT7 P70124 Q9CTH9 Q543Z1 Q9WUI1 O70343 Q30D77 Q9EQ14 Q1HL35 Q3UJQ1 EPHA FORWARD SIGNALING%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%EPHA FORWARD SIGNALING EPHA forward signaling Q543F6 Q8JZR2 Q6PFV6 O09127 A0A0G2JGE9 A2RS58 Q8CC52 Q8BRB1 Q03145 E9QK62 Q60750 Q9D7K8 Q7TSI6 Q03137 G1K381 Q3USB4 Q4VAE6 P05480 A0A0X1KG61 P14234 Q3TJI7 D3YZ57 Q8CEI0 P08103 Q9R0C8 Q8C5Q7 Q3U6Q4 P16277 O08543 Q62077 Q3UE22 Q5FWH6 E9Q696 SIGNALING EVENTS MEDIATED BY HDAC CLASS I%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%SIGNALING EVENTS MEDIATED BY HDAC CLASS I Signaling events mediated by HDAC Class I Q3U593 Q548Y4 P25799 Q3U479 Q9ERU9 P62827 P63280 Q6NZM9 Q543U1 Q8BSC0 Q3UZS1 Q3U320 Q9Z2D8 A0A0R4J049 P05132 Q8K0T3 Q8K1Z8 Q9Z2E1 Q8VHR5 A0A668KM95 Q4FJK3 Q8R216 Q6GU14 Q8VDQ8 Q505F1 E9QMN5 Q8BKJ9 Q8CHB6 Q3UG37 Q3UKP1 Q6P9T4 E9PXW8 Q8BM83 A0A286YDT6 Q8VH37 Q53Z05 O88574 Q6P3E7 Q8BJ14 Q9JM08 A0A1Y7VM56 Q99J09 Q9ERA0 Q8C5H3 Q3UBU9 B2RPW6 Q9R190 Q3TN09 Q3TMT1 E9Q317 Q60520 Q6GQV9 B2RR30 Q60972 Q58E49 O35615 A0A1W2P7P4 Q00899 Q6GU23 P17679 Q9Z1E3 Q80ZV7 ARF6 TRAFFICKING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%ARF6 TRAFFICKING EVENTS Arf6 trafficking events Q8K0E2 Q8CC06 Q8CD76 Q62469 Q6PA03 Q6P1Y9 Q9CXE1 F8WHW6 Q8CE84 Q3UH27 Q3TPX4 Q3UT74 A0ABA7IXD2 Q5NC81 A2ARA8 Q02248 P09055 Q3TCR7 Q8BPT3 Q78U67 Q3TZS3 Q80YP5 Q5EEX1 E9PXZ3 Q8BQ25 Q80ZW1 P43406 Q6NVF2 P29754 Q6P1F1 Q68FD5 Q3SWS4 Q8K2H4 Q6P1B9 P18762 P63024 A0A0R4IZW5 P63321 P14142 G3X9V2 Q545R0 Q542L0 Q543R4 Q62470 Q3U0D7 Q8C670 Q3TU28 FOXO FAMILY SIGNALING%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%FOXO FAMILY SIGNALING FoxO family signaling Q6GQV9 B2RR30 Q02248 P62827 P31750 Q6P2B2 Q3UZ05 Q3USK2 Q99PH8 P35576 Q9CPU7 O88878 Q8CCG5 Q569Z9 Q544F9 Q4FJX9 A0A1B0GRM0 P24270 Q7TSJ7 Q3UGB9 Q6PJ87 Q99K78 E9Q8C1 Q8CBT3 A0A494BAP2 F8VPX1 Q6PEB3 A2A5N2 Q3TYE1 O70456 Q9R1E0 P63101 P68510 Q9WVH4 A8IP69 Q53Z05 Q8BJ14 Q5SS40 Q3UMH6 Q8C094 P63321 Q8C9D4 Q4KL34 Q3TPZ2 Q5D0E0 P46414 SPHINGOSINE 1-PHOSPHATE (S1P) PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%SPHINGOSINE 1-PHOSPHATE (S1P) PATHWAY Sphingosine 1-phosphate (S1P) pathway Q3UDY2 P52592 Q9Z0U9 Q8CBT5 Q3UHH5 Q9Z0L1 O08530 Q58E38 Q9D034 Q8R0X7 Q9DC51 A5D6P3 B2RSH2 Q8CI15 Q91X56 Q542R8 Q543S2 P08752 P27600 Q3UPA1 P30678 CLASS I PI3K SIGNALING EVENTS MEDIATED BY AKT%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%CLASS I PI3K SIGNALING EVENTS MEDIATED BY AKT Class I PI3K signaling events mediated by Akt P31750 P97313 Q9JLN9 P05480 P05132 Q8CBT3 A2A5N2 O70456 Q99N57 Q3UHZ0 Q9R1E0 P63101 Q5HZH3 P68510 Q564P6 Q3U9H3 Q9WVH4 A8IP69 Q60960 Q2NL51 O35099 Q5SS40 Q8BKH7 A2AS93 Q5KU03 Q8C6X4 E9Q6Q8 Q8CE74 Q6QI06 A0A3Q4EC26 P14142 Q4KL34 Q80Y52 P46414 E-CADHERIN SIGNALING IN THE NASCENT ADHERENS JUNCTION%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%E-CADHERIN SIGNALING IN THE NASCENT ADHERENS JUNCTION E-cadherin signaling in the nascent adherens junction Q8JZR2 Q3V3W9 F8WHW6 Q3TU98 P42337 Q5NC81 Q02248 P31750 Q7TSI6 P26011 Q4VAE6 P05480 Q3TLP8 Q8BS01 Q52L50 E9Q9C3 Q790L7 Q8C7P2 Q921L6 Q8VCK5 Q6P1D6 A0A0R4IZW5 Q3TPY5 Q02257 Q6PGK0 G3X9V2 Q3UG16 Q545R0 Q91ZZ2 B9EHJ3 Q8BH43 Q3U0D7 A2AS98 Q3UP61 SIGNALING EVENTS MEDIATED BY THE HEDGEHOG FAMILY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%SIGNALING EVENTS MEDIATED BY THE HEDGEHOG FAMILY Signaling events mediated by the Hedgehog family Q7TN16 Q7TS64 Q5R252 D3Z763 A2ARV4 Q8BQI9 Q32MD9 Q52KI7 P42337 Q544P6 Q8BKI7 Q924X4 P31750 Q8BJN8 O35595 A0A286YD87 Q8C7P2 Q8BMT9 Q80XI9 J3JS97 Q8CDZ9 Q62226 POLO-LIKE KINASE SIGNALING EVENTS IN THE CELL CYCLE%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%POLO-LIKE KINASE SIGNALING EVENTS IN THE CELL CYCLE Polo-like kinase signaling events in the cell cycle Q6P571 Q64702 Q548A9 Q3TPZ2 RAC1 SIGNALING PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%RAC1 SIGNALING PATHWAY RAC1 signaling pathway Q9WVM1 Q52L79 Q9WV32 P70182 Q3TX55 Q9CPW4 Q8VCM2 Q3TLP8 Q9JM76 Q8K2U0 Q9CVB6 Q7TSJ7 P97393 Q3U6G0 Q3ULF7 Q5SW83 Q99PT1 Q8R5H6 B3VQI8 Q6AXH6 Q3V3V2 Q3TJP4 Q91VR8 Q8CJ00 F8VQ29 Q3UKP6 Q80XI6 F8VQ72 Q8CIZ9 O70145 Q5U421 Q3UBI5 Q5DTJ2 Q8CBR9 P70181 G5E884 Q3UR47 A0A0R4IZW5 Q545R0 Q5SWN9 Q8JZR2 F8WHW6 Q3TU98 Q544Y7 Q02248 Q60521 Q8C094 Q3TPY5 Q6GU23 Q6PGK0 Q9JIA0 Q8BH43 A2AS98 Q8CE90 VISUAL SIGNAL TRANSDUCTION: CONES%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%VISUAL SIGNAL TRANSDUCTION: CONES Visual signal transduction: Cones P52785 P43081 Q91ZQ1 A0A6H2E2T0 Q5SDA5 Q54AE3 Q8BSF7 Q9EQP6 Q91ZQ5 Q148R9 Q8BUN9 Q3UUR0 E9PWU1 B2RUR5 A0A0R4J1M3 Q4V9Z9 Q9JJZ9 Q3UG14 Q6P8Y9 A2AE33 P61249 REGULATION OF CDC42 ACTIVITY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%REGULATION OF CDC42 ACTIVITY Regulation of CDC42 activity Q5F258 E9QAJ9 Q8BNP7 Q62172 G5E825 Q8C474 Q3UG32 Q8CD59 Q91VS8 E9QK62 Q5NC81 E9Q3I3 A2AF47 Q7TSI6 A0A0R4J0X8 Q8C067 Q9QZK2 Q9WVM1 F6WMJ3 Q3UTH8 Q8BQW4 Q99PT1 Q9R0C8 Q8C4B5 Q62077 Q9CWU8 A0A1L1SQR4 A0A087WRP5 HIF-2-ALPHA TRANSCRIPTION FACTOR NETWORK%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%HIF-2-ALPHA TRANSCRIPTION FACTOR NETWORK HIF-2-alpha transcription factor network Q6GQV9 Q9D7K8 P35918 A0A087WNT1 P49282 Q8CAU3 Q80X29 O35740 Q8BLR9 A0A2I6EDI9 P53690 Q00731 P09411 Q544Z7 P17809 A0A0R4J0B6 Q0VED9 Q8K3Q9 A0A0R4J0H9 Q542A5 Q3TV21 G5E899 O55095 Q3UIG0 Q3TTE7 P97481 Q53Z05 P41969 Q8BJ14 Q8CEC2 G3X8Q0 P26687 REGULATION OF ANDROGEN RECEPTOR ACTIVITY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%REGULATION OF ANDROGEN RECEPTOR ACTIVITY Regulation of Androgen receptor activity F8VQL7 P23804 Q52L79 Q3U320 Q8K2U0 P19091 Q7TSJ7 P06537 Q505F1 E9PXW8 Q5U421 Q53Z05 Q8BJ14 Q9D007 P53566 A4QPD3 P70268 Q80Y52 Q6GQV9 P70365 B2RR30 Q8CE59 P05480 Q58E49 P68040 Q9R1E0 Q5NTY0 Q9WTP3 Q6LC96 Q3UPK0 Q3ZAS1 Q8CIE2 Q8CAT6 A2CG76 Q3V0H4 M0QWX4 Q5KU03 E9Q9V9 Q60521 Q3UGU8 P70321 O54941 Q9DAX9 Q8VCR0 Q9JIQ8 Q53ZY9 Q9WVG6 Q8BSU4 G3UWD8 Q3UJQ1 PDGFR-ALPHA SIGNALING PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%PDGFR-ALPHA SIGNALING PATHWAY PDGFR-alpha signaling pathway P43406 Q8JZR2 A2RS58 P41969 P98083 P42337 Q3U5I5 Q3URU8 P49817 Q62077 Q8C7P2 P26618 Q52L79 P01101 P51637 Q6PD21 Q91ZZ2 Q8CG80 Q9JM73 Q3USK4 SYNDECAN-3-MEDIATED SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%SYNDECAN-3-MEDIATED SIGNALING EVENTS Syndecan-3-mediated signaling events Q8C7N7 Q3UU47 A0A0R4IZX5 P63089 P56450 Q3U1V5 Q7TSI8 B9EJ23 Q921L6 P05480 Q9WVF5 Q3UYK2 P57716 D3YZ57 P01193 Q790L8 Q64519 A0A0R4IZY3 SIGNALING MEDIATED BY P38-ALPHA AND P38-BETA%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%SIGNALING MEDIATED BY P38-ALPHA AND P38-BETA Signaling mediated by p38-alpha and p38-beta Q62347 P50396 Q545F4 Q3U2P8 Q8R4E5 P41158 Q05769 Q9Z2B9 Q9CQD1 Q9DBX5 E9Q469 Q60929 Q80ZA1 Q8C470 Q3TUH8 Q52L79 Q3U1I8 Q09HN3 Q60876 P11679 F6VAN0 O54992 Q8C6Y4 Q5U421 P29477 Q8CBR9 Q3V405 Q3UPN9 Q3UDC9 E7FJU2 Q9WUI1 O70343 Q3V1B5 ALPHA4 BETA1 INTEGRIN SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%ALPHA4 BETA1 INTEGRIN SIGNALING EVENTS Alpha4 beta1 integrin signaling events Q5F258 Q8JZR2 P09055 Q547B5 Q3UDE9 P05480 Q3TLP8 P05132 Q8BQ25 Q9JLN6 Q03350 Q8BUR4 P68181 Q80YQ1 Q9JI59 Q4FJP7 Q2LEK5 Q3TJP4 Q91V35 Q9DBC7 Q3TY04 P35762 P63101 Q3UPN1 Q3UZF9 A0A0R4J117 G3UW82 Q80UL9 Q3TPY5 Q80TM2 F8VQ28 Q3U0D7 K7Q751 WNT SIGNALING NETWORK%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%WNT SIGNALING NETWORK Wnt signaling network Q1XID4 Q8C3W2 Q3UR96 P24383 A0A0R4J0A9 O54908 Q8BRC7 A0A2I3BPR1 Q99N43 Q9R216 Q3TQ59 Q542J1 Q9JIP6 Q8K272 Q8BLL2 Q91VN0 P47879 P27467 B1ASC1 Q6PDY6 Q8K1S7 O70421 Q3TYU1 Q9CUZ6 Q149J3 P22725 Q3UEG1 Q61091 AP-1 TRANSCRIPTION FACTOR NETWORK%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%AP-1 TRANSCRIPTION FACTOR NETWORK AP-1 transcription factor network A0A7R8C347 Q3UZ64 Q3UMK5 Q9DBQ6 Q569U6 P07750 Q52L79 Q8C443 Q3U320 Q0VBA8 P04351 P01101 P06537 Q3TX57 Q3U879 Q8K3Q9 P41245 P11440 Q3UNK5 Q8BJ14 P24529 Q8CBR9 Q3UUX5 G3X8Q0 E7FJU2 P01108 P68134 Q4FJW1 Q3UUT8 Q62347 Q3TX21 B2RS30 Q9CUY1 Q64364 Q68ED7 Q8CAI6 Q3UTR7 O55188 P12032 Q544E0 Q02248 P02798 Q8CE22 Q542H7 Q3UXY8 Q08024 Q80ZA1 A2RSD4 Q8C4N2 O35864 P47930 P01898 Q9D3P9 P54843 Q3V1H4 Q5SV01 O54790 P05125 Q6PEB3 Q9EPL5 Q790L7 Q545B5 Q8CAT6 A2RTD1 Q3U8K3 Q3UCW2 P15066 P46414 Q5SX78 IL5-MEDIATED SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%IL5-MEDIATED SIGNALING EVENTS IL5-mediated signaling events Q8CEI0 P35235 P42337 Q3U5I5 Q62120 Q8C7P2 Q3TMX0 A0A3Q4EGX3 P42232 Q5SV01 Q8C3F4 Q9JIA0 Q05A81 Q3U1Z1 INTEGRIN-LINKED KINASE SIGNALING%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%INTEGRIN-LINKED KINASE SIGNALING Integrin-linked kinase signaling Q62347 Q921K2 F6XC54 Q3TU98 Q02248 P31750 A0A0R4J0X8 F6WMJ3 Q52L79 Q3TLP8 Q8CBM0 Q3UDZ1 A0A140LI58 O55222 A1BN54 Q91XD2 Q6ZWQ9 Q9DBT6 Q61081 Q9DBR7 Q3UGT9 Q8BHL5 Q790L7 K3W4R5 Q99LH8 Q3UF75 Q3TEY6 Q64318 Q3U1C2 Q8R0F6 Q8BQ28 Q80XR8 Q62084 Q5KU03 Q8CEF2 A0A1L1SRZ2 Q4FK48 Q6QI06 Q3TXT7 F8VQ28 Q80Y52 N-CADHERIN SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%N-CADHERIN SIGNALING EVENTS N-cadherin signaling events P35235 F8WHW6 P42337 Q02248 Q3TZJ5 Q8C4N2 Q4VAE6 Q8BSI9 Q3TLP8 Q6PAC1 Q7TSJ7 Q3TZW9 Q62077 Q3UE22 Q8C7P2 Q6NZM3 Q4LG64 P06837 Q921L6 Q3U4H0 Q91VN0 Q8CIM9 Q91WC9 A0A385KNU8 P51667 Q02257 Q9CUT6 A4FU75 G3X9V2 Q8BW40 Q545R0 Q14DJ8 RXR AND RAR HETERODIMERIZATION WITH OTHER NUCLEAR RECEPTOR%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%RXR AND RAR HETERODIMERIZATION WITH OTHER NUCLEAR RECEPTOR RXR and RAR heterodimerization with other nuclear receptor Q3UZT5 Q3U593 Q8BQK4 Q546I3 Q3V1T8 Q6RI63 P63058 Q8BP65 P70365 Q3U5E7 B1AQH6 Q545Q1 Q91X41 Q6GU14 Q3UNK5 Q6LC96 E9Q9V9 P48281 Q8VCR0 Q6DFX0 Q9WTN3 Q80ZV7 Q542P9 P18911 Q8BPY1 P63 TRANSCRIPTION FACTOR NETWORK%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%P63 TRANSCRIPTION FACTOR NETWORK p63 transcription factor network Q5CZX0 VALIDATED NUCLEAR ESTROGEN RECEPTOR ALPHA NETWORK%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%VALIDATED NUCLEAR ESTROGEN RECEPTOR ALPHA NETWORK Validated nuclear estrogen receptor alpha network B1AQH6 S4R1M2 Q8K4L0 Q63934 Q8CGU1 Q6NZM9 Q8BWK6 E0CXG4 Q52L79 Q8K392 A0A8Q0Q6H9 Q3UCD9 Q3U422 Q3V235 Q3UII2 Q922Y2 Q8BW69 Q3UI46 Q9ERC8 A4FTY7 Q8CBT3 G5E919 P01027 E9Q8T2 Q62227 A0A0R4J2C6 Q3UQK5 Q8CHB6 P17208 E9QPX1 O35426 D3Z7M9 Q6AXE3 P97450 Q8CC13 D3Z6P0 Q8BJ14 Q9D0V7 Q66JT6 Q04841 Q3UPN9 Q05BA5 A0A1W2P736 B9EIW5 Q8CBD1 Q2KHS8 E7FJU2 P01108 Q542J9 P70365 E3SRG8 Q6NV63 Q8CE59 Q9CPQ2 Q58E49 Q542S1 Q790L7 Q53ZY9 Q9JIA0 Q80ZV7 ANGIOPOIETIN RECEPTOR TIE2-MEDIATED SIGNALING%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%ANGIOPOIETIN RECEPTOR TIE2-MEDIATED SIGNALING Angiopoietin receptor Tie2-mediated signaling Q3U593 Q548Y4 P25799 P42337 P09055 Q80YP5 Q3TLP8 P63085 Q7TSJ7 Q63844 Q3TX09 Q80ZW1 Q8K3Q9 D3YZ57 Q3UG07 Q564P6 Q5U421 Q8CGG9 P29754 G5E884 Q541T2 Q3V0P7 B1AUL6 Q3TJ94 P42232 Q99JG7 A2ASX2 Q3TVH6 Q3V1T9 B9EHQ4 Q8BH99 F8VQ28 K7Q751 Q8JZR2 P35235 P98083 Q3U5I5 Q03160 P31750 E9PYG6 Q3V1H4 Q8C5P3 Q80YS4 O08538 Q9R1E0 Q3UZF9 P41969 Q8C7P2 Q9JIA0 DOWNSTREAM SIGNALING IN NAIVE CD8+ T CELLS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%DOWNSTREAM SIGNALING IN NAIVE CD8+ T CELLS Downstream signaling in naive CD8+ T cells A0A7R8C347 Q3U593 Q3UZ64 Q3UMK5 P68404 Q9DBQ6 P16054 Q569U6 Q9D091 Q544I2 Q99PH8 Q52L79 Q8C443 P04351 P63085 P01101 Q7TSJ7 Q63844 V5SIM2 Q920N8 Q9D1R7 Q61411 Q8CAX3 Q3TEK8 Q540M6 B1ASL3 P33896 Q810G1 Q3URA9 P16297 Q3TZH4 O54839 P01887 Q8R037 Q3TMJ8 Q4VA93 P01898 Q91YS7 Q99N57 A6H6M1 Q8BUM3 P41969 P28028 Q8CAT6 Q3V157 A2RSY7 Q8C094 Q3U4Y3 Q6P5P1 Q5J7N1 Q3UU54 SIGNALING EVENTS MEDIATED BY FOCAL ADHESION KINASE%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%SIGNALING EVENTS MEDIATED BY FOCAL ADHESION KINASE Signaling events mediated by focal adhesion kinase P42337 P09055 Q4VAE6 Q52L79 Q80YP5 Q3TLP8 Q8K2U0 P63085 Q7TSJ7 Q8BUR4 Q3TJI7 Q3TR46 Q8K3Q9 D3YZ57 Q3TJP4 Q8BPU7 P43406 Q9CXQ9 Q64727 Q6P1F1 G5E884 B1AUL6 Q80TM2 P68134 Q8BH99 F8VQ28 K7Q751 Q3USK4 Q8JZR2 Q6PE70 Q3V3W9 Q3TRJ7 A0A571BEH9 Q3U5I5 Q8BLM0 Q3UJA5 Q03160 A0A0R4J0X8 O08529 Q68FM7 Q9D0J3 E9PYG6 Q8CCL8 Q4KML9 Q3TMJ8 P05480 A1BN54 Q99N57 Q52L50 Q790L7 P28028 Q8BQ28 Q80XR8 Q62077 Q8C7P2 Q8C094 Q3U1N3 Q91ZZ2 ALPHA6 BETA4 INTEGRIN-LIGAND INTERACTIONS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%ALPHA6 BETA4 INTEGRIN-LIGAND INTERACTIONS Alpha6 beta4 integrin-ligand interactions Q61789 Q8C5B3 Q8CC06 Q5DTP0 A2A864 G5E874 Q3UHL7 Q3TZ05 F8VQJ3 P19137 Q3USI2 FANCONI ANEMIA PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%FANCONI ANEMIA PATHWAY Fanconi anemia pathway B9EHX4 Q8BRV3 Q6NV63 Q9JL70 Q9CR14 Q5SV02 A4QPC9 Q8CBR3 Q3UQJ0 Q9R207 Q8BH57 Q9QWZ1 E9Q5Z5 Q5SWN2 Q3TKD1 Q6ZQF0 Q9D084 Q9Z0F6 D3YVU6 Q5NCT2 A2ACJ2 P97929 Q62193 Q5SXJ3 Q8BHL6 Q5HZI8 Q9CQ37 Q8K368 P27661 Q4KL82 A0A286YDT6 Q80W51 O35280 Q69ZT1 Q3UZZ2 Q3UYY2 Q8BMG1 Q8BGE5 Q8BQY8 E9PZ97 Q5SRY7 Q8BJQ2 Q3TEX6 F7DAL6 VALIDATED TRANSCRIPTIONAL TARGETS OF DELTANP63 ISOFORMS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%VALIDATED TRANSCRIPTIONAL TARGETS OF DELTANP63 ISOFORMS Validated transcriptional targets of deltaNp63 isoforms Q3UV52 Q5FW76 Q78ZW9 Q64364 B9EHX4 Q3UR87 Q8BRV3 Q3TYA7 Q8CCF8 P46938 Q8C863 Q99J08 A0A0R4J111 Q5CZX0 Q32P04 P23804 E9Q469 P47930 Q4FK28 Q3UE64 P68040 P97929 O70456 Q3UZZ2 B1AWB9 Q5KU03 Q01705 A1A550 P48281 P19096 Q3U0Y6 Q60848 Q9JKV1 Q9JK95 Q6PGA2 Q6DR99 D3YUA8 P32299 Q6PD03 Q01320 Q62470 P30276 Q61781 Q9WV89 Q00196 CASPASE CASCADE IN APOPTOSIS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%CASPASE CASCADE IN APOPTOSIS Caspase cascade in apoptosis Q3U593 Q921K2 Q8K3J2 B2RRZ7 Q3U479 Q549T4 Q61599 P29452 Q60989 Q8C6X9 P70343 Q8BPN4 Q3ULF5 Q3V159 Q3UHW9 Q5FWJ3 P48678 P05784 E9QN47 Q6GR78 Q6PAC1 P29594 E9PVB7 P14733 A2RRK3 Q3V1V5 Q8C535 Q9D699 E9Q7G0 Q9ERV7 Q5DU30 Q9JIQ3 Q8BP66 Q4FJQ4 F8VQ72 Q3TPJ9 Q3UR47 P68134 K7Q751 Q8BQK4 Q3TZH4 Q3TSE5 A2AS93 A2RSY7 P70444 Q3U607 Q60855 Q62210 Q9WTN3 P70677 IL8-MEDIATED SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%IL8-MEDIATED SIGNALING EVENTS IL8-mediated signaling events REGULATION OF RAC1 ACTIVITY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%REGULATION OF RAC1 ACTIVITY Regulation of RAC1 activity E9QAJ9 Q62172 G5E825 E9QK62 E9Q3I3 Q7TSI6 A0A0R4J0X8 Q8C067 Q9WVM1 F6WMJ3 Q8BQW4 Q3TLP8 Q8BUR4 Q0KL02 Q99PT1 Q8BPU7 Q8VDU4 Q8QZW8 Q69ZK0 Q9R0C8 A2RRK7 Q3UFL4 D3Z4R2 Q6A0A3 E9PUE7 Q6ZPF3 A0A0R4IZX1 E9Q912 H3BJ45 Q6P1D6 Q3TPY5 A0A1L1SQR4 Q3USK4 Q9QZR7 AMB2 INTEGRIN SIGNALING%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%AMB2 INTEGRIN SIGNALING amb2 Integrin signaling Q3U593 P25799 Q3V3W9 Q3UZ05 Q542I8 Q4VAE6 Q0VBA8 G5E8F1 P01831 Q9JI59 P41245 Q52L50 Q3UG07 P08103 G3UW82 Q01102 Q3UE22 Q9D8B7 Q3U454 A2RTD1 Q62190 Q545X5 Q3U8M7 P29268 Q62151 P11214 E9Q414 Q3TA56 Q3V1T9 Q80TM2 ARF6 DOWNSTREAM PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%ARF6 DOWNSTREAM PATHWAY Arf6 downstream pathway D3Z4R2 Q6NVF2 Q5NC81 Q4VAE6 P70182 Q545X5 Q3TLP8 Q6P1D6 P63085 Q63844 Q8CHD8 P84078 Q0PD45 Q80ZW1 Q3U0D7 FC-EPSILON RECEPTOR I SIGNALING IN MAST CELLS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%FC-EPSILON RECEPTOR I SIGNALING IN MAST CELLS Fc-epsilon receptor I signaling in mast cells Q8VC91 Q548Y4 P25799 P68404 P42337 Q9DBX5 Q52L79 Q8C443 Q8K2U0 P63085 P01101 Q7TSJ7 Q63844 A0A0X1KG61 Q6P1E0 Q8CBT3 Q80ZW1 D3YZ57 Q9ES52 Q8CEI0 Q8VDU4 F8VQ72 Q5DTJ2 Q60787 Q61411 Q8CA06 B9EKI5 F8VQ28 Q3UNT6 K7Q751 Q8BV52 Q3USK4 P20491 Q8K1I7 P20489 P35235 Q5STT8 Q3ZB59 O88713 Q9JHL0 Q61469 P98083 D3Z1N8 Q3U5I5 E9Q415 P31750 Q3TZJ5 E9PYG6 Q3TMJ8 Q3UWF9 Q546H1 Q91YS7 Q99N57 O08530 Q8CI15 Q62077 Q8C7P2 Q3U8K3 Q8CE90 P35991 Q5D0E0 S1P3 PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%S1P3 PATHWAY S1P3 pathway A0A0R4IZW4 Q9DC51 B2RSH2 A0A0R4J0N8 P31750 P05622 Q4VAE6 P05480 Q3TLP8 P63085 Q63844 Q542R8 Q00731 Q543S2 P08752 P27600 Q3UPA1 P30678 O55095 Q9Z0U9 Q8CBT5 Q3UHH5 Q9D034 Q62120 Q8C6X4 A4B7 INTEGRIN SIGNALING%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%A4B7 INTEGRIN SIGNALING a4b7 Integrin signaling Q4VAE6 Q3UPN1 Q8BQ25 Q3U1B3 P09055 P26011 F8VQ28 K7Q751 NEUROTROPHIC FACTOR-MEDIATED TRK RECEPTOR SIGNALING%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%NEUROTROPHIC FACTOR-MEDIATED TRK RECEPTOR SIGNALING Neurotrophic factor-mediated Trk receptor signaling A2RS58 P42337 Q3V341 Q9D091 Q4VAE6 Q3TLP8 P63085 Q63844 Q8BUR4 Q8BPU7 Q61411 Q3USK4 Q8JZR2 P35235 Q3ZB59 Q91WJ0 Q3V3W9 Q8C474 P98083 Q541P3 Q3U5I5 Q8C180 Q3UFB7 Q8BMC3 Q505A4 P70425 D3Z3C1 Q3SYK5 E9PYG6 Q5DTK3 Q9QYH6 Q8BFU4 Q3TMJ8 E9Q672 Q3TM70 Q80VU4 Q3TJA9 Q3UHE3 A0A5F8MPM1 G3X9H8 Q6LDU8 Q9Z0W1 Q64337 Q9Z0G0 Q3TNY3 Q811P8 Q3UDZ1 D3Z4T5 Q3V1A4 Q52L50 Q790L7 A0A0J9YUN4 Q62077 Q8C7P2 Q6P1D6 Q6GU23 Q5J7N1 Q91ZZ2 Q9QZR7 CLASS I PI3K SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%CLASS I PI3K SIGNALING EVENTS Class I PI3K signaling events Q5STT8 Q3V3W9 P42337 Q9D091 Q4VAE6 P05480 Q3TLP8 Q546H1 Q6P1E0 E9Q8C1 P14234 Q3TJI7 Q8R5G7 Q9ERS5 D3YZ57 D3YU01 Q3UL29 Q9ES52 Q3UHZ0 P84084 Q8K3E8 Q8CEI0 Q99KH2 P08103 Q3TXK1 D3YWR2 Q8BVR8 P43404 Q9WVH4 Q8C5Q7 Q8CIH5 Q3U6Q4 P16277 Q6P549 Q62077 Q8C7P2 Q8BTI9 Q5J7N1 P84078 Q61411 Q3U0D7 Q80Y52 P35991 Q3UUT8 E9Q696 ERBB4 SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%ERBB4 SIGNALING EVENTS ErbB4 signaling events Q3UV52 P46938 P98083 Q8C863 P42337 Q3U5I5 Q8C5N1 P23804 Q9CPQ2 P63085 Q63844 D3YZ57 Q8CHB6 Q9WTX4 Q91WL8 Q62120 Q543J8 P70424 G3X9V4 Q8C7P2 Q5FW64 Q8BTI9 E9PXU2 Q61521 P70193 Q61527 E9QM80 D3YZR2 P42232 G3V023 Q99K90 A0A338P6I6 Q6DR99 Q9JIA0 GMCSF-MEDIATED SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%GMCSF-MEDIATED SIGNALING EVENTS GMCSF-mediated signaling events P35235 Q3ZB59 P98083 P42337 Q3U5I5 Q9D091 Q3TMJ8 P05132 P63085 P01101 Q8C3F4 Q63844 Q6P1E0 Q3U1Z1 P68181 Q91YS7 Q99N57 Q9ES52 Q8CEI0 P63101 Q545B5 Q62120 Q8C7P2 A0A3Q4EGX3 P42232 Q99K94 Q544J7 Q6GU23 P53347 Q9JIA0 Q5J7N1 Q00941 Q61411 Q5SX78 Q3USK4 Q5D0E0 SIGNALING MEDIATED BY P38-GAMMA AND P38-DELTA%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%SIGNALING MEDIATED BY P38-GAMMA AND P38-DELTA Signaling mediated by p38-gamma and p38-delta O08911 P70268 Q790L7 Q8CEC8 Q3TRG2 Q545B6 Q3UIB2 Q5SWN9 Q3UVD6 Q60521 STABILIZATION AND EXPANSION OF THE E-CADHERIN ADHERENS JUNCTION%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%STABILIZATION AND EXPANSION OF THE E-CADHERIN ADHERENS JUNCTION Stabilization and expansion of the E-cadherin adherens junction Q5F258 Q8CD09 Q8K0E2 Q9WTY4 Q80VC9 F6XC54 Q8BFW7 P70452 Q9CXE1 F8WHW6 Q8C6F2 Q5RKT9 Q03145 Q3UIL6 V9GX76 Q02248 Q8R2N1 Q9D7K8 Q3UWD7 Q4VAE6 Q3U1L4 Q9WVF5 Q8C9G5 Q8CBM0 A1BN54 E9Q9C3 Q8CAR0 F8VQL0 Q3UE22 Q64727 A0A0R4IZW5 Q3TPY5 P51667 Q6PGK0 G3X9V2 Q545R0 Q8BH99 Q3U0D7 A2AS98 P70460 E9PWU7 SIGNALING EVENTS MEDIATED BY VEGFR1 AND VEGFR2%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%SIGNALING EVENTS MEDIATED BY VEGFR1 AND VEGFR2 Signaling events mediated by VEGFR1 and VEGFR2 P68404 Q3U2P8 P42337 Q3UMA3 Q06180 A0A286YDF5 Q8C078 E9Q4S7 Q71LX8 P55284 Q4VAE6 Q5D0E4 P29788 Q3UDE9 Q9CTT7 P05132 P63085 Q3UCJ0 Q63844 A0A0X1KG61 D3YZ57 O54890 P43406 Q5U421 Q5DTJ2 P49817 Q8CGG9 Q64727 Q5SRY7 P84078 Q545R0 Q8BH99 Q5SWN9 F8VQ28 K7Q751 Q80Y52 P35235 Q60760 Q3TU98 Q3U5I5 Q02248 Q3TCR7 P31750 Q505A4 P35918 Q3TMJ8 Q4VA93 P05480 Q8C5P3 Q00731 Q91YS7 Q99N57 Q3UHZ0 O55095 Q53YN4 P28028 Q8BQ28 Q62077 Q3UE22 Q60521 Q8C7P2 Q9WUI1 Q6PD21 VALIDATED TARGETS OF C-MYC TRANSCRIPTIONAL ACTIVATION%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%VALIDATED TARGETS OF C-MYC TRANSCRIPTIONAL ACTIVATION Validated targets of C-MYC transcriptional activation Q549P2 Q8K3J2 Q3UMK5 Q8C470 Q9CXW4 Q5F2A7 Q9DAY9 G3UWN2 Q9DBH1 Q505L1 Q8CBC8 O35684 P48964 A0A286YE33 P00860 P41245 Q545T4 Q8CD15 Q3U2G2 Q566K0 Q9CZV5 Q3UT56 Q6P3Z8 Q8VI33 E9Q9E1 Q811J3 Q5NC82 B2RUM8 Q7TN75 Q8BJ14 Q8BVY4 Q8VE70 Q8R411 Q4JG03 Q6ZWX6 E9QLK7 A0A3Q4EGS4 Q4FK45 Q2KHS8 Q8BUN5 Q2LC58 Q545C3 Q91WD1 A0A3Q4EGX3 Q45KJ6 Q542D9 P04184 P47857 G3UZ26 Q61586 P01108 P20108 Q6ZQJ8 Q564E2 Q5FW97 A0JNY9 P63038 Q80Y52 Q6PFB2 Q80WJ7 Q6GQV9 E3SRG8 Q5NC81 Q80ZA1 Q9R207 P17809 A0A1W2P7P4 Q3U1C2 Q4FK48 Q3TXT7 Q3UJQ1 REGULATION OF P38-ALPHA AND P38-BETA%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%REGULATION OF P38-ALPHA AND P38-BETA Regulation of p38-alpha and p38-beta Q60700 Q8CF89 Q6PCP3 P70196 Q61084 B1GX81 Q8BND1 F7AVU1 Q8CCG5 P05480 Q3TLP8 Q8K2U0 P14234 Q3TJI7 D3YZ57 Q8CEI0 P08103 Q5U421 Q5DTJ2 P16277 Q7TSZ9 Q9ESS0 Q60521 Q3U8K3 G5E884 P63321 Q60855 Q9WUI1 Q5SWN9 E9Q696 SIGNALING EVENTS MEDIATED BY STEM CELL FACTOR RECEPTOR (C-KIT)%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%SIGNALING EVENTS MEDIATED BY STEM CELL FACTOR RECEPTOR (C-KIT) Signaling events mediated by Stem cell factor receptor (c-Kit) A2RS58 P42337 Q3UCJ0 Q7TSJ7 Q8C6Y4 Q63844 A0A0X1KG61 Q8CEI0 O35716 Q8VDU4 Q9WVH4 P05532 Q61411 Q3UUT8 Q3USK4 Q8BQK4 Q6GQV9 P35235 Q60760 Q3UWY6 P98083 Q3UPT4 Q3U5I5 Q8CFK4 Q3UZ96 Q3UTV9 P31750 Q505A4 Q3TZJ5 A0AAQ4VMS6 A0A0H2UKC0 D3Z3Y5 E9QAN8 A0A0G2JED4 Q3TMJ8 Q924S8 Q3U0E8 Q3UWF9 P20826 D3Z4T5 Q0VED9 Q91YS7 Q99N57 Q3UHZ0 Q3U9H3 Q62120 Q5KU03 Q8C7P2 Q99K94 Q6GU23 Q9JIA0 GLYPICAN 3 NETWORK%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%GLYPICAN 3 NETWORK Glypican 3 network Q8C094 Q5R252 Q3ULR1 Q544I6 Q3TWB2 P23188 Q7TSJ7 Q62226 ALPHA9 BETA1 INTEGRIN SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%ALPHA9 BETA1 INTEGRIN SIGNALING EVENTS Alpha9 beta1 integrin signaling events Q3UT74 P09055 Q547B5 P05480 Q3TLP8 Q3TXR6 P97946 O88839 Q00731 P21981 Q8C9Z1 Q3U7G2 Q61824 P97953 Q3TJP4 Q3V2Q2 Q3V3W7 Q53Z04 Q60718 Q3UPN1 Q3UZF9 P29477 Q00941 F8VQ28 Q5SX78 DNA-PK PATHWAY IN NONHOMOLOGOUS END JOINING%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%DNA-PK PATHWAY IN NONHOMOLOGOUS END JOINING DNA-PK pathway in nonhomologous end joining Q9D842 Q32MX8 Q8BTF7 A0A0R4J187 Q3KNJ2 Q3UZ80 Q7TQC5 A0A0R4J024 P27641 G5E8N7 Q9JIW4 Q9QXE2 P97313 SIGNALING EVENTS MEDIATED BY HEPATOCYTE GROWTH FACTOR RECEPTOR (C-MET)%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%SIGNALING EVENTS MEDIATED BY HEPATOCYTE GROWTH FACTOR RECEPTOR (C-MET) Signaling events mediated by Hepatocyte Growth Factor Receptor (c-Met) A2RS58 P42337 Q3V341 Q3UMA3 Q06180 Q9CQD1 E9Q4S7 Q8C470 Q4VAE6 Q52L79 Q9JLN9 Q60876 Q3TLP8 Q8K2U0 P63085 Q7TSJ7 Q63844 A0A0X1KG61 Q8K3Q9 Q3TJP4 Q9ES52 F8VQ72 Q9CXQ9 Q5DTJ2 G5E884 Q62420 Q3TY70 A0A0R4IZW5 O08675 Q545R0 Q61411 Q8BH99 Q3U0D7 F8VQ28 K7Q751 Q3USK4 Q8JZR2 P35235 Q8BNP7 Q3ZB59 Q3V3W9 P98083 Q3U5I5 Q02248 P31750 Q505A4 Q5DTK3 Q3TMJ8 P05480 Q8C9G5 Q3TZW9 Q91YS7 Q99N57 Q52L50 Q3UHZ0 F8VQL0 Q3U9H3 Q6P549 Q8CAT6 Q8BQ28 Q62077 E9PUF1 E9Q5D6 Q8C7P2 B2ZRS7 Q4FK48 Q8CE74 Q9QZS3 A4FUW1 Q3TT90 A0A3Q4EC26 Q3UHW8 E9QKI5 F8WGD2 Q3TQN9 A9UGK3 Q8BTW9 Q80ZL3 Q91ZZ2 EGF RECEPTOR (ERBB1) SIGNALING PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%EGF RECEPTOR (ERBB1) SIGNALING PATHWAY EGF receptor (ErbB1) signaling pathway P35235 F8WHW6 Q9DC51 P98083 B2RSH2 P42337 Q3U5I5 Q9D091 Q505A4 Q3UWD7 E9PYG6 P05480 Q6PAC1 Q9WVF5 P63085 Q3UCJ0 Q63844 Q3TZW9 Q9CXQ9 Q8BQ28 Q62077 Q8C7P2 Q8BTI9 G5E884 Q99K94 Q6GU23 Q5J7N1 Q80TM2 Q61411 Q8BH99 K7Q751 Q3USK4 PAR1-MEDIATED THROMBIN SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%PAR1-MEDIATED THROMBIN SIGNALING EVENTS PAR1-mediated thrombin signaling events Q9CWK8 P63213 Q3UN66 Q3TQ70 A0A140LJJ5 Q6NV56 Q9DC51 P68404 Q3UPW0 B2RSH2 P42337 Q3TCR7 Q4VAE6 Q4VA93 Q8C5P3 Q542R8 Q8CBM0 Q543S2 Q99PT1 Q3TR46 P08752 P27600 Q3UPA1 Q3V3V2 P30678 Q53YN4 Q8CBT5 Q3UHH5 Q9D034 A0A0J9YUN4 Q3UE22 Q8C7P2 P70268 Q3TJ94 P51667 O08675 Q8BWG8 Q8CI86 E9PUF7 P30558 P70460 Q6NZD2 Q8BVT9 SYNDECAN-4-MEDIATED SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%SYNDECAN-4-MEDIATED SIGNALING EVENTS Syndecan-4-mediated signaling events Q8VHN8 Q8C399 Q8BSB7 A0A0R4J0N8 P09055 H7BX38 Q3TCR7 Q3U5S6 Q4VAE6 Q80YP5 Q4VA93 Q3TLP8 Q9Z0G0 Q80YQ1 Q8C9Z1 A1BN54 Q61824 P41245 P19137 Q2LEK5 Q61789 A5D8Y6 Q53YN4 Q3UZF9 Q541T2 Q3TMX0 Q5XZF2 Q8CIM9 Q3TJ94 Q3V1T9 Q9CUZ6 K7Q751 P53 PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%P53 PATHWAY p53 pathway Q3TCU2 P23804 Q7TPD1 Q8CCE9 Q3UTC9 Q3UKR0 P62830 Q8C1L9 Q5NC86 Q9CXW4 A0A0R4J049 Q543W6 Q9ERK4 Q8C8M9 Q7TSJ7 Q9QUR7 Q3UI46 Q543N6 Q5U4C9 Q8VHL1 Q9D1P2 Q80WV2 Q9D177 Q3UFQ4 Q9R1A8 Q5U421 Q8BJ14 Q4JG03 Q5EBP9 P63330 Q5D0E9 Q6GQV9 B9EHX4 Q64364 B2RR30 P31750 Q6P2B2 Q3SYK5 Q80ZA1 Q3USK2 Q569Z9 Q6PJ87 Q3UGB9 Q99K78 A0A494BAP2 F8VPX1 Q3TYE1 Q53YN4 O35280 P51943 Q00899 Q5KU03 Q8C094 G3UWD8 Q3UJQ1 CALCINEURIN-REGULATED NFAT-DEPENDENT TRANSCRIPTION IN LYMPHOCYTES%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%CALCINEURIN-REGULATED NFAT-DEPENDENT TRANSCRIPTION IN LYMPHOCYTES Calcineurin-regulated NFAT-dependent transcription in lymphocytes A0A7R8C347 Q3U593 F8VQL7 Q3UZ64 Q3URA9 Q3UMK5 Q9D275 Q8C863 Q9DBQ6 Q05769 Q569U6 Q3U0R5 Q544I2 Q99PH8 P07750 Q52L79 Q8C443 P04351 P54843 Q5SV01 Q0VEI3 P01101 Q3TZW9 Q6GU14 Q6GTR6 Q53Z59 Q8C9X3 A0A0U1RPK4 B2RRF0 O88673 A2AGL8 Q5SUZ5 Q3ZB14 Q8CAT6 Q3U207 Q545C3 Q9JKD8 Q9CYB4 Q920N8 P70677 B9EKI5 Q5SX78 E-CADHERIN SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%E-CADHERIN SIGNALING EVENTS E-cadherin signaling events A0A0R4IZW5 Q02257 Q02248 S1P2 PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%S1P2 PATHWAY S1P2 pathway P52592 Q8CBT5 Q3UHH5 Q5U421 Q9D034 Q9DC51 Q543V3 P41969 B2RSH2 Q4VAE6 G5E884 P55284 Q52L79 Q3TLP8 P63085 P01101 Q7TSJ7 Q63844 Q542R8 Q543S2 P08752 P27600 Q3UPA1 P30678 NONGENOTROPIC ANDROGEN SIGNALING%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%NONGENOTROPIC ANDROGEN SIGNALING Nongenotropic Androgen signaling Q62347 P63213 Q3TQ70 Q9DC51 Q3UPW0 B2RSH2 P42337 P31750 Q3TMJ8 P05480 Q3TLP8 P63085 P01101 P19091 Q63844 Q542R8 Q543S2 P08752 Q91YS7 Q3V3V2 Q99N57 Q8CIH5 A0A158SIT8 Q3UTE9 A0A158SIS9 Q62077 Q8C7P2 Q61411 Q8CI86 K7Q751 PLK3 SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%PLK3 SIGNALING EVENTS PLK3 signaling events Q61457 Q6P571 Q3UR74 Q543W6 Q80ZA1 VALIDATED TRANSCRIPTIONAL TARGETS OF AP1 FAMILY MEMBERS FRA1 AND FRA2%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%VALIDATED TRANSCRIPTIONAL TARGETS OF AP1 FAMILY MEMBERS FRA1 AND FRA2 Validated transcriptional targets of AP1 family members Fra1 and Fra2 Q3UZ64 Q64364 Q3UMK5 Q9DBQ6 Q569U6 Q8CE22 Q8C4N2 Q52L79 P47930 A2A864 Q8C443 Q0VBA8 Q8C5P3 Q3TX57 P41245 Q61789 Q9EPL5 Q3UG07 Q790L7 Q545B5 Q8BJ14 Q8CF69 P51943 Q543W3 Q3TT61 F8WI12 A2RTD1 Q3UKR1 Q3U5U6 Q545X5 P19788 F8WH42 P15066 G3X8Q0 ATM PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%ATM PATHWAY ATM pathway B9EHX4 Q8BRV3 Q6NV63 P23804 Q5SV02 Q3SYK5 Q3UQJ0 Q9R207 Q543W6 Q9Z0F6 A0A0J9YU62 Q5NCT2 P48964 A2A5N2 Q9R1A8 Q3UR74 P27661 Q32MX8 A0A0R4J024 Q3UYY2 E9PZ97 Q5EBP9 P70444 Q9CU62 A0A0R4J183 Q8BPZ8 A2RTT4 Q3TMK9 E9QK89 Q80YR6 E9QM06 Q8BZ87 Q3UJQ1 HIV-1 NEF: NEGATIVE EFFECTOR OF FAS AND TNF-ALPHA%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%HIV-1 NEF: NEGATIVE EFFECTOR OF FAS AND TNF-ALPHA HIV-1 Nef: Negative effector of Fas and TNF-alpha Q3U593 Q8BQK4 Q548Y4 P25799 B2RRZ7 Q3U479 A6H6S8 Q549T4 Q8C6X9 Q99PH8 Q3UKR0 P29594 Q7TSJ7 Q8CBT3 Q3TSE5 Q5DU30 Q544K4 Q4FJQ4 O35099 Q3TPJ9 A2AS93 P70444 Q812G4 Q61160 Q8C350 Q3U607 Q60855 Q3UU54 Q9Z1E3 P39428 P70677 Q8CE90 ENDOGENOUS TLR SIGNALING%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%ENDOGENOUS TLR SIGNALING Endogenous TLR signaling Q3U7M4 Q3UV88 Q8VC91 P04918 Q3TNY9 Q3UP42 G3X8Y8 Q53X15 Q8CFA1 Q80UF7 Q8BS97 Q8BR10 Q99MB1 B9EJ46 Q542S6 Q4VAE6 Q8CBT3 Q8R4K2 L0CL36 Q4FJP7 P63038 Q9CQI1 Q64HC9 Q5D0E0 IL27-MEDIATED SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%IL27-MEDIATED SIGNALING EVENTS IL27-mediated signaling events A0A7R8C347 Q3U593 Q3ZAX5 A0A1D5RL98 Q3U0R5 Q9QXJ2 Q3UZN3 Q3U1K3 Q8K3I6 Q549G3 P04351 D3Z6H5 Q6PDI9 Q3UNK5 Q3URU8 Q62120 Q3V157 A2RTD1 Q9JKD8 P10749 Q99K94 Q6GU23 Q9JIA0 Q2PMY2 E9QJS1 Q544E6 P75(NTR)-MEDIATED SIGNALING%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%P75(NTR)-MEDIATED SIGNALING p75(NTR)-mediated signaling Q8C7N7 Q8VC91 P42337 Q3V341 Q60989 Q4VAE6 Q3TLP8 Q6GR78 Q7TSJ7 P68181 Q8CBT3 Q99PT1 Q5DU30 Q9JIQ3 Q3TPJ9 Q3V1T9 Q9CYB4 Q3U7M4 P70196 P98083 Q541P3 Q8BR10 Q3UFB7 P31750 Q80ZA1 Q5DTK3 Q9QYH6 Q80VU4 O70572 Q547H1 P23188 Q9CPR8 F8VQL6 Q6LDU8 Q9Z0W1 Q6PHU5 Q64337 Q99P72 Q3UKU3 Q9WTZ9 Q3UN27 Q6PEB3 P25233 Q3V1A4 Q3ZB60 Q3TSE5 A0A1X7SB67 A9DA50 Q62159 Q9R224 Q922W6 Q4FJM5 Q8CAB4 Q3U9H3 Q5SS40 A2AS93 Q8C7P2 E9PXU2 Q8C094 Q8C9D4 Q62210 Q3UYK2 P70677 P57716 Q5D0E0 CANONICAL WNT SIGNALING PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%CANONICAL WNT SIGNALING PATHWAY Canonical Wnt signaling pathway Q8BNP7 Q2TBE6 P51141 Q8VE28 A0A0R4J0A9 A0A3B2WCL5 Q8BZM0 P49817 Q02248 Q2NL51 E9Q967 Q60838 Q6P2B2 P70181 Q5KU03 P27467 Q9CTE0 Q6PD03 Q14DJ8 Q3UEG1 FGF SIGNALING PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%FGF SIGNALING PATHWAY FGF signaling pathway P35235 P98083 P42337 Q3U5I5 Q8C180 P31750 Q505A4 B2RS85 Q547B5 Q52L79 Q0VBA8 Q3UDE9 P05480 Q8BSI9 P63085 P01101 Q63844 Q9Z2T9 A0A0X1KG61 P41245 Q790L8 A0A0R4IZY3 Q3UHZ0 P43407 E9QK53 Q62077 Q8JZL1 F8WHT2 Q8C7P2 Q3U1V5 F8WIS9 Q6ZWS1 Q7TSI8 E9QB01 Q545X5 Q99N32 Q810V8 Q921L6 Q8CIM9 P42232 Q99K94 A0A0R4IZW5 Q8BTW9 G3X9V2 Q3USK4 ALK2 SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%ALK2 SIGNALING EVENTS ALK2 signaling events P97454 A0A8Q0P8A2 Q8K592 P23359 P70340 E3SRG8 Q3UKJ3 Q61663 P37172 Q3UU71 Q3UVC6 COREGULATION OF ANDROGEN RECEPTOR ACTIVITY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%COREGULATION OF ANDROGEN RECEPTOR ACTIVITY Coregulation of Androgen receptor activity Q62219 A2BEG5 Q8VHE2 Q5DTH1 Q8K3H0 Q925B0 Q5XJV5 A0A023ULC4 B1AQH6 P30416 Q8VD75 Q9DAC0 Q3V215 Q2M4G9 P35700 Q5I0X8 P63280 Q3TTX5 A0A286YD80 Q3UVH8 Q3UDE9 Q6PAC1 P19091 Q9R0C8 A0A158SIT8 Q66JT6 Q8CBD1 Q9JM73 Q64364 A0A0R4J187 Q6NV63 Q02248 P27641 P31750 P97313 Q3TVD4 Q8CE59 Q0VBK8 Q3ULQ6 O54714 Q790L7 E9Q5D6 Q6ZQ88 Q9JIQ8 Q9WU12 Q9WVG6 B9EKI3 Q5EBP8 Q3U607 Q543D7 Q99PP2 Q3TGU7 Q91YV0 B1AXN9 S4R216 Q9JMG9 E-CADHERIN SIGNALING IN KERATINOCYTES%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%E-CADHERIN SIGNALING IN KERATINOCYTES E-cadherin signaling in keratinocytes P42337 Q02248 P31750 Q62077 Q8C7P2 Q4VAE6 Q8CE74 Q9QY96 P70182 Q91XC0 P05480 Q3TLP8 A0A0R4IZW5 Q9WVF5 Q02257 G3X9V2 Q8CBM0 Q545R0 D3YZ57 P70460 IL6-MEDIATED SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%IL6-MEDIATED SIGNALING EVENTS IL6-mediated signaling events P35235 Q3ZB59 O35718 P42337 Q3U5I5 P12032 Q569U6 Q2M4G9 P31750 Q505A4 Q3URV7 Q52L79 P97287 Q3UER8 Q3TLP8 Q6GQT1 Q3V1H5 Q8K2U0 P14847 P01101 Q3UAD6 Q8C6Y4 O35235 Q61805 Q6PDI9 Q3UE64 Q9R1E0 Q53YN4 P08103 Q8VDU4 Q542S1 O54714 Q5HZH3 Q5U421 Q3URU8 Q62120 Q3UPN9 Q60521 Q8C7P2 Q5SX13 A2RTD1 Q99K94 Q6GU23 P01108 Q9WUI1 E9QJS1 Q3USK4 EPHRINA-EPHA PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%EPHRINA-EPHA PATHWAY EphrinA-EPHA pathway Q6PFV6 O09127 Q8CC52 Q8BRB1 Q03145 O08543 Q03137 G1K381 ATR SIGNALING PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%ATR SIGNALING PATHWAY ATR signaling pathway Q08297 P23804 Q3UQJ0 Q9R207 Q9QWZ1 Q5SWN2 Q3TKD1 Q3UGB9 Q6ZQF0 Q9Z0F6 Q3U4T8 D3YVU3 P48964 A0A0R4J145 A2A5N2 P97929 Q8BJL0 Q62193 P97310 Q91WA1 Q3U574 Q5HZI8 Q6ZWR4 P63101 Q3UR74 Q4KL82 A0A286YDT6 O35280 Q3UYY2 Q8BMG1 P51943 Q8BQY8 Q5SRY7 Q76MZ3 Q80YR7 P63330 Q3TPZ2 DEGRADATION OF BETA CATENIN%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%DEGRADATION OF BETA CATENIN Degradation of beta catenin Q3UQK5 Q9WTX6 Q8BNP7 Q5SUR3 P51141 A0A286YDT6 A0A0R4J0A9 Q02248 Q2NL51 E9Q967 Q60838 Q5KU03 Q3USK2 P27467 Q6PJ87 Q14DJ8 Q3TYE1 Q3UEG1 IGF1 PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%IGF1 PATHWAY IGF1 pathway Q8JZR2 P35235 Q60760 A2RS58 Q543V3 P98083 Q3V341 P42337 Q3U5I5 P31750 P81122 Q3U1L4 Q3TZW9 P68040 Q99N57 Q3TJP4 Q3UHZ0 Q8CAR0 Q53YN4 P63101 Q62101 Q3U9H3 Q8BQ28 Q5SS40 Q8C7P2 Q61411 F8VQ28 K7Q751 Q3USK4 CELLULAR ROLES OF ANTHRAX TOXIN%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%CELLULAR ROLES OF ANTHRAX TOXIN Cellular roles of Anthrax toxin Q3U593 Q3UPN1 Q9CZ52 Q3TCL6 Q2LKU9 P29452 Q60521 Q3TMJ8 P10749 Q8K2U0 P63085 Q8BW69 Q63844 Q2PMY2 Q5SWN9 Q91YS7 Q8CE90 VISUAL SIGNAL TRANSDUCTION: RODS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%VISUAL SIGNAL TRANSDUCTION: RODS Visual signal transduction: Rods Q3TQ70 P29974 P52785 P43081 P23440 P15409 Q61012 Q5SDA5 Q91WD8 Q8K0A8 Q8BSF7 P20612 Q3UPX6 Q91ZQ5 Q542R6 Q148R9 Q3UUR0 E9PWU1 B2RUR5 A0A0R4J1M3 Q4V9Z9 Q3UG14 FOXM1 TRANSCRIPTION FACTOR NETWORK%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%FOXM1 TRANSCRIPTION FACTOR NETWORK FOXM1 transcription factor network Q61457 Q6GQV9 Q3UZ64 Q549P2 Q64364 A0A286YD87 O70126 O35216 Q3TMJ8 Q569Z9 Q543W6 P01101 Q3UGB9 Q9DBN8 P97929 P11440 Q3UG07 Q790L7 P13405 Q8BJ14 Q2NL51 P51943 Q6P1H7 P27790 Q545C3 Q61696 P97927 P61025 G3X8Q0 O08755 Q9CXC9 Q545E4 E7FJU2 Q8BQS1 P01108 E9Q3P4 Q8BP64 P30276 Q3TPZ2 IL8- AND CXCR1-MEDIATED SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%IL8- AND CXCR1-MEDIATED SIGNALING EVENTS IL8- and CXCR1-mediated signaling events Q7TS64 P63213 Q3UN66 Q3TQ70 P68404 Q3UPW0 P16054 P31750 Q9CQD1 Q4VA93 A0A0X1KG61 P14234 P08752 Q3V3V2 P30678 Q3UHZ0 Q8CEI0 P08103 Q8CBT5 Q6NVF2 Q8C5Q7 Q3U6Q4 A0A0J9YUN4 J3JS97 Q8BWG8 Q810W6 Q8CI86 BETA2 INTEGRIN CELL SURFACE INTERACTIONS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%BETA2 INTEGRIN CELL SURFACE INTERACTIONS Beta2 integrin cell surface interactions A2CFB8 Q3TX21 P33587 P35330 Q3TB85 Q14AB0 Q3TGR2 Q8BMS2 A0A0U1RNJ3 H3BKX8 Q542I8 Q0VBA8 Q3UER8 Q0VEI3 G5E8F1 P01831 E9PUV2 P01027 Q6S9I3 Q3UPN1 Q9D8B7 Q545X5 Q3U8M7 P11214 Q80Y26 A1L353 E9PV24 O88792 INSULIN-MEDIATED GLUCOSE TRANSPORT%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%INSULIN-MEDIATED GLUCOSE TRANSPORT Insulin-mediated glucose transport Q6ZWM8 P70452 Q3TZL0 Q99MR9 Q3V341 Q8R527 Q8CJ53 Q8CHR4 P31750 Q9Z1E4 Q8C129 Q3TPM5 Q5DTK3 Q5EEX1 A2A5N2 O70456 P63101 P68510 A8IP69 Q5SS40 Q5KU03 E9Q6Q8 Q8CE74 P14142 Q9WV89 PDGFR-BETA SIGNALING PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%PDGFR-BETA SIGNALING PATHWAY PDGFR-beta signaling pathway P42337 Q06180 Q03963 E9Q4S7 Q4VAE6 Q9WV32 Q3TX55 Q3UV75 Q9CPW4 Q3TLP8 Q9JM76 Q8K2U0 P63085 Q9CVB6 Q7TSJ7 Q63844 Q3ULF7 Q5SW83 P14234 Q99PT1 Q3TJP4 Q91VR8 O54890 P43406 Q8CEI0 Q6ZWR4 Q3UKP6 P08103 P16277 G5E884 Q76MZ3 Q9JM73 Q61411 Q8BH99 P63330 Q3UUT8 Q3USK4 Q8JZR2 P35235 Q60760 Q3V3W9 P98083 Q3U5I5 Q505A4 Q3V403 Q3ULT2 E9PYG6 Q4FJX0 Q3ULK1 P41241 Q3TG37 P37804 Q4VA93 Q8VIM5 P05480 E9PUB0 Q3UWF9 A0A1Y7VLY2 Q80XC3 Q6NS54 Q3TZW9 A2A5N2 O70456 Q53YN4 P63101 P68510 P41969 A8IP69 P28028 Q5SS40 Q62077 Q8C094 P15066 Q5J7N1 P16054 Q9D091 Q9CQD1 Q7TSI6 Q9DBX5 Q52L79 P01101 Q9QUR7 A0A0X1KG61 Q3TJI7 D3YZ57 Q9CXQ9 Q8C5Q7 Q3UFL4 Q3U6Q4 Q3U454 P42232 P01108 E9Q696 A0A0R4IZW4 Q3TU98 A6H659 Q3TCR7 Q3SYK5 Q8CCL8 P05622 Q3TMJ8 Q91YS7 Q99N57 Q52L50 E9Q9C3 O08530 Q8CI15 Q62120 Q8BQ28 Q8C7P2 Q8BTI9 Q921L6 Q99K94 Q3TPY5 Q6GU23 Q8C9D4 Q6PGK0 Q9JIA0 Q91ZZ2 Q8BH43 B1AXN9 A2AS98 Q8CE90 ALK1 PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%ALK1 PATHWAY ALK1 pathway Q61288 Q3UKJ3 P37172 NECTIN ADHESION PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%NECTIN ADHESION PATHWAY Nectin adhesion pathway Q8JZR2 Q3V3W9 F8WHW6 Q3TU98 A0A0R4IZW4 Q8C6F2 P42337 Q91VS8 Q02248 Q7TSI6 P05622 P05480 Q3TLP8 Q9JKF6 Q4FJV3 Q68FM4 Q9JLB9 Q52L50 E9Q9C3 O54890 P43406 Q8C7P2 A0A0R4IZW5 Q80TM2 Q545R0 Q91ZZ2 K7Q751 O88792 BCR SIGNALING PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%BCR SIGNALING PATHWAY BCR signaling pathway Q8VC91 Q548Y4 P25799 P42337 Q9DBQ6 Q7TSI6 Q52L79 Q3TLP8 P63085 Q3UCJ0 P01101 Q7TSJ7 Q63844 Q6P1E0 Q8CBT3 Q8K3Q9 Q9ES52 Q8CEI0 F8VQ72 Q5U421 P63328 Q61411 Q3UUT8 Q3USK4 P70196 P98083 Q3UPT4 Q3U5I5 E9Q415 A6H659 Q923A8 P31750 E9PYG6 P41241 Q3TMJ8 Q3UWF9 Q6ZPR6 S4R1M0 Q80XK0 Q99N57 Q3UL29 P15530 B7ZWE5 Q3UHZ0 O55179 Q2TBA3 Q3TQG5 P35329 D3YWR2 G3X8U7 Q9Z131 Q8CIH5 P41969 Q8CIS0 P11911 Q60778 Q3UZ35 Q8C7P2 Q8BW40 Q9Z1E3 P35991 Q00196 Q5D0E0 REGULATION OF RHOA ACTIVITY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%REGULATION OF RHOA ACTIVITY Regulation of RhoA activity G5E825 A0A140LJJ5 Q8C474 A0A571BEH9 E9QK62 Q61599 Q7TSI6 Q68FM7 Q8C067 Q8CCL8 Q4VAE6 E9PUB0 P97393 Q0KL02 Q07139 Q99PT1 Q8R5G7 Q8VDU4 Q8QZW8 Q9R0C8 A2RRK7 E9PUE7 Q8BM51 A0A0R4IZX1 Q6P9R4 D3YZW1 H3BJ45 Q3TRQ0 Q3USZ7 E9QKB1 Q9CXP4 Q3UGZ6 Q8C8B2 Q3UNB6 A0A2X0SFN9 Q8CA59 A2AWP8 F8VQN6 Q80U35 Q8BM00 Q8R0J1 E9PUF7 Q5FWH6 P46414 EFFECTS OF BOTULINUM TOXIN%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%EFFECTS OF BOTULINUM TOXIN Effects of Botulinum toxin H6RXZ1 Q05A24 Q8CHR4 Q5D0A4 O08599 P60879 E9Q263 NOTCH SIGNALING PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%NOTCH SIGNALING PATHWAY Notch signaling pathway Q8C7N7 Q80SY4 Q9EQS3 P31695 Q3T9A3 Q9JI71 Q3UVN4 Q8C863 Q61483 Q8JZM4 Q9DAU5 O35516 Q9JMB8 Q9QYE5 Q6NZC0 P07750 Q61010 Q499W5 F8WJ99 Q3UND5 Q61982 P12960 Q99PM0 Q3UUJ9 A0A0X1KG61 A0A0J9YU62 Q8CHB6 Q9WTX6 Q5SUR3 Q564P6 A0A286YDT6 Q8BJ14 P01108 Q0PD45 Q5FW97 Q3U0R5 A0A0R4J0F4 Q569Z9 P23188 Q58E49 Q61824 Q790L7 Q3UV27 A0A0J9YUN4 Q00899 Q01705 Q9QZS3 Q8BYF1 Q6ZQ88 Q3UM17 D3YUA8 Q80YR6 Q80ZL3 Q80ZV7 P57716 Q6T264 GLYPICAN 2 NETWORK%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%GLYPICAN 2 NETWORK Glypican 2 network Q8BKV1 Q2LEK5 IL2 SIGNALING EVENTS MEDIATED BY STAT5%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%IL2 SIGNALING EVENTS MEDIATED BY STAT5 IL2 signaling events mediated by STAT5 Q8BQK4 P35235 P16297 Q3ZB59 P98083 P42337 Q3U5I5 Q544I2 Q99PH8 P07750 P04351 Q3V1H4 Q0VBK8 V5SIM2 Q53Z59 Q5HZH3 Q3URU8 P51943 Q8C7P2 A2RSY7 Q4FK45 P42232 G3X8Q0 A0A0R4J0R7 Q542S2 Q9JIA0 P01108 S4R216 Q3USK4 E9Q696 ERBB2 ERBB3 SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%ERBB2 ERBB3 SIGNALING EVENTS ErbB2 ErbB3 signaling events Q05A24 P35235 P98083 P42337 Q3U5I5 Q9D091 P31750 Q52L79 Q3TMJ8 Q9JLN9 P05480 Q3TLP8 P05132 P63085 P01101 Q7TSJ7 Q9D3K3 Q63844 Q8BH75 A2AI52 Q61526 E9PX48 Q91YS7 Q5SXG9 Q99N57 Q8K120 G3X8U7 Q3U9H3 Q62120 P70424 Q8C7P2 Q8BTI9 Q8C094 D3YZR2 Q8C9D4 Q6DR99 Q6GU23 Q5J7N1 Q61411 Q3USK4 IL8- AND CXCR2-MEDIATED SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%IL8- AND CXCR2-MEDIATED SIGNALING EVENTS IL8- and CXCR2-mediated signaling events P63213 Q3UN66 Q3TQ70 P68404 Q3UPW0 P31750 Q9CQD1 Q4VA93 A0A0X1KG61 P14234 P08752 Q80ZW1 Q3V3V2 P30678 P35343 Q3UHZ0 Q05144 Q8BPU7 Q8CEI0 Q4FJQ0 P08103 Q8CBT5 Q8C5Q7 Q3U6Q4 Q6A0A3 A0A0J9YUN4 Q76MZ3 J3JS97 Q8BWG8 Q0PD45 Q8CI86 P63330 P70460 FOXA TRANSCRIPTION FACTOR NETWORKS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%FOXA TRANSCRIPTION FACTOR NETWORKS FOXA transcription factor networks P35584 G5E8P5 P35582 PROTEOGLYCAN SYNDECAN-MEDIATED SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%PROTEOGLYCAN SYNDECAN-MEDIATED SIGNALING EVENTS Proteoglycan syndecan-mediated signaling events P43407 Q3V1F2 Q3U5S6 Q64519 BETA3 INTEGRIN CELL SURFACE INTERACTIONS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%BETA3 INTEGRIN CELL SURFACE INTERACTIONS Beta3 integrin cell surface interactions Q3TX21 Q3TGR2 A0A0R4IZW4 Q3U5S6 P05622 Q547B5 P35918 Q9QUM0 Q0VBA8 P29788 Q3UER8 Q3UHL7 Q63ZW6 P01831 F8VQJ3 Q00731 Q9ESQ1 Q80YQ1 Q8C9Z1 Q3TX57 O54890 Q9QZR9 P43406 P02463 Q3UZF9 Q61554 Q3V1F2 Q61711 Q8C8K0 Q8CAW4 Q8CI15 Q3U967 Q6PGJ3 Q9QZS0 P11087 Q545X5 P97927 Q8BQS9 A1L353 E9PV24 O88792 THROMBIN PROTEASE-ACTIVATED RECEPTOR (PAR) PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%THROMBIN PROTEASE-ACTIVATED RECEPTOR (PAR) PATHWAY Thrombin protease-activated receptor (PAR) pathway Q3TJ94 IL2-MEDIATED SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%IL2-MEDIATED SIGNALING EVENTS IL2-mediated signaling events A0A7R8C347 O35718 P68404 Q3U2P8 P42337 P16054 Q9D091 Q544I2 Q4VAE6 Q52L79 P04351 Q3UDE9 P63085 P01101 Q7TSJ7 Q63844 Q6P1E0 Q3TX09 D3YZ57 V5SIM2 O35716 Q5U421 Q3URU8 Q3TGH8 O08900 Q3UGN9 Q548Q7 P42232 A0A0R4J0R7 P01108 Q61411 Q3USK4 E9Q696 Q8BQK4 P35235 P16297 Q3ZB59 Q543V3 P98083 Q3U5I5 P81122 E9PYG6 Q3TMJ8 Q3UGB9 Q8C3F4 Q91YS7 Q99N57 Q8C7P2 Q8C094 Q99K94 Q6GU23 Q9JIA0 Q5J7N1 Q9WUI1 GLYPICAN PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%GLYPICAN PATHWAY Glypican pathway Q3TWB2 Q8BKV1 Q3U379 CIRCADIAN RHYTHM PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%CIRCADIAN RHYTHM PATHWAY Circadian rhythm pathway Q3U574 O35280 Q3UHZ2 Q9R194 P97784 Q3UV55 Q8C9W6 Q32ME6 O35973 Q8C8R0 Q4FK11 P61965 Q3TYE1 Q542A5 IL12-MEDIATED SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%IL12-MEDIATED SIGNALING EVENTS IL12-mediated signaling events A0A7R8C347 Q3ZAX5 Q548Y4 P25799 A0A1D5RL98 Q58E38 Q544I2 Q99PH8 P07750 P04351 Q9JLN9 P52633 P01101 V5SIM2 Q4FJQ0 O35716 Q5U421 Q8CBR9 Q8C833 P22339 Q3UV15 Q8CAX3 Q5SWN9 Q3TEK8 Q8K220 P51682 Q5QNV9 E9Q696 Q9R0S0 Q80YV1 Q3U0N0 P16297 Q3TZH4 O54839 P01887 Q549G3 P01898 D3Z6H5 Q547H1 A6H6M1 P29477 Q62120 Q3TSV7 Q3V157 Q3TTU1 Q60521 Q8C257 Q9JKD8 P10749 Q3U4Y3 Q99K94 Q6P5P1 Q6GU23 Q9JIA0 O78196 Q3UU54 Q2PMY2 E9QJS1 BETA5 BETA6 BETA7 AND BETA8 INTEGRIN CELL SURFACE INTERACTIONS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%BETA5 BETA6 BETA7 AND BETA8 INTEGRIN CELL SURFACE INTERACTIONS Beta5 beta6 beta7 and beta8 integrin cell surface interactions Q3TX21 P43406 Q6PE70 Q3UPN1 Q3UZF9 Q9Z0T9 Q61554 Q3V1F2 Q8C8K0 Q0VBD0 Q3U1B3 Q9D5H8 P26011 Q545X5 Q0VBA8 P29788 Q8BQ25 INTEGRINS IN ANGIOGENESIS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%INTEGRINS IN ANGIOGENESIS Integrins in angiogenesis P42337 Q547B5 Q4VAE6 P29788 Q3UDE9 Q3TLP8 P63085 Q63844 A0A0X1KG61 Q3TX57 O55222 Q3TJP4 O54890 P43406 Q9R0C8 Q8C8K0 Q64727 Q541T2 Q6NXV8 Q8BQS9 Q80TM2 F8VQ28 K7Q751 Q80Y52 O88792 P35235 Q8BKC8 A0A1S6GWJ7 Q91ZV8 Q543V3 Q3TDU5 F8VPL2 Q3UEF5 P31750 P35918 Q3U1L4 P05480 Q63ZW6 P28481 Q00731 Q9ESQ1 Q63870 P07141 Q3UST0 Q9QZR9 Q8CAR0 P02463 Q3UZF9 Q3V1F2 Q9Z0I9 Q3U962 B1AWB9 I7HJS8 Q9QZS0 P11087 Q3UE22 Q8C7P2 D3Z7D5 Q3TVI5 B0LAD9 Q3U607 P46414 SIGNALING EVENTS MEDIATED BY HDAC CLASS III%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%SIGNALING EVENTS MEDIATED BY HDAC CLASS III Signaling events mediated by HDAC Class III Q6GQV9 Q8K3J2 A0A0R4J187 B2RR30 P31310 Q69Z91 P43274 P05213 Q7TMM9 Q6NZM9 Q80ZA1 Q921S6 Q9QXG4 Q4FJK3 Q8VDQ8 Q8BKJ9 Q9R1E0 P10085 Q564P6 Q9WVH4 Q53Z05 Q8BJ14 Q543D7 O70343 Q4KL34 RETINOIC ACID RECEPTORS-MEDIATED SIGNALING%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%RETINOIC ACID RECEPTORS-MEDIATED SIGNALING Retinoic acid receptors-mediated signaling Q6GQV9 Q3UN66 P70365 Q3U5E7 B2RR30 P31750 E9PWD3 P51949 Q3THG5 Q4VA93 Q8CE59 Q58EU7 P05132 P63085 Q7TSJ7 Q63844 Q58E49 P11440 Q5U421 Q6LC96 Q8BJ14 Q9JM08 Q05BA5 E9Q9V9 Q8CBD1 P48281 Q8VCR0 Q6DFX0 Q80ZV7 P18911 HYPOXIC AND OXYGEN HOMEOSTASIS REGULATION OF HIF-1-ALPHA%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%HYPOXIC AND OXYGEN HOMEOSTASIS REGULATION OF HIF-1-ALPHA Hypoxic and oxygen homeostasis regulation of HIF-1-alpha Q64364 Q3TTE7 Q8CEC2 Q80ZA1 O35864 A0A087WNT1 Q3UCW2 Q0VBL6 Q80X29 Q8K2C7 Q9D4H8 Q8BLR9 Q540H0 P62878 P68040 A0A0R4J0H9 Q80Y52 FOXA1 TRANSCRIPTION FACTOR NETWORK%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%FOXA1 TRANSCRIPTION FACTOR NETWORK FOXA1 transcription factor network F8VQL7 Q6GQV9 Q6NV63 Q3UVH8 Q52L79 P29788 Q5EEX1 Q3U422 P01101 P19091 Q3UTK6 Q9ERC8 Q3UHA6 Q3UKV9 Q00897 Q9D816 E9Q8T2 P55095 P50404 Q3UST6 Q505E1 E9QPX1 P35584 O35426 G5E8P5 P35582 P97450 Q8CC13 Q8BJ14 Q3UPN9 Q05BA5 Q8CBD1 G3X8Q0 E9Q414 E7FJU2 Q9CQI1 Q62226 P46414 NONCANONICAL WNT SIGNALING PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%NONCANONICAL WNT SIGNALING PATHWAY Noncanonical Wnt signaling pathway Q8CF89 Q8C3W2 Q3TV73 Q3V341 Q923A8 Q4VAE6 Q8C443 Q3TLP8 Q7TSJ7 Q6PJ87 Q3TJI7 Q6GU14 A2AJK6 Q8BTF1 B7FAU9 G5E8N3 P51141 E9Q967 A0A2I3BPR1 Q60838 Q3UE22 F8WIS9 Q542J1 Q9JIP6 Q8C094 J3JS97 Q99K90 Q8C9D4 Q9CUZ6 P22725 Q3UEG1 PLASMA MEMBRANE ESTROGEN RECEPTOR SIGNALING%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%PLASMA MEMBRANE ESTROGEN RECEPTOR SIGNALING Plasma membrane estrogen receptor signaling P63213 Q3TQ70 Q9DC51 Q3UPW0 P98083 B2RSH2 P42337 Q3U5I5 Q9D091 P31750 Q4VAE6 Q3U1L4 P05480 Q8C5P3 Q542R8 Q543S2 Q3TR46 P08752 P41245 Q3UPA1 Q3V3V2 Q3TJP4 P30678 Q8CAR0 Q3UG07 Q8CBT5 Q3UHH5 Q9D034 O55106 A0A158SIT8 A0A1W2P736 Q8C7P2 Q5FW64 P26041 E7FJU2 Q5J7N1 Q9WUI1 Q61411 Q8CI86 Q3USK4 REGULATION OF NUCLEAR BETA CATENIN SIGNALING AND TARGET GENE TRANSCRIPTION%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%REGULATION OF NUCLEAR BETA CATENIN SIGNALING AND TARGET GENE TRANSCRIPTION Regulation of nuclear beta catenin signaling and target gene transcription Q2NLB9 Q8BX65 Q78ZW9 Q80UF1 Q7JCZ1 Q9CYI8 A0A0R4J170 Q9D1C2 E9Q469 Q9WU62 Q52L79 P19091 Q8C6Y4 A0A0J9YU62 P41245 Q545T4 Q3UQK5 Q3UG07 Q9WTX6 Q5SUR3 A0A286YDT6 Q8BJ14 O54908 E9QLK7 Q4FK45 A0A0R4IZW5 Q3TMT1 P01108 A0JNY9 Q3TX21 Q8BNP7 Q64364 Q8CAI6 Q02248 Q8BS97 Q3UZ96 Q8CE59 Q8C402 Q58E49 A2A5N2 O70456 Q8BGR3 P63101 Q790L7 P68510 Q9QXE7 A8IP69 P70660 Q6PFG2 P12979 A2RSK4 E9Q967 Q3UY41 Q5SS40 Q9JJN6 Q6DIA6 Q3YAA8 Q3TYD9 A1A550 Q8BHJ5 Q9CZA5 Q60793 A0A7U3JW80 Q78Z64 Q9WUT2 E9PUL9 A0A0H3XWX3 Q3TXT7 Q9JHX2 Q5DTI7 P04104 Q09XV5 Q91YV0 Q9D219 Q3UU15 Q8VEJ3 P18111 EPO SIGNALING PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%EPO SIGNALING PATHWAY EPO signaling pathway Q8BQK4 P35235 P25799 Q3V3W9 A2RS58 O35718 P98083 Q3U5I5 Q8CFK4 Q505A4 Q3UTV9 Q7TSI6 P81122 D3Z3Y5 Q3UCJ0 Q7TSJ7 A0A0X1KG61 Q0VED9 Q9ES52 Q8CEI0 Q5HZH3 Q5U421 Q8CIH5 Q62120 Q62077 Q8C7P2 P42232 Q99K94 Q9JIA0 Q91ZZ2 Q61411 P35991 Q3USK4 P38 MAPK SIGNALING PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%P38 MAPK SIGNALING PATHWAY p38 MAPK signaling pathway Q8CF89 Q9R0S0 Q8BL41 P70196 B9EHX4 Q61084 F7AVU1 A0A0A0MQ82 P10639 O08648 Q66L42 Q923A8 Q8BYC6 B2RX66 Q8C6X9 Q3TLP8 F8VQ72 Q5U421 O35099 Q60521 Q3UMH6 Q99K90 Q9WUI1 P22339 Q5SWN9 C-MYC PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%C-MYC PATHWAY C-MYC pathway Q9CZV5 Q3UT56 A0A1W2P7P4 Q64364 Q8VI33 Q6P3Z8 Q5DTJ2 Q3U1C2 Q8BVY4 Q8BSJ6 Q5KU03 E9Q469 E9QLK7 Q569Z9 Q3TXT7 Q9QUR7 D3YUA8 Q505L1 P01108 Q6PD03 Q14DJ8 P63330 Q3UJQ1 A6H6B9 S1P1 PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%S1P1 PATHWAY S1P1 pathway A0A0R4IZW4 O08530 Q9DC51 A5D6P3 B2RSH2 Q8CI15 Q05769 Q62077 P05622 Q4VAE6 P35918 Q3TLP8 P63085 Q63844 Q542R8 Q00731 Q543S2 P08752 Q3V3V2 GLYPICAN 1 NETWORK%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%GLYPICAN 1 NETWORK Glypican 1 network O55095 Q8CEI0 P08103 Q3UNK5 P16277 Q9D5H8 G3UYX7 Q543J5 Q3U379 Q4FJQ7 Q91YU7 Q541T2 P05480 Q8CIM9 Q6GR78 Q6DR99 Q8BQS9 Q00731 Q3TJI7 P14234 D3YZ57 P19137 Q62432 E9Q696 ENDOTHELINS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%ENDOTHELINS Endothelins Q3UN66 Q6NV56 Q3UPW0 P68404 P16054 Q9DBX5 P84309 Q4VAE6 Q52L79 Q91WF3 A0A2I3BRC5 Q920A1 Q3UDE9 E9Q706 Q3TLP8 O88444 P63085 P01101 Q3UKY1 Q7TSJ7 P22389 Q61614 Q63844 A2APU5 Q80TY9 P48302 Q3TX57 Q3UUN2 Q3V1Q3 Q3V3V2 Q3TJP4 Q99JA4 Q5U421 Q3UDC9 G3X939 Q920N8 Q61411 Q8JZR2 Q9DC51 B2RSH2 Q544E0 P31750 Q3TMJ8 Q4VA93 P05480 Q542R8 Q543S2 P08752 P27600 Q91YS7 Q3UPA1 Q99N57 P30678 Q9EPL5 Q53YN4 Q8CBT5 Q3UHH5 Q62120 Q3TVI5 Q8CI86 Q3UU15 VEGF AND VEGFR SIGNALING NETWORK%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%VEGF AND VEGFR SIGNALING NETWORK VEGF and VEGFR signaling network P35918 P97333 P49766 O55095 Q5SU94 Q8QZY7 P97946 Q00731 P97953 Q544A5 NEPHRIN NEPH1 SIGNALING IN THE KIDNEY PODOCYTE%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%NEPHRIN NEPH1 SIGNALING IN THE KIDNEY PODOCYTE Nephrin Neph1 signaling in the kidney podocyte Q6NV56 Q3V341 P42337 Q3U5I5 P31750 Q5DTK3 Q52L79 Q3TLP8 Q8K2U0 Q7TSJ7 D3YZ57 Q80W68 Q9CXQ9 Q9QZS7 Q3U9H3 C0LL94 A0A3B2W812 Q8BQ28 Q62077 Q8C7P2 Q8BTI9 Q8C094 J3JS97 Q3TY70 Q8C9D4 O08675 B9EHJ3 Q8BH99 LPA RECEPTOR MEDIATED EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%LPA RECEPTOR MEDIATED EVENTS LPA receptor mediated events P63213 Q548Y4 Q3TQ70 P25799 P16054 P84309 Q4VAE6 Q52L79 Q91WF3 A0A2I3BRC5 Q3UDE9 E9Q706 Q3TLP8 O88444 P01101 Q80TY9 Q3UUN2 Q80ZW1 P41245 Q3V1Q3 Q3TJP4 Q8CEI0 Q3UG07 Q62101 Q9D034 Q544B4 Q9DBL0 Q544V2 Q9JL06 Q8BLG2 Q61411 F8VQ28 K7Q751 Q8JZR2 B2RS30 Q9DC51 B2RSH2 P31750 Q505A4 P05480 Q9WVF5 Q6NS54 Q542R8 Q543S2 P08752 P27600 Q3UPA1 P30678 Q53YN4 Q8CBT5 Q3UHH5 Q62077 Q5KU03 Q5FW64 Q8C7P2 Q8BTI9 Q6P1D6 Q9Z1E3 Q8CI86 E9PUF7 P70677 Q3UU15 BETA1 INTEGRIN CELL SURFACE INTERACTIONS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%BETA1 INTEGRIN CELL SURFACE INTERACTIONS Beta1 integrin cell surface interactions Q8CC06 Q62469 Q8CE84 Q3UT74 A2ARA8 P09055 Q8BPT3 Q3TZS3 Q547B5 Q80YP5 Q0VBA8 P29788 Q3UER8 E9PXZ3 Q8BQ25 Q03350 Q80YQ1 Q3TX57 Q9JI59 Q4FJP7 Q2LEK5 P43406 P35762 E9QPX1 Q3UPN1 A0A0R4J117 Q61554 P10493 Q3URZ9 Q3TYB4 Q545X5 P97927 A1L353 E9PV24 Q3TGR2 Q3USI2 Q8C5B3 Q5DTP0 G5E874 Q3UHL7 Q63ZW6 F8VQJ3 P28481 Q00731 Q9ESQ1 P21981 Q8C9Z1 Q63870 Q3UST0 P19137 Q9QZR9 Q3V3W7 Q61789 P02463 Q3UZF9 Q3TZ05 Q9Z0I9 Q3U962 B1AWB9 I7HJS8 Q9QZS0 P11087 D3Z7D5 Q3TVI5 B0LAD9 Q62470 UROKINASE-TYPE PLASMINOGEN ACTIVATOR (UPA) AND UPAR-MEDIATED SIGNALING%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%UROKINASE-TYPE PLASMINOGEN ACTIVATOR (UPA) AND UPAR-MEDIATED SIGNALING Urokinase-type plasminogen activator (uPA) and uPAR-mediated signaling Q8JZR2 Q6PE70 Q3TGR2 P09055 P05622 Q542I8 Q0VBA8 P29788 Q80YP5 Q3UER8 P05480 Q3TLP8 Q9WVF5 Q3UP87 G5E8F1 Q8C9G5 Q8BUR4 P41245 Q3TJP4 O54890 G5E899 P43406 Q922W6 Q3UZF9 Q3UNK5 Q3U454 Q8VCU2 Q3U9V5 Q545X5 O88536 O08790 Q3TCW6 Q3SYP2 Q925I7 P33766 Q3V1T9 Q059V7 Q91YY0 A0A1R3UDT0 Q62470 E9PV24 VALIDATED TARGETS OF C-MYC TRANSCRIPTIONAL REPRESSION%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%VALIDATED TARGETS OF C-MYC TRANSCRIPTIONAL REPRESSION Validated targets of C-MYC transcriptional repression Q8CC06 P09055 A2A864 Q543N6 Q3TX57 Q545T4 Q6PAR4 Q3U5L4 Q564P6 Q9WVH4 Q8BJ14 O54908 Q9JM08 P53566 Q8BUN5 G3X8Q0 P01108 P09528 Q8JZN2 Q9D8Y1 P22725 Q543H2 P41251 A6H6B9 Q8C590 Q8BQK4 Q62347 Q7TPS7 Q7TT21 Q3V1N7 P54869 Q9QYM9 Q3U4F0 A0A3B2WCN9 E3SRG8 Q6NV63 Q91VN7 Q9DBV7 Q545R3 Q549A5 Q6RI65 O88508 Q549R4 Q9QYG0 P05622 Q7TPV0 Q8C4U3 H3BJM0 Q58E49 Q3UE64 Q62432 A0A1W2P7P4 Q790L7 Q3UZ80 Q3V405 P70424 Q3UMH6 Q812G4 Q5XZF2 Q544J7 P16045 P46414 ERBB RECEPTOR SIGNALING NETWORK%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%ERBB RECEPTOR SIGNALING NETWORK ErbB receptor signaling network Q9WTX4 Q543J8 P70424 Q3UWD7 Q5FW64 Q61521 Q61527 Q4FJT2 D3YZR2 G3V023 Q9WVF5 Q6DR99 Q545E4 Q61526 Q80Y52 SIGNALING EVENTS MEDIATED BY HDAC CLASS II%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%SIGNALING EVENTS MEDIATED BY HDAC CLASS II Signaling events mediated by HDAC Class II Q7TS64 P63213 Q3TQ70 Q9ERU9 P62827 P05213 P63280 Q7TMM9 Q6NZM9 Q543U1 Q3U320 Q8C4M9 Q544F9 Q543F0 Q8CGN4 A0A668KM95 P06537 A2A5N2 Q8BGR3 Q3UG37 Q6P9T4 E9PXW8 Q6P3E7 Q9JM08 Q5SS40 E7FJU2 P17679 Q9JM73 Q80ZV7 Q80Y52 Q3V1B5 TGF-BETA RECEPTOR SIGNALING%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%TGF-BETA RECEPTOR SIGNALING TGF-beta receptor signaling Q3UV52 P46938 Q8C863 Q3UKJ3 Q8BSJ6 Q60989 Q8BJW6 Q8BSC0 Q3UKR0 Q3UNK5 P49817 Q9D5H8 B2RPW6 P62137 Q91YU7 Q8BUN5 P29268 J3JS97 Q3TY70 Q99K90 Q8BQS9 P63330 Q3USK4 Q8CF89 P98083 E3SRG8 Q3U5I5 Q02248 Q923A8 Q9CWU3 G3X9H8 B2RUC7 Q80U44 Q3UR70 Q9DCE6 Q9D0L6 A0A1L1SRK3 Q8BN07 Q8R1C2 Q62432 A8Y5G5 Q3UHZ0 B2RRL7 A2AVR9 Q7TN08 A0A0R4J097 Q9CSE3 Q5SS40 F8WIS9 Q14DJ8 ALPHAE BETA7 INTEGRIN CELL SURFACE INTERACTIONS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%ALPHAE BETA7 INTEGRIN CELL SURFACE INTERACTIONS AlphaE beta7 integrin cell surface interactions Q8BS01 A0A0R4IZW5 P26011 JNK SIGNALING IN THE CD4+ TCR PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%JNK SIGNALING IN THE CD4+ TCR PATHWAY JNK signaling in the CD4+ TCR pathway Q8JZR2 A2RS58 F8VQ72 Q3UEB8 Q62418 P68404 Q3UPT4 Q923A8 Q52L79 Q3U0E8 Q8K2U0 Q7TSJ7 Q546H1 Q60787 ROLE OF CALCINEURIN-DEPENDENT NFAT SIGNALING IN LYMPHOCYTES%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%ROLE OF CALCINEURIN-DEPENDENT NFAT SIGNALING IN LYMPHOCYTES Role of Calcineurin-dependent NFAT signaling in lymphocytes Q8BQK4 Q6GQV9 Q3UZ64 Q3UN66 Q80X22 Q8K3J2 Q8VIP4 P68404 Q3UKJ3 Q3V341 Q9DBQ6 P16054 Q545Q1 P62827 P61022 Q542V6 Q921S6 Q8C443 Q4VA93 H3BIV5 P05132 Q3UKY1 Q7TSJ7 Q6PJ87 Q63844 A2A5N2 O70456 Q8BGR3 Q53YN4 P63101 Q5HZH3 F8VQ72 P68510 Q3UEB8 Q5U421 O35465 Q3U9H3 Q80U93 A8IP69 Q8BJ14 Q5SS40 Q5KU03 Q8C094 A0A3Q4EGX3 Q3UHW8 Q920N8 P70677 TCR SIGNALING IN NAIVE CD4+ T CELLS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%TCR SIGNALING IN NAIVE CD4+ T CELLS TCR signaling in naive CD4+ T cells Q9Z1S3 Q8VC91 P68404 P16054 Q9D091 Q9QUG9 Q3UCJ0 A0A0X1KG61 Q8CBT3 D3YZ57 Q9ES52 Q544K4 Q8VDU4 Q920N8 Q60787 Q61411 Q8BH99 Q3UUT8 Q3USK4 E9Q696 P35235 P70196 Q5STT8 Q3ZB59 Q3V3W9 P98083 Q3UPT4 Q3U5I5 A6H659 P31750 P41241 Q4VA93 Q3U0E8 Q91WD2 Q546H1 S4R1M0 B7ZWE5 Q3UHZ0 Q2TBA3 B7FAU9 A6H6M1 Q62418 Q3UEB8 P43404 Q8CIS0 A0A1B0GRA5 Q5U3L0 Q53WY0 Q3TSV7 D3Z6G2 B2RUR0 Q62077 A3KCG1 A2AQL0 Q8R4L0 Q61238 Q549R2 Q3U4Y3 Q6P5P1 O78196 Q5J7N1 Q3UU54 Q8CDB3 Q5D0E0 VEGFR1 SPECIFIC SIGNALS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%VEGFR1 SPECIFIC SIGNALS VEGFR1 specific signals P35235 P68404 P42337 P31750 Q8BMC3 E9PYG6 Q4VA93 P05132 Q8C5P3 P63085 Q63844 Q00731 A0A0X1KG61 Q544A5 Q3UHZ0 P97333 O55095 P49766 Q8QZY7 A0A3B2W812 P49817 Q62077 Q8C7P2 Q3UCW2 Q8BH99 Q80Y52 EGFR-DEPENDENT ENDOTHELIN SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%EGFR-DEPENDENT ENDOTHELIN SIGNALING EVENTS EGFR-dependent Endothelin signaling events Q9JLN9 Q9WVF5 P98083 Q3U5I5 Q61614 Q544E0 Q61411 Q3UWD7 Q3USK4 HEDGEHOG SIGNALING EVENTS MEDIATED BY GLI PROTEINS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%HEDGEHOG SIGNALING EVENTS MEDIATED BY GLI PROTEINS Hedgehog signaling events mediated by Gli proteins Q8C253 Q60520 P63213 Q6GQV9 Q5R252 Q3TQ70 Q9DC51 B2RSH2 Q8BKI7 Q2M4G9 P31750 Q8BJN8 Q6P2B2 Q3USK2 Q3TMJ8 P05132 Q60972 Q6PJ87 Q99K78 Q542R8 Q58E49 A0A494BAP2 Q543S2 P08752 Q3TYE1 Q53YN4 G5E8P5 A0A286YDT6 O88574 Q8C5H3 Q5KU03 Q5SRY7 Q3TN09 Q69ZM6 Q3TYX7 Q3TUP2 Q9DBZ2 J3JS97 Q6ZQB7 Q6VH22 P47806 Q9D4I9 Q3U0Z8 Q3TMT1 Q3UI47 E9Q317 Q62226 INSULIN PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%INSULIN PATHWAY Insulin Pathway Q8K0E2 Q8JZR2 P35235 Q60760 Q6P1Y9 Q9CXE1 Q543V3 Q3TPX4 P98083 Q3V341 A0ABA7IXD2 P42337 Q8R527 Q3U5I5 Q8CJ53 P31750 Q3TPM5 E9PYG6 Q5DTK3 A0A0G2JED4 Q5EEX1 Q60876 Q3UWF9 A0A0X1KG61 Q3TZW9 E9Q8C1 Q91V35 Q9ES52 Q3UHZ0 Q9WVH4 P49817 Q8BQ28 Q8C7P2 Q8CE74 Q3TY70 A2ASX2 O08675 E9QNA7 Q91ZZ2 Q61411 Q542L0 Q8BH99 Q8C670 Q3USK4 PDGF RECEPTOR SIGNALING NETWORK%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%PDGF RECEPTOR SIGNALING NETWORK PDGF receptor signaling network Q99L56 A0A0R4IZW4 Q925I7 Q8CI19 P26618 P05622 EPHA2 FORWARD SIGNALING%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%EPHA2 FORWARD SIGNALING EPHA2 forward signaling Q9R0C8 Q03145 P98083 P42337 Q3U5I5 Q6P549 Q9D7K8 Q7TSI6 Q8C7P2 Q8CCL8 Q4VAE6 G5E884 P05480 Q3TLP8 Q6P1D6 A0A0X1KG61 Q561M1 K7Q751 Q3TJP4 ERBB1 DOWNSTREAM SIGNALING%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%ERBB1 DOWNSTREAM SIGNALING ErbB1 downstream signaling P42337 Q9WV32 Q5D0E4 Q3TX55 Q3UV75 Q9CPW4 Q3TLP8 Q9JM76 Q8K2U0 P63085 Q9CVB6 Q7TSJ7 Q63844 Q3ULF7 Q5SW83 Q80ZW1 Q91VR8 Q3UKP6 F8VQ72 P70340 Q6NVF2 Q3UDC9 Q76MZ3 O08675 Q9JM73 Q61411 P63330 Q3USK4 Q3U5I5 O08529 Q505A4 Q4VA93 P05480 Q9CWU3 Q80XC3 A2A5N2 O70456 Q3UHZ0 Q53YN4 P63101 P68510 Q3U9H3 P41969 A8IP69 P28028 Q8CAT6 Q5SS40 Q3U8K3 Q8C094 A0A2C9F2A2 Q5J7N1 Q14BR4 Q545G1 G5E8L8 Q3U3D2 Q5NCN8 Q60676 Q9Z207 A0A1W2P715 Q6ZPU1 Q9WVS7 Q3V341 Q5EBQ2 Q9Z2B9 Q9D091 Q9CQD1 Q7TSI6 Q3TUH8 Q52L79 Q9JLN9 P01101 Q9CXQ9 Q5HZH3 Q3UFL4 Q8CBR9 P63321 Q3V1B5 Q62347 Q3TU98 P31750 Q3UWD7 Q3TMJ8 Q9WVF5 Q91YS7 Q99N57 Q8BKH7 Q8C7P2 Q8BTI9 Q6QI06 A0A3Q4EC26 Q99K94 Q3TPY5 Q6GU23 Q6PGK0 Q8BH43 B1AXN9 A2AS98 LISSENCEPHALY GENE (LIS1) IN NEURONAL MIGRATION AND DEVELOPMENT%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%LISSENCEPHALY GENE (LIS1) IN NEURONAL MIGRATION AND DEVELOPMENT Lissencephaly gene (LIS1) in neuronal migration and development Q543F6 Q8CFR9 O35685 Q3TU98 Q60841 Q52KI7 Q60963 Q61206 Q5SW18 F8WIA1 Q5SS40 Q9ERR1 Q8CA83 B2RRQ8 Q3SYK5 O35926 Q4VAE6 Q9JHU4 Q9CXL6 Q542T9 E9QKG2 Q3TLP8 Q91V89 Q91YY0 SIGNALING EVENTS MEDIATED BY PRL%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%SIGNALING EVENTS MEDIATED BY PRL Signaling events mediated by PRL Q62159 Q61457 Q3UTR7 Q564P6 Q8CAT6 P09055 P51943 Q8BPT3 P05213 Q3UE22 Q4VAE6 P05480 Q3UJF3 Q3TLP8 O70274 Q9JHK4 P63085 Q3UGB9 E9PXS4 Q63844 Q3TVF4 Q3TJP4 EPHRIN B REVERSE SIGNALING%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%EPHRIN B REVERSE SIGNALING Ephrin B reverse signaling P42337 Q923A8 Q9QUM0 P05480 Q3TLP8 Q8K2U0 Q7TSJ7 Z4YJQ4 P14234 Q3TJI7 D3YZ57 O54890 Q544L9 Q8CEI0 Q8C8K1 P08103 Q8CA63 P54763 A0A0J9YUN4 P16277 Q8BQ28 Q4FJM3 Q8C7P2 Q6P1D6 Q8BV52 E9Q696 VEGFR3 SIGNALING IN LYMPHATIC ENDOTHELIUM%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%VEGFR3 SIGNALING IN LYMPHATIC ENDOTHELIUM VEGFR3 signaling in lymphatic endothelium Q62347 Q8JZR2 Q62469 P98083 P42337 Q3U5I5 P09055 P31750 Q8BPT3 Q80YP5 Q8BQ25 Q8K2U0 P63085 P97946 Q63844 Q3TX57 P97953 Q5SU94 Q3UZF9 Q5U421 P11087 Q8C7P2 Q810V8 Q9WUI1 Q3USK4 ARF6 SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%ARF6 SIGNALING EVENTS Arf6 signaling events Q5F258 Q03145 Q9D7K8 Q78U67 Q3UWD7 Q9QUM0 P05480 Q9WVF5 Q8C9G5 Q3UX69 E0CXC5 Q9QZN3 E9Q4K7 Q3UPA1 E9PUA3 P30678 P30730 O54890 E9QP44 D4AFX6 Q99KH2 F8VQL0 Q3TXK1 Q8CBT5 Q3UHH5 Q8BVR8 P29754 Q8K2H4 P18762 J3JS97 Q8BWG8 Q8BH99 F8VQ28 Q3U0D7 P73 TRANSCRIPTION FACTOR NETWORK%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%P73 TRANSCRIPTION FACTOR NETWORK p73 transcription factor network Q548Y4 Q8K3J2 P46938 Q8C863 Q5CZX0 Q8BSJ6 P23804 Q9QYE5 Q6P571 P29594 Q9QUR7 P68181 Q3U905 P11440 Q8K3B1 Q62048 Q3U001 Q62092 Q564P6 Q5SS83 Q5U421 Q9WVH4 Q8BG22 Q53Z05 A3KMI3 Q8BJ14 D3YXT0 Q3URU8 Q9WU28 Q199A7 Q9CZI9 G5E8T9 Q8K1K8 Q9WVA3 Q52L52 Q544H6 Q3V426 Q9Z0J7 Q6P1B9 B9EIX0 Q3V2X3 G3X8Q0 Z4YK94 Q5U4C7 O08734 P68369 P01108 P02772 Q3TPZ2 Q61469 Q08297 Q3UFB7 Q3SYK5 G3X9H8 Q3UGB9 Q4FK28 Q0VBK8 Q6PEB3 P68040 Q00897 P97929 O70456 G5E899 P13405 O35280 Q91WL8 P51943 Q0VGJ1 P19096 Q8C350 G3UWD8 P17679 Q9WUI1 Q3UJQ1 CXCR3-MEDIATED SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%CXCR3-MEDIATED SIGNALING EVENTS CXCR3-mediated signaling events P63213 Q3TQ70 Q9DC51 B2RSH2 P42337 Q9D091 P31750 P48298 Q3TMJ8 Q9JLN9 P05480 P63085 Q63844 Q542R8 Q543S2 P08752 Q91YS7 Q99N57 Q3UHZ0 Q5U421 P18340 A0A0J9YUN4 Q8BKH7 Q60521 Q8C7P2 Q8BTI9 Q6QI06 A0A3Q4EC26 Q5J7N1 Q8BWG8 Q9JHH5 Q9WUI1 Q61411 Q548V9 Q6P8R3 Q5SWN9 O88410 Q3U1E8 IL3-MEDIATED SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%IL3-MEDIATED SIGNALING EVENTS IL3-mediated signaling events Q5EAT0 A2A9K7 P35235 Q3ZB59 P98083 P42337 Q3U5I5 P05132 Q8C3F4 Q3U1Z1 P68181 Q58E49 Q9ES52 P63101 Q5HZH3 A8IP69 Q62120 Q3UPN9 Q6GTZ3 Q8C7P2 A0A3Q4EGX3 P42232 P53347 Q9JIA0 P26952 THROMBOXANE A2 RECEPTOR SIGNALING%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%THROMBOXANE A2 RECEPTOR SIGNALING Thromboxane A2 receptor signaling P63213 Q7TS64 Q3UN66 Q3TQ70 P68404 Q3V341 P16054 Q4VAE6 P05132 Q3TLP8 Q3UKY1 Q6P1E0 P14234 Q3TJI7 D3YZ57 Q3V3V2 Q8CEI0 P08103 Q3UPN1 Q9D034 Q5U421 Q8C5Q7 P16277 Q3U6Q4 Q9EQP6 Q3U8M7 J3JS97 Q3UG14 Q920N8 Q0PD45 E9Q696 P70263 Q5FW61 Q8CC99 Q8BND1 P31750 Q3UWD7 Q3TG37 Q4VA93 P05480 Q8C5P3 Q9WVF5 P21981 P08752 P27600 Q3UPA1 P30678 Q53YN4 Q8CBT5 Q3UHH5 A0A0J9YUN4 Q3UE22 Q3U5F6 Q9WUI1 E9PUF7 Q8BVT9 A6B1 AND A6B4 INTEGRIN SIGNALING%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%A6B1 AND A6B4 INTEGRIN SIGNALING a6b1 and a6b4 Integrin signaling Q8CC06 P40240 Q5SXS3 P98083 Q07563 P42337 Q3U5I5 P09055 P31750 Q3UZ05 Q3UWD7 Q3USI2 Q8C5B3 A2A864 Q5DTP0 G5E874 Q4VA93 Q3UHL7 Q3TLP8 Q9WVF5 F8VQJ3 Q61526 A2A5N2 O70456 P19137 Q61789 Q4FJQ4 P63101 F8VQL0 Q3TZ05 P68510 Q6LC96 A8IP69 Q5SS40 P70424 Q8C7P2 E9Q9V9 Q62190 Q3U0Y6 Q8VCR0 P97927 A0A0R4IZW5 Q61411 MTOR SIGNALING PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%MTOR SIGNALING PATHWAY mTOR signaling pathway Q9D091 F8WIA1 Q8BSJ6 Q8C470 Q9JLN9 Q60876 Q5F2A7 P63085 Q63844 Q80ZW1 A0A286YDT6 Q6NVF2 Q5SRY7 Q61411 Q61457 Q7TT21 Q543V3 B7ZNP9 Q6NTA4 Q812A5 Q6PB82 P31750 Q91YI1 Q80X95 B1AWT3 B2RS91 Q3UG39 Q3TMJ8 Q99K70 Q4VA93 Q61823 Q9EP53 Q8BGD9 Q3UDD3 P58252 Q3UGB9 Q9ESK9 E9Q8C1 A2A5N2 Q91YS7 O70456 Q99N57 Q3UHZ0 P63101 P68510 A8IP69 P28028 Q5SS40 Q8BKH7 Q00899 B2ZRS7 A4FUW1 Q6QI06 A0A3Q4EC26 Q810V8 E9QKI5 Q5J7N1 Q8CEC8 O70343 Q9WTN3 Q5D0E0 ALTERNATIVE NF-KAPPAB PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%ALTERNATIVE NF-KAPPAB PATHWAY Alternative NF-kappaB pathway Q544K4 P25799 A0A286YDT6 Q8CBT3 Q3UV15 Q8K220 DIRECT P53 EFFECTORS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%DIRECT P53 EFFECTORS Direct p53 effectors B2RWB7 Q9D8Z2 E9QJU8 Q9QZM4 Q8K3J2 Q5HZJ0 A0A0R4J0V4 A0A0R4J170 Q8BTS0 Q5CZX0 P23804 Q8BSJ6 Q63934 Q547B5 Q6P571 P97287 Q3UCD9 Q3UII2 P22389 Q3UG07 P17208 E9QPX1 Q8VI33 P49817 E9QLK7 Q61696 Q545E4 Q6ZQJ8 Q3UUT8 Q8C590 Q7TPS7 Q542J9 Q7TT21 Q8BNP7 Q9DBV7 Q545R3 Q3UZ96 Q80ZA1 Q8C9G5 O70456 O55179 F8VQL0 Q3U8K3 Q3UMH6 Q9JK95 Q9WVG6 G3UWD8 P70124 P32299 Q1HL35 Q3UR87 Q03145 P29452 Q52L79 Q5NC86 Q544F9 Q9ERK4 Q9ERV7 Q5DU30 Q9R1A8 Q6P3Z8 P35582 Q5HZH3 Q564P6 Q8BJ14 O54908 Q3TPJ9 P48281 Q9Z0J7 F8WH42 Z4YK94 G3X8Q0 O08734 Q3TMT1 Q9CYB4 P02772 Q4FJW1 Q8BQK4 Q6GQV9 B7ZNP9 Q8BS97 Q9WVF5 Q62415 Q60636 Q3UP24 A0A0A6YVV2 Q3TZI5 D3YYB0 Q9D297 Q9EQM6 G3X9H5 W0BZ77 G5E899 Z4YJP0 Q3UTY9 Q9Z2F7 Q497S6 Q8BJ38 A0A2R8VHX5 Q54AA2 P13405 Q9JK91 Q8BKD6 Q3U169 Q542K0 Q9DB01 P70345 E9QN92 Q4FZK4 A0A0R4J046 Q3TF68 Q9CX58 P70444 Q6PEE3 Q9DBX1 Q3U3M5 Q0P666 Q8C350 Q149T7 Q3UFS3 Q61578 A0A0R4J1A7 Q3UQK9 P54279 Q8BUE4 Q3U6V4 O35188 Q9CPT0 LPA4-MEDIATED SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%LPA4-MEDIATED SIGNALING EVENTS LPA4-mediated signaling events Q62347 P16054 Q8BLG2 P84309 Q3TUH8 Q91WF3 A0A2I3BRC5 E9Q706 P05132 O88444 Q80TY9 Q3UUN2 Q3UU15 Q3V1Q3 POSTTRANSLATIONAL REGULATION OF ADHERENS JUNCTION STABILITY AND DISSASSEMBLY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%POSTTRANSLATIONAL REGULATION OF ADHERENS JUNCTION STABILITY AND DISSASSEMBLY Posttranslational regulation of adherens junction stability and dissassembly P97785 Q6GQV9 Q3TU98 E9PZW0 P09535 Q541P3 Q5NC81 Q61847 Q02248 Q3UMA3 Q80TR4 Q3TCR7 Q9CQD1 Q3U148 P48540 A2A3Z3 A0A1X7SB71 Q3UWD7 Q6NZC0 Q3SYK5 Q3UXH3 P35546 Q3U1L4 P05480 Q8BSI9 Q3TLP8 Q3UHE3 Q9WVF5 Q3UCJ0 Q3TZW9 Q3UN27 P27600 D3YZ57 Q4FJQ0 Q922W6 F8VQL0 Q9D034 F8WGD2 Q6P1D6 A0A0R4IZW5 Q02257 G3X9V2 Q545R0 Q61411 P70677 Q3U0D7 Q6NZD2 AURORA A SIGNALING%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%AURORA A SIGNALING Aurora A signaling Q5F258 Q549P2 Q6NV63 P62827 P31750 A0A0R4J0X8 P23804 Q9ERR1 O70126 Q80ZA1 E9PYG6 A0A0R4J0G7 O35216 Q059Z2 Q9DCJ7 Q91XC0 F8VQ95 P54369 A0A0A0MQD1 P05132 Q91V89 Q9DBN8 K3W4R5 Q99LH8 Q3TEY6 Q3U3D4 Q5KU03 Q8BTJ3 G5E884 Q3UMH6 Q9Z1E3 CD40 CD40L SIGNALING%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%CD40 CD40L SIGNALING CD40 CD40L signaling P70196 Q548Y4 P25799 P42337 P31750 Q8C6X9 P07750 Q52L79 Q3UHJ1 Q7TQD1 Q8K2U0 Q0VEI3 Q9JJX7 Q7TSJ7 Q2TB54 P27512 Q3TSE5 Q544K4 Q5HZH3 F8VQ72 Q5U421 Q8C5Q7 Q3U6Q4 Q8C7P2 Q8BTI9 Q8C094 A0A0R4J0R7 Q8C9D4 Q9JIA0 P01108 Q9Z1E3 Q9WUI1 P39428 Q62210 B9EKI5 VALIDATED NUCLEAR ESTROGEN RECEPTOR BETA NETWORK%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%VALIDATED NUCLEAR ESTROGEN RECEPTOR BETA NETWORK Validated nuclear estrogen receptor beta network A0A0R4J170 P70365 Q66JT6 Q8K4L0 Q05BA5 A0A1W2P736 O54941 Q8CE59 Q53ZY9 Q3UI46 Q8VC29 Q6ZWP4 G5E919 P01027 Q62227 SIGNALING BY AURORA KINASES%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%SIGNALING BY AURORA KINASES Signaling by Aurora kinases Q3TEY6 O70126 LKB1 SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%LKB1 SIGNALING EVENTS LKB1 signaling events Q62347 Q7TT21 Q3T9A3 E3SRG8 Q80ZA1 Q3UCD9 Q9JLN9 Q9EP53 P05132 Q5RJI5 Q3U4P5 A2A5N2 Q8R1U3 O70456 Q8K4T3 Q3V4A1 Q3UUJ4 Q61081 Q06138 Q3TAA7 P63101 Q60670 G3FEZ6 P68510 H3BKG1 A6MDC6 A8IP69 Q6P4S6 A2AD85 Q8CIP4 A0A0G2JG60 Q5SS40 Q5KU03 Q8CBU4 A4FUW1 A0A3Q4EC26 E9QKI5 E7FJU2 P01108 Q80Y52 EPHRINB-EPHB PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%EPHRINB-EPHB PATHWAY EphrinB-EPHB pathway Q544L9 Q8C8K1 Q8CA63 P54763 Q4FJM3 P54754 TRK RECEPTOR SIGNALING MEDIATED BY THE MAPK PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%TRK RECEPTOR SIGNALING MEDIATED BY THE MAPK PATHWAY Trk receptor signaling mediated by the MAPK pathway Q62347 Q543F6 Q5NCN8 Q3V3W9 Q9WVS7 Q3U2P8 Q9D091 P70425 Q3TUH8 Q3TMJ8 Q542T9 E9Q672 Q3TM70 P63085 P01101 Q63844 Q3V1A4 Q99N57 Q52L50 Q53YN4 Q5U421 P41969 P28028 Q3V318 Q8CAT6 Q60521 Q810V8 Q5J7N1 Q61411 Q9JM73 Q5SWN9 Q3V1B5 G5E8L8 TNF RECEPTOR SIGNALING PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%TNF RECEPTOR SIGNALING PATHWAY TNF receptor signaling pathway Q8CF89 Q3U593 Q8VC91 Q548Y4 Q61084 P25799 B2RRZ7 Q3V341 P10639 Q3U479 A6H6S8 Q923A8 Q8C6X9 Q5DTK3 O35242 O70572 E9QN47 Q7TQD1 Q64337 Q8CBT3 P68040 Q3TSE5 Q3UTY9 F8VQ72 P49817 Q80TQ2 O35099 Q14B83 Q05BG3 Q545P4 Q8BV99 E9PXU2 Q3UD78 Q9R0G8 Q61160 Q99K94 E9PUL9 Q99K90 Q3U607 Q60855 Q04519 P39428 Q62210 Q5SWN9 Q8CE90 Q5D0E0 FOXA2 AND FOXA3 TRANSCRIPTION FACTOR NETWORKS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%FOXA2 AND FOXA3 TRANSCRIPTION FACTOR NETWORKS FOXA2 and FOXA3 transcription factor networks Q62347 P52946 Q546G4 P50544 P14246 B2RUS7 Q04690 Q3UEI4 Q80XN0 Q00623 Q9Z2V4 Q8QZR1 Q5SVI6 Q9DAU5 P31750 P35576 Q5EEX1 P06537 Q3UE64 P35584 G5E8P5 P35582 P53566 Q3UPN9 Q549J5 Q6PFE0 Q542D9 Q5M9K1 B9VVT6 Q3TJ94 Q8BGD5 G3X8Q0 Q7TQD5 Q61080 Q924X2 P45952 P02772 Q66JY7 P47876 Q3UER1 Q61743 Q61425 Q3V0B2 CDC42 SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%CDC42 SIGNALING EVENTS CDC42 signaling events Q9Z207 P42337 Q3V341 P16054 Q7TSI6 Q52L79 Q9WV32 Q3TX55 Q9CPW4 Q9JLN9 Q3TLP8 Q9JM76 Q8K2U0 P63085 Q9CVB6 Q7TSJ7 Q63844 A0A0X1KG61 Q3ULF7 Q5SW83 Q3TJI7 Q99PT1 Q3TJP4 F8VQ29 Q3UKP6 Q80XI6 F8VQ72 Q9CXQ9 Q5U421 Q3UFL4 Q6NVF2 Q5DTJ2 Q8CBR9 G5E884 Q3UR47 Q3TY70 A0A0R4IZW5 P51667 O08675 Q545R0 Q61411 Q542L0 Q5SWN9 Q8BS94 Q8BNP7 Q3TU98 Q544Y7 Q02248 A0A0R4J0X8 H7BX44 G3X9X7 P42208 F6WMJ3 Q499J8 Q8VBX9 P05480 Q99N57 P28028 Q5KU03 Q60521 Q8C7P2 Q8C094 Q6P1D6 Q8BTW9 Q8CE90 Q3UP61 Q9QZR7 CXCR4-MEDIATED SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%CXCR4-MEDIATED SIGNALING EVENTS CXCR4-mediated signaling events P63213 Q7TS64 Q3TQ70 Q3UPW0 Q8C863 P42337 Q3V341 Q3UMA3 H7BX38 Q4VAE6 Q9JLN9 Q3UDE9 Q3TLP8 Q3UCJ0 P14234 Q3TJI7 P41245 D3YZ57 Q3V3V2 Q3TJP4 Q9ES52 Q8CEI0 P08103 Q8VDU4 Q9D034 Q8C5Q7 P16277 Q3U6Q4 Q9EQP6 G5E884 J3JS97 P42232 Q3UR47 F8VQ28 K7Q751 E9Q696 Q8JZR2 P35235 Q9DC51 B2RSH2 Q544Y7 A6H659 A0A0R4J0N8 P31750 Q9QXJ2 Q8BM73 P41241 Q9EP84 Q3TN93 Q8CCG5 Q8VEJ9 P05480 Q9JL25 Q542R8 Q543S2 P08752 P68040 S4R1M0 Q52L50 Q3UHZ0 Q62159 Q9R1E0 Q4FJM5 A6H6M1 Q3U9H3 A0A0J9YUN4 Q62120 Q3TSV7 Q8BKH7 F8WHT2 Q8C7P2 Q8BTI9 Q6QI06 A0A3Q4EC26 Q3U4Y3 Q99K94 Q6P5P1 Q6GU23 Q9JIA0 O78196 Q3UU54 Q8CI86 P38 SIGNALING MEDIATED BY MAPKAP KINASES%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%P38 SIGNALING MEDIATED BY MAPKAP KINASES p38 signaling mediated by MAPKAP kinases Q62347 Q7TT21 P63101 P68510 Q5U421 Q545F4 A8IP69 Q3U2P8 P24529 Q5SS40 Q09HN3 Q8CCR6 A2A6J7 Q9WUI1 E9PWE4 Q9JM73 A2A5N2 Q9DBN8 O70456 Q99N57 PRESENILIN ACTION IN NOTCH AND WNT SIGNALING%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%PRESENILIN ACTION IN NOTCH AND WNT SIGNALING Presenilin action in Notch and Wnt signaling Q8CF89 Q8C7N7 Q546I3 Q6GQV9 Q8BNP7 Q3TV73 Q61483 Q923A8 Q02248 Q3UR96 Q6NZC0 Q61010 Q52L79 Q91V89 P63085 P01101 Q9QYZ8 Q6PJ87 Q63844 E9Q5K6 B2RU64 A0A0J9YU62 Q58E49 Q790L7 P51141 A0A286YDT6 A0A0R4J0A9 Q6PFG2 O54908 Q5KU03 Q01705 Q5SRY7 Q3TYD9 Q3UM17 Q8K1S7 O70421 P01108 Q66JY7 Q3TYU1 Q14DJ8 Q3UYK2 P57716 VALIDATED TRANSCRIPTIONAL TARGETS OF TAP63 ISOFORMS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%VALIDATED TRANSCRIPTIONAL TARGETS OF TAP63 ISOFORMS Validated transcriptional targets of TAp63 isoforms Q3UV52 Q64364 Q3UR87 Q8K3J2 Q3TDU5 Q3UVN4 Q8C863 A0A0R4J111 Q5CZX0 Q3U148 P23804 Q8BSJ6 E9Q469 Q3SYK5 A2A864 Q4FK28 Q542Y0 Q8CBT3 Q0P557 Q08943 G5E8W9 Q3UIL3 Q9D952 Q3ULB3 Q61382 Q53YN4 F8VQ54 Q564P6 Q5SS83 A0A286YDT6 Q8BG22 Q8BJ14 A0A0G2JG60 Q9CZI9 Q3U207 P48281 Q3UMH6 Q9Z0J7 Q9JK95 G3X8Q0 Q8C350 Q61578 P70124 Q62470 Q3TPZ2 Q62226 Q5D0E0 IFN-GAMMA PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%IFN-GAMMA PATHWAY IFN-gamma pathway A0A7R8C347 Q6GQV9 P35235 Q8BL41 Q3V3W9 A2RS58 P42337 Q06180 Q2M4G9 P31750 P29452 P15261 Q3TMJ8 Q9JLN9 P63085 Q63844 A0A0X1KG61 Q3UKP8 Q52L50 Q3ULQ6 Q53YN4 Q80XI6 Q3UKQ7 O35716 Q8CCM0 Q8BWM0 F8VQ72 Q3URU8 Q8BJ14 Q62120 Q3UPN9 Q8C7P2 B2RPW6 F8WIS9 Q5SX13 P10749 Q99K94 Q6GU23 Q8BW40 Q91ZZ2 ARF1 PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%ARF1 PATHWAY Arf1 pathway Q99KH2 A0A1B0GSM3 A2A9W7 Q6A0C9 Q3TWZ9 P17426 Q3UJA5 Q6DFZ1 Q3TSV7 Q9Z1Z0 A2A9I0 Q6PFA2 V9GXM1 Q99JH8 P70182 Q3TLP8 Q8BTF0 P84078 Q80ZW1 IL1-MEDIATED SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%IL1-MEDIATED SIGNALING EVENTS IL1-mediated signaling events Q8CF89 Q3U7M4 Q8VC91 P70196 Q548Y4 Q61084 P25799 Q3V341 P42337 Q923A8 Q8BR10 P29452 Q5DTK3 Q52L79 Q7TSJ7 Q64337 Q8CBT3 Q60521 Q8C7P2 Q542W1 Q0VB14 Q569Y6 Q3U0Y6 V9GXP8 F7AT44 Q3V2X3 P10749 Q4FK69 Q8BJQ4 A2RTT4 Q99K90 Q8C833 Q8R4K2 Q5D0E0 GLUCOCORTICOID RECEPTOR REGULATORY NETWORK%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%GLUCOCORTICOID RECEPTOR REGULATORY NETWORK Glucocorticoid receptor regulatory network A0A7R8C347 Q543F6 Q71VB4 F8VQL7 Q5FW96 Q60676 Q548Y4 P25799 Q8K3J2 A0A0R4J170 P30416 Q9DBQ6 Q545Q1 Q32P04 P23804 P07750 Q52L79 Q542T9 P04351 Q3UER8 P05132 P63085 P01101 Q7TSJ7 Q63844 P68181 P06537 Q3U5L4 Q564P6 Q5U421 Q8BJ14 Q3U8M7 P42232 Q3TMT1 P02772 Q80Y52 Q62347 Q6GQV9 P70365 Q8BGL0 P31750 Q3U0R5 Q6RI65 Q80ZA1 Q8CE59 Q5SV01 Q9CPQ2 E9Q8C1 Q58E49 O70456 Q9EPL5 P68510 Q3UPK0 Q8CAT6 Q5KU03 Q5SX13 A2RTD1 Q3U5F6 Q8C094 Q9JKD8 Q99K94 A0A0F7RQH1 Q00286 Q8C9D4 Q9QWL7 Q9JIA0 P97751 Q3UID0 Q9WUI1 Q3U8K7 P20109 Q68FH8 A0A0R4J0G0 Q61781 P01193 Q4FJN2 Q5SX78 Q3UCW0 INTERNALIZATION OF ERBB1%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%INTERNALIZATION OF ERBB1 Internalization of ErbB1 Q9CQ26 Q6ZPK7 A0A0G2JEG8 Q80VP1 Q9CQ10 P98083 P42337 Q3U5I5 Q3UMA3 Q9D091 Q9CQD1 A0A0R4J0X8 B2RS85 Q3UWD7 P05480 Q4QQL2 Q9WVF5 A0A0X1KG61 A2AI52 Q99N57 Q3UFQ4 E9Q7S0 Q8C4B5 A0A0J9YUN4 Q8C7P2 Q8BTI9 P70193 Q3TT90 Q62420 Q5J7N1 Q80ZL3 Q61411 B9EKI5 K7Q751 Q3USK4 Q3UCW0 E2F TRANSCRIPTION FACTOR NETWORK%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%E2F TRANSCRIPTION FACTOR NETWORK E2F transcription factor network Q8VCU1 Q8R0W5 Q61686 Q3UI57 Q3UR71 Q8CCI5 Q8VCT4 E9Q469 Q9D153 B9EHJ9 P52843 Q6S7F2 Q9WTZ0 P97287 Q0VBA8 Q8C8M7 Q544L2 A0A0R4J049 F6Z9B9 Q544T5 Q8VHT4 Q6AW46 Q8R0K9 P11157 P34022 P48972 P48964 P07742 Q8R5H6 A0A0R4J145 P11440 Q5DU30 Q6PAR4 Q4FJQ4 Q6P3Z8 Q564P6 Q53Z05 Q8BJ14 Q9D007 P53566 E9QLK7 Q5EBP9 Q544H6 G3X8Q0 P04184 Z4YK94 Q8BQS1 P01108 Q9CYB4 Q6ZQJ8 Q8K420 Q61457 Q6GQV9 B9EHX4 Q64364 Q6NV63 B2RR30 Q60972 A0A1B0GRM0 Q61502 Q3UGB9 Q6ZQF0 Q58E49 Q9D297 G5E899 Z4YJP0 Q8BJ38 P13405 P51943 Q00899 Q80YR6 S4R216 P46414 CANONICAL NF-KAPPAB PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%CANONICAL NF-KAPPAB PATHWAY Canonical NF-kappaB pathway Q3U593 B7ZWE5 Q8VC91 Q2TBA3 P70196 Q548Y4 B9EHX4 P25799 A0A286YDT6 Q3U479 P62827 Q80TQ2 Q4VA93 V9GXP8 Q4QQL2 Q547H1 Q7TQD1 Q9Z1E3 Q8CBT3 Q62210 Q80SY9 Q5D0E0 EPHRIN A REVERSE SIGNALING%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%EPHRIN A REVERSE SIGNALING Ephrin A reverse signaling Q6PFV6 O08543 D3YZ57 TCR SIGNALING IN NAIVE CD8+ T CELLS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%TCR SIGNALING IN NAIVE CD8+ T CELLS TCR signaling in naive CD8+ T cells Q9Z1S3 Q8VC91 P68404 P16054 Q9D091 Q9QUG9 Q3UCJ0 A0A0X1KG61 Q8CBT3 D3YZ57 Q544K4 Q8VDU4 Q920N8 Q60787 Q61411 Q8CAX3 Q3TEK8 Q3USK4 E9Q696 P70196 Q3V3W9 P01887 P98083 Q3U5I5 A6H659 P31750 P41241 Q4VA93 P01898 Q3U0E8 Q91WD2 Q546H1 S4R1M0 B7ZWE5 Q3UHZ0 Q2TBA3 A6H6M1 Q3UEB8 P43404 Q8CIS0 A0A1B0GRA5 D3Z6G2 Q62077 A3KCG1 A2RSY7 Q61238 Q549R2 Q3U4Y3 Q6P5P1 Q5J7N1 Q3UU54 Q8CDB3 Q5D0E0 REGULATION OF TELOMERASE%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%REGULATION OF TELOMERASE Regulation of Telomerase A0A7R8C347 Q5DTH1 P25799 Q52L79 Q3UZS1 P04351 Q9JLN9 P63085 Q8K1Z8 P01101 Q63844 A2A5R6 Q6PFX9 Q91VL8 O70494 B2RS36 Q3V252 Q9Z204 O88554 P61406 Q8BWH5 Q8K1K3 Q3UNK5 Q9CZX5 O88574 Q9ESX5 Q91WC1 A0A6Q6QXN1 Q199A7 Q8C5H3 Q3TN09 Q8BUN5 G3X8Q0 E7FJU2 Q3TMT1 E9QM06 P01108 Q9CYB4 Q9D1R7 E9Q317 A0JNY9 Q80Y52 Q60520 B9EHX4 Q8BRV3 A0A0R4J187 P27641 P31750 Q3UWD7 Q5SV02 Q3SYK5 Q9R207 Q60972 Q9QWZ1 Q9WVF5 Q9Z0F6 Q58E49 Q3UST6 A0A1W2P7P4 Q790L7 Q5SS40 Q8BQY8 E9PZ97 Q5SX13 P46414 REGULATION OF RETINOBLASTOMA PROTEIN%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%REGULATION OF RETINOBLASTOMA PROTEIN Regulation of retinoblastoma protein A0A0R4J170 P23804 Q52L79 Q9DBH1 Q8C6Y4 Q8R0K9 Q9Z2T9 A0A0J9YU62 Q6ZWP4 Q6GU14 P10085 Q3U5L4 Q564P6 Q5U421 Q53Z05 Q8BJ14 Q9JM08 Q8CBR9 P53566 Q7TSJ0 A2AC19 Q3UPN9 Q9JKX4 A2RTA0 B2RS09 Q059R7 Q4FK45 B1Q2W7 Q545C3 Q8BRF1 V9GXN6 Q9CYB4 Q6ZQJ8 O55187 P63330 Q3V1B5 Q61457 Q6GQV9 Q64364 Q6RI65 Q3SYK5 Q569Z9 Q60972 Q3V1H4 Q3UGB9 Q58E49 Q0VBK8 Q3UE64 Q02591 Q9D297 Q99N57 P50404 F8VQL0 Q790L7 Q8BJ38 P13405 P51943 Q8C094 Q8CDZ9 Q9WUI1 S4R216 P46414 Q5SX78 REGULATION OF CYTOPLASMIC AND NUCLEAR SMAD2 3 SIGNALING%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%REGULATION OF CYTOPLASMIC AND NUCLEAR SMAD2 3 SIGNALING Regulation of cytoplasmic and nuclear SMAD2 3 signaling F8VQ72 Q80U93 E3SRG8 Q5I0X8 P63280 Q8BUN5 Q3UHW8 Q8BRF6 G3UXN0 P63085 Q9EQE3 Q63844 Q3UR70 Q62432 Q3ULQ6 HIF-1-ALPHA TRANSCRIPTION FACTOR NETWORK%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%HIF-1-ALPHA TRANSCRIPTION FACTOR NETWORK HIF-1-alpha transcription factor network H7BX38 Q542I8 Q52L79 Q3U320 P97287 Q9DAY9 P01101 Q8K3Q9 Q545T4 E9PXW8 Q8BJ14 Q3U5U6 Q8BUN5 Q62395 B9VVT6 Q542D9 G3X8Q0 Q3U711 Q5FWB7 Q3U6X6 Q4QRK2 Q3UAM9 P21447 P47876 Q564E2 P52480 Q5FW97 Q8CD98 A0JNY9 Q8BVM1 Q6GQU1 Q62347 O08528 P97297 Q6GQV9 Q8C3F5 Q3UUZ9 Q6L8F5 Q8BU82 P70365 Q0VEE0 E3SRG8 Q544E0 A0A0R4J0N8 Q545R3 Q5SVI6 P31750 O35864 Q544U0 Q8CE59 O35740 P23188 P09411 Q00731 P17809 A0A0R4J0B6 Q0VED9 A0A0R4J0H9 Q542A5 G5E899 P29477 Q921I1 Q8CEC2 Q3UCW2 REELIN SIGNALING PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%REELIN SIGNALING PATHWAY Reelin signaling pathway Q543F6 Q3V3W9 A2RS58 Q60841 P35436 Q52KI7 P42337 Q6GQW8 Q5SW18 P09055 P31750 B2RRQ8 Q542T9 Q7TSJ7 A0A0X1KG61 D3YZ57 Q8CFR9 Q80XI6 Q8BQ28 G3X9V4 Q5KU03 H3BJ45 Q8C7P2 Q91YY0 Q91ZZ2 Q62470 Q8CE90 TRAIL SIGNALING PATHWAY%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%TRAIL SIGNALING PATHWAY TRAIL signaling pathway Q8VC91 Q9QZM4 F8VQ72 B2RRZ7 P42337 Q3U5H0 G3X9M0 Q8C6X9 Q8C7P2 Q8BTI9 Q812G4 Q61160 Q8K2U0 P63085 Q7TSJ7 Q63844 Q3U607 Q60855 Q8CBT3 Q04519 Q5D0E0 RAPID GLUCOCORTICOID SIGNALING%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%RAPID GLUCOCORTICOID SIGNALING Rapid glucocorticoid signaling P63213 Q8C094 Q3TQ70 Q5U421 Q7TSJ7 Q9WUI1 Q8CIT0 SIGNALING EVENTS MEDIATED BY TCPTP%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%SIGNALING EVENTS MEDIATED BY TCPTP Signaling events mediated by TCPTP Q6GQV9 A0A0R4IZW4 P98083 P42337 Q3U5I5 P09055 Q06180 Q2M4G9 Q03963 Q8BPT3 Q505A4 Q9D0F3 Q3UWD7 Q8BJW6 Q3TPM5 P05622 P35918 Q3ULK1 Q5EEX1 P05480 P52633 Q9WVF5 Q8C9G5 Q00731 Q3TZW9 P07141 F8VQL0 Q3URU8 Q8C7P2 Q8BTI9 Q3UHW8 P42232 Q99K94 A0A0R4J0R7 Q6GU23 Q6NXV8 Q9JIA0 Q3USK4 BMP RECEPTOR SIGNALING%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%BMP RECEPTOR SIGNALING BMP receptor signaling Q8CF89 E3SRG8 Q923A8 Q5I0X8 Q6PCX7 Q60989 Q7TQ32 A2ADM9 Q8BSC0 Q3UEK9 Q3TNY7 A6H5Z6 Q3ULR1 A0A338P760 Q8BNY0 Q9CQN4 P63085 O35182 A2RTJ4 Q80U44 Q53Z43 P21274 Q8BRW3 Q9D0L6 B2RRL7 Q9CSE3 B1AUF1 P70340 Q80U93 Q3UU71 Q5KU03 Q3UVC6 B2RPW6 P62137 P97454 G3UXN0 P23359 Q99K90 Q9EQE3 PAR4-MEDIATED THROMBIN SIGNALING EVENTS%PATHWAY INTERACTION DATABASE NCI-NATURE CURATED DATA%PAR4-MEDIATED THROMBIN SIGNALING EVENTS PAR4-mediated thrombin signaling events P63213 Q8CBT5 Q3TQ70 Q3UHH5 Q9D034 Q3UE22 Q4VAE6 Q3TJ94 P51667 O08675 Q3TR46 O88634 Q3UPA1 Q3V3V2 P30678 FSH%NETPATH%FSH FSH B2RQM3 Q9EP84 A0A0F7RQH1 Q91YS7 Q8K3H0 Q8CE74 Q8BP13 A0A0F7RQR1 HEDGEHOG%NETPATH%HEDGEHOG Hedgehog E9Q6E2 F8WJB0 Q69ZM6 Q7TN16 Q7TS64 D3Z763 J3JS97 Q5R252 Q5SS40 Q7M6Z4 Q2NLB9 P47806 Q544P6 Q8BKI7 E0CYA6 Q8C774 Q3U0Z8 O35595 Q02248 A0A286YD87 E9Q317 Q80XI9 P05132 B1AQH6 ANDROGENRECEPTOR%NETPATH%ANDROGENRECEPTOR AndrogenReceptor P19091 Q62347 Q8C7P2 K7Q751 Q545F4 Q58E49 P31750 TGF_BETA_RECEPTOR%NETPATH%TGF_BETA_RECEPTOR TGF_beta_Receptor Q8BFP9 Q9DBV7 Q60929 P53995 Q80U93 Q9CQN1 E9Q3G4 A0A1B0GRM0 Q9QZD9 Q6NZD2 P63280 Q8BRF6 O35182 Q3TJP4 Q04887 Q52L79 B1AUF1 J3JS97 P19091 Q8C7P2 K7Q751 Q58E49 P31750 Q9Z2T9 Q8R0K9 Q8BSG9 Q9WTX6 Q6NVA3 Q3UGA1 Q9DAJ5 Q91YJ2 Q3TY70 Q6P8X1 Q3UPT4 P49817 Q564P6 Q8R3Y8 Q5KU38 Q3UKR0 P48964 P62878 Q8C590 E9QP19 Q3TI84 Q3V4A1 Q8CBR9 Q64318 Q9DCE6 Q80ZA1 Q9WVM3 Q61164 P48281 Q8BQS9 Q4QQL2 B9VVT6 Q3UAM9 E7FJU2 P46938 Q5NC81 P01108 Q4FJW1 Q4KL34 P01101 P42337 Q9EQE3 Q3V1B5 Q9EPK5 F8VQ28 Q8R1C2 Q8BIZ6 Q8CF89 A8Y5G5 Q8C8M7 E3SRG8 B2RR30 Q5SUR3 Q545R0 Q5SWN9 P09631 A0A286YDT6 Q6NV63 Z4YK94 B2RRL7 Q3U3D4 Q61301 Q541Z2 Q63844 Q3TY04 Q76N33 A2AVR9 Q3TAA7 Q9D297 Q3UKJ3 Q9R1E0 P43407 Q8BYY5 Q80X37 Q3UFQ4 A0A0R4J254 A0A0R4J097 Q3TM92 Q0VBK8 Q9CWU3 Q8JZR2 O08908 Q80U44 Q8BZQ7 Q8BSC0 Q3UNK5 Q8K2H6 Q3UFC2 Q790L7 P63085 Q9WVH4 Q7TPS7 Q91YU7 Q8K1M3 Q8K3Q9 Q8BSJ6 Q8CDZ9 P30276 Q60670 Q3U1Q3 Q545C3 Q6X7S9 Q9CWK8 P15066 Q569U6 G3X8Q0 Q5KU03 Q3UHW8 Q5NCU5 Q60521 Q61457 Q3UHZ0 P70365 P13405 Q3UXQ1 B6ZI39 Q91YD3 Q5SWR1 A2RSD4 O35864 Q504P4 TCR%NETPATH%TCR TCR Q91YS7 Q8C774 Q02248 Q62347 Q8C7P2 K7Q751 P31750 Q8CBR9 F8VQ28 Q63844 Q8JZR2 O08908 P63085 Q5KU03 Q8BIT5 Q6GTR6 Q790Y8 Q9JMH6 P11440 Q3V3W9 Q8BHB3 Q3UG15 Q3UCJ0 Q9Z1S3 Q3SYK5 Q91V35 Q3TZJ5 Q8CEI0 Q8CFK4 A0A6I8MX27 Q8CD59 Q62418 E9Q9E8 Q4FJX0 E9PYG6 Q8K1I7 Q3V117 Q8VDN2 Q543C5 A0A0R4J0H1 G3X8U7 Q3TQX5 Q4FZF3 Q71LX8 A0A0R4J0X8 Q6ZWP0 Q3USK4 Q5U421 Q3V3I1 Q5SUZ7 Q542D9 Q8C5G1 P63101 Q549R2 Q8C8N0 B2RUR0 Q91ZZ2 E9PXW8 O88673 Q3UIX3 Q3TQI7 P62827 Q9Z1E3 Q8BRB1 Q62077 D3Z3N4 Q9DBQ6 P68369 Q69ZF8 P68368 Q549Q4 Q8C443 Q3U0E8 Q9QUG9 E9PX73 Q61599 A6H6M1 Q61238 Q3UMA3 Q8VHK1 Q3TGH8 Q3V299 Q3UP78 A0A0A0MQ87 Q3TYL7 A0A0X1KG61 P98083 A0A494B990 Q80X90 Q99JX4 Q99K94 Q6A0A3 Q8CAT6 Q14BV7 G5E884 A2AV75 Q9ES52 Q3UII2 Q5D0E0 Q8BPU7 Q5D0E4 Q561M1 P99024 Q68SN8 Q8CIS0 Q68FD5 Q80W68 Q9JI11 Q3UEB8 Q6P1E0 Q8CBT3 Q3UND0 Q9CZX0 A2AQL0 Q542G9 Q8C129 Q564E2 Q3U4A8 P05480 Q3TCR7 Q3UWF9 E9QMC1 A0A0R4J0V2 A0AAQ4VMY7 Q8BH99 S4R1M0 Q8VCE0 B9EKI5 Q3U7Z6 Q3U6X6 B7ZNX6 Q60749 Q9CX99 Q5U3L0 Q8C503 Q8BGG7 A0A0R4J119 Q80XN0 A0A0R4J0P5 Q5M9P0 Q8CIH5 Q8BJM3 Q18PJ0 Q3TCT5 Q3TMX0 Q8CCL8 Q9QYE6 Q6PB99 Q8VDU4 Q53WY0 P29352 Q3TMJ8 E9QAN8 P35235 Q3UDE9 Q3TSV7 Q62101 Q8CAW4 Q8CGC7 Q6P5P1 Q5NCN8 Q7TPM9 B2RQ20 Q9EQ32 E9Q0N2 Q3TU94 E9Q696 P43404 A0A0R4IZX1 A0A0R4J0R7 Q4FK28 A0A338P6G9 P25799 Q9R0C8 A0A3B2W812 P97384 Q60787 P70460 G3XA13 A0A1S6GWJ7 Q80X22 Q53YN4 Q547H1 Q8BZ03 B7ZWE5 Q7TSJ7 Q3U4Y3 P68134 P52480 Q3U5I5 Q3TX09 A6H659 Q3UPN9 Q9QZB7 Q99JP6 Q80XR8 Q8CDB3 Q7TSI6 Q8BVY8 Q9QZS8 Q548Y4 F6WMJ3 Q3UPA3 Q6GQV9 Q5STT8 D3Z3Y5 P35831 Q546H1 Q545V3 Q9Z188 F6TFF2 Q3TJY2 Q60778 A2RS58 Q3UCW0 Q99N57 Q9WUI1 Q9D7X3 Q6PD21 F6XC54 A0A0R4J212 H3BJ45 Q3ZB59 LEPTIN%NETPATH%LEPTIN Leptin Q3U5I5 Q9Z1E3 K7Q751 Q62077 P31750 Q60749 Q9Z2T9 Q8CIH5 P98083 Q99K94 P63085 Q544U0 Q6PE70 Q2NL51 Q8BRK8 Q5D0E0 Q543F6 Q3U1L4 P70424 E7FJU2 Q3URU8 Q3UR47 Q8C5P3 P14142 A0A0R4J0R7 Q9WVF5 Q8BUX6 Q7TPD5 A0A571BEJ5 Q9Z0Y7 Q8CBT3 Q5KU03 Q543V3 Q8C470 Q60876 Q91ZM2 P14847 P70365 B2RR84 Q3UHH5 D3YZ57 P05480 Q9ESZ3 P16054 Q7TSJ7 Q3UHW9 KITRECEPTOR%NETPATH%KITRECEPTOR KitReceptor P14234 Q8BJ14 B9EKI5 P05532 Q8C7P2 Q3TJI7 Q3UTV9 O08911 Q80ZN2 P31750 Q9CX99 Q4VA93 A0AAQ4VMS6 Q3TT90 Q3U1Z1 O35716 Q9JLY0 Q61411 Q5HZH8 P26041 Q52L79 Q8CBU4 Q8CGG9 P08103 Q03160 Q3UGB9 Q9JIA0 Q9Z1E4 D3Z4T5 Q53WY0 Q810V8 P68404 Q8C1K3 Q3SYK5 Q7TSG6 P35235 P20826 Q8CBR9 P42232 Q8C9W4 Q8CFK4 Q8C6Y4 Q9QZM4 Q924S8 E9PYG6 Q8K1I7 A0A0R4J0R7 P42337 Q3USK4 Q5U421 Q7TSJ7 Q548Y4 Q8JZR2 A2RS58 Q99N57 Q99K94 P63085 Q9ES52 Q68FD5 Q5KU03 Q60876 D3YZ57 P05480 O54928 Q62120 Q9JLN9 BCR%NETPATH%BCR BCR Q3TJP4 Q52L79 P08103 Q3UGB9 Q810V8 Q3UCJ0 P68404 Q8CEI0 Q8CFK4 Q920N8 Q8CA06 Q3U2P8 Q61152 E9PYG6 Q3UZ64 Q544F9 D3YU01 P15530 Q6NZH9 Q32MV8 Q544E3 Q8C5Q7 Q9JHL0 Q3UJ95 Q6GU23 Q3USK4 Q3THG5 Q5U421 P35991 Q3UHU8 Q4FJQ4 Q91XU3 P70181 P70182 Q5FWJ5 Q8C8N0 Q8K3J2 A2AS93 Q91ZZ2 Q2TBA3 P35329 D3YWR2 F8WHW6 Q8CED6 P41969 B0F3S4 A0A0H2UKC0 Q62077 A0A0G2JED4 Q9ERS5 Q5QNV9 Q91XQ5 P11911 Q3UZ35 Q3UES7 Q8C443 E9Q415 Q8R4L0 A0A0A0MQ87 P98083 Q99K94 Q5D0E0 Q8CIS0 Q8CBT3 Q02248 Q3UWF9 Q8BH99 Q62347 K7Q751 P31750 Q5U3L0 Q3UPT4 Q8VDU4 Q8CBR9 Q62101 E9Q696 P43404 P01101 Q53YN4 B7ZWE5 Q3U5I5 Q548Y4 Q5STT8 Q8JZR2 O08908 A2RS58 A0A0R4J212 P63085 Q9WVH4 Q2NL51 Q569U6 Q5KU03 Q60876 Q3UHZ0 P13405 D3YZ57 A2RSD4 TNFALPHA%NETPATH%TNFALPHA TNFalpha Q8BJ14 Q4VA93 Q9JIA0 Q3U2P8 Q3UHU8 Q4FJQ4 Q8K3J2 P52432 P54731 Q91YJ5 Q0VAV5 A0A3B2WAY2 Q9CR56 D3YUA8 O35242 Q3UID0 A1L3B8 Q3UQ44 Q3V1B9 Q6ZWP4 O70591 P70444 A2T4N6 Q9DBR7 Q812G4 Q059U9 Q9Z2F6 Q3UG37 Q9CQR6 Q80Y52 P70677 Q6PA03 Q8CE74 Q8BQ03 Q3V141 Q3TDP6 Q8VC91 Q542W3 G3UY19 Q9R0T8 A4QPD3 Q7TT37 Q8BVQ9 Q8C0C2 Q549T4 Q5SS40 B2RT97 Q53WR6 Q99K90 Q62210 F8VQC7 Q9CXE2 A0A338P6M3 Q3TLR3 Q3TMT1 Q99JG7 Q5HZH3 Q8BH30 Z4YKN2 Q3UMS9 Q9QWV9 O88878 Q80XI6 Q62347 Q4FJN2 Q6PB66 K7Q751 A8IP69 Q545F4 P70196 Q58E49 P31750 Q9EST8 P97414 Q564E8 Q8C2D3 Q3UQJ0 Q9WTX6 Q5SRY7 Q9WVS7 Q3UHI3 P35550 O88623 Q9JIQ3 P60603 P49817 Q9QYK7 A0A0R4J170 Q3TCU2 P10639 Q9D5S8 E9PZP3 Q60989 O35099 P70268 I3PQW8 Q3U4T8 Q6LC96 Q3UPK0 P70700 Q8C2K8 Q545P4 Q505L1 Q61160 Q3T9A3 Q3TUH8 Q4QQL2 Q542I9 Q8BG60 Q3UQL2 B3VQI8 P14685 Q8C863 E9QLC2 O55029 Q8K220 Q9JJY3 Q3UC02 G5E8L8 A6H6B9 Q9D8W5 Q66X19 P29594 Q8CF89 Q60846 Q3UKC1 A6H6S8 O35305 P68510 Q5SUR3 O55234 Q3UD58 O54941 Q99J95 A0A286YDT6 Q61382 Q9WTK0 Q3TQ02 Q99JI4 Q543M7 Q3TKV1 Q3TSE5 Q63844 A2A5N2 Q61081 Q3ZAS1 Q3UD78 Q8CFV9 Q61526 Q8K4K2 Q9R1E0 Q3TKG4 Q61084 Q60790 Q9CT51 A1L361 Q3U593 Q3TAW7 Q9D1M1 Q8C094 Q80ZU1 P68040 Q8CEC5 Q920P3 Q3TXS7 Q505A4 A0A1W2P7U1 A2RSF1 B7FAU9 Q3URU2 P63085 D3Z5N6 Q8K000 Q8BSJ6 Q569U6 Q60521 P13405 Q8BFP9 Q9CQN1 P63280 Q52L79 Q3TQX5 Q71LX8 Q3USK4 Q5U421 P63101 Q9Z1E3 A0A0A0MQ87 Q99K94 G5E884 Q3UEB8 P05480 Q3UWF9 P35235 P25799 Q7TSJ7 Q3U5I5 Q6GQV9 Q9WVF5 Q543V3 ALPHA6BETA4INTEGRIN%NETPATH%ALPHA6BETA4INTEGRIN Alpha6Beta4Integrin P19091 Q3UHL7 A2A864 Q8C7P2 Q62432 Q3TJI7 K7Q751 Q5FWJ3 B7ZNX6 P31750 Q4VA93 Q52L79 Q3SYK5 P35235 Q8C5Q7 P01101 P42337 Q5U421 P63101 Q53YN4 P68510 Q3U5I5 Z4YK94 A2A5N2 Q63844 O08908 P98083 Q505A4 P63085 G5E884 Q8CC06 O70456 P70677 Q8BTI9 Q3USI2 Q6S393 O09118 P70424 O35566 F8VQL0 Q3TZ05 Q8C6B2 P14206 Q9D7Z6 Q9WVF5 Q8BUN5 Q545K4 Q5SS40 Q5DTP0 Q4VAE6 Q3TLP8 Q543V3 Q8C470 G5E874 Q60876 E9PZW0 Q62190 Q3UXE9 Q3U9H3 Q8CI98 P54763 D3YZ57 P05480 Q61789 Q8C5B3 F8VQJ3 P81122 D3Z630 Q9JLN9 Q07563 WNT%NETPATH%WNT Wnt Q3TJI7 A0A0J9YU62 P70340 Q99N43 P31750 A2AJK6 Q4VA93 Q80Y83 A0A0R4IZW5 Q501P6 Q542J1 Q02257 Q91YV0 Q8CAI6 Q2TBE6 Q52L79 Q6PJ87 G3X8Q7 Q3UN66 P63330 Q14DJ8 O54908 P53783 Q3TQN9 P97401 Q8BRC7 P68404 Q9R216 Q3TQ59 Q3TV73 Q3U454 Q9QUR7 Q923A8 Q3UR96 Q3UI35 E9Q967 Q3TWB2 Q3T9A3 Q8BLL2 Q91VN0 P62137 Q9D219 O70421 Q8BTF1 Q9CUZ6 P22725 Q3UEG1 G5E8N3 Q8C402 Q8C4U3 Q9ERE7 P70181 Q53YN4 Q7TSJ7 A2A5N2 Q8C443 Q0VBK8 Q790L7 J3JS97 Q4VAE6 Q3TLP8 P05132 IL6%NETPATH%IL6 IL6 P19091 P14234 Q8BJ14 Q8C7P2 Q545F4 Q58E49 P31750 Q52L79 P08103 Q9JIA0 Q3UKR0 Q8VDU4 Q3TMJ8 P35235 Q3TV73 Q3UDE9 P42232 Q8CEI0 Q923A8 Q4KL34 P01101 P25799 Q6GU23 Q5EBP8 A2RTD1 Q5U421 P35991 E9QJS1 E9Q8C1 Q3URV7 O35718 B1AUL6 Q53YN4 P27512 O08648 Q6PDI9 Q8BJW6 Q7TSJ7 Q8K2U0 O54714 Q99J95 Q3U5I5 Q62077 Q63844 Q61526 Q9R1E0 Q6GQV9 O08908 A0A0X1KG61 P98083 Q505A4 Q99K94 P63085 Q9WVH4 Q3ZB59 Q80Y52 Q91YS7 P70424 Q3URU8 Q5KU03 Q3TLP8 Q8C470 Q60876 Q60521 P70365 Q3U9H3 P13405 D3YZ57 TSH%NETPATH%TSH TSH Q80U72 Q62347 Q3U7T8 Q544U0 Q9D034 Q9DC51 Q543S2 Q5D0E0 Q5SUC3 Q63844 B2RSH2 Q3U1L4 P08752 Q8VDN2 Q78U67 P27600 Q60521 Q3UHH5 Q99N57 Q5SWN9 Q3UPA1 B2MWM9 EGFR1%NETPATH%EGFR1 EGFR1 Q544K4 Q05BA5 Q5FW97 P60840 Q9R190 Q60864 B2RS30 Q8K1A6 P63168 Q922R0 O54724 Q3TC45 Q8C180 Q8BWF4 Q3TPM5 Q3UUT8 Q03145 Q60750 Q9WVM1 Q8VHM5 P41241 Q03137 Q8C067 Q924U4 D3YYB0 Q3UJA5 A0A0A0MQF5 Q5D0E9 Q3TU98 Q8CA63 Q3UST3 Q8VDD5 P40142 Q8CHE4 E9Q6Y8 Q8R2L7 Q9QXD8 Q3V0J9 Q60855 Q545A2 Q8CGB6 A0A1L1SRE8 P28028 P53566 A0A1Y7VLY2 G3X8P5 Q8C8K1 Q9D8L0 Q80XC3 P97393 B1AXN9 Q3ULF7 Q544A1 Q80SW1 Q60760 P41158 Q4FJV4 Q8CFE6 A2ASX2 Q6ZPK1 Q8BHL5 Q63918 Q546G4 Q811P8 E9Q1T5 G3X9U0 Q6P549 Q91YS7 Q8K3H0 Q8C774 Q62347 Q8C7P2 K7Q751 Q58E49 P49817 Q3V4A1 Q9DCE6 Q80ZA1 P01108 Q4KL34 P01101 P42337 Q5SWN9 Q9R1E0 Q8JZR2 O08908 Q80U44 P63085 P15066 G3X8Q0 Q5KU03 Q3UHZ0 Q5SWR1 Q52L79 P11440 Q3UG15 Q3UCJ0 Q3SYK5 Q91V35 Q8CEI0 Q8CD59 Q8VDN2 Q3TQX5 A0A0R4J0X8 Q5U421 Q542D9 Q8C5G1 P63101 Q3UIX3 Q62077 Q8VHK1 Q80X90 G5E884 Q561M1 Q68FD5 Q80W68 Q564E2 Q3UWF9 A0A0R4J0V2 Q8BH99 B9EKI5 Q3U7Z6 B7ZNX6 Q60749 Q8BGG7 Q8CIH5 Q3TMX0 Q8CCL8 Q8VDU4 Q3TMJ8 E9QAN8 Q3UDE9 Q62101 Q5NCN8 E9Q696 P25799 P70460 G3XA13 Q53YN4 Q7TSJ7 P52480 Q3TX09 Q3UPN9 Q80XR8 Q7TSI6 Q548Y4 P35831 Q9Z188 F6TFF2 A2RS58 Q99N57 Q6PD21 A0A0R4J212 Q2NL51 Q8BRK8 Q543F6 P70424 Q3URU8 Q8C5P3 Q9WVF5 Q8BUX6 Q7TPD5 Q60876 Q91ZM2 D3YZ57 Q62120 Q9JLN9 P05532 Q4VA93 Q3TT90 O35716 Q61411 Q03160 Q3UGB9 Q9JIA0 Q810V8 P42232 Q61152 Q8C5Q7 A2AS93 P41969 Q3TUH8 Q8C863 A2A5N2 Q61526 Q61084 Q8C094 Q505A4 Q8BTI9 Q6S393 F8VQL0 Q8BUN5 Q4VAE6 Q3TLP8 E9PZW0 Q3UXE9 Q3U9H3 Q8CI98 P54763 P81122 Q07563 A2A864 Q62432 Q5FWJ3 A0A0J9YU62 A0A0R4IZW5 Q02257 Q3UN66 Q3TQN9 Q5EBP8 E9QJS1 O35718 O08648 O54714 Q80U72 Q3UXS0 P17426 Q3U7R1 Q9WUB0 Q9DBT6 Q9DCV7 G3X9V2 Q3UJ76 E9PXU2 Q8BQ28 Q9JJ00 Q5SRX1 P54754 Q9CQ26 A0A3B2WCN9 Q542U0 Q69ZU4 Q8JZL1 D3YTQ3 G3X9X7 Q80TM2 Q3U7S9 S4R1F2 Q80VP1 Q8C2Q8 Q7JCZ1 Q62084 Q921L6 Q3TVW1 B2RRF0 Q3UFT3 Q5DTK3 E9Q2K8 Q3V1F2 Q9CQ73 P54823 Q9JJU8 Q544Y7 F7AT44 Q9WVA4 B2RQE8 Q80TQ2 Q5U464 O55042 Q6PAC1 Q8VIJ6 Q91W69 Q3V1H5 Q922K9 Q9CZG9 Q3U5S6 Q8CE90 Q6QI06 Q4FJM3 Q32P04 Q99KG5 Q14AF6 P58019 Q3UL29 Q5F258 Q3TK48 Q3ULT2 P62631 Q80Y09 B9EIV8 O70400 Q8BG66 Q5SW83 P50543 Q8BWW9 Q8BQK4 Q3TVI6 Q3UUD2 A0A2C9F2A2 Q5SWV3 Q9JLL0 Q8BUR4 O55111 Q8C4N2 Q9DBJ3 Q6PFA2 F8WGL9 Q62470 P50446 Q6P069 Q64348 E9QM75 Q5FWB7 Q80ZW1 Q3UGN9 Q3UHP6 Q62172 Q9QWL7 Q8CCP7 P70452 Q6P6I8 Q540I4 Q4VAA7 Q8VDZ4 Q4JG03 P05784 P05622 G5E8C3 Q6GR78 Q3UX07 Q5SWZ5 Q62384 Q91ZV3 Q3TZW9 Q8CI94 Q8VD75 Q8BFW7 Q9DAK9 Q9QY23 Q52KF7 Q8K1S5 Q9WTP2 Q8BRE1 Q8CEI8 Q9QXJ2 Q9CQD1 Q9CZV7 Q9DBC7 Q6PB44 Q5EBQ2 E9QAU4 F8VQH0 Q9CZ52 Q8C5H3 Q3THE2 E9Q9E1 Q14BR4 O88327 Q9CXQ9 G3X9H5 A1BN54 Q922Y0 Q05BG3 E9QP36 Q8BZ33 Q3TVD4 P11679 Q3UKJ7 Q8BZR6 A0A0R4J1L6 A0AAQ4VMU6 Q53ZU1 E9PUB0 Q8K1N2 Q9D8U8 Q91WJ0 A6H6M2 Q5SX50 Q8BY71 P09055 Q5M9K7 Q64519 B2RS85 Q3UHF8 Q8R0W0 Q6NVF2 V9GX76 Q3UPW2 Q3UWD7 Q9QZK2 Q8CAD1 Q9D1E4 Q8BI55 Q62426 Q64727 Q8BSI9 Q9JKF6 B2RRX1 Q7TT13 Q3UKP6 Q5J7N1 P68433 Q8CCG5 Q6UKZ0 Q9Z1A1 Q6ZPU1 Q8CCF8 ID%NETPATH%ID ID P63085 P41969 Q545W1 Q91YS7 A2RSK4 Q3ULG4 Q63844 Q02650 A0A1B0GRM0 E9PWE4 Q543D7 Q6PAR4 Q3UZZ2 G3UVX2 Q4FJW1 Q9CSE3 Q8BUN5 Q8CAI6 Q3UGB9 P41158 P13405 Q3TMJ8 Q99N57 IL9%NETPATH%IL9 IL9 P63085 E9QJS1 Q9JIA0 Q63844 P42232 Q78PA5 Q3UJQ1 P52633 IL3%NETPATH%IL3 IL3 S4R1M0 Q62347 Q8C7P2 K7Q751 A2A5N2 Q4VA93 Q3U1Z1 Q61411 Q9R1E0 Q3YAB0 Q3U320 Q8CGG9 P17809 Q548Q7 P63330 Q3U5E7 Q6PEB3 Q8JZR2 P68040 O08908 A2RS58 Q3UCJ0 P98083 P68404 Q3TMJ8 Q505A4 Q6LC96 Q8CEI0 P63085 Q3ZB59 Q9ES52 Q2NL51 P25799 Q5KU03 O35718 P63101 Q3U9H3 Q8CI98 Q5HZH3 Q3UWF9 P05132 IL5%NETPATH%IL5 IL5 Q3U5I5 P41969 Q9Z1E3 O35716 Q61411 Q52L79 P08103 Q3TMX0 Q3V299 Q9JIA0 Q05A81 P68040 Q9DBX5 A0A0X1KG61 Q5SV01 A2RS58 Q810V8 P98083 Q06831 Q99N57 P16297 P48999 P35235 Q3UDE9 Q8CBR9 Q99K94 P42232 Q8CEI0 Q9WVH4 Q8CA06 Q91YS7 Q2NL51 Q3URU8 Q8C5Q7 P25799 Q6P1E0 Q6GU23 Q3USK4 Q5KU03 Q5U421 P63101 Q53YN4 Q8K3J2 Q02248 Q3TCR7 Q91ZZ2 IL4%NETPATH%IL4 IL4 Q8BJ14 Q05BA5 K7Q751 P31750 O35716 Q8CIH5 Q3UCJ0 P35235 Q8CBR9 Q3UGN9 E9PYG6 P53566 P42337 P25799 Q6GU23 Q5U421 E9QJS1 Q53YN4 P27512 Q7TSJ7 P41969 Q9Z1E3 Q3UPN9 Q63844 Q6GQV9 A0A0X1KG61 P98083 Q9WUI1 P07750 P84228 V5SIM2 Q8BVT9 P63085 Q8BNM4 Q3TJ56 Q3U5L4 Q9ES52 A0A0R4J0N8 P20109 Q8K3Q9 Q5D0E0 Q3URU8 Q6P1E0 Q8CBT3 Q3U9H3 Q8CI98 P68433 P81122 Q62120 IL-7%NETPATH%IL-7 IL-7 B9EKI5 Q8C7P2 P31750 Q63844 Q9R1E0 Q9JIA0 P98083 Q3TMJ8 Q99K94 P42232 V5SIM2 Q8C9W4 P63085 Q9WVH4 Q3UGN9 Q91YS7 Q2NL51 Q544C8 A0A0R4J0R7 Q6GU23 Q5KU03 Q543V3 Q3U9H3 D3YZ57 P81122 NOTCH%NETPATH%NOTCH Notch O35730 Q8BJ14 Q6T264 Q8C7P2 P70340 P31750 Q9WTX6 P62878 Q8C402 P25799 Q6GU23 Q6GR78 B2RR30 Q5SUR3 Q63844 E9PWE4 Q3UZZ2 Q548Y4 D3YUA8 P63085 Q3UV27 Q3U4P5 P31695 Q8CHB6 Q9DA19 Q569Z9 P23188 O88574 Q9JI71 Q8BUN5 Q8BYF1 Q9JHE6 B2RRW2 Q5KU03 Q80ZV7 O35516 Q60520 Q9QYE5 Q61010 Q3UPI0 Q00899 Q3TMT1 D4QGC2 P05480 P57716 Q3UND5 A2AEY2 Q8C7N7 Q62120 Q64299 Q3UM17 IL2%NETPATH%IL2 IL2 Q62347 P06537 Q8C7P2 Q3UBT1 Q3U1I8 Q8JZQ9 Q3U1Z6 P31750 Q544I2 Q3UPW0 O89051 Q3V157 Q3UP99 A0JNY9 Q3V341 P04351 Q52L79 Q8CEJ4 Q8BQK4 Q3UJ82 Q3UGB9 Q9JIA0 Q8VDU4 Q3UCJ0 Q3TMJ8 P35235 Q8CBR9 Q3UDE9 P42232 Q8CEI0 Q3UGN9 E9Q696 A0A0R4J0R7 Q8C5Q7 P42337 P25799 Q3USK4 Q5U421 E9Q8C1 O35718 Q7TSJ7 Q3U5I5 P41969 Q63844 Q548Y4 Q3TGH8 Q8JZR2 O08908 A0A0X1KG61 A2RS58 P98083 Q99N57 P16297 Q6PD21 V5SIM2 P63085 Q9WVH4 Q3ZB59 Q80Y52 Q91YS7 Q8BTI9 Q8K3Q9 Q3URU8 Q543V3 Q8C470 Q60876 Q61457 Q3UXE9 Q8CI98 D3YZ57 P81122 Q9JLN9 TSLP%NETPATH%TSLP TSLP P63085 Q9Z1E3 Q63844 P31750 Q3V157 Q548Y4 Q8K220 P52633 P25799 Q6GU23 Q3UV15 Q5U421 Q8C470 Q8C094 Q9JIA0 Q3TMJ8 Q7TSJ7 Q99K94 P42232 RANKL%NETPATH%RANKL RANKL Q3U5L4 K7Q751 P70196 A4QPD3 P25799 Q3UV15 Q8CBT3 Q64337 Q5U421 Q99K90 P39428 Q3UHJ1 P50518 Q8CF89 O35235 Q8C6X9 Q3UK97 Q99NH8 Q7TSJ7 Q3UMS9 Q923A8 Q8C6Y4 IL1%NETPATH%IL1 IL1 Q544K4 Q9Z1E3 Q8C7P2 P70196 P31750 Q63844 Q548Y4 Q52L79 Q8C094 Q9D5S8 Q9DBX5 O08908 Q8R4K2 Q542W1 Q0VB14 Q8C833 Q8CBR9 Q3U0Y6 Q8CFA1 P63085 Q8BR10 P10749 Q9CQR6 A2RTT4 Q3U7M4 Q5SRW7 Q9QXW2 Q5D0E0 Q569Y6 Q4FK69 E9QPQ6 A4QPD3 Q7TT37 P25799 F7AT44 Q8CBT3 G5E8L8 Q5U421 Q99K90 Q60521 Q8CF89 P13405 Q3UWF9 Q7TSJ7 Q5SWN9 ISOLEUCINE BIOSYNTHESIS%PANTHER PATHWAY%P02748 Isoleucine biosynthesis Q8CBC8 Q8BU33 Q3ULU3 PENTOSE PHOSPHATE PATHWAY%PANTHER PATHWAY%P02762 Pentose phosphate pathway Q93092 Q91W97 P47968 P06745 P40142 Q6GQU1 Q9DCD0 O08528 ANANDAMIDE_DEGRADATION%PANTHER PATHWAY%P05728 Anandamide_degradation O08914 FORMYLTETRAHYDROFORMATE BIOSYNTHESIS%PANTHER PATHWAY%P02743 Formyltetrahydroformate biosynthesis Q544L2 Q3V3R1 A6H5Y3 P18155 Q544T5 FRUCTOSE GALACTOSE METABOLISM%PANTHER PATHWAY%P02744 Fructose galactose metabolism Q91W97 P05063 Q3TQJ2 Q8R059 E9Q1Q9 Q5FWB7 Q6GQU1 Q3UER1 O08528 P38 MAPK PATHWAY%PANTHER PATHWAY%P05918 p38 MAPK pathway Q5U421 Q545F4 Q3U2P8 O08648 Q8C833 Q66L42 Q9Z2B9 Q8CEC8 Q923A8 Q9JM73 Q8C470 Q3TUH8 Q3U1I8 Q09HN3 P70196 Q99K90 Q3UIB2 Q9WUI1 Q3TPM2 O08911 P41969 Q8K2U0 Q921S6 Q3V1B5 Q60521 Q8CF89 VEGF SIGNALING PATHWAY%PANTHER PATHWAY%P00056 VEGF signaling pathway Q00731 Q9CXP4 Q8CI98 F8VPL2 Q63844 Q3UCW2 Q91YS7 Q99N57 Q62077 Q14A12 Q05144 P68404 Q3V341 P16054 Q9D091 Q8CI15 P28028 Q5U421 Q545F4 Q3U2P8 Q09HN3 Q920N8 Q52L78 Q8BTI9 O08908 Q53YN4 Q58E38 Q8BMC3 Q8BZ03 P63085 A2AS93 Q812A5 Q9DBX5 Q5DTK3 A0A494B990 Q62219 Q8K3Q9 Q569M7 Q8C5Q7 Q3UN66 Q4VA93 Q5FWX6 Q8CIH5 Q5D0E4 P42337 Q8CAD1 Q3UKY1 Q8BQW4 Q61411 F8VQ28 Q6PF93 P35918 K7Q751 Q3TMJ8 E9QAN8 Q3TLP8 Q62101 P31750 Q8C5P3 Q8C7P2 Q3UXE9 INTERLEUKIN SIGNALING PATHWAY%PANTHER PATHWAY%P00036 Interleukin signaling pathway Q63844 Q99N57 Q9D091 P28028 Q3U879 Q80Y86 Q9JLN9 P15247 P52633 A2RTD1 Q564P6 Q3U0Y6 A0A0A0MQ87 Q7TPD5 Q9QXJ2 Q9WVH4 G3UVX2 P07750 Q8C6X4 P98083 B1AXN9 Q99K94 Q3U905 Q2PMY2 Q8CE74 Q9EQ14 Q810T6 Q3URV7 Q3U1Z6 Q3V0U3 Q8VHM7 Q544I2 Q8BNM4 Q5KU03 P01108 Q5D0E0 Q5SUE2 A0A1D5RL98 P46414 Q3UE89 P01101 E9PUP0 Q61532 Q810W6 Q3U5L4 Q3UHZ0 Q3USK4 Q6P3D7 P41158 Q3V157 Q05A81 Q543V3 P26952 Q3U2P8 Q6PDI9 Q5SV01 Q544C8 Q5NCN8 Q6GU23 P81122 Q9JIA0 Q9JM73 Q8CBT3 P35343 Q810V8 Q3U1I8 P42232 P16297 A0A0R4J0R7 P20109 O88786 D3Z6H5 Q3TPM2 P04351 Q6PHB0 P41969 Q8R4L0 Q8BTI9 P63085 P42337 Q8CAD1 P31750 Q8C5P3 FLAVIN BIOSYNTHESIS%PANTHER PATHWAY%P02741 Flavin biosynthesis Q8CFV9 Q8R123 HEME BIOSYNTHESIS%PANTHER PATHWAY%P02746 Heme biosynthesis Q3UQA3 Q9CXJ1 Q4QRK2 Q8CGC7 Q8BML9 P36552 Q9DD05 Q3UPG1 Q3UDN4 P70697 Q5SUV1 NICOTINE PHARMACODYNAMICS PATHWAY%PANTHER PATHWAY%P06587 Nicotine pharmacodynamics pathway Q9WUT2 Q3UZS0 Q8BIE9 Q3USV2 Q0PCR6 P61168 P05132 Q60829 P62137 B2RSH2 Q3LS21 Q8BHB9 Q9R0W9 P51436 A0A571BEG4 Q3V1Q3 Q0VBK4 B7FAU9 Q811B2 P63213 Q53YK0 Q8BRU6 O35111 Q3TQ70 Q9ERK7 CIRCADIAN CLOCK SYSTEM%PANTHER PATHWAY%P00015 Circadian clock system Q8C8R0 Q3USK2 O70361 Q3TYE1 Q8C9W6 O35973 Q3UHZ2 Q9R194 P97784 CHOLESTEROL BIOSYNTHESIS%PANTHER PATHWAY%P00014 Cholesterol biosynthesis Q9CZZ6 Q3TQK8 Q9CZQ1 Q4FJN9 Q8BLN5 Q8BV96 Q3THA3 Q3UEB4 Q3UYC1 P53798 IONOTROPIC GLUTAMATE RECEPTOR PATHWAY%PANTHER PATHWAY%P00037 Ionotropic glutamate receptor pathway Z4YKJ7 Q03391 P60879 Q4LG64 A0A0R4J0A6 Q80WU3 Q3U5V8 Q62442 P35436 P63024 D3YZU5 Q14BI2 G3X9V4 Q7TNB5 Q4ACU6 Q8R1Q0 P51906 B1AS29 Q3UYK6 Q9ERB0 Q3UE85 Q3TXM3 Q6PAQ0 Q8CHR4 Q3UY17 Q9D3L3 A2A6S2 Q8BMF5 Q9QYS2 A2AI21 Q8C825 Q543U3 Q8C069 A0A0R4J0R1 PYRIDOXAL-5-PHOSPHATE BIOSYNTHESIS%PANTHER PATHWAY%P02759 Pyridoxal-5-phosphate biosynthesis Q91XF0 CELL CYCLE%PANTHER PATHWAY%P00013 Cell cycle Q61457 S4R216 A0A1Y7VN75 Q9CQ71 Q4FK45 P53 PATHWAY FEEDBACK LOOPS 2%PANTHER PATHWAY%P04398 p53 pathway feedback loops 2 Q5U421 Q3UUT8 Q5NC86 Q8CI98 Q8BN07 F8VPL2 Q02248 P63330 A1A4T4 G5E8H5 Q9D091 Q3UIB2 Q9WUI1 O08911 Q564P6 Q8BTI9 O08908 Q8C6X4 Q8CE74 Q8C5Q7 P42337 Q61457 Q61411 Q6PF93 P13405 P61092 Q6PAR4 E9QAN8 Q5CZX0 Q3UHZ0 Q5J7N1 B9EHX4 P31750 Z4YK94 Q3UGB9 Q8C7P2 Q80ZA1 Q3UXE9 O70167 THREONINE BIOSYNTHESIS%PANTHER PATHWAY%P02781 Threonine biosynthesis Q149D1 AMINOBUTYRATE DEGRADATION%PANTHER PATHWAY%P02726 Aminobutyrate degradation P61922 HISTAMINE H1 RECEPTOR MEDIATED SIGNALING PATHWAY%PANTHER PATHWAY%P04385 Histamine H1 receptor mediated signaling pathway Q62077 Q8K3R3 P50153 Q3UPA1 P68404 Q8CI86 Q3V341 Q3U9V4 P16054 P70227 Q91UZ1 Q8C8N0 Q3V3V2 Q3UG14 Q3UGN1 Q9CXP8 B3Y5T0 Q54AE3 P29387 Q920N8 Q8CBT5 Q3UHH5 Q9DAS9 G5DDB7 Q53YN4 Q8K4D7 Q8CED6 Q3UPW0 Q6P8Y9 P63216 Q3UMY0 Q8K4S1 Q5DTK3 Q3UN66 Q4VA93 Q8CIH5 Q3UKY1 P63213 Q3TQ70 METABOTROPIC GLUTAMATE RECEPTOR GROUP I PATHWAY%PANTHER PATHWAY%P00041 Metabotropic glutamate receptor group I pathway Q9DBC7 Q3TY04 P68181 Q5D052 Q4VA56 A2A6S2 Q922R0 P05132 Q3V0U2 Q9ESF4 Q3UPA1 P68404 A2AI21 Q8C825 Q03391 Q91UZ1 Q8C8N0 Q80WU3 P35436 Q3UHH5 G3X9V4 OXIDATIVE STRESS RESPONSE%PANTHER PATHWAY%P00046 Oxidative stress response Q5U421 Q99K94 Q9DBX5 Q8CEC8 P10639 Q3U1I8 Q8C094 Q3V405 Q8BQK4 Q7TSJ7 P01108 Q3UIB2 A0A1W2P7P4 Q9WUI1 Q5SWN9 Q3TPM2 Q52L79 O08911 P41969 Q8K2U0 Q3V1B5 Q60521 5HT1 TYPE RECEPTOR MEDIATED SIGNALING PATHWAY%PANTHER PATHWAY%P04373 5HT1 type receptor mediated signaling pathway P50153 Q3U9V4 Q3UG14 Q3UGN1 Q9CXP8 Q54AE3 P29387 Q9DAS9 Q6P8Y9 P63216 Q3UMY0 P68181 Q922R0 P05132 B2RSH2 Q3LS21 Q3V1Q3 Q64264 Q9DC51 Q61224 P63213 Q8K1M3 Q543V2 Q3UU15 O35111 Q0VES5 Q3TQ70 Q543S2 H3BK84 P08752 P61953 OXYTOCIN RECEPTOR MEDIATED SIGNALING PATHWAY%PANTHER PATHWAY%P04391 Oxytocin receptor mediated signaling pathway Q62077 Q8K3R3 P50153 Q3UPA1 P68404 Q8CI86 Q3V341 Q3U9V4 P16054 Q91UZ1 Q3V3V2 Q3UG14 Q3UGN1 Q9CXP8 Q54AE3 P29387 Q920N8 Q8CBT5 Q3UHH5 Q9DAS9 G5DDB7 Q53YN4 Q8K4D7 Q3UPW0 Q6P8Y9 P63216 Q3UMY0 Q8K4S1 Q5DTK3 Q3UN66 Q4VA93 Q8CIH5 Q3UKY1 P63213 Q3TQ70 A0A0N4SVY6 5HT4 TYPE RECEPTOR MEDIATED SIGNALING PATHWAY%PANTHER PATHWAY%P04376 5HT4 type receptor mediated signaling pathway A0A494BA82 P63216 Q3UMY0 P50153 Q3U9V4 Q3V1Q3 Q3UG14 Q3UGN1 Q9CXP8 P63213 Q54AE3 P29387 Q3UU15 Q3TQ70 Q9DAS9 Q8BHK8 Q6P8Y9 GABA-B_RECEPTOR_II_SIGNALING%PANTHER PATHWAY%P05731 GABA-B_receptor_II_signaling P84309 Q8R5M7 Q91WF3 Q9WV18 Q80T41 A0A2I3BRC5 E9Q706 Q3UUN2 Q3ZAT1 P50153 O88444 A2AIS0 Q3U9V4 Q3UGN1 Q54AE3 P29387 Q6P8Y9 P63216 Q3UMY0 Q9WUT2 Q9DBC7 Q3TY04 P68181 P05132 B2RSH2 Q3V1Q3 Q9DC51 Q8K1M3 Q3UU15 Q3TQ70 Q543S2 H3BK84 P61953 UBIQUITIN PROTEASOME PATHWAY%PANTHER PATHWAY%P00060 Ubiquitin proteasome pathway Q91W82 Q6ZWQ6 B9EHN0 Q3UCS1 Q9CQ37 A2RTT4 Q9R1T2 P52483 Q541Z5 Q9DBK7 Q66JT6 Q8C7R4 Q3U431 Q4QQL2 A2RSE4 A2A4Z0 Q9QZU9 Q3TM87 Q5F239 Q4VBX4 Q9Z1F9 Q3UFQ4 Q561N4 ALZHEIMER DISEASE-PRESENILIN PATHWAY%PANTHER PATHWAY%P00004 Alzheimer disease-presenilin pathway Q497E4 A0A0R4J0A9 Q9CUU5 A1A550 P51141 Q8BFZ3 Q3V2I2 Q3UXW9 Q3U4P5 A0A0R4J0I8 Q0VBT1 Q8BSK4 Q5KU03 P31695 P70701 Q8BRE1 Q3UR23 A0A0R4IZW5 Q8C6P4 Q542J1 Q9JIP6 Q02257 P68134 Q8R5M2 Q1RME7 P27467 Q8CAI6 Q6PDY6 Q4KL81 Q61527 Q5SW83 O70283 Q61086 Q61091 Q02248 Q6NV56 Q3UGU8 Q60838 O35516 P24383 Q3UYK2 Q6GR78 A2API5 Q8BRC7 Q9JKF6 Q9R216 Q3TQ59 Q3U454 Q3UTY8 B2RRX1 Q3UR96 A0A0R4J1M1 Q9EQY0 E9Q967 Q3ZB23 P62737 Q8BLL2 Q91VN0 Q8BNT2 Q01705 B7ZMP6 Q8C8A8 Q3TDT0 P57716 O70421 Q8C7N7 A2ARV4 E9Q9C3 Q9CUZ6 Q149J3 Q62356 Q8VI56 Q8C718 Q8BQD1 Q3UHH4 Q3UM17 Q61982 P22725 Q3UEG1 Q8C402 P22727 Q80X37 Q3UJQ1 5-HYDROXYTRYPTAMINE DEGREDATION%PANTHER PATHWAY%P04372 5-Hydroxytryptamine degredation Q8R0Y6 P24549 B1AV77 Q8BW75 Q3UJ53 Q62148 Q8BH00 Q8CHT0 Q3UNF5 Q8K009 Q9CZS1 Q3UIA4 Q544B1 Q3V1N7 Q9DBF1 A0A1B0GSU0 A0A0R4J0C2 P53 PATHWAY FEEDBACK LOOPS 1%PANTHER PATHWAY%P04392 P53 pathway feedback loops 1 P23804 Q3UTC9 Q9R1A8 Q5CZX0 Z4YK94 Q80ZA1 VALINE BIOSYNTHESIS%PANTHER PATHWAY%P02785 Valine biosynthesis Q8CBC8 Q8BU33 Q3ULU3 ACETATE UTILIZATION%PANTHER PATHWAY%P02722 Acetate utilization Q69Z91 Q9QXG4 COENZYME A BIOSYNTHESIS%PANTHER PATHWAY%P02736 Coenzyme A biosynthesis Q8BHC4 Q5SXA7 Q8VDG5 Q80YV4 Q543J7 Q7M753 METHYLCITRATE CYCLE%PANTHER PATHWAY%P02754 Methylcitrate cycle Q811J3 P28271 B CELL ACTIVATION%PANTHER PATHWAY%P00010 B cell activation Q8CI98 Q63844 Q91YS7 Q99N57 Q05144 P68404 Q9D091 S4R1M0 P15530 P63328 Q3UCJ0 Q8CEI0 Q3U5I5 Q8C9D4 A0A0A0MQ87 Q3TQG5 P35329 Q61084 D3YWR2 G3X8U7 Q7TSI6 G5E8L8 Q8VDU4 O88995 P11911 Q6P1E0 Q9Z1E3 P35991 Q9R0C8 Q5D0E0 P01101 Q3USK4 Q5U421 Q8CBT3 P70227 Q8C8N0 Q3UIB2 Q9WUI1 O08911 Q8BTI9 Q53YN4 Q8CED6 P63085 Q8C5Q7 Q8C094 Q8CIH5 Q7TSJ7 P42337 Q8CAD1 Q52L79 Q61411 Q3TMJ8 Q3TLP8 P53 PATHWAY BY GLUCOSE DEPRIVATION%PANTHER PATHWAY%P04397 p53 pathway by glucose deprivation Q8BN07 P63330 Q8CE74 Q7TT21 Q61249 Q9Z1M4 Q60876 Q8BRK8 Q3TWR3 Q9EP53 Q6PAM0 Q8BUX6 Q542K0 Q5CZX0 P31750 Z4YK94 Q80ZA1 Q8C6X4 5-ARACHIDONYLGLYCEROL_BIOSYNTHESIS%PANTHER PATHWAY%P05726 5-arachidonylglycerol_biosynthesis P11152 Q3V3V2 Q8CIV3 A4FU75 Q8VI78 Q8CI86 Q3UPW0 MANNOSE METABOLISM%PANTHER PATHWAY%P02752 Mannose metabolism Q3V100 Q8K0C9 Q922H4 Q8BTZ7 Q91W01 Q9DCE3 MRNA SPLICING%PANTHER PATHWAY%P00058 mRNA splicing Q8BG24 Q922U1 Q62189 Q6PE01 Q9CQI7 HYPOXIA RESPONSE VIA HIF ACTIVATION%PANTHER PATHWAY%P00030 Hypoxia response via HIF activation P97493 Q6GQV9 A0A0R4J0H9 Q80X29 Q8CEC2 Q3UCW2 Q8CE74 Q3TTE7 A0A0R4J096 P10639 Q9JLN9 P31750 Q8C6X4 THIAMINE METABOLISM%PANTHER PATHWAY%P02780 Thiamine metabolism Q8JZL3 Q9R0M5 TRANSCRIPTION REGULATION BY BZIP TRANSCRIPTION FACTOR%PANTHER PATHWAY%P00055 Transcription regulation by bZIP transcription factor Q6GQV9 P97760 Q8BH52 Q8R4I4 Q6PDZ2 A0A0R4J0C6 E9QAP7 Q91XE9 Q3THK3 Q3ULN2 Q3TN86 B7ZMZ6 Q3UIR2 Q149E9 B9EJX5 Q9EQH4 Q8BJ14 A0A0R4J082 Q9D0D5 Q7TPY0 Q3TQG6 C4PFH5 Q8BKY8 Q99JX1 Q3UMJ4 Q6RI65 Q3UT56 Q9DBC7 Q62311 Q3TY04 Q3V214 Q8VI33 A2AP82 Q9D2A5 Q3UZB8 G3X8S2 A0A338P6M3 Q9R1C0 P62340 Q5NC05 Q8BTU1 Q542U3 P61219 Q8K1M3 H3BK84 OPIOID PROOPIOMELANOCORTIN PATHWAY%PANTHER PATHWAY%P05917 Opioid proopiomelanocortin pathway P63216 Q3UMY0 P50153 B2RSH2 Q3U9V4 P01193 Q3V1Q3 Q8BLP9 Q3UG14 Q3UGN1 Q9DC51 Q9CXP8 P63213 Q54AE3 P29387 Q3UU15 Q3TQ70 Q9DAS9 Q543S2 P08752 Q6P8Y9 BUPROPION_DEGRADATION%PANTHER PATHWAY%P05729 Bupropion_degradation Q9WUD0 O-ANTIGEN BIOSYNTHESIS%PANTHER PATHWAY%P02757 O-antigen biosynthesis Q3TMF9 Q3V0X4 P47856 VASOPRESSIN SYNTHESIS%PANTHER PATHWAY%P04395 Vasopressin synthesis Q545V4 Q3UUQ5 GLUTAMINE GLUTAMATE CONVERSION%PANTHER PATHWAY%P02745 Glutamine glutamate conversion Q8CIX8 Q3TSQ7 P15105 UNTITLED%PANTHER PATHWAY%P00019 untitled Q8CAH8 P84309 P22389 Q61614 Q91WF3 A2APU5 Q80TY9 Q63844 P48302 A0A2I3BRC5 Q91YS7 E9Q9T4 E9Q706 Q99N57 Q3UH83 Q3UUN2 O88444 P68404 Q3V341 P16054 Q8C6X4 Q8CE74 Q3UPA1 Q8CI86 P70227 Q91UZ1 Q8C8N0 Q3V3V2 Q920N8 Q8CBT5 Q3UHH5 Q53YN4 Q8CED6 Q3UPW0 P63085 Q9DBX5 Q9DBC7 Q5DTK3 Q3TY04 P68181 P05132 Q3UN66 Q4VA93 Q8CAD1 Q3UKY1 Q3V1Q3 Q8K1M3 Q3TMJ8 Q3UU15 H3BK84 Q9ERL9 P31750 Q8BND1 Q8C5P3 Q80YP4 Q544E0 Q8BHK8 HISTAMINE SYNTHESIS%PANTHER PATHWAY%P04387 Histamine synthesis P23738 TETRAHYDROFOLATE BIOSYNTHESIS%PANTHER PATHWAY%P02742 Tetrahydrofolate biosynthesis Q544L2 Q544T5 Q3U7P6 P48760 5HT2 TYPE RECEPTOR MEDIATED SIGNALING PATHWAY%PANTHER PATHWAY%P04374 5HT2 type receptor mediated signaling pathway Q62077 Q8K3R3 P50153 Q3UPA1 Q543D4 P68404 Q8CI86 S4R2T0 Q3V341 Q3U9V4 Q02152 P16054 Q91UZ1 Q3V3V2 Q3UG14 Q3UGN1 Q9CXP8 Q54AE3 P29387 Q920N8 Q8CBT5 Q3UHH5 Q9DAS9 G5DDB7 Q53YN4 Q8K4D7 Q3UPW0 Q6P8Y9 P63216 Q3UMY0 Q8K4S1 Q5DTK3 Q3UN66 Q4VA93 Q8CIH5 Q3UKY1 P63213 Q3TQ70 P61953 INTEGRIN SIGNALLING PATHWAY%PANTHER PATHWAY%P00034 Integrin signalling pathway B1AWB9 Q3TJP4 P84078 Q8BS01 Q0VEM1 P05480 Q4FJM5 Q6ZWR0 Q8C9D4 Q61084 G5E8L8 O08648 Q3UIB2 Q8K2U0 Q8BTI9 O08908 Q8C5Q7 Q8C094 P42337 Q7TSJ7 Q8CAD1 Q5SWN9 Q61411 F8VQ28 Q6PF93 K7Q751 Q3TMJ8 E9QAN8 Q3TLP8 Q8C7P2 Q3UXE9 Q8CI98 F8VPL2 Q63844 Q91YS7 Q99N57 Q05144 Q9WV32 Q9D091 D3Z7B9 Q3USI2 P28028 Q3TX57 Q8CE84 B7ZNH7 O35099 A0A0U1RNJ3 Q3U1N3 Q3V3W9 P49817 Q8BU31 A0A0A0MQ87 Q9JM76 I7HJR1 Q3ULT2 Q8BLR7 Q8BSX1 Q3U0D7 Q3UF75 P98083 Q3TZ05 Q9R0Q6 Q542I8 Q9Z0I9 Q9QUM0 A2A4Q3 B2RQQ8 Q80YP5 Q8BFZ3 Q3UZF9 Q8BQ25 P41241 Q5DTP0 Q5FW75 Q8VDV0 D3Z7D5 Q80ZJ1 Q3TVI5 Q63ZW6 Q52L50 Q62469 Q6PE70 Q3UJA5 Q61532 A1BN54 Q9ESQ1 Q3UDE9 G5E874 Q3USK4 Q00780 Q8BUR4 A2ARA8 Q3UST0 Q4KL81 Q80TM2 Q05306 Q3UGT9 Q60847 Q91ZZ2 Q9R0B6 Q8BLX7 V9GXM1 P02463 P26011 Q61789 F8VQJ3 Q3TZS3 Q62470 Q07563 Q3U962 Q3UHL7 A2A864 I7HJS8 D3YZ57 B2RRX1 P43406 P25318 Q8CFP6 G5E8F1 Q8CC06 P70460 Q9Z0T9 Q8JZR2 Q9CPW4 P28481 P19137 Q91XD2 Q3UT74 O35206 Q0VBD0 Q9CVB6 P09055 P61588 Q9QZR9 Q9D0D2 H3BKX8 Q5QNQ9 Q80X90 Q14AC7 Q8C9L7 Q9JLI2 Q9QZS0 O55222 E9PXZ3 Q8BPU7 B0LAD9 Q4VAE6 E9QPG8 B7FAU9 Q3TB85 Q64727 A0A2K6EDL8 P35831 P97927 Q8BPT3 Q8BHL5 Q62159 Q9D898 Q8C5B3 Q9D0J3 A2RS58 PDGF SIGNALING PATHWAY%PANTHER PATHWAY%P00047 PDGF signaling pathway Q8BH99 Q62120 Q9WTP3 E9PUF8 A0A0R4IZW4 A0A0R4J0I0 Q9Z2U4 Q9CX99 E9PYG6 Q00422 Q8BQ28 Q8BWW9 A0A0R4J0C9 Q8QZW8 Q2NL51 Q6ZQ12 Q3U5I5 D3YVU8 Q8C9D4 Q6PFQ7 Q8CA59 Q99L56 B2X2D4 Q8BM00 Q3U0E8 Q7TSI6 G5E8L8 Q9EQS3 Q8VDU4 D3YZW1 E9QMX4 Q78ZJ8 Q7TT37 F8WI12 P26618 Q9R0C8 P97393 Q8C8B2 Q91Z68 Q9Z1M4 Q3V1F7 Q3UR16 Q3UPW2 S4R248 P05622 A0A5F8MPM1 B2RQE8 O70273 Q3URU8 Q3TVH6 Q505A4 Q3V1H4 Q3UQJ4 E0CXR7 Q8BZ56 Q3ZB59 Q3U2P8 O08648 A1A4T4 Q9Z2B9 Q9JM73 Q3TUH8 Q3U1I8 P70227 Q8C8N0 Q3TPM2 P41969 Q8BTI9 O08908 Q8CED6 Q8BMC3 P63085 Q8K3Q9 Q8C5Q7 Q4VA93 Q8CIH5 P42337 Q7TSJ7 Q8CAD1 Q8BQW4 Q52L79 Q61411 Q6PF93 Q3TMJ8 Q8C7P2 Q3UXE9 Q9CXP4 Q8CI98 Q63844 Q91YS7 Q99N57 Q62077 Q9D091 P28028 Q80Y86 P52633 A0A0A0MQ87 Q7TPD5 Q9QXJ2 P98083 B1AXN9 Q99K94 Q8CE74 Q5KU03 P01108 Q5D0E0 P01101 E9PUP0 Q61532 Q3UHZ0 Q3USK4 P41158 Q3V157 Q5NCN8 Q6GU23 Q9JIA0 Q8CBT3 Q810V8 P42232 A0A0R4J0R7 Q8C9L7 Q9D0J3 NICOTINIC ACETYLCHOLINE RECEPTOR SIGNALING PATHWAY%PANTHER PATHWAY%P00044 Nicotinic acetylcholine receptor signaling pathway Q497E4 Q8BFZ3 P68134 E9QPE7 Q9QZZ4 P13541 P13542 A0A494BB86 B1AR69 Q4KL81 E9Q264 P09690 Q3UG58 Q05A24 B2RQQ1 Q80VZ5 Q99MZ6 Q5SV64 Q5SUA5 Q5SXG9 Q3UIM4 D3Z4J3 O88329 Q80TR9 V9GX76 A2ASW0 Q9WTI7 Q91X60 Q5DU14 F8VQ79 B2RRX1 Q3TYJ1 G5E8G6 E9Q1F5 Q5MJ56 F8VQK4 A2ALM6 P62737 Q8R5C5 B2RXX9 Q7TQD7 Q8VDD5 G3X8Z7 Q921V7 E9PV66 D3Z3A8 Q8CG29 Q8BGY9 Q3UZS0 Q5SX40 Q8BIE9 G3UW82 Q3USV2 B2RX82 Q6URW6 Q8C123 Q8VCE9 Q3UUB1 Q9R0W9 Q0VBK4 Q53YK0 Q9ERK7 JAK STAT SIGNALING PATHWAY%PANTHER PATHWAY%P00038 JAK STAT signaling pathway Q3URU8 Q99K94 P52633 Q6GU23 Q9JIA0 Q62120 P42232 Q3V157 A0A0R4J0R7 CARNITINE METABOLISM%PANTHER PATHWAY%P02733 Carnitine metabolism Q3TV98 SERINE GLYCINE BIOSYNTHESIS%PANTHER PATHWAY%P02776 Serine glycine biosynthesis Q61753 Q99LS3 AXON GUIDANCE MEDIATED BY NETRIN%PANTHER PATHWAY%P00009 Axon guidance mediated by netrin Q8CI98 F8VPL2 Q0VEM1 A1A4T4 Q62077 Q05144 P70460 Q8BTI9 O08908 Q8C5Q7 Q8R4G0 Q8CIH5 Q3TZP5 Q3UZ64 P42337 C5IAW8 O09118 Q3UP03 Q52KG2 Q9EQT3 Q3URW2 Q8K120 Q8C443 Q8K1S3 E9QAN8 Q3TLP8 Q8C7P2 Q3UXE9 ADRENALINE AND NORADRENALINE BIOSYNTHESIS%PANTHER PATHWAY%P00001 Adrenaline and noradrenaline biosynthesis Q8BG16 A0A217FL56 Q8BRU6 Q8R2I2 A0A1L1SR47 Q61327 Q32XG7 Q3TRY2 Q8VDB9 A0A0R4J087 NICOTINE_DEGRADATION%PANTHER PATHWAY%P05914 Nicotine_degradation P70691 P40936 Q6XL48 Q91X75 Q8C7J1 COENZYME A LINKED CARNITINE METABOLISM%PANTHER PATHWAY%P02732 Coenzyme A linked carnitine metabolism Q3TV98 S-ADENOSYLMETHIONINE BIOSYNTHESIS%PANTHER PATHWAY%P02773 S-adenosylmethionine biosynthesis A6H5Y3 Q91X83 Q99J57 CYTOSKELETAL REGULATION BY RHO GTPASE%PANTHER PATHWAY%P00016 Cytoskeletal regulation by Rho GTPase A2AQ07 Q3TX55 Q05144 Q05DI3 Q5SX50 Q9ERD7 Q9WV32 Q9JJV2 Q6W4W7 Q3ULB5 B1GX81 Q3TR46 Q7TMM9 G5E884 Q3UMM1 Q3UHW9 Q544Y7 Q9CXQ9 Q545B6 Q9JM76 P99024 B1B1A8 Q9DAD6 Q3UR47 B2RSN3 Q8C015 Q9D6F9 D3Z630 Q9R0Q6 P68372 Q497E4 Q8VCR8 F6XC54 Q8BTW9 Q3UE22 Q5DTJ2 Q8BFZ3 P68134 E9QPE7 P13541 P13542 B1AR69 Q4KL81 B2RQQ1 Q5SV64 A2ASW0 F8VQ79 B2RRX1 P62737 B2RXX9 Q9CPW4 Q8VDD5 Q9CVB6 Q5SX40 G3UW82 Q6URW6 Q3UUB1 Q9EQT3 Q3TLP8 Q62159 INSULIN IGF PATHWAY-MITOGEN ACTIVATED PROTEIN KINASE KINASE MAP KINASE CASCADE%PANTHER PATHWAY%P00032 Insulin IGF pathway-mitogen activated protein kinase kinase MAP kinase cascade Q543V3 Q63844 Q9Z2B9 Q91YS7 P81122 Q99N57 Q3TUH8 Q810V8 E9PYG6 P41969 A0A0A0MQ87 Q7TPD5 P63085 B1AXN9 Q3U1L4 Q8C6V9 Q9Z1M4 Q9Z0Y7 P09535 Q3UQC8 Q3TPM5 Q8CAR0 Q5EEX1 Q5SWN9 P01101 E9PUP0 Q3TMJ8 Q3USK4 INTERFERON-GAMMA SIGNALING PATHWAY%PANTHER PATHWAY%P00035 Interferon-gamma signaling pathway Q63953 A0A7R8C347 Q3URU8 Q99K94 P15261 Q62120 5-HYDROXYTRYPTAMINE BIOSYNTHESIS%PANTHER PATHWAY%P04371 5-Hydroxytryptamine biosynthesis Q5SUV8 Q9JHZ8 Q8CGV2 SALVAGE PYRIMIDINE RIBONUCLEOTIDES%PANTHER PATHWAY%P02775 Salvage pyrimidine ribonucleotides Q9WV85 Q5SUC8 Q91YL3 Q5NC82 Q9WV84 Q6P6J0 Q543C2 Q3V218 B1AVZ0 Q8R093 METABOTROPIC GLUTAMATE RECEPTOR GROUP III PATHWAY%PANTHER PATHWAY%P00039 Metabotropic glutamate receptor group III pathway Q8R5M7 E9Q9T4 A2AIS0 Z4YKJ7 Q03391 P60879 Q4LG64 Q80WU3 Q62442 P35436 P63024 G3X9V4 Q7TNB5 P51906 B1AS29 Q3UYK6 Q9ERB0 Q3TXM3 Q6PAQ0 Q8CHR4 Q3UY17 Q9D3L3 A2A6S2 Q8BMF5 A2AI21 Q8C825 Q543U3 Q8C069 A0A0R4J0R1 Q5FWJ7 P61264 G5E8D5 A0A087WS83 Q05BD6 Q5D0A4 G3XA00 A2A545 P50153 Q3U9V4 Q3UG14 Q3UGN1 Q9CXP8 Q54AE3 P29387 Q6P8Y9 P63216 Q3UMY0 Q9DBC7 Q3TY04 P68181 Q4VA56 Q922R0 P05132 Q3V0U2 B2RSH2 Q9DC51 Q8K1M3 Q3TQ70 H3BK84 P08752 APOPTOSIS SIGNALING PATHWAY%PANTHER PATHWAY%P00006 Apoptosis signaling pathway Q8CI98 Q63844 P68404 P16054 O35099 Q8C9D4 Q8C6X4 Q9Z1E3 Q8CE74 Q8C6V9 Q5D0E0 P01101 Q80ZA1 Q8CF69 O70337 Q8CBT3 Q60989 Q8K3J2 Q14B83 B2RRZ7 A4QPD3 A0A0U5JAA2 Q3U479 Q497Z7 Q545P4 Q549T4 Q61160 Q8BV99 Q8K2U0 Q8C6X9 Q99PH8 Q920N8 Q3UKR0 Q8C350 Q8BTI9 Q8CBR9 P97875 Q53YN4 Q3UV15 F6VAN0 Q62210 Q3U593 P63085 Q4FJW1 A2AS93 Q548Y4 F8VQ72 Q6ZWX6 Q8K220 Q6PEB3 Q5HZH3 Q3U5H0 Q3UTY9 Q8C5Q7 Q03963 Q3UN66 B1AU25 Q4VA93 Q3TZH4 Q8C094 Q3U607 Q60855 Q8BQK4 O08734 Q7TSJ7 P42337 P70677 Q8CE90 Q3UKY1 Q5SWN9 Q3UJ07 Q3UN47 Q52L79 Q5DU30 E9QN47 Q544K4 Q9JIQ3 V9GXN6 P25799 Q9QZM4 Q542S2 Q9WTX2 P31750 Q4FJQ4 Q3TSE5 LEUCINE BIOSYNTHESIS%PANTHER PATHWAY%P02749 Leucine biosynthesis Q8CBC8 Q3ULU3 RAS PATHWAY%PANTHER PATHWAY%P04393 Ras Pathway Q6NVF2 Q6P1D6 Q8CCG5 Q8CI98 Q6ZPU1 Q63844 A0ABA7IXD2 E9Q8N0 Q91YS7 Q4FJM5 Q99N57 Q14A12 Q05144 Q9D091 P28028 B1GX81 G5E884 Q2NL51 Q3U5I5 Q8C9D4 A0A0A0MQ87 Q7TPD5 Q8C6X4 P98083 B1AXN9 Q99K94 Q5DTJ2 Q5KU03 E9PUP0 Q3UHZ0 Q5J7N1 Q3USK4 Q60521 Q5U421 Q3U2P8 O08648 Q6GU23 Q9JM73 Q810V8 Q09HN3 Q3UIB2 Q9WUI1 O08911 P41969 Q8K2U0 Q8BTI9 Q8CBR9 P63085 F8VQ72 Q8K3Q9 Q8C5Q7 Q8C094 Q7TSJ7 P42337 Q8CAD1 Q8CE90 Q5SWN9 Q4VAE6 Q52L79 Q61411 Q6PF93 Q3TMJ8 Q3TLP8 Q62159 P31750 Q80ZW1 P63321 ANGIOTENSIN_II-STIMULATED_SIGNALING_THROUGH_G_PROTEINS_AND_BETA-ARRESTIN%PANTHER PATHWAY%P05911 Angiotensin_II-stimulated_signaling_through_G_proteins_and_beta-arrestin Q63844 P29754 Q91YS7 Q8BWG8 Q99N57 Q7TS64 J3JS97 P50153 Q3UTR7 Q8CAT6 Q8CI86 Q8BVT9 Q3U9V4 P70227 Q8C8N0 Q3V3V2 Q3UG14 Q3UGN1 Q9CXP8 P41969 Q54AE3 P29387 Q3UHH5 Q8CED6 Q3UPW0 Q6P8Y9 P63085 P63216 Q3UMY0 Q4VA93 Q3TMJ8 Q3TQ70 P61953 GENERAL TRANSCRIPTION REGULATION%PANTHER PATHWAY%P00023 General transcription regulation P97760 Q8R4I4 Q6PDZ2 A0A0R4J0C6 E9QAP7 Q3THK3 Q3ULN2 Q3TN86 Q3UIR2 Q149E9 B9EJX5 Q9EQH4 Q9D0D5 Q7TPY0 Q3TQG6 Q8BKY8 Q99JX1 Q3UMJ4 Q3UT56 Q62311 Q8VI33 A2AP82 Q3UZB8 G3X8S2 A0A338P6M3 Q9R1C0 P62340 Q8BTU1 Q542U3 P61219 P53 PATHWAY%PANTHER PATHWAY%P00059 p53 pathway Q3UUT8 Q6GQV9 P23804 Q3UTC9 G5E8H5 Q60520 O70456 Q64364 B2RR30 P11440 P22339 Q3UR74 G3UZA7 Q9R0S0 Q8C6X9 Q8BWH5 Q564P6 Q3UMH6 Q8BJ14 Q8BSJ6 Q58E49 Q53Z05 Q543W6 Q9R190 Q542Q3 Q8C6X4 Q8CE74 P42337 Q61457 Q5CZX0 Q3UHZ0 B9EHX4 P31750 Z4YK94 Q3UGB9 Q80ZA1 THYROTROPIN-RELEASING HORMONE RECEPTOR SIGNALING PATHWAY%PANTHER PATHWAY%P04394 Thyrotropin-releasing hormone receptor signaling pathway Q8R5M7 Q62077 A2AIS0 P68404 Q3V341 P16054 P60879 Q62442 P63024 E9Q4F3 A0A0F7RQH1 Q62361 Q32MS1 Q9ERB0 Q32MF3 Q3UZI9 D3Z3Z3 Q8CHR4 Q3TYI5 Q9D3L3 A0A0R4J0R1 A0A087WS83 A2A545 Q8K3R3 P50153 Q3UPA1 Q8CI86 Q3U9V4 Q91UZ1 Q3V3V2 Q3UG14 Q3UGN1 Q9CXP8 Q54AE3 P29387 Q920N8 Q8CBT5 Q3UHH5 Q9DAS9 G5DDB7 Q53YN4 Q8K4D7 Q3UPW0 Q6P8Y9 P63216 Q3UMY0 Q8K4S1 Q5DTK3 Q3UN66 Q4VA93 Q8CIH5 Q3UKY1 P63213 Q3TQ70 ANDROGEN ESTROGENE PROGESTERONE BIOSYNTHESIS%PANTHER PATHWAY%P02727 Androgen estrogene progesterone biosynthesis Q3TEL5 P70385 P51658 Q8C5N9 Q3ZAT3 Q61263 Q790P4 O88908 Q9R092 CADHERIN SIGNALING PATHWAY%PANTHER PATHWAY%P00012 Cadherin signaling pathway Q91Y14 Q91Y13 Q3USI6 Q91Y12 Q91Y11 Q91Y18 E9Q7P9 Q91Y17 F2Z4A3 Q91Y16 Q91Y15 Q91Y19 K4DI74 Q91XX0 G3X9V2 Q91XX4 Q91XX3 Q91XX1 Q91Y10 Q91XX8 Q3TZJ5 Q02248 Q91XX7 Q91XX6 Q3U8L7 Q91Y03 Q91Y01 Q91XW9 Q91Y00 Q91Y06 Q91Y04 Q91Y09 Q91Y08 E9Q3A7 O88689 P55284 Q8BM92 Q9WTR5 I6L9J1 Q3U1Y7 E9QK16 Q8C730 Q8CFX3 Q7TSK3 Q5RJH3 Q8C449 Q6DD96 F8WHU6 F8VPK8 Q8C7Q6 E9PVD3 Q6PFX6 Q9Z0M3 Q8VHR0 Q9R0M0 P33146 Q8CA35 Q80ZV4 O35161 Q5F226 Q8BSI9 Q99PJ1 P70408 Q91XZ0 Q68FM5 Q91XZ5 F6ZNL5 Q91XZ9 Q91XZ8 Q91XZ7 Q3UYK5 Q147Z9 Q91V48 Q3TZW9 Q925I8 Q8VHP6 Q91VE5 Q91VD8 Q91XY0 Q91XY5 Q91XY3 A0A1L1SUG9 Q8C883 Q91XY2 Q91Y21 Q91XY9 Q91Y20 Q91XY8 Q91XY7 Q91XY6 Q497E4 A1A550 Q8BFZ3 Q0VBT1 P70701 Q8BRE1 A0A0R4IZW5 Q8C6P4 Q542J1 Q9JIP6 P68134 Q8R5M2 Q1RME7 P27467 Q8CAI6 Q6PDY6 Q4KL81 Q5SW83 O70283 Q61086 Q61091 P24383 Q8BRC7 Q9R216 Q3TQ59 Q3UTY8 B2RRX1 Q3UR96 A0A0R4J1M1 Q3ZB23 P62737 Q8BLL2 O70421 Q9CUZ6 Q149J3 Q62356 Q8C718 Q8BQD1 P22725 Q3UEG1 Q8C402 P22727 UNTITLED%PANTHER PATHWAY%P06664 untitled Q548Y4 Q3TB81 Q3TVD4 PHENYLETHYLAMINE DEGRADATION%PANTHER PATHWAY%P02766 Phenylethylamine degradation Q3UKB9 O70423 Q812C9 TCA CYCLE%PANTHER PATHWAY%P00051 TCA cycle Q9CZB0 Q99KI0 Q9JK42 P35487 Q9WUM5 Q9CZU6 A0A5F8MPN8 P97807 Q3UFJ3 Z4YJV4 ATP SYNTHESIS%PANTHER PATHWAY%P02721 ATP synthesis Q8C2Q8 P56480 ORNITHINE DEGRADATION%PANTHER PATHWAY%P02758 Ornithine degradation Q6P078 O35484 P00860 SUCCINATE TO PROPRIONATE CONVERSION%PANTHER PATHWAY%P02777 Succinate to proprionate conversion Q9D9V3 Q9CSI4 Q3UYS0 LIPOATE_BIOSYNTHESIS%PANTHER PATHWAY%P02750 Lipoate_biosynthesis A0A0M3HEP3 PYRIMIDINE METABOLISM%PANTHER PATHWAY%P02771 Pyrimidine Metabolism Q8K0L1 Q3SYJ1 P56389 Q3UEK4 Q3TT92 Q0VEE0 Q8CHR6 A0AAQ4VMY7 P61922 Q9EQF5 ASCORBATE DEGRADATION%PANTHER PATHWAY%P02729 Ascorbate degradation B2KGF0 BETA1 ADRENERGIC RECEPTOR SIGNALING PATHWAY%PANTHER PATHWAY%P04377 Beta1 adrenergic receptor signaling pathway P63216 Q3UMY0 P68181 Q922R0 P05132 P50153 P34971 Q3U9V4 Q3V1Q3 Q3UG14 Q3UGN1 Q9CXP8 P63213 Q54AE3 Q8K1M3 P29387 Q3UU15 Q3TQ70 Q9DAS9 H3BK84 Q8BHK8 Q6P8Y9 INSULIN IGF PATHWAY-PROTEIN KINASE B SIGNALING CASCADE%PANTHER PATHWAY%P00033 Insulin IGF pathway-protein kinase B signaling cascade Q3UUT8 Q543V3 P23804 Q3UTC9 G5E8H5 Q7TT21 P81122 Q3U1L4 Q8C6V9 Q9Z0Y7 Q9R1E0 P09535 Q3UQC8 Q3TPM5 Q9EP53 Q8CAR0 Q5KU03 Q5EEX1 P42337 Q2NL51 Q3UHZ0 Q9WVH4 HISTAMINE H2 RECEPTOR MEDIATED SIGNALING PATHWAY%PANTHER PATHWAY%P04386 Histamine H2 receptor mediated signaling pathway P63216 Q3UMY0 P68181 Q922R0 P05132 P50153 A0A1B0GSX9 Q3U9V4 Q3V1Q3 Q3UG14 Q3UGN1 Q9CXP8 P63213 Q54AE3 Q8K1M3 P29387 Q3UU15 Q3TQ70 Q9DAS9 H3BK84 Q8BHK8 Q6P8Y9 BETA3 ADRENERGIC RECEPTOR SIGNALING PATHWAY%PANTHER PATHWAY%P04379 Beta3 adrenergic receptor signaling pathway P63216 Q3UMY0 P50153 Q3U9V4 Q3UP63 Q3V1Q3 Q3UG14 Q3UGN1 Q9CXP8 P63213 Q54AE3 P29387 Q3UU15 Q3TQ70 Q9DAS9 Q8BHK8 Q6P8Y9 PURINE METABOLISM%PANTHER PATHWAY%P02769 Purine metabolism A0A1L1SRX2 Q0VEE0 Q9CVF2 Q548F2 METHIONINE BIOSYNTHESIS%PANTHER PATHWAY%P02753 Methionine biosynthesis A6H5Y3 CORTOCOTROPIN RELEASING FACTOR RECEPTOR SIGNALING PATHWAY%PANTHER PATHWAY%P04380 Cortocotropin releasing factor receptor signaling pathway P63216 Q3UMY0 P50153 Q3UPA1 Q3U9V4 Q8CIT0 P01193 Q3ZAT0 Q3UG14 Q3UGN1 Q5ERJ2 Q9CXP8 P63213 Q54AE3 P29387 Q8CBT5 Q3UHH5 Q3TQ70 Q9DAS9 Q8BHK8 Q6P8Y9 ALZHEIMER DISEASE-AMYLOID SECRETASE PATHWAY%PANTHER PATHWAY%P00003 Alzheimer disease-amyloid secretase pathway Q5U421 Q91W40 Q3TER1 Q63844 Q5NCN8 A2A545 Q3UYK2 Q6GR78 P68404 Q3V341 P16054 Q3UIB2 Q9WUI1 Q80Y86 O08911 Q8BWW9 Q920N8 Q8C9D4 Q53YN4 P63085 P57716 Q32MF3 Q8C7N7 Q5DTK3 Q9CUU5 Q0PCR6 Q3UN66 Q3U4P5 Q4VA93 Q8C094 A0A0R4J0I8 Q7TSJ7 Q3UKY1 Q3UJQ1 P70268 B2RUJ5 A0A589Q4M7 Q61532 E9PXU2 Q91YS4 Q6P5G0 Q8CD76 Q7TNI3 A0A0U1RPM0 A0A8I4RSM0 Q3UQS3 Q9DBS5 CYSTEINE BIOSYNTHESIS%PANTHER PATHWAY%P02737 Cysteine biosynthesis Q91WT9 AXON GUIDANCE MEDIATED BY SLIT ROBO%PANTHER PATHWAY%P00008 Axon guidance mediated by Slit Robo D3YZW1 Q80TR4 H7BX38 Q0VEM1 A0A0R4J0N8 G3UYX7 Q3SYK5 Q9Z0Y6 Q3UXH3 Q05144 Q8R4G0 Q3TZP5 O09118 Q52KG2 Q3TLP8 Q62159 DE NOVO PYRIMIDINE RIBONUCLEOTIDES BIOSYTHESIS%PANTHER PATHWAY%P02740 De novo pyrimidine ribonucleotides biosythesis E9QPR7 Q9WV85 Q5NC82 O35435 Q9WV84 Q5NC81 G3UWN2 P70303 P70698 Q8C196 EGF RECEPTOR SIGNALING PATHWAY%PANTHER PATHWAY%P00018 EGF receptor signaling pathway Q8CI98 F8VPL2 Q63844 Q91YS7 Q99N57 Q62077 Q05144 P68404 Q3V341 P16054 Q9D091 Q9CX99 E9PYG6 P28028 O35099 P52633 Q3U1N3 Q8C9D4 A0A0A0MQ87 Q6PFQ7 Q9QXJ2 Q61084 Q8C6X4 G5E8L8 P98083 Q99K94 Q8CE74 A0A5F8MPM1 Q505A4 Q3ZB59 Q3USK4 Q60521 Q3V157 Q61527 Q5U421 O08648 A1A4T4 Q6GU23 Q9JIA0 P42232 Q3UIB2 Q8K1N2 Q9WUI1 Q9WTP2 P70424 O08911 Q0VAV5 Q9CTF6 Q8K2U0 Q5EBQ2 Q61526 Q920N8 B2RS85 Q3UUD2 Q8BTI9 Q8BSM5 Q9D9L9 Q53YN4 Q9WVF5 Q04690 Q8BMC3 Q3TPX5 Q8BZ03 Q52KF5 P63085 Q53ZU1 Q5DTK3 Q8C5Q7 Q3UN66 Q4VA93 Q5FWX6 Q8C094 Q8CIH5 Q7TSJ7 P42337 Q8CAD1 Q8CE90 Q3UKY1 Q5SWN9 Q61411 Q6PF93 Q3TMJ8 E9QAN8 Q3TLP8 Q62101 P31750 PLASMINOGEN ACTIVATING CASCADE%PANTHER PATHWAY%P00050 Plasminogen activating cascade Q9EPL5 Q0VBA8 P11214 Q3U9V5 Q3V1T9 Q542A3 P41245 G5E899 Q922W6 Q3UER8 Q545X5 Q5ND36 E9PV24 Q3TGR2 PNAT%PANTHER PATHWAY%P05912 PNAT P50153 Q3U9V4 P60879 Q62442 Q54AE3 P63024 P29387 P63216 Q9ERB0 Q3UMY0 Q3UZI9 P68181 Q8CHR4 P61168 Q9D3L3 Q922R0 P05132 Q60829 P62137 B2RSH2 Q3LS21 Q8BHB9 Q61616 P51436 A0A0R4J0R1 Q542R8 A0A571BEG4 Q6ZWM8 Q3V1Q3 D0VYV6 B7FAU9 B2RQS5 Q9DC51 Q811B2 Q8K1M3 Q8BRU6 Q3UU15 O35111 Q3TQ70 Q61327 H3BK84 P08752 P61953 HEDGEHOG SIGNALING PATHWAY%PANTHER PATHWAY%P00025 Hedgehog signaling pathway Q6GQV9 P47806 Q62226 Q69ZM6 Q8BJN8 Q3U0Z8 Q3TYX7 Q5R252 Q5SRY7 A0A286YDT6 MUSCARINIC ACETYLCHOLINE RECEPTOR 2 AND 4 SIGNALING PATHWAY%PANTHER PATHWAY%P00043 Muscarinic acetylcholine receptor 2 and 4 signaling pathway A2AE33 Q0VBU3 Q9ERZ4 Q8C8Y6 E9Q9T4 Q3ZAT1 P50153 Q3U9V4 Q3UG14 Q3TYJ1 Q3UGN1 Q9CXP8 Q54AE3 P29387 A2ALM6 Q6P8Y9 P63216 Q3UMY0 Q8BGY9 Q9DBC7 Q3TY04 P68181 Q922R0 P05132 B2RSH2 Q9DC51 Q8K1M3 Q3TQ70 Q543S2 H3BK84 P08752 Q544N3 P61953 P20612 P48545 N-ACETYLGLUCOSAMINE METABOLISM%PANTHER PATHWAY%P02756 N-acetylglucosamine metabolism Q3TKA0 Q3V0X4 D3YWR1 P47856 Q9DCJ9 F6UP77 TGF-BETA SIGNALING PATHWAY%PANTHER PATHWAY%P00052 TGF-beta signaling pathway Q63844 G3X9F5 Q3TB81 Q9Z0L4 P70340 Q8BSC0 Q3UGA1 A2AII0 Q04999 Q9D091 Q8C991 Q3UVC6 Q8BRV4 Q9Z1W4 Q8K592 Q3V2A6 Q3TZF1 Q3U1N3 Q91YU7 Q3UY39 Q8C9D4 Q80VZ0 P27040 Q8CDZ9 B2RPW6 O08717 Q07104 Q8BUN5 Q61288 P43029 Q8BQS9 Q64280 P15066 Q9WVM6 Q569U6 Q540E2 P43021 P23359 Q8BIZ6 E3SRG8 P57785 Q3UMK5 Q9WV56 Q3V348 Q9Z0J7 B9EIX0 Q9D5H8 Q0VEP8 Q3UU71 O35740 Q3ULR1 Q3UXE6 P98063 P97454 P48540 O35182 Q9R229 Q62432 Q53Z43 Q3USS1 Q8CF89 P37172 Q5U421 Q8BRW9 Q6GQV9 Q149J9 Q7TPZ4 P21274 Q9CSE3 Q8BRW3 Q923A8 Q3UIB2 Q9WUI1 O08911 Q8BJ14 Q8CBR9 P63085 Q8C094 Q7TSJ7 Q52L79 Q61411 BLOOD COAGULATION%PANTHER PATHWAY%P00011 Blood coagulation Q8K357 Q8CI01 Q543W3 P26262 Q6S9I3 Q80Y26 O88634 Q8R121 A0A0R4J088 Q3UER0 Q8BSB7 A2CFB8 P30558 Q80YC5 E9QPU1 Q542C2 Q3TR66 Q9QZU3 P33587 B2RR03 P16294 Q8BQ43 Q3TJ94 O88186 Q0VBA8 P11214 Q3V1T9 Q9QUM0 Q3UER8 Q545X5 E9PV24 Q3TGR2 PI3 KINASE PATHWAY%PANTHER PATHWAY%P00048 PI3 kinase pathway Q543V3 A2AE33 A1A4T4 Q3UPA1 Q3U9V4 Q9D091 Q3UG14 Q54AE3 P29387 Q8CBT5 A0A0A0MQ87 Q3UHH5 Q8BTI9 O08908 Q9WVH4 Q61012 P63101 Q8C6X4 Q6P8Y9 B2RS62 A2AS93 Q4KL34 Q8CE74 Q9Z1M4 B2RSH2 Q9R1E0 Q3TPM5 Q5KU03 P42337 Q9DC51 Q3TQ70 Q3UHZ0 Q3USK4 P31750 P08752 Q8C5P3 Q8C7P2 Q3UXE9 HETEROTRIMERIC G-PROTEIN SIGNALING PATHWAY-GI ALPHA AND GS ALPHA MEDIATED PATHWAY%PANTHER PATHWAY%P00026 Heterotrimeric G-protein signaling pathway-Gi alpha and Gs alpha mediated pathway Q0VBU3 Q9ERZ4 Q8C8Y6 Q2NL51 Q14BI2 Q9QYS2 Q6GQV9 P50153 Q8BH52 Q3U9V4 Q91XE9 Q3UGN1 Q9CXP8 B3Y5T0 Q8BJ14 A0A0R4J082 Q9DAS9 Q61012 Q6P8Y9 P63216 Q3UMY0 P12657 Q3UVW8 Q9DBC7 P18762 Q3TY04 Q14AW8 P68181 Q6P8H4 Q9DBL0 Q4VA56 Q9D2A5 Q9WUB3 Q8BZV1 Q3V0U2 Q9DB30 A1KZZ4 Q3UVG4 Q542R4 P30875 Q8CAH1 Q543T0 Q3U4C5 Q62347 Q8BLP9 Q64264 Q542U1 Q9DC51 Q8VCB3 Q8CBA7 Q61224 Q540P3 Q8K1M3 Q6PFA2 Q543V2 Q60614 Q3UU15 Q3UNH6 Q0VES5 A0A0R4J1D6 O08858 H3BK84 Q9Z1E4 P08752 Q2M2N7 Q01337 Q9ET01 Q8BHK8 A0A494BA82 Q8CAU3 P84309 Q14AC3 O88495 Q91WF3 Q925K6 Q6PE66 Q80TY9 A2ANQ2 A0A2I3BRC5 Q920H4 E9Q706 Q68FD5 Q3UUN2 Q3TWZ9 P07934 Q3ZAT1 O88444 Q8CI94 Q543D4 P30935 S4R2T0 B6VJS3 Q02152 A0AAQ4VMQ4 Q3SXF8 Q3V3W9 P34971 A0A1B0GSX9 Q3UP63 Q5KU03 Q52L50 G5E8D5 Q05BD6 G3XA00 P61168 P05132 B2RSH2 P51436 Q61616 Q3V1Q3 B2RQS5 P63213 Q3TQ70 Q544N3 P48545 FGF SIGNALING PATHWAY%PANTHER PATHWAY%P00021 FGF signaling pathway Q8CI98 F8VPL2 Q63844 Q91YS7 Q99N57 Q62077 Q05144 P68404 Q3V341 P16054 Q9D091 Q91WJ0 Q9CX99 A0A0A0MQ82 E9PYG6 Q8CIM9 Q8C180 Q7TSI8 O35099 E9QK53 Q3UCJ0 A0A0R4IZY3 Q8C9D4 A0A0A0MQ87 Q6PFQ7 Q61084 Q8C6X4 G5E8L8 P98083 Q8CE74 A0A5F8MPM1 Q3USK4 Q60521 Q5U421 O08648 Q3UIB2 Q9WUI1 Q9WTP2 O08911 Q8K2U0 Q5EBQ2 Q920N8 B2RS85 Q3UUD2 Q8BTI9 Q53YN4 P63085 Q53ZU1 Q5DTK3 Q8C5Q7 Q3UN66 Q4VA93 Q8C094 Q8CIH5 Q7TSJ7 P42337 Q8CAD1 Q8CE90 Q3UKY1 Q5SWN9 Q61411 Q6PF93 Q3TMJ8 E9QAN8 Q3TLP8 P31750 ARGININE BIOSYNTHESIS%PANTHER PATHWAY%P02728 Arginine biosynthesis Q91YI0 Q3UJ34 Q8R4H7 Q8R1A8 G3UWN2 Q8C196 HETEROTRIMERIC G-PROTEIN SIGNALING PATHWAY-ROD OUTER SEGMENT PHOTOTRANSDUCTION%PANTHER PATHWAY%P00028 Heterotrimeric G-protein signaling pathway-rod outer segment phototransduction P50153 Q3U9V4 Q3UG14 Q3UGN1 Q9CXP8 P29387 P29974 Q9DAS9 A0A6H2E2T0 Q9JMF3 P15409 Q61012 Q2TB46 Q8K0A8 Q6P8Y9 Q9D6P8 P63216 Q9JJZ9 Q3UMY0 Q542R6 P23440 Q3UUR0 Q9QW08 Q4V9Z9 P63213 Q3TQ70 P20612 ALANINE BIOSYNTHESIS%PANTHER PATHWAY%P02724 Alanine biosynthesis Q8CBC8 Q3ULU3 PARKINSON DISEASE%PANTHER PATHWAY%P00049 Parkinson disease Q5U421 Q545G0 P24529 P49722 O35955 Q63844 B9EJ23 Q5NCN8 O70456 Q80Y86 O08911 P41969 Q8C9D4 P63101 P63085 A2A5N2 A0A3B2W489 Q9R1P0 Q3UPK6 Q544H6 Q8C094 Q9ER00 O55042 A1L151 Q58EV4 Q7TSJ7 P68510 Q61457 Q542H2 P42208 Q9D6J6 Q9Z2Q6 A8IP69 D3Z3V3 P70195 Q8BH40 A0A5F8MP96 Q5SS40 Q61327 E0CXB1 Q6RI64 Q3V1N2 Q80ZW1 Q3TS44 Q9QY42 MUSCARINIC ACETYLCHOLINE RECEPTOR 1 AND 3 SIGNALING PATHWAY%PANTHER PATHWAY%P00042 Muscarinic acetylcholine receptor 1 and 3 signaling pathway P50153 Q3UPA1 P68404 Q3V341 Q3U9V4 P16054 P70227 Q03391 Q91UZ1 Q8C8N0 Q3UG14 Q3TYJ1 Q3UGN1 Q8BWW9 Q9CXP8 P35436 Q54AE3 P29387 Q920N8 Q8CBT5 Q3UHH5 G3X9V4 Q53YN4 Q8CED6 Q6P8Y9 P63216 Q3UMY0 P12657 Q8BGY9 Q5DTK3 A2A6S2 Q3UN66 A2AI21 Q4VA93 Q542R4 Q3UKY1 P70268 Q3TQ70 P61953 Q3UQS3 OPIOID PROENKEPHALIN PATHWAY%PANTHER PATHWAY%P05915 Opioid proenkephalin pathway P63216 Q3UMY0 Q3UXY8 Q3UZW2 P50153 B2RSH2 Q3U9V4 Q3V1Q3 Q8BLP9 Q3UG14 Q3UGN1 Q9DC51 Q9CXP8 P63213 Q54AE3 P29387 Q3UU15 Q3TQ70 Q9DAS9 P08752 Q6P8Y9 DNA REPLICATION%PANTHER PATHWAY%P00017 DNA replication Q5HZI8 Q99J62 P52431 Q4KL82 Q3ULF5 Q3TKD1 Q542J9 B9EHJ9 Q01320 Q64511 O35654 Q5FW94 P68433 Q62193 P84244 Q5U4B1 Q6ZQJ5 METHYLMALONYL PATHWAY%PANTHER PATHWAY%P02755 Methylmalonyl pathway Q3UGC8 A0A0U1RQ27 Q9CSI4 Q3UYS0 DE NOVO PURINE BIOSYNTHESIS%PANTHER PATHWAY%P02738 De novo purine biosynthesis E9Q7K1 Q9WTP7 Q8BUH2 A0A0G2JEH8 B9EIE9 P11157 P54822 Q9WTP6 Q9CWJ9 Q920P5 Q32M07 Q5NC81 Q6PEE3 P07742 E9QPR7 Q9WV85 Q5NC82 Q3UBP0 Q9WV84 Q9R0Y5 Q3UGA8 Q3V2L8 Q64737 B2RRH9 VITAMIN D METABOLISM AND PATHWAY%PANTHER PATHWAY%P04396 Vitamin D metabolism and pathway P48281 P21614 Q3U5E7 Q6LC96 Q3UER0 HETEROTRIMERIC G-PROTEIN SIGNALING PATHWAY-GQ ALPHA AND GO ALPHA MEDIATED PATHWAY%PANTHER PATHWAY%P00027 Heterotrimeric G-protein signaling pathway-Gq alpha and Go alpha mediated pathway Q8CAU3 Q0VBU3 Q8R5M7 Q9ERZ4 Q920H4 Q68FD5 Q3TWZ9 A2AIS0 P30935 P68404 Q3V341 P16054 Q3V3W9 Q14BI2 Q9JMF3 Q9QYS2 Q52L50 G5E8D5 A0A087WS83 Q05BD6 G3XA00 P50153 Q3UPA1 Q8CI86 Q3U9V4 P70227 Q91UZ1 Q8C8N0 Q3V3V2 Q3UGN1 Q9CXP8 Q8CFP6 Q54AE3 P29387 Q920N8 Q8CBT5 Q3UHH5 Q9DAS9 Q53YN4 Q8CED6 Q3UPW0 Q61012 Q6P8Y9 P63216 Q3UMY0 P12657 Q3UVW8 Q5DTK3 Q6P8H4 Q4VA56 P61168 Q3V0U2 Q3UN66 A1KZZ4 Q4VA93 Q542R4 P30875 Q8CAH1 P51436 Q61616 Q543T0 Q8BTM9 Q3U4C5 Q3UKY1 E9PUF7 Q4VAE6 Q8BLP9 Q6NZH9 Q542U1 B2RQS5 Q9Z1S3 Q0VBD7 P63213 P32299 Q8CA29 Q6PFA2 Q3V0G7 Q60614 Q3TQ70 A2ALS4 Q543S2 A0A0R4J1D6 Q9QUG9 O08858 ANGIOGENESIS%PANTHER PATHWAY%P00005 Angiogenesis P54754 Q6NVF2 Q9QYE5 Q8CA63 Q14AA1 P54763 Q8BRB1 P05480 Q80UF1 Q4FJM5 Q6ZWS1 Q8BH99 Q3TX09 Q50L43 Q61483 Q14DJ8 A0A0R4IZW4 Q9DAU5 Q544L9 Q80YS4 Q9CX99 Q8BNP7 E9PYG6 A2ASX2 Q03160 Q8BQ28 Q3UND5 Q925I7 O08538 Q3UWF9 Q8CI19 Q4FJM3 Q99L56 P26618 P05622 Q3URU8 Q5U421 Q545F4 Q3U2P8 Q02248 Q09HN3 P30558 Q8K2U0 Q920N8 Q52L78 Q8BTI9 O08908 Q53YN4 Q58E38 Q8BMC3 Q8BZ03 P63085 A2AS93 Q812A5 Q9DBX5 Q5DTK3 A0A494B990 Q62219 Q8K3Q9 Q569M7 Q8C5Q7 Q3UN66 Q4VA93 Q5FWX6 Q8CIH5 Q5D0E4 P42337 Q7TSJ7 Q8CAD1 Q3UKY1 Q8BQW4 Q52L79 Q61411 F8VQ28 Q6PF93 P35918 K7Q751 Q3TMJ8 E9QAN8 Q62101 P31750 Q8C5P3 Q8C7P2 Q3UXE9 Q00731 Q9CXP4 Q8CI98 F8VPL2 Q63844 Q3UCW2 Q91YS7 Q99N57 Q62077 P68404 Q3V341 P16054 Q9D091 Q91WJ0 Q8CI15 P28028 B1GX81 Q8CIM9 Q8C180 G5E884 A0A0A0MQ87 Q8C6X4 P98083 Q99K94 Q8CE74 P51141 Q5DTJ2 Q3V2I2 Q5KU03 P31695 P70701 P01101 Q9JIP6 Q1RME7 Q3USK4 Q8CAI6 Q6PDY6 O70283 Q61086 Q6GU23 Q60838 O35516 P24383 Q8BRC7 Q3UR96 A0A0R4J1M1 E9Q967 Q8JZR2 Q01705 O70421 F8VQ72 Q3UM17 P22725 Q3UEG1 Q4VAE6 Q549P2 Q62159 Q9JI71 Q3UVN4 Q64GA5 Q80ZW1 G5E832 A2RS58 DE NOVO PYRIMIDINE DEOXYRIBONUCLEOTIDE BIOSYNTHESIS%PANTHER PATHWAY%P02739 De novo pyrimidine deoxyribonucleotide biosynthesis E9QPR7 Q544L2 P11157 Q9WV85 Q6GRA7 Q5NC82 Q9CQ43 Q9WV84 Q5NC81 Q6P6J0 Q6PEE3 P07742 SYNAPTIC_VESICLE_TRAFFICKING%PANTHER PATHWAY%P05734 Synaptic_vesicle_trafficking Q8C6N3 O08599 P61264 E9Q263 H6RXZ1 A0A498WGM0 Q5D0A4 Q80UG7 G3X9Y1 Q14AG7 Q8K0T7 P60879 Q62442 Q6P1H9 Q3TPH5 A0A0R4J2C2 Q80W45 Q9R0N5 Q0PD63 GASTRIN_CCK2R_240212%PANTHER PATHWAY%P06959 Gastrin_CCK2R_240212 Q3TJP4 P05480 Q62120 J3JS97 Q8CAT6 P63328 Q8CEI0 Q3U5I5 Q8C9D4 Q9Z1E3 O70494 Q5FW64 Q60876 E9PZQ0 P70372 Q80ZZ5 Q3TJI7 E9QKI5 Q6GU14 P35235 E9PXW8 Q3U9H3 Q549A5 Q8BWC0 Q4FJL8 A0A571BEH9 Q05769 Q3ZAS1 Q91YV0 Q3ZB46 F8WGF2 Q9EQJ0 G3X8Q0 Q60521 Q4FK48 Q5U421 P48757 Q8BGR3 Q545F4 P46694 Q02248 Q8R041 Q80XI6 A0A140LJK7 P52785 Q9CTT7 Q9WVS7 Q9JM73 Q8C470 P70196 Q8C8N0 P41969 Q8K2U0 Q921S6 Q3V1B5 Q920N8 Q8BTI9 Q53YN4 Q8BZ03 P63085 Q9DBX5 P68181 Q4VA93 Q8C094 Q8BQK4 Q7TSJ7 Q8CAD1 Q3UKY1 Q62347 Q52L79 F8VQ28 K7Q751 Q8C443 Q3TMJ8 Q3TLP8 Q62101 P31750 Q8BND1 Q8C7P2 Q63844 Q91YS7 Q99N57 Q62077 O88444 P68404 P16054 P28028 G5E884 P00860 Q9WVH4 P98083 B1AXN9 Q3UE22 A2A5N2 Q9R1E0 Q5KU03 A0A0R4IZW5 P01101 Q3UDE9 Q3UHZ0 Q3USK4 P41158 Q543V3 Q5NCN8 Q6GU23 Q8K3J2 Q810V8 P43406 Q8CBR9 Q8JZR2 Q0VBA8 P09055 Q5HZH3 P05132 Q922W6 P70677 Q4VAE6 P63213 Q544K4 Q8BRU6 Q3TQ70 GLYCOLYSIS%PANTHER PATHWAY%P00024 Glycolysis Q5NCI4 Q8CD98 P06745 P15327 P17751 Q3UEI4 Q6GQU1 Q5FW97 O08528 Q545V3 P52480 P09411 Q91W97 P47857 Q5FWB7 NOTCH SIGNALING PATHWAY%PANTHER PATHWAY%P00045 Notch signaling pathway Q9QYE5 O35516 Q3V2I2 Q3UM17 Q9DAU5 Q61982 P31695 Q3UND5 Q9QZS3 Q9DA19 Q80ZV7 Q6T264 Q01705 Q9JI71 Q3UVN4 GAMMA-AMINOBUTYRIC ACID SYNTHESIS%PANTHER PATHWAY%P04384 Gamma-aminobutyric acid synthesis B2RS41 Q548L6 P61922 A0A2R8VHX0 Q548L4 FAS SIGNALING PATHWAY%PANTHER PATHWAY%P00020 FAS signaling pathway O35099 Q61160 Q8K2U0 Q99PH8 Q3UKR0 Q8C9D4 Q8C350 P54731 Q3TPJ9 P14733 Q812G4 Q6PAC1 O88554 A2AS93 Q99LB4 E9PYK3 Q3UWV5 Q3V159 Q3ULW8 P48678 Q8BP66 Q921K2 Q8C094 Q3U607 Q7TSJ7 P70677 Q52L79 Q5DU30 Q4FJQ4 INFLAMMATION MEDIATED BY CHEMOKINE AND CYTOKINE SIGNALING PATHWAY%PANTHER PATHWAY%P00031 Inflammation mediated by chemokine and cytokine signaling pathway Q62120 Q9CX99 Q8VDU4 P15066 Q569U6 E9QPE7 Q5J7N1 P13541 P13542 B1AR69 B2RQQ1 Q5SV64 Q8K3R3 P50153 Q3UPA1 Q8CI86 A2ASW0 P70227 Q91UZ1 Q8C8N0 Q3V3V2 F8VQ79 Q3UGN1 Q9CXP8 E9QPU1 Q54AE3 Q8CBT5 Q3UHH5 Q8BTI9 B2RXX9 Q9DAS9 G5DDB7 Q8VDD5 Q8K4D7 Q8CED6 Q3UPW0 P63216 P63085 Q3UMY0 Q8K4S1 Q5SX40 G3UW82 P68181 Q6URW6 Q922R0 P48298 Q8C5Q7 Q3UUB1 Q8CCM0 Q542B6 Q548V9 O08790 Q8CIH5 P30993 Q3UZ64 Q543S8 P42337 Q545B5 Q8CAD1 Q642U4 Q9WUT7 Q52L79 Q3ZB17 Q9DC51 Q3UZ77 Q5SVU3 Q9DBQ6 Q8K120 Q546S6 Q8C443 Q9JL21 Q5XZF2 Q543S2 Q3TLP8 Q69ZK0 Q04683 O88410 P31750 P08752 Q543X3 Q9EQ16 A9Z1Z1 P51682 P84309 Q3U5L7 Q3UDZ1 Q8CI98 P51680 Q63844 Q9JJL9 Q5QNV9 A0A2I3BRC5 S4R1K3 P33896 Q99N57 Q62077 Q5QNW0 O35188 Q3TX55 Q05144 Q6P8R3 P68404 P47774 P33766 Q3V341 P16054 O35457 Q9WV32 Q8BVW4 Q9D091 F8WIS9 Q3ULB5 B1GX81 B7ZNH7 G5E884 Q3U1N3 Q9JM76 B1B1A8 Q8C6X4 Q8C015 P98083 D3Z630 Q9R0Q6 Q8VCR8 Q497E4 Q9Z0I9 Q8CE74 Q8BTW9 Q3UE22 Q5DTJ2 Q8BFZ3 D3Z7D5 Q5D0E0 A0A7R8C347 P68134 Q810W6 Q3UDE9 Q3UHZ0 Q3USK4 Q4KL81 Q60847 B9EJ23 A0A0R4J0N8 Q6GU23 P26011 Q8CBT3 P35343 P04351 B2RRX1 P62737 Q9CPW4 Q3UV15 Q548Y4 Q9CVB6 P09055 Q8K220 P05132 B2RSH2 B0LAD9 Q3V1Q3 Q4VAE6 Q3TB85 P63213 A0A2K6EDL8 Q62159 Q9D898 XANTHINE AND GUANINE SALVAGE PATHWAY%PANTHER PATHWAY%P02788 Xanthine and guanine salvage pathway P00493 Q543K9 Q548F2 HUNTINGTON DISEASE%PANTHER PATHWAY%P00029 Huntington disease Q3UDZ1 Q3TWZ9 A2AQ07 Q05144 Q9ERD7 Q9WV32 Q03391 Q9D0M3 Q6NZM3 Q80WU3 Q7TMM9 Q3TPJ8 Q9ESK3 Q3UMM1 Q9D0M5 P35436 S4R2G5 Q6PDL0 P17426 P63168 G3X9V4 P99024 Q9D7J7 O88456 Q6PEE6 Q541P3 B2RSN3 Q80VZ1 B1AS29 Q3UTF3 Q9D6F9 D3Z4R2 Q9R0Q6 Q9R1S8 P68372 Q497E4 A0A0R4J119 Q9ER71 Q6PAQ0 Q3UF24 Q9JHU4 Q3TWG5 Q8BFZ3 Q8VHE6 A2A6S2 Q8BMF5 A0A140LIN9 A0A338P6I6 A2AI21 Q6J756 Q8C825 B2RQZ0 G3X9H5 O08529 D3Z025 O35668 Q6PGK0 Q8R527 Q0VGP9 Q3TYJ3 P01101 Q8CDT8 Q8VD75 Q3UU98 P68134 Q9D805 Q5CZX0 Q9JKY5 Q91XQ0 Z4YK94 Q4KL81 Q80ZA1 G3X8Q0 Q5SW83 Q6GQV9 Q66L42 E9QAP7 B2RRX1 Q8K2U0 Q8BJ14 P62737 Q9CPW4 Q6RI65 Q8C094 Q3U607 P70677 Q8CE90 Q52L79 Q5DU30 Q3TLP8 Q9D898 ALLANTOIN DEGRADATION%PANTHER PATHWAY%P02725 Allantoin degradation Q32MW4 PYRUVATE METABOLISM%PANTHER PATHWAY%P02772 Pyruvate metabolism P52480 Q3V117 P35487 Q9CZU6 Q8R4N0 Q3UEI4 Q8BP54 Q3UFJ3 Q3TQP6 Q9Z2V4 T CELL ACTIVATION%PANTHER PATHWAY%P00053 T cell activation Q8CI98 Q63844 Q91YS7 Q99N57 Q8BH99 Q62077 Q9D091 P28028 B1GX81 S4R1M0 Q8BQ28 P63328 G5E884 A0A0A0MQ87 G3X8U7 Q7TSI6 Q3U0E8 Q8C6X4 Q8VDU4 Q9Z1E3 Q8CE74 Q9R0C8 Q5DTJ2 Q5D0E0 P01101 Q3USK4 A6H6M1 Q60787 Q61238 Q80XK0 Q3U4Y3 Q8CDB3 Q549R2 Q546H1 Q6P5P1 Q8CBT3 Q3UU54 P43404 E9Q696 Q8C8N0 Q920N8 Q8BTI9 O08908 P63085 F8VQ72 Q8C5Q7 Q8C094 Q7TSJ7 P42337 Q8CAD1 Q52L79 Q61411 Q6PF93 Q3TMJ8 Q3TLP8 P31750 Q8C7P2 Q3UXE9 TOLL RECEPTOR SIGNALING PATHWAY%PANTHER PATHWAY%P00054 Toll receptor signaling pathway Q5U421 Q63844 Q91YS7 Q923A8 Q8CBT3 Q8R4K2 L0CL36 P70196 Q9R0T8 Q3UV88 Q9EQU3 P58682 Q599W9 A0A3B2WAY2 P41969 Q8BR10 Q99MB1 Q3U7M4 Q3UEB8 Q8C2D3 A1L361 G3X8Y8 Q80UF7 A0A0R4J174 F7AT44 Q542S6 Q8BJQ4 Q3U9K6 Q9Z1E3 Q8C094 Q7TSJ7 Q5D0E0 Q5SWN9 Q52L79 Q3TMJ8 Q8CF89 VITAMIN B6 METABOLISM%PANTHER PATHWAY%P02787 Vitamin B6 metabolism Q91XF0 Q8K183 WNT SIGNALING PATHWAY%PANTHER PATHWAY%P00057 Wnt signaling pathway Q61151 Q3USK2 Q99N43 Q3UPK0 G3UZX4 Q3TYE1 Q8BHJ5 Q6ZQK4 Q6PD03 Q6PCN7 A0A0G2JG60 Q68FH8 Q65CL1 P70340 Q545R0 Q60848 O54941 Q8BJL0 Q80V76 Q497S1 Q91V89 Q63810 Q6PFG2 A0A087WQ44 E9QAQ7 Q91ZW3 Q8CHI8 Q8K1S7 Q6PD28 Q9JM08 E3SRG8 P61092 P97454 Q8BN07 Q02248 P63330 P50153 Q3UPA1 Q8CI86 Q3U9V4 P70227 Q91UZ1 Q8C8N0 Q3V3V2 Q3UGN1 Q9CXP8 Q54AE3 P29387 Q8CBT5 Q3UHH5 Q9DAS9 Q8CED6 Q3UPW0 P63216 Q3UMY0 Q3UZ64 Q8K120 Q8C443 Q9JMF3 A0A0R4J0A9 A1A550 P51141 Q0VBT1 P70701 Q8BRE1 A0A0R4IZW5 Q8C6P4 Q542J1 Q9JIP6 Q8R5M2 Q1RME7 P27467 Q8CAI6 Q6PDY6 O70283 Q61086 Q61091 Q60838 P24383 Q8BRC7 Q9R216 Q3TQ59 Q3UTY8 Q3UR96 A0A0R4J1M1 E9Q967 Q3ZB23 Q8BLL2 Q91VN0 O70421 Q9CUZ6 Q149J3 Q62356 Q8C718 Q8BQD1 P22725 Q3UEG1 Q8C402 P22727 Q8BWG8 J3JS97 Q14DJ8 P63328 Q58E49 G3X8U7 Q91Y14 Q91Y13 Q3USI6 Q91Y12 Q91Y11 Q91Y18 E9Q7P9 Q91Y17 F2Z4A3 Q91Y16 Q91Y15 Q91Y19 K4DI74 Q91XX0 Q91XX4 Q91XX3 Q91XX1 Q91Y10 Q6GQV9 Q91XX8 Q91XX7 Q91XX6 Q91Y03 Q91Y01 Q91XW9 Q91Y00 Q91Y06 Q91Y04 Q91Y09 Q91Y08 E9Q3A7 O88689 P55284 Q8BM92 Q9WTR5 I6L9J1 Q3U1Y7 E9QK16 Q8C730 Q8CFX3 Q920N8 Q8BJ14 Q7TSK3 Q5RJH3 Q8C449 Q6DD96 Q53YN4 F8WHU6 F8VPK8 Q8C7Q6 E9PVD3 Q6PFX6 Q9Z0M3 Q8VHR0 Q5DTK3 Q9R0M0 P33146 Q8CA35 Q80ZV4 O35161 Q5F226 Q8BSI9 Q3UN66 Q4VA93 Q99PJ1 P70408 Q91XZ0 Q68FM5 Q91XZ5 F6ZNL5 Q3UKY1 Q91XZ9 Q91XZ8 Q91XZ7 Q3UYK5 Q147Z9 Q9DBQ6 Q91V48 Q925I8 Q8VHP6 Q91VE5 Q91VD8 Q91XY0 Q91XY5 Q91XY3 A0A1L1SUG9 Q8C883 Q91XY2 Q91Y21 Q91XY9 Q91Y20 Q91XY8 Q91XY7 Q91XY6 P68404 Q3V341 P16054 Q5KU03 Q80XK0 Q9D007 Q3UY41 Q3UID0 O88327 Q6ZWP4 Q69ZU8 Q3TXH6 Q61301 Q9D219 Q8VH37 A0A494BAP2 Q9QXE7 Q6ZPV2 Q3UPX6 Q9CXF7 Q80TC1 Q6PGB8 Q6PJ87 P63213 Q3TMT1 Q3TV73 Q5DTI7 Q1JPR5 Q3TQ70 D3Z5V0 Q9EQP6 Q5SRY7 Q99K78 A0A286YDT6 Q8CDH5 A0A0R4J170 Q80XH3 Q3UEV2 ADENINE AND HYPOXANTHINE SALVAGE PATHWAY%PANTHER PATHWAY%P02723 Adenine and hypoxanthine salvage pathway P00493 Q543K9 P08030 Q4FK28 Q9CVF2 TRIACYLGLYCEROL METABOLISM%PANTHER PATHWAY%P02782 Triacylglycerol metabolism P54310 Q3TYU0 METABOTROPIC GLUTAMATE RECEPTOR GROUP II PATHWAY%PANTHER PATHWAY%P00040 Metabotropic glutamate receptor group II pathway A2AE33 P61264 Q8R5M7 A0A087WS83 Q5D0A4 E9Q9T4 A2A545 P50153 A2AIS0 Q3U9V4 P60879 Q3UG14 Q3UGN1 Q9CXP8 Q62442 Q54AE3 P63024 P29387 Q14BI2 Q6P8Y9 P63216 Q9ERB0 Q3UMY0 Q9DBC7 Q3TY04 P68181 Q8CHR4 Q9D3L3 Q922R0 P05132 Q9QYS2 B2RSH2 A0A0R4J0R1 Q9DC51 Q8K1M3 Q3TQ70 Q543S2 H3BK84 P08752 P61953 UNTITLED%PANTHER PATHWAY%P05916 untitled P63216 Q3UMY0 Q3UVW8 Q3UZW2 P50153 B2RSH2 Q3U9V4 Q3V1Q3 Q3UG14 Q3UGN1 Q9DC51 Q9CXP8 P63213 Q54AE3 P29387 Q545V4 Q3UU15 Q3UUQ5 Q3TQ70 Q9DAS9 Q543S2 P08752 Q6P8Y9 AXON GUIDANCE MEDIATED BY SEMAPHORINS%PANTHER PATHWAY%P00007 Axon guidance mediated by semaphorins P97333 Q3SYJ1 Q543F6 O09126 Q3TMU8 Q8CGG9 Q6P1J1 A0A803Z7F8 B2RWT9 A0AAQ4VMY7 Q9EQF5 Q05144 Q4VAE6 E9PUF7 D3YZ57 G5E884 Q3TLP8 Q922K9 ENDOGENOUS_CANNABINOID_SIGNALING%PANTHER PATHWAY%P05730 Endogenous_cannabinoid_signaling P63216 Q3UMY0 Q9WUT2 Q8R5M7 Q4VA56 A0A385KNU8 Q3V0U2 P50153 A2AIS0 B2RSH2 Q8CI86 Q3U9V4 Q3V3V2 Q3UGN1 Q9DC51 Q54AE3 P29387 Q3TQ70 Q543S2 P61953 Q3UPW0 Q6P8Y9 GENERAL TRANSCRIPTION BY RNA POLYMERASE I%PANTHER PATHWAY%P00022 General transcription by RNA polymerase I Q6RI65 Q9D1M1 P97358 B2RS91 Q6PDZ2 P70700 P62340 Q8BFX0 Q3V054 Q9DBH1 O54724 B7ZMZ6 Q9EQH4 Q3TQG6 C4PFH5 PYRIDOXAL PHOSPHATE SALVAGE PATHWAY%PANTHER PATHWAY%P02770 Pyridoxal phosphate salvage pathway Q91XF0 Q8K183 SALVAGE PYRIMIDINE DEOXYRIBONUCLEOTIDES%PANTHER PATHWAY%P02774 Salvage pyrimidine deoxyribonucleotides P04184 P56389 Q6P6J0 BETA2 ADRENERGIC RECEPTOR SIGNALING PATHWAY%PANTHER PATHWAY%P04378 Beta2 adrenergic receptor signaling pathway P63216 Q3UMY0 P18762 P68181 Q922R0 P05132 P50153 Q3U9V4 Q3V1Q3 Q3UG14 Q3UGN1 Q9CXP8 P63213 Q54AE3 Q8K1M3 P29387 Q3UU15 Q3TQ70 Q9DAS9 H3BK84 Q8BHK8 Q6P8Y9 ENKEPHALIN RELEASE%PANTHER PATHWAY%P05913 Enkephalin release Q3UXY8 Q3UZW2 P50153 Q3U9V4 Q3UG14 Q3UGN1 Q9CXP8 Q54AE3 P29387 Q9DAS9 Q6P8Y9 P63216 Q3UMY0 P68181 Q922R0 P05132 A1KZZ4 B2RSH2 Q3V1Q3 Q62347 Q8BLP9 Q9DC51 P63213 Q8K1M3 Q3UU15 Q3TQ70 Q543S2 H3BK84 P08752 Q8BHK8 ASPARAGINE AND ASPARTATE BIOSYNTHESIS%PANTHER PATHWAY%P02730 Asparagine and aspartate biosynthesis Q61024 ALPHA ADRENERGIC RECEPTOR SIGNALING PATHWAY%PANTHER PATHWAY%P00002 Alpha adrenergic receptor signaling pathway Q8K4S1 Q925K6 Q9DBL0 Q8BZV1 Q3UN66 Q3UPA1 Q4VA93 Q8CI86 P16054 Q91UZ1 Q8C8N0 Q3V3V2 Q01338 Q53YN4 Q01337 Q3UPW0 LOVASTATIN ACTION PATHWAY%SMPDB%SMP0000099 Lovastatin Action Pathway Q9CZZ6 Q3TQK8 Q3V3I6 Q4FJN9 Q3THA3 G3XA48 Q8C5N9 Q3UEB4 Q61263 Q3US15 P70245 Q8K0C4 P53798 Q8CAY6 Q9CRA4 Q3TEL5 Q8BLN5 Q8BV96 O88822 Q8VCH6 Q3UYC1 KANAMYCIN ACTION PATHWAY%SMPDB%SMP0000255 Kanamycin Action Pathway SEGAWA SYNDROME%PATHWHIZ%PW000466 Segawa Syndrome Q4VAF4 B2RXY7 Q3U7P6 Q3UDY1 A0A1L1SRN0 Q8BVI4 Q544T5 Q91XH5 TEMOCAPRIL ACTION PATHWAY%PATHWHIZ%PW000710 Temocapril Action Pathway Q3TU20 Q3UTR7 ALPRENOLOL ACTION PATHWAY%SMPDB%SMP0000297 Alprenolol Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 VATALANIB ACTION PATHWAY%SMPDB%SMP0000421 Vatalanib Action Pathway P35918 THE ONCOGENIC ACTION OF FUMARATE%PATHWHIZ%PW002363 The Oncogenic Action of Fumarate Q3UX28 O08749 Q8K2B3 Q91VA7 P97807 Q80X29 Q3UFJ3 Q9CZB0 Q8BP54 Q9D6R2 Q9CXV1 Q9QZD8 P28271 A0A0R4J0H9 Q9WUM5 Q9Z2I8 Q9D051 Q8BMF4 Q3TKM5 Q9CQA3 A2ATU0 Q99KI0 O88844 Q9D2G2 Q9CZU6 P54071 ISRADIPINE ACTION PATHWAY%PATHWHIZ%PW000393 Isradipine Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 METHYLMALONIC ACIDURIA DUE TO COBALAMIN-RELATED DISORDERS%PATHWHIZ%PW000208 Methylmalonic Aciduria Due to Cobalamin-Related Disorders Q8K0L1 Q8BH95 Q5SWU9 Q3UGC8 P53395 A0A0U1RQ27 Q3U3J1 O08749 Q6P3A8 Q99J39 Q3UYS0 Q8BVP2 Q69Z91 P45952 P61922 Q8QZS1 Q8QZT1 ION CHANNEL AND PHORBAL ESTERS SIGNALING PATHWAY%SMPDB%SMP0120969 Ion Channel and Phorbal Esters Signaling Pathway P68404 Q4VA93 A0A0R4J289 Q3UDE9 Q62077 THIOGUANINE METABOLISM PATHWAY%PATHWHIZ%PW000623 Thioguanine Metabolism Pathway P00493 PREDNISOLONE ACTION PATHWAY%SMPDB%SMP0000441 Prednisolone Action Pathway P06537 Q80Y52 CONGENITAL DISORDER OF GLYCOSYLATION CDG-IID%PATHWHIZ%PW000555 Congenital Disorder of Glycosylation CDG-IId P35576 A0A077S9Z6 Q8VCF1 P17809 Q3U478 A0A0R4J093 Q9JIH0 Q5NC82 Q3U548 Q3TQJ2 CD40L SIGNALLING PATHWAY%SMPDB%SMP0089759 CD40L Signalling Pathway Q3U8K3 P70196 Q8CBT3 Q5U421 Q9Z1E3 Q7TT37 Q3UHJ1 Q7TQD1 F8VQ72 Q5D0E0 P25799 Q8VC91 Q0VEI3 P27512 INOSITOL METABOLISM%SMPDB%SMP0087396 Inositol Metabolism Q9JHU9 Q9QXN5 A0A5F8MPK9 Q3UEQ1 D3YWA2 E9QAM0 Q8VD65 Q3U926 Q8BTI9 P49442 A0A1S6GWJ7 Q9JLN9 Q924B0 Q80WQ2 Q8R071 Q91UZ1 D3Z5N5 TRANSALDOLASE DEFICIENCY%SMPDB%SMP0120804 Transaldolase Deficiency Q9QXD6 P47968 P06745 P40142 Q790Y8 Q8CD98 Q8R1Q9 Q93092 Q5FWB7 Q9D7G0 CAPTOPRIL ACTION PATHWAY%SMPDB%SMP0000146 Captopril Action Pathway Q3TU20 Q3UTR7 STARCH AND SUCROSE METABOLISM%PATHWHIZ%PW088271 Starch and Sucrose Metabolism F8VPN4 Q9ET01 Q8CAA7 Q3TS38 Q9Z1E4 P00687 P70699 P06745 Q8JZZ0 Q3U6X6 Q3U548 Q99KJ6 LEUKOTRIENE C4 SYNTHESIS DEFICIENCY%PATHWHIZ%PW000118 Leukotriene C4 Synthesis Deficiency Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 PYRUVATE DECARBOXYLASE E1 COMPONENT DEFICIENCY (PDHE1 DEFICIENCY)%SMPDB%SMP0000334 Pyruvate Decarboxylase E1 Component Deficiency (PDHE1 Deficiency) A0A5F8MPN8 Q5SWU9 O08749 Q3UFJ3 Q8BP54 Q8QZT1 Q8BMV3 Q544B1 Q3TQP6 Q3T9Z2 Q3UEI4 Q564E2 Q3UDY1 Q9D051 A2RSC2 Q8BMF4 G5E8T9 A5GZX3 Q7TNG8 Q9Z2V4 Q9QXG4 CARNITINE PALMITOYL TRANSFERASE DEFICIENCY II%PATHWHIZ%PW000517 Carnitine Palmitoyl Transferase Deficiency II D3Z041 Q99JY0 Q8BVD4 P50544 Q8BH95 Q9DBL1 Q7TQD5 Q07417 Q3UN55 Q8BWT1 Q8BMS1 A0A0R4J083 P45952 Q8QZT1 CYSTATHIONINE BETA-SYNTHASE DEFICIENCY%SMPDB%SMP0000177 Cystathionine beta-Synthase Deficiency Q91WT9 D3YUC9 E9QB02 Q497H7 Q78J03 Q8BJ64 A0A0R4J0C2 G3UZ26 Q7TSJ0 O35490 Q99J57 Q9CQ65 Q8VCN5 Q543H0 Q99LB6 MEPYRAMINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0057583 Mepyramine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 CYCLOPHOSPHAMIDE ACTION PATHWAY%PATHWHIZ%PW000248 Cyclophosphamide Action Pathway P24549 Q9WUD0 Q3UNF5 P15626 Q2KHL4 Q91X77 Q91X75 Q9CVC8 LORATADINE H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW061144 Loratadine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 THE ONCOGENIC ACTION OF D-2-HYDROXYGLUTARATE IN HYDROXYGLUTARIC ACIDURIA%SMPDB%SMP0002359 The Oncogenic Action of D-2-Hydroxyglutarate in Hydroxyglutaric aciduria Q91YP0 Q3TSQ7 Q571F8 Q3UX28 E9QN44 O08749 Q8K2B3 Q91VA7 P97807 Q3UFJ3 Q9CZB0 Q8BP54 Q9D6R2 Q9CXV1 P28271 Q9WUM5 Q9Z2I8 Q9D051 Q8BMF4 Q3TKM5 Q9CQA3 A2ATU0 Q99KI0 O88844 Q9D2G2 Q9CZU6 P54071 GLYCOGEN SYNTHETASE DEFICIENCY%PATHWHIZ%PW121872 Glycogen Synthetase Deficiency P06745 Q6GQU1 Q64676 Q99KJ6 T CELL RECEPTOR SIGNALING PATHWAY%SMPDB%SMP0120959 T Cell Receptor Signaling Pathway Q9Z1E3 Q61411 Q3TMJ8 F8VQ72 Q3TLP8 Q8BUM3 P25799 Q8C7P2 Q546H1 Q7TSJ7 Q3U4Y3 P63328 P0CG50 Q9Z1S3 P98083 Q6P5P1 Q3U5I5 Q63844 Q6P1E0 Q3UZ77 Q99N57 Q8CE90 Q3UU54 D3YZ57 E9Q696 G3X8U7 P41969 Q548Y4 Q52L79 Q3UKW2 P01101 P68404 Q4VA93 Q62077 PENBUTOLOL ACTION PATHWAY%SMPDB%SMP0000305 Penbutolol Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 MIRTAZAPINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0062885 Mirtazapine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 DOXORUBICIN METABOLISM PATHWAY%SMPDB%SMP0000650 Doxorubicin Metabolism Pathway Q542Y0 B2RRB7 A0A0R4J0B6 Q8VI47 D3YXT0 Q8C5P3 P21447 P37040 Q62172 Q80XJ7 Q9DC70 A5D6P3 Q9CVF2 Q8K354 B2RXY7 Q3U538 CHOLESTERYL ESTER STORAGE DISEASE%SMPDB%SMP0000508 Cholesteryl Ester Storage Disease Q9CZZ6 Q3TQK8 Q3V3I6 Q4FJN9 Q3THA3 G3XA48 Q8C5N9 Q3UEB4 Q61263 Q3US15 P70245 Q8K0C4 P53798 Q8CAY6 Q9CRA4 Q3TEL5 Q8BLN5 Q8BV96 O88822 Q8VCH6 Q3UYC1 GLYCOGENOSIS, TYPE III. CORI DISEASE, DEBRANCHER GLYCOGENOSIS%PATHWHIZ%PW122097 Glycogenosis, Type III. Cori Disease, Debrancher Glycogenosis F8VPN4 Q9ET01 Q8CAA7 Q3TS38 Q8R084 P06745 P00688 O08528 Q5SVI6 Q3U548 Q99KJ6 RUPATADINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0060235 Rupatadine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 AMMONIA RECYCLING%PATHWHIZ%PW000009 Ammonia Recycling Q61024 Q91W43 Q8CE60 Q8C196 Q3TSQ7 Q571F8 Q3UJ16 O08749 A2RSW6 Q3UEN6 Q8C0M9 P15105 TYROSINEMIA, TRANSIENT, OF THE NEWBORN%PATHWHIZ%PW000470 Tyrosinemia, Transient, of the Newborn Q3UNF5 Q3UKB9 Q5SUV8 P35505 Q0VB50 Q91XK0 Q9JJA0 Q78JT3 Q64237 Q545F0 O09173 Q3UJ53 O88587 P29812 P05201 HOMOCHLORCYCLIZINE H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW063751 Homochlorcyclizine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 CHLORTHALIDONE ACTION PATHWAY%SMPDB%SMP0000122 Chlorthalidone Action Pathway O70577 A2RS45 Q8VC69 Q3USG4 Q3UQE3 Q9WU39 A3KN90 Q8BMD1 A2AQ52 P51906 A0A0U1RPK4 Q8VDB9 Q91WV7 Q9WUB6 Q8R1S9 Q9Z127 Q9Z1K8 Q3V0N8 Q8VCE0 Q543E4 Q9QXW9 Q8BGK6 Q3UR55 Q545P0 Q8VDN2 Q544Q7 Q3UHK5 CADMIUM INDUCES DNA SYNTHESIS AND PROLIFERATION IN MACROPHAGES%SMPDB%SMP0063805 Cadmium Induces DNA Synthesis and Proliferation in Macrophages Q548Y4 Q7TNI3 A0A8I4RSM0 P63085 Q0PCR6 Q9Z1E3 A0A589Q4M7 Q61411 Q3TMJ8 P25799 P68404 Q4VA93 Q63844 Q8C8N0 Q99N57 Q3UPW0 CARTEOLOL ACTION PATHWAY%PATHWHIZ%PW000634 Carteolol Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 NATEGLINIDE ACTION PATHWAY%SMPDB%SMP0000453 Nateglinide Action Pathway A0A411ACZ2 Q8R5M7 A2A545 Q5EEX1 P14246 B2RUS7 ACTIVATION OF PKC THROUGH G PROTEIN-COUPLED RECEPTOR%SMPDB%SMP0108012 Activation of PKC Through G Protein-Coupled Receptor Q4VA93 Q8C8N0 Q3UPW0 Q3UHH5 PHENIRAMINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0056662 Pheniramine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 AMINO SUGAR METABOLISM%PATHWHIZ%PW000008 Amino Sugar Metabolism Q6GQU1 Q9D997 Q8BN82 A0A0R4J0B4 Q3TKA0 A0A2I3BQY4 Q3UW64 B2RS82 Q9DCJ9 Q9CPT3 Q99J77 D6RHA2 Q8BWW3 Q3UHZ7 P47856 P29416 F6UP77 DOXYLAMINE H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW059730 Doxylamine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 PHOSPHATIDYLINOSITOL PHOSPHATE METABOLISM%SMPDB%SMP0000463 Phosphatidylinositol Phosphate Metabolism A0A0U1RPV3 Q6PF93 P70182 Q3URI3 Q3UUT8 Q544E3 P70424 Q91WF7 Q9ES52 E9Q7S0 Q9WVF5 A2AH22 A2AIX0 Q8C7P2 E9QAM0 Q8VD65 A0A1S6GWJ7 Q80WQ2 Q8CI98 Q3UPW0 F8VPL2 D3Z5N5 PHOSPHOENOLPYRUVATE CARBOXYKINASE DEFICIENCY 1 (PEPCK1)%SMPDB%SMP0120843 Phosphoenolpyruvate Carboxykinase Deficiency 1 (PEPCK1) P35576 Q9QXD6 P06745 Q3UX28 Q5NCI4 Q5FWB7 Q80YV4 P17751 Q5SX53 Q5FW97 P08249 Q8K157 O08528 Q9Z2V4 GLUCOSE-6-PHOSPHATE DEHYDROGENASE DEFICIENCY%PATHWHIZ%PW000494 Glucose-6-phosphate Dehydrogenase Deficiency Q9QXD6 P47968 P06745 P40142 Q790Y8 Q8CD98 Q8R1Q9 Q93092 Q5FWB7 Q91YP3 D3Z4X1 Q9DCD0 Q8C5R8 Q3U6X6 B2KGF0 SPERMIDINE AND SPERMINE BIOSYNTHESIS%PATHWHIZ%PW000037 Spermidine and Spermine Biosynthesis Q99J57 Q543H0 P00860 Q99LB6 ANGIOTENSIN METABOLISM%SMPDB%SMP0000587 Angiotensin Metabolism Q3TU20 Q3UTR7 MITOCHONDRIAL COMPLEX II DEFICIENCY%PATHWHIZ%PW000524 Mitochondrial Complex II Deficiency A0A5F8MPN8 Q9D2G2 Q9CZU6 Q3UX28 O08749 Q8K2B3 Q91VA7 P97807 Q3UFJ3 Q9CZB0 Q8BP54 Q9D6R2 Q9CXV1 Q9WUM5 Q9Z2I8 Q9D051 Q8BMF4 Q3TKM5 Q9CQA3 A2ATU0 Q99KI0 PYRUVALDEHYDE DEGRADATION%SMPDB%SMP0000459 Pyruvaldehyde Degradation G5E8T9 A5GZX3 Q7TNG8 FRUCTOSURIA%PATHWHIZ%PW122105 Fructosuria E9Q1Q9 Q91W01 Q9QXD6 Q8CD98 Q5FWB7 P17751 Q91XL3 Q3UDY1 Q922H4 A2AFM9 Q64442 Q3V100 Q8K0C9 ADENYLOSUCCINATE LYASE DEFICIENCY%SMPDB%SMP0000167 Adenylosuccinate Lyase Deficiency Q4FK28 Q3TQC7 Q3UH83 P07742 Q8C5R8 P10639 Q8K0L2 Q3UGA8 P50096 A0A0G2JEH8 B9EIE9 Q5SUR0 Q9DCL9 Q548F2 Q9CWJ9 Q504N4 Q9JKX6 E9PVU7 Q3V1C8 Q9R0Y5 Q3V1D3 Q64737 Q9DCZ1 B2RRH9 Q9CVF2 E9Q9M1 E9Q7K1 Q543K9 Q7TPG2 P00493 P54822 Q9D5T0 P11157 Q3V1Q3 Q80YP4 Q60I30 P08030 TOLMETIN ACTION PATHWAY%PATHWHIZ%PW000681 Tolmetin Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 GEMCITABINE ACTION PATHWAY%SMPDB%SMP0000446 Gemcitabine Action Pathway P07742 Q545E8 Q3TCZ2 A0A0R4J093 G3X908 A2A9X5 P70698 Q544L2 Q5NC81 Q9ERH8 E9PXX9 Q6PEE3 P11157 PHENYTOIN (ANTIARRHYTHMIC) ACTION PATHWAY%PATHWHIZ%PW000380 Phenytoin (Antiarrhythmic) Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q05421 A0A0R4J0Z1 Q99KV1 O88587 E9PWK1 Q6XL48 Q62452 Q64435 Q3TML0 Q9DCY1 Q3U7T8 B6VGH4 Q9JKR6 Q63886 P57759 D3Z6P0 Q9ESP1 Q2KHL4 Q91X77 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q542Y0 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 TRIOSEPHOSPHATE ISOMERASE DEFICIENCY%PATHWHIZ%PW121883 Triosephosphate Isomerase Deficiency G3UWN2 Q3U7Z6 A0A0R4J0G0 Q3TKP4 Q3UHK1 Q9DB41 Q3UER1 P06745 Q3UX28 Q6GQU1 Q80YV4 P17751 Q5FW97 P08249 Q8K157 Q6NSQ9 S4R2G5 P15327 LACTOSE SYNTHESIS%SMPDB%SMP0000444 Lactose Synthesis P35576 A0A077S9Z6 Q8VCF1 P17809 Q3U478 A0A0R4J093 Q9JIH0 Q5NC82 Q3U548 Q3TQJ2 PYRIMIDINE METABOLISM%PATHWHIZ%PW000160 Pyrimidine Metabolism G3UWN2 Q8VCF1 A0A0G2JEH8 G3X908 Q91YL3 P56389 P70698 Q3U5Q7 Q544L2 Q9WTP7 Q548F2 Q8R093 Q99N42 Q9CQ43 Q6PEE3 O35435 Q3UEK4 P04184 Q8CHR6 Q9EQF5 E9Q9M1 P11157 Q60I30 SHORT-CHAIN 3-HYDROXYACYL-COA DEHYDROGENASE DEFICIENCY (SCHAD)%PATHWHIZ%PW000544 Short-Chain 3-Hydroxyacyl-CoA Dehydrogenase Deficiency (SCHAD) Q61425 Q8QZT1 Q99N15 Q8BH95 Q07417 Q8BWT1 A0A0R4J083 TAMOXIFEN METABOLISM PATHWAY%PATHWHIZ%PW000582 Tamoxifen Metabolism Pathway Q9WUD0 Q6XL48 Q62452 Q2KHL4 Q91W19 E7FJU2 Q8C9C1 Q9JKY7 Q8C7J1 PROTEIN SYNTHESIS: GLUTAMINE%SMPDB%SMP0111862 Protein Synthesis: Glutamine Q4VAG4 P68040 Q58E35 Q5M9M4 Q8BML9 Q5M9M0 P62911 Q561N5 Q505A8 Q5M9K7 Q58EA6 Q6ZWU9 P62830 Q545X8 Q5YLW3 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 P14206 Q9CPR4 Q9CQR2 P62264 Q6ZWN5 Q497N1 Q4FZH2 Q5CZY9 Q8BP67 Q3UC02 Q5M9N8 Q642K1 Q9CXW4 P97461 P99027 P62717 Q9D823 VINCRISTINE ACTION PATHWAY%SMPDB%SMP0000437 Vincristine Action Pathway A0A0R4J015 Q564P6 Q62172 Q80ZA1 P05213 A5D6P3 Q8VI47 Q8R4P9 A2AQ07 P21447 PHENYLBUTAZONE ACTION PATHWAY%PATHWHIZ%PW000678 Phenylbutazone Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 VITAMIN A DEFICIENCY%SMPDB%SMP0000336 Vitamin A Deficiency Q9WUD0 P24549 Q2KHL4 Q91X75 A0A0R4J0Z1 Q99KV1 Q3TML0 Q9DCY1 Q3U7T8 Q9JKR6 Q63886 P57759 D3Z6P0 Q9ESP1 Q62148 Q148Q4 D3Z6W3 Q3UW87 Q9R1R8 Q05AC0 Q9D2U3 G5E8W9 B2RUR5 A0A0R4J1M3 Q64FW2 Q54AA6 A0A0R4J061 Q8K3M1 Q91ZQ5 D3YYZ0 A2ADU9 BAMIPINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0062882 Bamipine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 HYPERPROLINEMIA TYPE I%SMPDB%SMP0000361 Hyperprolinemia Type I Q3UJ34 Q04447 Q3UKT3 Q3TMZ1 Q8C196 O35969 F8WGF2 Q3TSQ7 P05201 Q9D964 Q91YI0 H7BX23 Q8CHT0 Q91WH3 Q543E2 Q61176 Q9WU79 Q8R1A8 Q8CGC7 Q3U186 OXYTETRACYCLINE ACTION PATHWAY%PATHWHIZ%PW000361 Oxytetracycline Action Pathway ALFENTANIL ACTION PATHWAY%PATHWHIZ%PW000419 Alfentanil Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 REFSUM DISEASE%SMPDB%SMP0000451 Refsum Disease Q3TN99 B1AV77 P48410 Q9QXE0 Q61285 Q3TPC7 MEVALONIC ACIDURIA%SMPDB%SMP0000510 Mevalonic Aciduria Q9CZZ6 Q3TQK8 Q3V3I6 Q4FJN9 Q3THA3 G3XA48 Q8C5N9 Q3UEB4 Q61263 Q3US15 P70245 Q8K0C4 P53798 Q8CAY6 Q9CRA4 Q3TEL5 Q8BLN5 Q8BV96 O88822 Q8VCH6 Q3UYC1 TOBRAMYCIN ACTION PATHWAY%PATHWHIZ%PW000688 Tobramycin Action Pathway METHIONINE ADENOSYLTRANSFERASE DEFICIENCY%SMPDB%SMP0000221 Methionine Adenosyltransferase Deficiency Q91WT9 D3YUC9 E9QB02 Q497H7 Q78J03 Q8BJ64 A0A0R4J0C2 G3UZ26 Q7TSJ0 O35490 Q99J57 Q9CQ65 Q8VCN5 Q543H0 Q99LB6 FOSINOPRIL ACTION PATHWAY%PATHWHIZ%PW000227 Fosinopril Action Pathway Q3TU20 Q3UTR7 DIHYDROPYRIMIDINASE DEFICIENCY%SMPDB%SMP0000178 Dihydropyrimidinase Deficiency G3UWN2 Q8VCF1 A0A0G2JEH8 G3X908 Q91YL3 P56389 P70698 Q3U5Q7 Q544L2 Q9WTP7 Q548F2 Q8R093 Q99N42 Q9CQ43 Q6PEE3 O35435 Q3UEK4 P04184 Q8CHR6 Q9EQF5 E9Q9M1 P11157 Q60I30 DILTIAZEM ACTION PATHWAY%SMPDB%SMP0000359 Diltiazem Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 EUMELANIN BIOSYNTHESIS%SMPDB%SMP0121124 Eumelanin Biosynthesis P29812 Q91XK0 PHENYLALANINE AND TYROSINE METABOLISM%PATHWHIZ%PW000042 Phenylalanine and Tyrosine Metabolism Q3UEH8 P49429 P05201 A0A0R4J0C2 P35505 Q9JJA0 A2A7S7 Q9CZU5 O09173 Q8C0C7 Q8QZR1 NALTREXONE ACTION PATHWAY%PATHWHIZ%PW000664 Naltrexone Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 HYPERLYSINEMIA II OR SACCHAROPINURIA%PATHWHIZ%PW000504 Hyperlysinemia II or Saccharopinuria Q9D2G2 P18581 Q8BVD4 Q9DBF1 Q3UEJ8 Q8BH95 Q99ML6 Q3UEQ9 Q9WVM8 O08749 Q61425 Q8QZT1 A2ATU0 DIFLUNISAL ACTION PATHWAY%SMPDB%SMP0000289 Diflunisal Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 BENDROFLUMETHIAZIDE ACTION PATHWAY%PATHWHIZ%PW000329 Bendroflumethiazide Action Pathway O70577 A2RS45 Q8VC69 Q3USG4 Q3UQE3 Q9WU39 A3KN90 Q8BMD1 A2AQ52 P51906 A0A0U1RPK4 Q8VDB9 Q91WV7 Q9WUB6 Q8R1S9 Q9Z127 Q9Z1K8 Q3V0N8 Q8VCE0 Q543E4 Q9QXW9 Q8BGK6 Q3UR55 Q545P0 Q8VDN2 Q544Q7 Q3UHK5 GLUCOSE-6-PHOSPHATE DEHYDROGENASE DEFICIENCY%SMPDB%SMP0120583 Glucose-6-phosphate Dehydrogenase Deficiency Q3TKP4 P47968 Q3UER1 P06745 Q99MX0 B1AT84 A2A7A7 Q8R1Q9 P47857 Q93092 Q91YP3 Q9DCD0 B2KGF0 FANCONI-BICKEL SYNDROME%PATHWHIZ%PW122116 Fanconi-Bickel Syndrome P35576 Q5FW97 Q8K157 P06745 Q3UEI4 O08528 P47857 Q5NCI4 Q5FWB7 P17751 FRUCTOSE INTOLERANCE, HEREDITARY%SMPDB%SMP0120876 Fructose Intolerance, Hereditary E9Q1Q9 Q91W01 Q9QXD6 Q8CD98 Q5FWB7 P17751 Q91XL3 Q3UDY1 Q922H4 A2AFM9 Q64442 Q3V100 Q8K0C9 AICA-RIBOSIDURIA%PATHWHIZ%PW000082 AICA-Ribosiduria Q4FK28 Q3TQC7 Q3UH83 P07742 Q8C5R8 P10639 Q8K0L2 Q3UGA8 P50096 A0A0G2JEH8 B9EIE9 Q5SUR0 Q9DCL9 Q548F2 Q9CWJ9 Q504N4 Q9JKX6 E9PVU7 Q3V1C8 Q9R0Y5 Q3V1D3 Q64737 Q9DCZ1 B2RRH9 Q9CVF2 E9Q9M1 E9Q7K1 Q543K9 Q7TPG2 P00493 P54822 Q9D5T0 P11157 Q3V1Q3 Q80YP4 Q60I30 P08030 OMEPRAZOLE ACTION PATHWAY%PATHWHIZ%PW000316 Omeprazole Action Pathway Q3ZB46 Q91WH7 Q545V6 P48757 Q542R4 A0A1B0GSX9 A0A0R4J1D6 Q0VBB6 P13634 PREDNISONE METABOLISM PATHWAY%PATHWHIZ%PW000607 Prednisone Metabolism Pathway Q2KHL4 RISEDRONATE ACTION PATHWAY%PATHWHIZ%PW000272 Risedronate Action Pathway Q9CZZ6 Q3TQK8 Q3V3I6 Q4FJN9 Q3THA3 G3XA48 Q8C5N9 Q3UEB4 Q61263 Q3US15 P70245 Q8K0C4 P53798 Q8CAY6 Q9CRA4 Q3TEL5 Q8BLN5 Q8BV96 O88822 Q8VCH6 Q3UYC1 PERINDOPRIL ACTION PATHWAY%SMPDB%SMP0000152 Perindopril Action Pathway Q3TU20 Q3UTR7 INTRACELLULAR SIGNALLING THROUGH FSH RECEPTOR AND FOLLICLE STIMULATING HORMONE%PATHWHIZ%PW000448 Intracellular Signalling Through FSH Receptor and Follicle Stimulating Hormone Q62347 Q9DAS9 B2RQM3 A0A0F7RQH1 Q61012 P62137 P68181 Q3V1Q3 Q3TQ70 AROMATIC L-AMINOACID DECARBOXYLASE DEFICIENCY%PATHWHIZ%PW000090 Aromatic L-Aminoacid Decarboxylase Deficiency Q5SUV8 Q0VB50 P24529 GLYCEROL METABOLISM IV (GLYCEROPHOSPHOGLYCEROL)%SMPDB%SMP0121312 Glycerol Metabolism IV (Glycerophosphoglycerol) PHENYLACETATE METABOLISM%SMPDB%SMP0000126 Phenylacetate Metabolism Q91XE0 Q91VA0 PHOSPHOENOLPYRUVATE CARBOXYKINASE DEFICIENCY 1 (PEPCK1)%SMPDB%SMP0000560 Phosphoenolpyruvate Carboxykinase Deficiency 1 (PEPCK1) P35576 Q9D1F9 Q3U7Z6 Q9QXD6 P06745 Q3UX28 Q5NCI4 Q5FWB7 P14246 P17751 Q5SX53 Q5FW97 Q8BP54 P08249 Q8K157 Q3U6X6 O08528 Q564E2 Q9Z2V4 P15327 Q543J7 DEZOCINE ACTION PATHWAY%PATHWHIZ%PW000653 Dezocine Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 KIDNEY FUNCTION - DESCENDING LIMB OF THE LOOP OF HENLE%SMPDB%SMP0121009 Kidney Function - Descending Limb of the Loop of Henle Q02013 INOSITOL PHOSPHATE METABOLISM%PATHWHIZ%PW002495 Inositol Phosphate Metabolism Q924B0 CARDIOLIPIN BIOSYNTHESIS (BARTH SYNDROME)%SMPDB%SMP0074684 Cardiolipin Biosynthesis (Barth Syndrome) A0A0C3SFZ5 B9EKS7 P13707 Q9D1E8 Q3U926 Q8BX08 Q61586 GLYCOLYSIS%PATHWHIZ%PW000839 Glycolysis FRUCTOSE-1,6-DIPHOSPHATASE DEFICIENCY%PATHWHIZ%PW122106 Fructose-1,6-diphosphatase Deficiency P35576 Q9QXD6 P06745 Q3UX28 Q5NCI4 Q5FWB7 Q80YV4 P17751 Q5SX53 Q5FW97 P08249 Q8K157 O08528 Q9Z2V4 TRAMADOL METABOLISM PATHWAY%PATHWHIZ%PW000613 Tramadol Metabolism Pathway Q9WUD0 Q62452 Q2KHL4 Q9JKY7 O08966 Q8VI47 GLUCOSE TRANSPORTER DEFECT (SGLT2)%SMPDB%SMP0000184 Glucose Transporter Defect (SGLT2) O70577 A2RS45 Q8VC69 Q3USG4 Q3UQE3 Q9WU39 A3KN90 Q8BMD1 A2AQ52 P51906 A0A0U1RPK4 Q8VDB9 Q91WV7 Q9WUB6 Q8R1S9 Q9Z127 Q9Z1K8 Q3V0N8 Q8VCE0 Q543E4 Q9QXW9 Q8BGK6 Q3UR55 Q545P0 Q8VDN2 Q544Q7 Q3UHK5 CIRCADIAN RHYTHMS%SMPDB%SMP0090831 Circadian Rhythms Q8C9W6 O35973 P97784 Q3UY30 Q3TYE1 CREATINE DEFICIENCY, GUANIDINOACETATE METHYLTRANSFERASE DEFICIENCY%PATHWHIZ%PW000480 Creatine Deficiency, Guanidinoacetate Methyltransferase Deficiency Q3UJ34 Q04447 Q3UKT3 Q3TMZ1 Q8C196 O35969 F8WGF2 Q3TSQ7 P05201 Q9D964 Q91YI0 H7BX23 Q8CHT0 Q91WH3 Q543E2 Q61176 Q9WU79 Q8R1A8 Q8CGC7 Q3U186 METIAMIDE ACTION PATHWAY%PATHWHIZ%PW000712 Metiamide Action Pathway Q3ZB46 Q91WH7 Q545V6 P48757 Q542R4 A0A1B0GSX9 A0A0R4J1D6 Q0VBB6 P13634 APROTININ ACTION PATHWAY%SMPDB%SMP0000288 Aprotinin Action Pathway Q3UER0 Q9CRC0 Q91Y47 Q80YC5 P26262 P11214 Q542C2 Q3V1T9 B2RS80 Q80Y26 Q3V3W7 P11087 Q3UER8 P16294 A0A0R4J088 Q8BQ43 Q3TGR2 E9PV24 Q3TJ94 O88783 BCR SIGNALING PATHWAY%SMPDB%SMP0120964 BCR Signaling Pathway Q61411 Q3TMJ8 F8VQ72 Q3TLP8 Q7TSJ7 P63328 P98083 Q3U5I5 Q63844 Q6P1E0 Q3UZ77 Q99N57 P15530 E9Q696 Q8CEI0 G3X8U7 A3KCG1 P41969 D3YWR2 Q52L79 Q3UKW2 P01101 P68404 Q4VA93 Q62077 GLYCOGENOSIS, TYPE IB%SMPDB%SMP0000573 Glycogenosis, Type IB P35576 Q9D1F9 Q3U7Z6 Q9QXD6 P06745 Q3UX28 Q5NCI4 Q5FWB7 P14246 P17751 Q5SX53 Q5FW97 Q8BP54 P08249 Q8K157 Q3U6X6 O08528 Q564E2 Q9Z2V4 P15327 Q543J7 ISOTHIPENDYL H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW060659 Isothipendyl H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 EMEDASTINE H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW061990 Emedastine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 G-PROTEIN SIGNALING THROUGH TUBBY PROTEINS%PATHWHIZ%PW090863 G-Protein Signaling Through Tubby Proteins Q4VA41 S4R2T0 P12657 Q61012 Q3TQ70 Q3UPW0 Q3UHH5 PROTEIN SYNTHESIS: GLUTAMIC ACID%PATHWHIZ%PW112922 Protein Synthesis: Glutamic Acid Q4VAG4 P68040 Q58E35 Q5M9M4 Q5M9M0 P62911 Q561N5 Q505A8 Q5M9K7 Q58EA6 Q6ZWU9 P62830 Q545X8 Q5YLW3 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 P14206 Q9CPR4 Q9CQR2 P62264 Q6ZWN5 Q497N1 Q4FZH2 Q5CZY9 Q8BP67 Q3UC02 Q5M9N8 Q642K1 Q9CXW4 P97461 P99027 P62717 Q8CGC7 Q9D823 EPROSARTAN ACTION PATHWAY%PATHWHIZ%PW000279 Eprosartan Action Pathway Q3TU20 P29754 P63213 Q3TQ70 Q3UTR7 Q3UHH5 PROTEIN SYNTHESIS: PHENYLALANINE%PATHWHIZ%PW112934 Protein Synthesis: Phenylalanine Q4VAG4 P68040 Q58E35 Q5M9M4 Q5M9M0 P62911 Q561N5 Q505A8 Q5M9K7 Q58EA6 Q6ZWU9 P62830 Q545X8 Q5YLW3 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 P14206 Q9CPR4 Q9CQR2 P62264 Q6ZWN5 Q497N1 Q4FZH2 Q5CZY9 Q8BP67 Q3UC02 Q9CZU5 Q5M9N8 Q8C0C7 Q642K1 Q9CXW4 P97461 P99027 P62717 Q9D823 LISINOPRIL ACTION PATHWAY%PATHWHIZ%PW000228 Lisinopril Action Pathway Q3TU20 Q3UTR7 GLYCOGENOSIS, TYPE VII. TARUI DISEASE%PATHWHIZ%PW000507 Glycogenosis, Type VII. Tarui Disease P35576 Q3U7Z6 P06745 P09411 P47857 Q5NCI4 Q5FWB7 P14246 Q5FW97 Q8K157 Q3UEI4 O08528 P15327 ACETAMINOPHEN METABOLISM PATHWAY%PATHWHIZ%PW000616 Acetaminophen Metabolism Pathway Q2KHL4 Q91X75 Q05421 A0A0R4J0Z1 Q99KV1 Q62452 Q64435 Q3TML0 Q9DCY1 Q3U7T8 B6VGH4 Q9JKR6 Q63886 P57759 D3Z6P0 Q9ESP1 Q9D566 A0A0R4J0B6 Q3UEP4 E9Q467 P52843 P21447 Q6P8Q2 Q9DCY6 A5D6P3 Q91W19 Q9JKY7 PHENYLTOLOXAMINE H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW059850 Phenyltoloxamine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 THREONINE AND 2-OXOBUTANOATE DEGRADATION%SMPDB%SMP0000452 Threonine and 2-Oxobutanoate Degradation Q9CSI4 Q3UGC8 P53395 Q3U3J1 O08749 Q6P3A8 Q3UEN6 Q3UYS0 METHYLENETETRAHYDROFOLATE REDUCTASE DEFICIENCY (MTHFRD)%PATHWHIZ%PW000519 Methylenetetrahydrofolate Reductase Deficiency (MTHFRD) Q8BXX7 Q8R0Y6 Q3V3R1 Q6PEM8 Q3V021 Q8R1G5 P48760 P18155 Q91XD4 Q544T5 Q497H7 CELECOXIB ACTION PATHWAY%SMPDB%SMP0000096 Celecoxib Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q2KHL4 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 Q62452 P48999 A2CF88 B2RXY7 Q9JKY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 CHONDRODYSPLASIA PUNCTATA II, X-LINKED DOMINANT (CDPX2)%SMPDB%SMP0000388 Chondrodysplasia Punctata II, X-Linked Dominant (CDPX2) Q9CZZ6 Q3TQK8 Q3V3I6 Q4FJN9 Q3THA3 G3XA48 Q8C5N9 Q3UEB4 Q61263 Q3US15 P70245 Q8K0C4 P53798 Q8CAY6 Q9CRA4 Q3TEL5 Q8BLN5 Q8BV96 O88822 Q8VCH6 Q3UYC1 PROTEIN SYNTHESIS: ALANINE%PATHWHIZ%PW101384 Protein Synthesis: Alanine Q4VAG4 P68040 Q58E35 Q5M9M4 Q5M9M0 P62911 Q561N5 Q505A8 Q5M9K7 Q58EA6 Q6ZWU9 P62830 Q545X8 Q5YLW3 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 P14206 Q9CPR4 Q9CQR2 P62264 Q6ZWN5 Q497N1 Q4FZH2 Q5CZY9 Q8BP67 Q3UC02 Q5M9N8 Q642K1 Q9CXW4 Q3UD67 P97461 P99027 P62717 Q9D823 METHYLMALONATE SEMIALDEHYDE DEHYDROGENASE DEFICIENCY%SMPDB%SMP0000384 Methylmalonate Semialdehyde Dehydrogenase Deficiency Q8CBC8 Q6PD20 P54869 Q99L13 Q9JHI5 P38060 A0A0R4J0P1 O08749 Q544B1 Q8K0L1 Q8BH95 Q9DBL1 Q3UGC8 Q07417 P53395 Q8BWT1 Q3U3J1 Q6P3A8 Q3UYS0 P45952 P61922 Q8QZS1 Q8QZT1 Q99N15 Q9D0K2 G3X8P9 E9QMT1 Q99MR8 GLYCINE AND SERINE METABOLISM%SMPDB%SMP0000004 Glycine and Serine Metabolism Q91W43 O35969 Q9QXF8 Q3TWI2 Q61753 Q3V0B2 O08749 Q99LS3 A0A0R4J1H2 Q9DBT9 Q9QZX7 Q3UJ53 Q3UEN9 Q9CZN7 Q9CZD3 Q543K5 G3UZ26 Q9CZ08 Q8C483 Q9D964 Q544B1 Q8VCN5 A2RSW6 Q3UEN6 FRUCTOSE METABOLISM%PATHWHIZ%PW000913 Fructose Metabolism VINDESINE ACTION PATHWAY%SMPDB%SMP0000438 Vindesine Action Pathway A0A0R4J015 Q564P6 Q62172 Q80ZA1 P05213 A5D6P3 Q8VI47 Q8R4P9 A2AQ07 P21447 FEXOFENADINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0060218 Fexofenadine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 CIMETIDINE ACTION PATHWAY%SMPDB%SMP0000232 Cimetidine Action Pathway Q3ZB46 Q91WH7 Q545V6 P48757 Q542R4 A0A1B0GSX9 A0A0R4J1D6 Q0VBB6 P13634 INDOMETHACIN ACTION PATHWAY%PATHWHIZ%PW000260 Indomethacin Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 CLINDAMYCIN ACTION PATHWAY%PATHWHIZ%PW000347 Clindamycin Action Pathway BUCLIZINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0058964 Buclizine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 AZATADINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0059865 Azatadine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 ALKAPTONURIA%PATHWHIZ%PW000180 Alkaptonuria Q3UNF5 Q3UKB9 Q5SUV8 P35505 Q0VB50 Q91XK0 Q9JJA0 Q78JT3 Q64237 Q545F0 O09173 Q3UJ53 O88587 P29812 P05201 MITOCHONDRIAL ELECTRON TRANSPORT CHAIN%SMPDB%SMP0000355 Mitochondrial Electron Transport Chain Q9D1F9 Q8K2B3 Q9CZB0 Q9CXV1 Q5I0W0 Q03265 Q64521 Q8C2Q8 Q545K0 Q4FK74 Q9CZ13 P48962 Q9CQA3 P56480 Q7JCY9 Q9MD68 VITAMIN K METABOLISM%SMPDB%SMP0000464 Vitamin K Metabolism Q9CRC0 B2RS80 Q542Y0 LIDOCAINE (LOCAL ANAESTHETIC) METABOLISM PATHWAY%SMPDB%SMP0000620 Lidocaine (Local Anaesthetic) Metabolism Pathway P97952 Q2KHL4 B6VGH4 K3W4P8 27-HYDROXYLASE DEFICIENCY%PATHWHIZ%PW000697 27-Hydroxylase Deficiency Q99LX3 D3Z3X1 P51660 Q3UNC6 Q64505 Q91X34 Q9Z0F5 Q3USU4 A0A0R4J0N7 Q3US73 P32020 Q8VCX1 Q3UEM0 O09174 Q544S6 Q9QXD1 Q3TEL5 BIOTIN METABOLISM%SMPDB%SMP0000066 Biotin Metabolism Q9ESZ3 Q3TZ03 A0A0R4J131 A0A2I3BRW0 CARBAMOYL PHOSPHATE SYNTHETASE DEFICIENCY%SMPDB%SMP0000002 Carbamoyl Phosphate Synthetase Deficiency Q3UJ34 Q8C196 Q3TSQ7 Q571F8 Q9ESU7 Q3UTP8 Q91YI0 Q566C3 Q8BH59 P05202 Q543E2 Q61176 Q8R1A8 ISOVALERIC ACIDEMIA%PATHWHIZ%PW000500 Isovaleric Acidemia Q8CBC8 Q6PD20 P54869 Q99L13 Q9JHI5 P38060 A0A0R4J0P1 O08749 Q544B1 Q8K0L1 Q8BH95 Q9DBL1 Q3UGC8 Q07417 P53395 Q8BWT1 Q3U3J1 Q6P3A8 Q3UYS0 P45952 P61922 Q8QZS1 Q8QZT1 Q99N15 Q9D0K2 G3X8P9 E9QMT1 Q99MR8 QUINAPRIL ACTION PATHWAY%SMPDB%SMP0000153 Quinapril Action Pathway Q3TU20 Q3UTR7 OXAPROZIN ACTION PATHWAY%PATHWHIZ%PW000262 Oxaprozin Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 GALACTOSE METABOLISM%SMPDB%SMP0000043 Galactose Metabolism P35576 Q3U478 P70699 Q3U6X6 Q3TAW7 Q8BGZ6 Q3UDY1 Q6GQU1 Q8R059 F8VPT3 Q3U548 Q3TQJ2 FELBAMATE METABOLISM PATHWAY%SMPDB%SMP0000633 Felbamate Metabolism Pathway Q3UNF5 Q2KHL4 Q05421 HYDROMORPHONE ACTION PATHWAY%PATHWHIZ%PW000416 Hydromorphone Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 GLYCEROL METABOLISM III (SN-GLYCERO-3-PHOSPHOETHANOLAMINE)%PATHWHIZ%PW122619 Glycerol Metabolism III (sn-Glycero-3-Phosphoethanolamine) INOSITOL PHOSPHATE METABOLISM%PATHWHIZ%PW088368 Inositol Phosphate Metabolism Q6PD10 Q9JHU9 Q9Z2L6 B2KF67 Q3URI3 D3Z0E6 Q3UEQ1 D3YWA2 Q924B0 A0A217FL54 Q8R071 P59644 Q8BYN3 BUTYRATE METABOLISM%PATHWHIZ%PW000014 Butyrate Metabolism Q61425 Q8QZT1 Q8BH95 P38060 Q07417 Q9D0K2 Q91VA0 CITRIC ACID CYCLE%SMPDB%SMP0000057 Citric Acid Cycle A0A5F8MPN8 Q9D2G2 Q9CZU6 Q3UX28 O08749 Q8K2B3 Q91VA7 P97807 Q3UFJ3 Q9CZB0 Q8BP54 Q9D6R2 Q9CXV1 Q9WUM5 Q9Z2I8 Q9D051 Q8BMF4 Q3TKM5 Q9CQA3 A2ATU0 Q99KI0 HYPERINSULINISM-HYPERAMMONEMIA SYNDROME%PATHWHIZ%PW000072 Hyperinsulinism-Hyperammonemia Syndrome G3UWN2 Q8C196 Q3UGA8 P47791 Q8BML9 Q548L6 Q4FJZ6 Q541E2 Q3TSQ7 Q3UNA7 Q571F8 Q9CXJ1 Q9D997 P61922 A0A2I3BQY4 B2RRH9 Q566C3 Q8CHT0 P05202 P47856 P15105 BIVALIRUDIN ACTION PATHWAY%SMPDB%SMP0000277 Bivalirudin Action Pathway Q3UER0 Q9CRC0 Q91Y47 Q80YC5 P26262 P11214 Q542C2 Q3V1T9 B2RS80 Q80Y26 Q3V3W7 P11087 Q3UER8 P16294 A0A0R4J088 Q8BQ43 Q3TGR2 E9PV24 Q3TJ94 O88783 DIPHENOXYLATE ACTION PATHWAY%SMPDB%SMP0000675 Diphenoxylate Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 CYPROHEPTADINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0059694 Cyproheptadine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 PHOSPHOENOLPYRUVATE CARBOXYKINASE DEFICIENCY 1 (PEPCK1)%PATHWHIZ%PW121880 Phosphoenolpyruvate Carboxykinase Deficiency 1 (PEPCK1) G3UWN2 Q3U7Z6 A0A0R4J0G0 Q3TKP4 Q3UHK1 Q9DB41 Q3UER1 P06745 Q3UX28 Q6GQU1 Q80YV4 P17751 Q5FW97 P08249 Q8K157 Q6NSQ9 S4R2G5 P15327 MEVALONATE PATHWAY%SMPDB%SMP0121055 Mevalonate Pathway Q8BLN5 Q3TQK8 Q8BV96 Q8QZT1 Q4FJN9 Q3THA3 Q3UYC1 G3XA48 Q3UEB4 P53798 BENZOCAINE ACTION PATHWAY%SMPDB%SMP0000392 Benzocaine Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 GLYCOLYSIS I%SMPDB%SMP0002312 Glycolysis I P06745 Q8C605 P52480 P17751 GLUCOSE-6-PHOSPHATE DEHYDROGENASE DEFICIENCY%PATHWHIZ%PW122063 Glucose-6-phosphate Dehydrogenase Deficiency Q9QXD6 P47968 P06745 P40142 Q790Y8 Q8CD98 Q8R1Q9 Q93092 Q5FWB7 Q9D7G0 PHOSPHOLIPID BIOSYNTHESIS%SMPDB%SMP0000025 Phospholipid Biosynthesis A0A0U1RPV3 A0A0C3SFZ5 B9EKS7 P13707 Q61586 Q3TYT9 Q61469 P49586 D3Z111 Q8R2H9 Q505E1 Q80ZW1 Q99LH2 Q9JL56 A0A1D5RLZ5 Q3U926 P98191 Q64521 A0A0R4J263 Q9Z1X2 O54804 Q61907 O88673 Q8BQV2 FUMARASE DEFICIENCY%SMPDB%SMP0000547 Fumarase Deficiency A0A5F8MPN8 Q9D2G2 Q9CZU6 Q3UX28 O08749 Q8K2B3 Q91VA7 P97807 Q3UFJ3 Q9CZB0 Q8BP54 Q9D6R2 Q9CXV1 Q9WUM5 Q9Z2I8 Q9D051 Q8BMF4 Q3TKM5 Q9CQA3 A2ATU0 Q99KI0 DISOPYRAMIDE ACTION PATHWAY%SMPDB%SMP0000325 Disopyramide Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 ALTERNATIVE COMPLEMENT PATHWAY%SMPDB%SMP0063815 Alternative Complement Pathway A0A0R4J032 P01027 P06684 Q3UEG8 Q3UP47 A2A998 A2AE15 E9Q6D8 NAPROXEN ACTION PATHWAY%SMPDB%SMP0000120 Naproxen Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 FLUOXETINE METABOLISM PATHWAY%SMPDB%SMP0000646 Fluoxetine Metabolism Pathway Q60857 Q2KHL4 Q91X77 Q9JKY7 BETAXOLOL ACTION PATHWAY%SMPDB%SMP0000299 Betaxolol Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 SPHINGOLIPID METABOLISM%PATHWHIZ%PW088482 Sphingolipid Metabolism Q8R2F2 Q8VD53 Q8K4Q7 Q3TST8 P17439 Q58E38 Q542D6 Q64676 G3X9S2 Q7TQA3 B1ASJ2 O88693 Q8BGZ6 HYPERPHENYLALANINEMIA DUE TO 6-PYRUVOYLTETRAHYDROPTERIN SYNTHASE DEFICIENCY (PTPS)%SMPDB%SMP0000488 Hyperphenylalaninemia Due to 6-Pyruvoyltetrahydropterin Synthase Deficiency (ptps) Q4VAF4 B2RXY7 Q3U7P6 Q3UDY1 A0A1L1SRN0 Q8BVI4 Q544T5 Q91XH5 CYCLOTHIAZIDE ACTION PATHWAY%SMPDB%SMP0000103 Cyclothiazide Action Pathway O70577 A2RS45 Q8VC69 Q3USG4 Q3UQE3 Q9WU39 A3KN90 Q8BMD1 A2AQ52 P51906 A0A0U1RPK4 Q8VDB9 Q91WV7 Q9WUB6 Q8R1S9 Q9Z127 Q9Z1K8 Q3V0N8 Q8VCE0 Q543E4 Q9QXW9 Q8BGK6 Q3UR55 Q545P0 Q8VDN2 Q544Q7 Q3UHK5 GLUCONEOGENESIS%PATHWHIZ%PW064594 Gluconeogenesis G3UWN2 Q3U7Z6 A0A0R4J0G0 Q3TKP4 Q3UHK1 Q9DB41 Q3UER1 P06745 Q3UX28 Q6GQU1 Q80YV4 P17751 Q5FW97 P08249 Q8K157 Q6NSQ9 S4R2G5 P15327 TRIOSEPHOSPHATE ISOMERASE DEFICIENCY%PATHWHIZ%PW122107 Triosephosphate Isomerase Deficiency P35576 Q9QXD6 P06745 Q3UX28 Q5NCI4 Q5FWB7 Q80YV4 P17751 Q5SX53 Q5FW97 P08249 Q8K157 O08528 Q9Z2V4 DEGRADATION OF SUPEROXIDES%PATHWHIZ%PW000020 Degradation of Superoxides P24270 Q542X9 Q3UFS3 Q4FJX9 NEBIVOLOL ACTION PATHWAY%SMPDB%SMP0000366 Nebivolol Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 IRINOTECAN ACTION PATHWAY%PATHWHIZ%PW000238 Irinotecan Action Pathway Q2KHL4 A0A0R4J0B6 Q8VI47 A0A0R4J0Z1 Q99KV1 P21447 Q62452 Q8VCT4 Q3TML0 A5D6P3 Q9DCY1 Q3ULF5 Q3U7T8 Q03311 F6Z9B9 Q9JKR6 Q63886 P57759 D3Z6P0 Q9ESP1 BROMPHENIRAMINE H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW058500 Brompheniramine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 KETOTIFEN H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW060812 Ketotifen H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 LOSARTAN ACTION PATHWAY%PATHWHIZ%PW000282 Losartan Action Pathway Q3TU20 P29754 P63213 Q3TQ70 Q3UTR7 Q3UHH5 CETIRIZINE H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW059995 Cetirizine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 HEPARIN ACTION PATHWAY%SMPDB%SMP0000274 Heparin Action Pathway Q3UER0 Q9CRC0 Q91Y47 Q80YC5 P26262 P11214 Q542C2 Q3V1T9 B2RS80 Q80Y26 Q3V3W7 P11087 Q543J5 Q3UER8 P16294 A0A0R4J088 Q8BQ43 Q3TGR2 E9PV24 Q3TJ94 O88783 SPIRAPRIL ACTION PATHWAY%SMPDB%SMP0000156 Spirapril Action Pathway Q3TU20 Q3UTR7 WARBURG EFFECT%SMPDB%SMP0086930 Warburg Effect P09041 P05063 P47791 Q3TSQ7 Q3UX28 P52480 Q6GQU1 Q8K2B3 P97807 Q9CZB0 Q5FW97 Q9D6R2 Q9CXV1 Q9DCD0 P28271 Q3TKM5 Q9CQA3 S4R2G5 P15327 G3UWN2 A0A5F8MPN8 O88844 Q9CZU6 Q3UHK1 P47968 P06745 Q99MX0 A2A7A7 P47857 Q6P3A8 Q93092 Q8BKZ9 Z4YJV4 Q544N9 Q3V117 D3Z7P3 Q811J3 Q9Z2I9 PREDNISONE ACTION PATHWAY%SMPDB%SMP0000440 Prednisone Action Pathway Q2KHL4 HARTNUP DISORDER%SMPDB%SMP0000189 Hartnup Disorder O70577 A2RS45 Q8VC69 Q3USG4 Q3UQE3 Q9WU39 A3KN90 Q8BMD1 A2AQ52 P51906 A0A0U1RPK4 Q8VDB9 Q91WV7 Q9WUB6 Q8R1S9 Q9Z127 Q9Z1K8 Q3V0N8 Q8VCE0 Q543E4 Q9QXW9 Q8BGK6 Q3UR55 Q545P0 Q8VDN2 Q544Q7 Q3UHK5 ASTEMIZOLE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0059897 Astemizole H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 VINORELBINE ACTION PATHWAY%SMPDB%SMP0000439 Vinorelbine Action Pathway A0A0R4J015 Q564P6 Q62172 Q80ZA1 P05213 Q2KHL4 A5D6P3 Q8VI47 Q8R4P9 A2AQ07 P21447 METHDILAZINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0059730 Methdilazine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 GROWTH HORMONE SIGNALING PATHWAY%PATHWHIZ%PW064811 Growth Hormone Signaling Pathway Q3USK4 Q3TPM5 Q9JIA0 Q62120 Q810V8 Q3UP14 P14142 P63085 P42232 Q3UCJ0 Q543V3 O35716 Q5EEX1 Q61411 Q3TMJ8 Q4VA93 Q62077 P98083 Q3U5I5 Q63844 Q99N57 KIDNEY FUNCTION - COLLECTING DUCT%PATHWHIZ%PW122278 Kidney Function - Collecting Duct Q8VCE0 Q3UR55 Q3UQD4 Q545P0 Q91YH6 P13634 Q53ZN9 Q8R2N1 A2RS45 Q3USG4 Q9WU39 Q8VDN2 Q8BMD1 Q544Q7 Q3UHK5 ATORVASTATIN ACTION PATHWAY%SMPDB%SMP0000131 Atorvastatin Action Pathway Q9CZZ6 Q3TQK8 Q3V3I6 Q4FJN9 Q3THA3 G3XA48 Q8C5N9 Q3UEB4 Q61263 Q3US15 P70245 Q8K0C4 P53798 Q8CAY6 Q9CRA4 Q3TEL5 Q8BLN5 Q8BV96 O88822 Q8VCH6 Q3UYC1 GLYCEROL PHOSPHATE SHUTTLE%SMPDB%SMP0000124 Glycerol Phosphate Shuttle P13707 Q64521 NEPAFENAC ACTION PATHWAY%PATHWHIZ%PW000679 Nepafenac Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 RANITIDINE ACTION PATHWAY%SMPDB%SMP0000230 Ranitidine Action Pathway Q3ZB46 Q91WH7 Q545V6 P48757 Q542R4 A0A1B0GSX9 A0A0R4J1D6 Q0VBB6 P13634 DOPA-RESPONSIVE DYSTONIA%SMPDB%SMP0000486 DOPA-Responsive Dystonia Q4VAF4 B2RXY7 Q3U7P6 Q3UDY1 A0A1L1SRN0 Q8BVI4 Q544T5 Q91XH5 2-KETOGLUTARATE DEHYDROGENASE COMPLEX DEFICIENCY%PATHWHIZ%PW000525 2-Ketoglutarate Dehydrogenase Complex Deficiency A0A5F8MPN8 Q9D2G2 Q9CZU6 Q3UX28 O08749 Q8K2B3 Q91VA7 P97807 Q3UFJ3 Q9CZB0 Q8BP54 Q9D6R2 Q9CXV1 Q9WUM5 Q9Z2I8 Q9D051 Q8BMF4 Q3TKM5 Q9CQA3 A2ATU0 Q99KI0 QUINETHAZONE ACTION PATHWAY%SMPDB%SMP0000091 Quinethazone Action Pathway O70577 A2RS45 Q8VC69 Q3USG4 Q3UQE3 Q9WU39 A3KN90 Q8BMD1 A2AQ52 P51906 A0A0U1RPK4 Q8VDB9 Q91WV7 Q9WUB6 Q8R1S9 Q9Z127 Q9Z1K8 Q3V0N8 Q8VCE0 Q543E4 Q9QXW9 Q8BGK6 Q3UR55 Q545P0 Q8VDN2 Q544Q7 Q3UHK5 LEIGH SYNDROME%SMPDB%SMP0000196 Leigh Syndrome A0A5F8MPN8 Q5SWU9 O08749 Q3UFJ3 Q8BP54 Q8QZT1 Q8BMV3 Q544B1 Q3TQP6 Q3T9Z2 Q3UEI4 Q564E2 Q3UDY1 Q9D051 A2RSC2 Q8BMF4 G5E8T9 A5GZX3 Q7TNG8 Q9Z2V4 Q9QXG4 DASATINIB INHIBITION OF BCR-ABL%PATHWHIZ%PW032594 Dasatinib Inhibition of BCR-ABL Q80ZA1 Q3USK4 Q9JIA0 Q62120 Q5HZH3 Q8C7P2 A2RS58 Q8JZR2 P23804 P01108 Q569Z9 P46414 A0A0X1KG61 Q3U9H3 Q3U5I5 Q9JLN9 Q3ZB59 INOSITOL METABOLISM%PATHWHIZ%PW064607 Inositol Metabolism Q6PF93 Q8VD65 Q3U926 B2RQ14 Q69ZK0 Q80WQ2 Q80U44 Q8CI98 Q6P549 Q8K4S1 XIMELAGATRAN ACTION PATHWAY%SMPDB%SMP0000279 Ximelagatran Action Pathway Q3UER0 Q9CRC0 Q91Y47 Q80YC5 P26262 P11214 Q542C2 Q3V1T9 B2RS80 Q80Y26 Q3V3W7 P11087 Q3UER8 P16294 A0A0R4J088 Q8BQ43 Q3TGR2 E9PV24 Q3TJ94 O88783 PROTEIN SYNTHESIS: VALINE%PATHWHIZ%PW120528 Protein Synthesis: Valine Q4VAG4 P68040 Q58E35 Q5M9M4 Q5M9M0 P62911 Q561N5 Q505A8 Q5M9K7 Q58EA6 Q6ZWU9 P62830 Q545X8 Q5YLW3 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 P14206 Q9CPR4 Q9CQR2 P62264 Q6ZWN5 Q497N1 Q4FZH2 Q5CZY9 Q8BP67 Q3UC02 Q5M9N8 Q790I0 Q642K1 Q9CXW4 P97461 P99027 P62717 Q9D823 FAS SIGNALING PATHWAY ( CD95 )%PATHWHIZ%PW070709 FAS signaling pathway ( CD95 ) F8VQ72 Q7TSJ7 Q61599 P54731 Q3TPJ9 P13405 P14733 Q547H1 Q52L79 Q812G4 Q923A8 Q3V1V5 Q8BV52 Q61160 Q8C535 Q3UKR0 Q99PH8 Q8C350 Q3U607 P97313 P70677 G5E884 Q3V159 P48678 Q8K2U0 Q8BP66 Q4FJQ4 Q921K2 Q5DTJ2 ANTAZOLINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0057584 Antazoline H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 CINNARIZINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0059110 Cinnarizine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 MEBHYDROLIN H1-ANTIHISTAMINE ACTION%SMPDB%SMP0061052 Mebhydrolin H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 PACLITAXEL ACTION PATHWAY%PATHWHIZ%PW000239 Paclitaxel Action Pathway P05213 A5D6P3 Q9JJL3 A0A0R4J0B6 Q8VI47 A2AQ07 P21447 PRIMARY HYPEROXALURIA TYPE I%SMPDB%SMP0000352 Primary Hyperoxaluria Type I Q8BP54 Q566C3 Q3UX28 Q14CH7 Q3UEN9 HYPERPHENYLALANINEMIA DUE TO DHPR-DEFICIENCY%PATHWHIZ%PW000465 Hyperphenylalaninemia Due to DHPR-Deficiency Q4VAF4 B2RXY7 Q3U7P6 Q3UDY1 A0A1L1SRN0 Q8BVI4 Q544T5 Q91XH5 GALACTITOL AND GALACTONATE DEGRADATION%SMPDB%SMP0000840 Galactitol and Galactonate Degradation CALVIN-BENSON CYCLE%PATHWHIZ%PW012957 Calvin-Benson Cycle P47968 B2KGF0 P17751 G-SECRETASE MEDIATED ERBB4 SIGNALLING PATHWAY%PATHWHIZ%PW122231 g-Secretase Mediated ErbB4 Signalling Pathway Q61527 E9PXU2 Q4VA93 Q3UYK2 D3YZR2 Q61526 RAMIPRIL ACTION PATHWAY%SMPDB%SMP0000154 Ramipril Action Pathway Q3TU20 Q3UTR7 FONDAPARINUX ACTION PATHWAY%SMPDB%SMP0000273 Fondaparinux Action Pathway Q3UER0 Q9CRC0 Q91Y47 Q80YC5 P26262 P11214 Q542C2 Q3V1T9 B2RS80 Q80Y26 Q3V3W7 P11087 Q543J5 Q3UER8 P16294 A0A0R4J088 Q8BQ43 Q3TGR2 E9PV24 Q3TJ94 O88783 IBUPROFEN ACTION PATHWAY%SMPDB%SMP0000086 Ibuprofen Action Pathway Q99N16 Q9WUD0 Q8BNP8 P70691 Q3UQ71 O88909 Q2KHL4 Q543T1 Q91X77 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 A0A0R4J0Z1 P24527 Q99KV1 A2CF85 Q9DB60 O35936 Q62452 P48999 A2CF88 Q8VC69 Q3TML0 Q9DCY1 Q3U7T8 Q9JKR6 B2RXY7 Q63886 P57759 D3Z6P0 Q9ESP1 Q8R084 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 KIDNEY FUNCTION- PROXIMAL CONVOLUTED TUBULE%SMPDB%SMP0121001 Kidney Function- Proximal Convoluted Tubule Q8R1S9 Q9Z127 Q02013 Q9Z1K8 E9Q8N8 Q3UDC9 Q9QXW9 Q8BGK6 P13634 O70577 Q8VC69 Q3UQE3 P51906 A0A0U1RPK4 Q8VDB9 Q91WV7 IBANDRONATE ACTION PATHWAY%SMPDB%SMP0000079 Ibandronate Action Pathway Q9CZZ6 Q3TQK8 Q3V3I6 Q4FJN9 Q3THA3 G3XA48 Q8C5N9 Q3UEB4 Q61263 Q3US15 P70245 Q8K0C4 P53798 Q8CAY6 Q9CRA4 Q3TEL5 Q8BLN5 Q8BV96 O88822 Q8VCH6 Q3UYC1 ADENINE PHOSPHORIBOSYLTRANSFERASE DEFICIENCY (APRT)%PATHWHIZ%PW000511 Adenine Phosphoribosyltransferase Deficiency (APRT) Q4FK28 Q3TQC7 Q3UH83 P07742 Q8C5R8 P10639 Q8K0L2 Q3UGA8 P50096 A0A0G2JEH8 B9EIE9 Q5SUR0 Q9DCL9 Q548F2 Q9CWJ9 Q504N4 Q9JKX6 E9PVU7 Q3V1C8 Q9R0Y5 Q3V1D3 Q64737 Q9DCZ1 B2RRH9 Q9CVF2 E9Q9M1 E9Q7K1 Q543K9 Q7TPG2 P00493 P54822 Q9D5T0 P11157 Q3V1Q3 Q80YP4 Q60I30 P08030 EPO SIGNALING PATHWAY%PATHWHIZ%PW070692 EPO Signaling Pathway Q3USK4 Q9JIA0 P41969 Q62120 Q0VED9 Q52L79 Q3UTV9 P01101 Q3UCJ0 Q61411 Q3TMJ8 Q7TSJ7 Q62077 P98083 Q3U5I5 Q63844 Q99N57 CODEINE METABOLISM PATHWAY%PATHWHIZ%PW000597 Codeine Metabolism Pathway Q2KHL4 Q9JKY7 A1KZZ4 RAMIPRIL METABOLISM PATHWAY%SMPDB%SMP0000597 Ramipril Metabolism Pathway Q3TU20 LATREPIRDINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0062623 Latrepirdine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 PENTOSE PHOSPHATE PATHWAY%PATHWHIZ%PW088265 Pentose Phosphate Pathway Q91YP3 Q9QXD6 D3Z4X1 P47968 Q3UER1 P06745 P40142 B2KGF0 Q3U6X6 Q790Y8 Q8CD98 Q9D7G0 HOP PATHWAY IN CARDIAC DEVELOPMENT%SMPDB%SMP0090879 Hop Pathway in Cardiac Development Q3UYJ1 Q3UQU2 Q9JM73 Q8R1H0 GLUTATHIONE METABOLISM%SMPDB%SMP0000015 Glutathione Metabolism P47791 Q4FJZ6 Q541E2 Q4FJQ4 Q3UNA7 A7DTG9 A0A0A6YVV2 Q8K010 P97449 Q9D2S1 GAUCHER DISEASE%PATHWHIZ%PW000201 Gaucher Disease Q8R2F2 Q8K4Q7 Q3TST8 P17439 Q58E38 Q542D6 Q64676 Q61469 O88693 Q543I9 P50428 Q810K3 Q9JHE4 Q8VCQ6 D3YTU8 Q8R4X1 Q3UUA9 Q8R0X7 Q3TAW7 Q3TIW9 Q8BGZ6 P54818 Q8CII3 GABA-TRANSAMINASE DEFICIENCY%SMPDB%SMP0000351 GABA-Transaminase Deficiency Q8CHR6 P61922 Q9EQF5 Q8K0L1 Q544B1 Q548L6 O70423 Q3TSF8 Q3UEK4 PANCREAS FUNCTION - BETA CELL%PATHWHIZ%PW122285 Pancreas Function - Beta Cell P70227 Q0PD63 Q8VBY2 E9Q9T4 O35659 Q8R5M7 P14246 A0A411ACZ2 Q542R4 Q4VA93 A2A545 P63213 Q3TQ70 Q8CHR4 Q3UPW0 Q3UHH5 Q9CS95 B2RUS7 LANSOPRAZOLE ACTION PATHWAY%PATHWHIZ%PW000317 Lansoprazole Action Pathway Q3ZB46 Q91WH7 Q545V6 P48757 Q542R4 A0A1B0GSX9 A0A0R4J1D6 Q0VBB6 P13634 EXCITATORY NEURAL SIGNALLING THROUGH 5-HTR 6 AND SEROTONIN%SMPDB%SMP0000312 Excitatory Neural Signalling Through 5-HTR 6 and Serotonin Q62347 Q14AW8 Q61012 P62137 P68181 Q3TQ70 METHADONE METABOLISM PATHWAY%SMPDB%SMP0000624 Methadone Metabolism Pathway Q9WUD0 A2AI21 Q2KHL4 Q91X77 Q3UW87 Q9JKY7 P35436 Q9CVC8 A1KZZ4 PENTAZOCINE ACTION PATHWAY%SMPDB%SMP0000686 Pentazocine Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 MECLIZINE H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW059891 Meclizine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 SELENOAMINO ACID METABOLISM%PATHWHIZ%PW000007 Selenoamino Acid Metabolism P97364 Q99J57 Q4FK56 Q5M9P0 A0A2I3BRX7 Q8VCN5 A0A0R4J069 Q99LB6 Q6NZM8 Q91W10 Q91WT9 E9QB02 GLYCOGENOSIS, TYPE VI. HERS DISEASE%PATHWHIZ%PW000531 Glycogenosis, Type VI. Hers Disease P06745 Q9D6Y9 F8VQM5 B5THE2 Q99KJ6 Q8VCB3 F8VPN4 Q9ET01 Q8CAA7 Q3TS38 Q3U6X6 P00688 O08528 Q5SVI6 Q3U548 ETHYLMORPHINE ACTION PATHWAY%SMPDB%SMP0000681 Ethylmorphine Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 GLYCEROL METABOLISM II%PATHWHIZ%PW122618 Glycerol Metabolism II INTRACELLULAR SIGNALLING THROUGH PGD2 RECEPTOR AND PROSTAGLANDIN D2%SMPDB%SMP0000343 Intracellular Signalling Through PGD2 receptor and Prostaglandin D2 P70263 Q61012 P68181 Q3V1Q3 Q3TQ70 DICLOFENAC ACTION PATHWAY%PATHWHIZ%PW000135 Diclofenac Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 MOEXIPRIL METABOLISM PATHWAY%SMPDB%SMP0000595 Moexipril Metabolism Pathway Q3TU20 STARCH AND SUCROSE METABOLISM%PATHWHIZ%PW002481 Starch and Sucrose Metabolism Q7TSV4 A1A4T2 Q91W97 Q9Z1E4 P06745 Q6GQU1 Q9D6Y9 PHENYLKETONURIA%PATHWHIZ%PW000119 Phenylketonuria Q3UEH8 P49429 P05201 A0A0R4J0C2 P35505 Q9JJA0 A2A7S7 Q9CZU5 O09173 Q8C0C7 Q8QZR1 FOSPHENYTOIN (ANTIARRHYTHMIC) ACTION PATHWAY%PATHWHIZ%PW000379 Fosphenytoin (Antiarrhythmic) Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 BUPRENORPHINE ACTION PATHWAY%SMPDB%SMP0000684 Buprenorphine Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 LYSOPHOSPHATIDIC ACID LPA4 SIGNALLING%SMPDB%SMP0063756 Lysophosphatidic Acid LPA4 Signalling Q8BLG2 O88444 Q3UE22 P31750 Q9JM73 Q8C8N0 P63213 Q3TQ70 Q3UPW0 NADOLOL ACTION PATHWAY%PATHWHIZ%PW000371 Nadolol Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 ARGATROBAN ACTION PATHWAY%SMPDB%SMP0000276 Argatroban Action Pathway Q3UER0 Q9CRC0 Q91Y47 Q80YC5 P26262 P11214 Q542C2 Q3V1T9 B2RS80 Q80Y26 Q3V3W7 P11087 Q3UER8 P16294 A0A0R4J088 Q8BQ43 Q3TGR2 E9PV24 Q3TJ94 O88783 TRAMADOL ACTION ACTION PATHWAY%SMPDB%SMP0000671 Tramadol Action Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 LYSOSOMAL ACID LIPASE DEFICIENCY (WOLMAN DISEASE)%PATHWHIZ%PW000099 Lysosomal Acid Lipase Deficiency (Wolman Disease) Q9CZZ6 Q3TQK8 Q3V3I6 Q4FJN9 Q3THA3 G3XA48 Q8C5N9 Q3UEB4 Q61263 Q3US15 P70245 Q8K0C4 P53798 Q8CAY6 Q9CRA4 Q3TEL5 Q8BLN5 Q8BV96 O88822 Q8VCH6 Q3UYC1 SIALURIA OR FRENCH TYPE SIALURIA%SMPDB%SMP0000216 Sialuria or French Type Sialuria Q6GQU1 Q9D997 Q8BN82 A0A0R4J0B4 Q3TKA0 A0A2I3BQY4 Q3UW64 B2RS82 Q9DCJ9 Q9CPT3 Q99J77 D6RHA2 Q8BWW3 Q3UHZ7 P47856 P29416 F6UP77 ISOBUTYRYL-COA DEHYDROGENASE DEFICIENCY%SMPDB%SMP0000523 Isobutyryl-CoA Dehydrogenase Deficiency Q8CBC8 Q6PD20 P54869 Q99L13 Q9JHI5 P38060 A0A0R4J0P1 O08749 Q544B1 Q8K0L1 Q8BH95 Q9DBL1 Q3UGC8 Q07417 P53395 Q8BWT1 Q3U3J1 Q6P3A8 Q3UYS0 P45952 P61922 Q8QZS1 Q8QZT1 Q99N15 Q9D0K2 G3X8P9 E9QMT1 Q99MR8 THIAMINE METABOLISM%SMPDB%SMP0000076 Thiamine Metabolism Q9EQN9 Q8JZL3 Q9R0M5 Q8C373 TERFENADINE H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW061157 Terfenadine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 CONGENITAL LIPOID ADRENAL HYPERPLASIA (CLAH) OR LIPOID CAH%SMPDB%SMP0000371 Congenital Lipoid Adrenal Hyperplasia (CLAH) or Lipoid CAH Q53YJ1 Q7TPU0 Q4JHD9 Q3UJ92 Q6NZB9 Q8VCX1 Q3UQH5 Q3UEM0 Q3UJ12 P15539 Q9QZ82 CARNITINE-ACYLCARNITINE TRANSLOCASE DEFICIENCY%PATHWHIZ%PW000493 Carnitine-Acylcarnitine Translocase Deficiency D3Z041 Q9D0K1 Q9R0A0 Q6P6M5 Q3UN55 P48410 H7BX88 Q9Z2Z6 Q9DC50 Q61285 CHLORPHENOXAMINE H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW059836 Chlorphenoxamine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 NIZATIDINE ACTION PATHWAY%SMPDB%SMP0000233 Nizatidine Action Pathway Q3ZB46 Q91WH7 Q545V6 P48757 Q542R4 A0A1B0GSX9 A0A0R4J1D6 Q0VBB6 P13634 GLYCEROL METABOLISM V (GLYCEROPHOSPHOSERINE)%PATHWHIZ%PW000918 Glycerol Metabolism V (Glycerophosphoserine) FABRY DISEASE%SMPDB%SMP0000525 Fabry Disease Q8R2F2 Q8K4Q7 Q3TST8 P17439 Q58E38 Q542D6 Q64676 Q61469 O88693 Q543I9 P50428 Q810K3 Q9JHE4 Q8VCQ6 D3YTU8 Q8R4X1 Q3UUA9 Q8R0X7 Q3TAW7 Q3TIW9 Q8BGZ6 P54818 Q8CII3 17-BETA HYDROXYSTEROID DEHYDROGENASE III DEFICIENCY%SMPDB%SMP0000356 17-beta Hydroxysteroid Dehydrogenase III Deficiency Q53YJ1 Q8BUR8 Q7TPU0 Q9D566 A0A1B0GST5 Q8VCX1 P70385 Q3ZAT3 Q91WH2 Q790P4 ARGININEMIA%PATHWHIZ%PW000183 Argininemia Q3UJ34 Q8C196 Q3TSQ7 Q571F8 Q9ESU7 Q3UTP8 Q91YI0 Q566C3 Q8BH59 P05202 Q543E2 Q61176 Q8R1A8 CANAVAN DISEASE%SMPDB%SMP0000175 Canavan Disease G3UWN2 Q61024 Q3UJ34 Q548L6 Q3UBP0 P61922 Q8BJY7 A0A0R4J0C2 Q9D2B4 A0A498WGK2 Q8R3P0 Q91YI0 P54822 Q8C0M9 CADMIUM INDUCES DNA SYNTHESIS AND PROLIFERATION IN MACROPHAGES%PATHWHIZ%PW109282 Cadmium Induces DNA Synthesis and Proliferation in Macrophages P25799 P68404 Q4VA93 Q548Y4 P63085 Q9Z1E3 Q8C8N0 Q63844 Q61411 Q3TMJ8 Q99N57 Q3UPW0 LEVOBUNOLOL ACTION PATHWAY%SMPDB%SMP0000666 Levobunolol Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 MEXILETINE ACTION PATHWAY%PATHWHIZ%PW000382 Mexiletine Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 STREPTOMYCIN ACTION PATHWAY%SMPDB%SMP0000259 Streptomycin Action Pathway DISULFIRAM ACTION PATHWAY%PATHWHIZ%PW000431 Disulfiram Action Pathway Q3UNF5 Q3UKB9 Q5SUV8 P35505 Q0VB50 Q91XK0 Q9JJA0 Q05421 Q78JT3 Q64237 Q545F0 O09173 Q3UJ53 Q69Z91 O88587 P24270 P29812 P05201 Q544B1 Q9CZS1 Q9QXG4 GROWTH HORMONE SIGNALING PATHWAY%SMPDB%SMP0120947 Growth Hormone Signaling Pathway Q9JIA0 Q62120 Q810V8 Q3UP14 P14142 P63085 P42232 Q3UCJ0 Q543V3 Q5EEX1 Q61411 Q3TMJ8 Q4VA93 A0A0M6L0K7 Q62077 P98083 Q3U5I5 Q63844 Q99N57 3-HYDROXYISOBUTYRIC ACIDURIA%PATHWHIZ%PW000498 3-Hydroxyisobutyric Aciduria Q8CBC8 Q6PD20 P54869 Q99L13 Q9JHI5 P38060 A0A0R4J0P1 O08749 Q544B1 Q8K0L1 Q8BH95 Q9DBL1 Q3UGC8 Q07417 P53395 Q8BWT1 Q3U3J1 Q6P3A8 Q3UYS0 P45952 P61922 Q8QZS1 Q8QZT1 Q99N15 Q9D0K2 G3X8P9 E9QMT1 Q99MR8 ALANINE METABOLISM%SMPDB%SMP0000055 Alanine Metabolism Q8BP54 Q566C3 Q3UX28 Q14CH7 Q3UEN9 MALONYL-COA DECARBOXYLASE DEFICIENCY%PATHWHIZ%PW000478 Malonyl-CoA Decarboxylase Deficiency Q8K0L1 Q8BH95 Q5SWU9 Q3UGC8 P53395 A0A0U1RQ27 Q3U3J1 O08749 Q6P3A8 Q99J39 Q3UYS0 Q8BVP2 Q69Z91 P45952 P61922 Q8QZS1 Q8QZT1 CONGENITAL LACTIC ACIDOSIS%PATHWHIZ%PW000522 Congenital Lactic Acidosis A0A5F8MPN8 Q9D2G2 Q9CZU6 Q3UX28 O08749 Q8K2B3 Q91VA7 P97807 Q3UFJ3 Q9CZB0 Q8BP54 Q9D6R2 Q9CXV1 Q9WUM5 Q9Z2I8 Q9D051 Q8BMF4 Q3TKM5 Q9CQA3 A2ATU0 Q99KI0 3-HYDROXY-3-METHYLGLUTARYL-COA LYASE DEFICIENCY%PATHWHIZ%PW000063 3-Hydroxy-3-methylglutaryl-CoA Lyase Deficiency Q8CBC8 Q6PD20 P54869 Q99L13 Q9JHI5 P38060 A0A0R4J0P1 O08749 Q544B1 Q8K0L1 Q8BH95 Q9DBL1 Q3UGC8 Q07417 P53395 Q8BWT1 Q3U3J1 Q6P3A8 Q3UYS0 P45952 P61922 Q8QZS1 Q8QZT1 Q99N15 Q9D0K2 G3X8P9 E9QMT1 Q99MR8 GALACTOSEMIA III%SMPDB%SMP0000496 Galactosemia III Q3TS38 Q9CXZ9 Q3U6X6 Q91XL3 Q5SVI6 Q8R059 Q3U548 Q3TQJ2 PHOSPHOLIPASE C SIGNALING PATHWAY%SMPDB%SMP0063783 Phospholipase C Signaling Pathway Q4VA93 P31750 Q62077 Q8VDU4 Q8C5Q7 Q3U6Q4 Q3UPW0 INDAPAMIDE ACTION PATHWAY%SMPDB%SMP0000110 Indapamide Action Pathway O70577 A2RS45 Q8VC69 Q3USG4 Q3UQE3 Q9WU39 A3KN90 Q8BMD1 A2AQ52 P51906 A0A0U1RPK4 Q8VDB9 Q91WV7 Q9WUB6 Q8R1S9 Q9Z127 Q9Z1K8 Q3V0N8 Q8VCE0 Q543E4 Q9QXW9 Q8BGK6 Q3UR55 Q545P0 Q8VDN2 Q544Q7 Q3UHK5 NAD+ SIGNALLING AND AGING%SMPDB%SMP0084271 NAD+ Signalling and Aging Q3V449 Q8C3F5 Q53Z05 Q99KQ4 Q8C9W6 Q542Y0 Q3UGI1 Q3UY30 Q3V3F1 Q5HZI3 O70343 CONGENITAL ERYTHROPOIETIC PORPHYRIA (CEP) OR GUNTHER DISEASE%SMPDB%SMP0000345 Congenital Erythropoietic Porphyria (CEP) or Gunther Disease Q9CY64 Q3UPG1 P70697 Q3U5U6 Q4QRK2 P36552 Q3V0B2 Q3UL56 Q3UKR3 Q9DD05 Q3UDN4 Q9D5H4 Q99KJ6 Q8BJ03 Q3UQA3 EXCITATORY NEURAL SIGNALLING THROUGH 5-HTR 7 AND SEROTONIN%SMPDB%SMP0000311 Excitatory Neural Signalling Through 5-HTR 7 and Serotonin B6VJS3 Q62347 Q61012 P62137 P68181 Q3TQ70 PREDNISOLONE METABOLISM PATHWAY%PATHWHIZ%PW000608 Prednisolone Metabolism Pathway P06537 Q80Y52 UREA CYCLE%PATHWHIZ%PW000162 Urea Cycle Q3UJ34 Q8C196 Q3TSQ7 Q571F8 Q9ESU7 Q3UTP8 Q91YI0 Q566C3 Q8BH59 P05202 Q543E2 Q61176 Q8R1A8 GLYCOGEN STORAGE DISEASE TYPE 1A (GSD1A) OR VON GIERKE DISEASE%SMPDB%SMP0000374 Glycogen Storage Disease Type 1A (GSD1A) or Von Gierke Disease P35576 Q9D1F9 Q3U7Z6 Q9QXD6 P06745 Q3UX28 Q5NCI4 Q5FWB7 P14246 P17751 Q5SX53 Q5FW97 Q8BP54 P08249 Q8K157 Q3U6X6 O08528 Q564E2 Q9Z2V4 P15327 Q543J7 IBUPROFEN METABOLISM PATHWAY%PATHWHIZ%PW000566 Ibuprofen Metabolism Pathway P70691 O88909 Q2KHL4 Q543T1 Q91X77 Q9CVC8 A0A0R4J0Z1 Q99KV1 Q62452 Q8VC69 Q3TML0 Q9DCY1 Q3U7T8 Q8R084 Q9JKR6 Q63886 P57759 D3Z6P0 Q9ESP1 Q05769 GLYCOLYSIS%SMPDB%SMP0087391 Glycolysis Q5FW97 Q3U7Z6 P17809 Q8K157 P06745 Q8C605 Q6GQU1 P52480 Q5NCI4 P17751 STRIATED MUSCLE CONTRACTION%PATHWHIZ%PW000564 Striated Muscle Contraction Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 IMIPRAMINE METABOLISM PATHWAY%PATHWHIZ%PW000601 Imipramine Metabolism Pathway Q60857 Q2KHL4 Q91X77 Q8R2I2 B6VGH4 Q9JKY7 AMIODARONE ACTION PATHWAY%PATHWHIZ%PW000642 Amiodarone Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UDC9 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 B1APX1 A0A411ACZ2 Q3UMR5 A0A1D5RMH2 Q8K1M3 Q80ZZ5 Q3TY04 P34971 P97414 H3BK84 E9PUE8 Q8VDN2 Q53Z09 Q61762 P68181 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 CHLOROPROCAINE ACTION PATHWAY%SMPDB%SMP0000394 Chloroprocaine Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 IMIPRAMINE ACTION PATHWAY%SMPDB%SMP0000422 Imipramine Action Pathway Q2KHL4 Q91X77 Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 B6VGH4 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 Q9JKY7 A2A545 Q544Q7 Q3UHK5 KETOROLAC ACTION PATHWAY%SMPDB%SMP0000098 Ketorolac Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 NICOTINE METABOLISM PATHWAY%PATHWHIZ%PW000604 Nicotine Metabolism Pathway Q9WUD0 Q6XL48 Q62452 Q53YK0 Q9ERK7 Q91X75 Q0VBK4 Q8C7J1 G3X8P9 CARNITINE SYNTHESIS%SMPDB%SMP0000465 Carnitine Synthesis G3UZ26 Q924Y0 Q3V1N7 Q8VHL1 Q91ZE0 FAMILIAL LIPOPROTEIN LIPASE DEFICIENCY%PATHWHIZ%PW000506 Familial Lipoprotein Lipase Deficiency Q3UNF5 P13707 A0A0R4J263 Q64521 Q61586 Q3UDY1 P11152 A0A0R4J1H2 Q61469 Q3TYU0 G3XA61 ETHYLMALONIC ENCEPHALOPATHY%PATHWHIZ%PW000106 Ethylmalonic Encephalopathy D3Z041 Q99JY0 Q8BVD4 P50544 Q8BH95 Q9DBL1 Q7TQD5 Q07417 Q3UN55 Q8BWT1 Q8BMS1 A0A0R4J083 P45952 Q8QZT1 TIAPROFENIC ACID ACTION PATHWAY%PATHWHIZ%PW000682 Tiaprofenic Acid Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 BUMETANIDE ACTION PATHWAY%SMPDB%SMP0000088 Bumetanide Action Pathway O70577 A2RS45 Q8VC69 Q3USG4 Q3UQE3 Q9WU39 A3KN90 Q8BMD1 A2AQ52 P51906 A0A0U1RPK4 Q8VDB9 Q91WV7 Q9WUB6 Q8R1S9 Q9Z127 Q9Z1K8 Q3V0N8 Q8VCE0 Q543E4 Q9QXW9 Q8BGK6 Q3UR55 Q545P0 Q8VDN2 Q544Q7 Q3UHK5 GLYCEROL METABOLISM%PATHWHIZ%PW000914 Glycerol Metabolism BCR-ABL ACTION IN CML PATHOGENESIS%SMPDB%SMP0031692 BCR-ABL Action in CML Pathogenesis Q80ZA1 Q3USK4 Q9JIA0 Q62120 Q5HZH3 Q8C7P2 A2RS58 Q8JZR2 P23804 P01108 Q569Z9 P46414 A0A0X1KG61 Q3U9H3 Q3U5I5 Q9JLN9 Q3ZB59 GLUTAMATE METABOLISM%PATHWHIZ%PW000003 Glutamate Metabolism G3UWN2 Q8C196 Q3UGA8 P47791 Q8BML9 Q548L6 Q4FJZ6 Q541E2 Q3TSQ7 Q3UNA7 Q571F8 Q9CXJ1 Q9D997 P61922 A0A2I3BQY4 B2RRH9 Q566C3 Q8CHT0 P05202 P47856 P15105 XANTHINURIA TYPE I%SMPDB%SMP0000512 Xanthinuria Type I Q4FK28 Q3TQC7 Q3UH83 P07742 Q8C5R8 P10639 Q8K0L2 Q3UGA8 P50096 A0A0G2JEH8 B9EIE9 Q5SUR0 Q9DCL9 Q548F2 Q9CWJ9 Q504N4 Q9JKX6 E9PVU7 Q3V1C8 Q9R0Y5 Q3V1D3 Q64737 Q9DCZ1 B2RRH9 Q9CVF2 E9Q9M1 E9Q7K1 Q543K9 Q7TPG2 P00493 P54822 Q9D5T0 P11157 Q3V1Q3 Q80YP4 Q60I30 P08030 GLYCOGENOSIS, TYPE IV. AMYLOPECTINOSIS, ANDERSON DISEASE%SMPDB%SMP0000554 Glycogenosis, Type IV. Amylopectinosis, Anderson Disease P06745 Q9D6Y9 F8VQM5 B5THE2 Q99KJ6 Q8VCB3 F8VPN4 Q9ET01 Q8CAA7 Q3TS38 Q3U6X6 P00688 O08528 Q5SVI6 Q3U548 AZATHIOPRINE ACTION PATHWAY%SMPDB%SMP0000427 Azathioprine Action Pathway A0A494BAC3 Q4FK28 O88627 Q3TQC7 A0A0R4J018 Q3UH83 P07742 Q3TCZ2 Q9ERH8 Q3TLP8 Q8C5R8 P10639 Q8K0L2 Q3UGA8 P50096 A0A0G2JEH8 B9EIE9 Q5SUR0 Q9DCL9 Q548F2 Q9CWJ9 Q504N4 Q9JKX6 E9Q467 E9PVU7 Q3V1C8 Q6P8Q2 Q9R0Y5 Q3V1D3 Q64737 Q9DCZ1 B2RRH9 Q9CVF2 E9Q9M1 E9Q7K1 Q543K9 Q7TPG2 P00493 P54822 Q9D5T0 P11157 Q3V1Q3 G3X8P9 Q80YP4 Q60I30 Q8BMC5 P08030 GLUTARIC ACIDURIA TYPE I%SMPDB%SMP0000185 Glutaric Aciduria Type I D3Z041 Q99JY0 Q8BVD4 P50544 Q8BH95 Q9DBL1 Q7TQD5 Q07417 Q3UN55 Q8BWT1 Q8BMS1 A0A0R4J083 P45952 Q8QZT1 GLUTARIC ACIDURIA TYPE I%SMPDB%SMP0000186 Glutaric Aciduria Type I Q9D2G2 P18581 Q8BVD4 Q9DBF1 Q3UEJ8 Q8BH95 Q99ML6 Q3UEQ9 Q9WVM8 O08749 Q61425 Q8QZT1 A2ATU0 BETAZOLE ACTION PATHWAY%PATHWHIZ%PW000713 Betazole Action Pathway Q3ZB46 Q91WH7 Q545V6 P48757 Q542R4 A0A1B0GSX9 A0A0R4J1D6 Q0VBB6 P13634 TENOFOVIR METABOLISM PATHWAY%PATHWHIZ%PW000606 Tenofovir Metabolism Pathway Q9R0Y5 Q9WTP6 Q5NC81 Q5NC82 3-BETA-HYDROXYSTEROID DEHYDROGENASE DEFICIENCY%SMPDB%SMP0000718 3-beta-Hydroxysteroid Dehydrogenase Deficiency Q53YJ1 Q7TPU0 Q4JHD9 Q3UJ92 Q6NZB9 Q8VCX1 Q3UQH5 Q3UEM0 Q3UJ12 P15539 Q9QZ82 MERCAPTOPURINE ACTION PATHWAY%PATHWHIZ%PW000267 Mercaptopurine Action Pathway A0A494BAC3 Q4FK28 O88627 Q3TQC7 A0A0R4J018 Q3UH83 P07742 Q3TCZ2 Q9ERH8 Q3TLP8 Q8C5R8 P10639 Q8K0L2 Q3UGA8 P50096 A0A0G2JEH8 B9EIE9 Q5SUR0 Q9DCL9 Q548F2 Q9CWJ9 Q504N4 Q9JKX6 E9Q467 E9PVU7 Q3V1C8 Q6P8Q2 Q9R0Y5 Q3V1D3 Q64737 Q9DCZ1 B2RRH9 Q9CVF2 E9Q9M1 E9Q7K1 Q543K9 Q7TPG2 P00493 P54822 Q9D5T0 P11157 Q3V1Q3 G3X8P9 Q80YP4 Q60I30 Q8BMC5 P08030 CYSTEINE METABOLISM%PATHWHIZ%PW000018 Cysteine Metabolism P05201 Q3UXN3 P60334 Q4FJZ6 Q542U5 Q99J99 Q3UNA7 Q8VCN5 Q564E2 MEFENAMIC ACID ACTION PATHWAY%PATHWHIZ%PW000261 Mefenamic Acid Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 EGF SIGNALLING PATHWAY%SMPDB%SMP0063810 EGF Signalling Pathway Q3USK4 Q3URU8 P52633 Q9WVF5 Q9QXJ2 Q9JM73 Q99K94 Q6GU23 Q61411 E9PYG6 Q3TMJ8 F8VQ72 Q3UWD7 Q7TSJ7 P98083 Q3U5I5 Q63844 Q99N57 P41969 Q52L79 P01101 P68404 Q4VA93 Q8K2U0 Q62077 FOLATE METABOLISM%SMPDB%SMP0000053 Folate Metabolism Q8BXX7 Q8R0Y6 Q3V3R1 Q6PEM8 Q3V021 Q8R1G5 P48760 P18155 Q91XD4 Q544T5 Q497H7 FRUCTOSE AND MANNOSE DEGRADATION%SMPDB%SMP0087296 Fructose and Mannose Degradation E9Q1Q9 Q91W01 Q9QXD6 Q8CD98 Q5FWB7 P17751 Q91XL3 Q3UDY1 Q922H4 A2AFM9 Q64442 Q3V100 Q8K0C9 BEPOTASTINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0060058 Bepotastine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 ARBEKACIN ACTION PATHWAY%PATHWHIZ%PW000690 Arbekacin Action Pathway FAMOTIDINE ACTION PATHWAY%SMPDB%SMP0000231 Famotidine Action Pathway Q3ZB46 Q91WH7 Q545V6 P48757 Q542R4 A0A1B0GSX9 A0A0R4J1D6 Q0VBB6 P13634 MAGNESIUM SALICYLATE ACTION PATHWAY%PATHWHIZ%PW000675 Magnesium Salicylate Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 GAMMA-CYSTATHIONASE DEFICIENCY (CTH)%PATHWHIZ%PW000490 gamma-Cystathionase Deficiency (CTH) Q8VCN5 Q91WT9 VITAMIN B6 METABOLISM%PATHWHIZ%PW000053 Vitamin B6 Metabolism Q8K183 Q91XF0 Q3TQ02 G3X8P9 Q6IS27 NUCLEOTIDE SUGARS METABOLISM%SMPDB%SMP0087384 Nucleotide Sugars Metabolism Q8BUU7 Q3TS38 Q3U6X6 Q91XL3 Q6GQU1 Q8R059 Q3U548 Q3TQJ2 EMBRAMINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0062622 Embramine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 ATENOLOL ACTION PATHWAY%SMPDB%SMP0000298 Atenolol Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 RESCINNAMINE ACTION PATHWAY%SMPDB%SMP0000155 Rescinnamine Action Pathway Q3TU20 Q3UTR7 PROPIONIC ACIDEMIA%PATHWHIZ%PW000062 Propionic Acidemia Q8CBC8 Q6PD20 P54869 Q99L13 Q9JHI5 P38060 A0A0R4J0P1 O08749 Q544B1 Q8K0L1 Q8BH95 Q9DBL1 Q3UGC8 Q07417 P53395 Q8BWT1 Q3U3J1 Q6P3A8 Q3UYS0 P45952 P61922 Q8QZS1 Q8QZT1 Q99N15 Q9D0K2 G3X8P9 E9QMT1 Q99MR8 5-OXOPROLINASE DEFICIENCY%PATHWHIZ%PW000476 5-Oxoprolinase Deficiency P47791 Q4FJZ6 Q541E2 Q4FJQ4 Q3UNA7 A7DTG9 A0A0A6YVV2 Q8K010 P97449 Q9D2S1 PROTEIN SYNTHESIS: METHIONINE%PATHWHIZ%PW112933 Protein Synthesis: Methionine Q4VAG4 P68040 Q58E35 Q5M9M4 Q5M9M0 P62911 Q561N5 Q505A8 Q5M9K7 Q58EA6 Q6ZWU9 P62830 Q545X8 Q5YLW3 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 P14206 Q9CPR4 Q9CQR2 P62264 Q6ZWN5 Q497N1 Q4FZH2 Q5CZY9 Q8BP67 Q3UC02 Q5M9N8 E9QB02 Q642K1 Q9CXW4 P97461 P99027 P62717 Q9D823 GLUCONEOGENESIS FROM L-MALIC ACID%SMPDB%SMP0000839 Gluconeogenesis from L-Malic Acid CAPECITABINE METABOLISM PATHWAY%SMPDB%SMP0000607 Capecitabine Metabolism Pathway Q8VCT4 P56389 Q544L2 E9PXX9 Q99N42 DEXBROMPHENIRAMINE H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW058503 Dexbrompheniramine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 RIBOFLAVIN METABOLISM%SMPDB%SMP0000070 Riboflavin Metabolism Q8CFV9 Q8R123 Q561M1 Q91XK0 G3X9S2 ACETYLSALICYLIC ACID ACTION PATHWAY%PATHWHIZ%PW000128 Acetylsalicylic Acid Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 MORPHINE ACTION PATHWAY%PATHWHIZ%PW000412 Morphine Action Pathway P70691 Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 A0A0R4J0Z1 Q61327 Q99KV1 P01193 Q60857 P97952 Q62452 A2AI21 Q53YK0 Q3TML0 Q9ERK7 Q9DCY1 Q9Z0V2 Q3U7T8 Q9JKR6 Q63886 P57759 D3Z6P0 Q9ESP1 Q8VCE0 Q3UR55 Q8R5M7 Q3UEP4 Q545P0 A0A411ACZ2 Q8R084 Q8VDN2 A2A545 Q544Q7 Q3UHK5 MITOCHONDRIAL BETA-OXIDATION OF SHORT CHAIN SATURATED FATTY ACIDS%PATHWHIZ%PW000171 Mitochondrial Beta-Oxidation of Short Chain Saturated Fatty Acids Q61425 Q8QZT1 Q99N15 Q8BH95 Q07417 Q8BWT1 A0A0R4J083 ORNITHINE TRANSCARBAMYLASE DEFICIENCY (OTC DEFICIENCY)%SMPDB%SMP0000205 Ornithine Transcarbamylase Deficiency (OTC Deficiency) Q3UJ34 Q8C196 Q3TSQ7 Q571F8 Q9ESU7 Q3UTP8 Q91YI0 Q566C3 Q8BH59 P05202 Q543E2 Q61176 Q8R1A8 PROPRANOLOL ACTION PATHWAY%SMPDB%SMP0000307 Propranolol Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 FATTY ACID METABOLISM%PATHWHIZ%PW000023 Fatty Acid Metabolism D3Z041 Q99JY0 Q8BVD4 P50544 Q8BH95 Q9DBL1 Q7TQD5 Q07417 Q3UN55 Q8BWT1 Q8BMS1 A0A0R4J083 P45952 Q8QZT1 VALINE, LEUCINE, AND ISOLEUCINE DEGRADATION%PATHWHIZ%PW000051 Valine, Leucine, and Isoleucine Degradation Q8CBC8 Q6PD20 P54869 Q99L13 Q9JHI5 P38060 A0A0R4J0P1 O08749 Q544B1 Q8K0L1 Q8BH95 Q9DBL1 Q3UGC8 Q07417 P53395 Q8BWT1 Q3U3J1 Q6P3A8 Q3UYS0 P45952 P61922 Q8QZS1 Q8QZT1 Q99N15 Q9D0K2 G3X8P9 E9QMT1 Q99MR8 3-METHYLGLUTACONIC ACIDURIA TYPE I%SMPDB%SMP0000139 3-Methylglutaconic Aciduria Type I Q8CBC8 Q6PD20 P54869 Q99L13 Q9JHI5 P38060 A0A0R4J0P1 O08749 Q544B1 Q8K0L1 Q8BH95 Q9DBL1 Q3UGC8 Q07417 P53395 Q8BWT1 Q3U3J1 Q6P3A8 Q3UYS0 P45952 P61922 Q8QZS1 Q8QZT1 Q99N15 Q9D0K2 G3X8P9 E9QMT1 Q99MR8 DIMETINDENE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0057582 Dimetindene H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 PLASMALOGEN SYNTHESIS%PATHWHIZ%PW000170 Plasmalogen Synthesis A0A0R4J263 Q8BGS7 A2AL50 Q9CT84 Q61469 SULFITE OXIDASE DEFICIENCY%PATHWHIZ%PW000508 Sulfite Oxidase Deficiency D3Z0E6 Q91W19 Q8R086 A0A1B0GST5 B9EHC3 A0A494BB18 CARNITINE PALMITOYL TRANSFERASE DEFICIENCY I%PATHWHIZ%PW000514 Carnitine Palmitoyl Transferase Deficiency I D3Z041 Q99JY0 Q8BVD4 P50544 Q8BH95 Q9DBL1 Q7TQD5 Q07417 Q3UN55 Q8BWT1 Q8BMS1 A0A0R4J083 P45952 Q8QZT1 BENAZEPRIL ACTION PATHWAY%SMPDB%SMP0000145 Benazepril Action Pathway Q3TU20 Q3UTR7 CIMETIDINE METABOLISM PATHWAY%PATHWHIZ%PW000593 Cimetidine Metabolism Pathway A0A1B0GSX9 CELECOXIB METABOLISM PATHWAY%SMPDB%SMP0000644 Celecoxib Metabolism Pathway Q62452 Q2KHL4 Q543T1 Q9JKY7 Q05769 ADEFOVIR DIPIVOXIL METABOLISM PATHWAY%PATHWHIZ%PW000605 Adefovir Dipivoxil Metabolism Pathway Q9R0Y5 Q9WTP6 Q5NC81 Q5NC82 CHILD SYNDROME%PATHWHIZ%PW000096 CHILD Syndrome Q9CZZ6 Q3TQK8 Q3V3I6 Q4FJN9 Q3THA3 G3XA48 Q8C5N9 Q3UEB4 Q61263 Q3US15 P70245 Q8K0C4 P53798 Q8CAY6 Q9CRA4 Q3TEL5 Q8BLN5 Q8BV96 O88822 Q8VCH6 Q3UYC1 TREHALOSE DEGRADATION%PATHWHIZ%PW000169 Trehalose Degradation Q8VCE0 Q3UR55 Q8VDN2 Q5SVI6 Q544Q7 E9PYP7 Q545P0 P14246 Q3UHK5 Q9QXI6 PYRUVATE METABOLISM%PATHWHIZ%PW000054 Pyruvate Metabolism A0A5F8MPN8 Q5SWU9 O08749 Q3UFJ3 Q8BP54 Q8QZT1 Q8BMV3 Q544B1 Q3TQP6 Q3T9Z2 Q3UEI4 Q564E2 Q3UDY1 Q9D051 A2RSC2 Q8BMF4 G5E8T9 A5GZX3 Q7TNG8 Q9Z2V4 Q9QXG4 HYPERPROLINEMIA TYPE II%SMPDB%SMP0000360 Hyperprolinemia Type II Q3UJ34 Q04447 Q3UKT3 Q3TMZ1 Q8C196 O35969 F8WGF2 Q3TSQ7 P05201 Q9D964 Q91YI0 H7BX23 Q8CHT0 Q91WH3 Q543E2 Q61176 Q9WU79 Q8R1A8 Q8CGC7 Q3U186 CITALOPRAM METABOLISM PATHWAY%PATHWHIZ%PW000603 Citalopram Metabolism Pathway Q60857 Q91X77 Q3UW87 Q9JKY7 G3X8P9 Q3UJ53 Q8BW75 ACETAMINOPHEN ACTION PATHWAY%SMPDB%SMP0000710 Acetaminophen Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 TORSEMIDE ACTION PATHWAY%PATHWHIZ%PW000338 Torsemide Action Pathway O70577 A2RS45 Q8VC69 Q3USG4 Q3UQE3 Q9WU39 A3KN90 Q8BMD1 A2AQ52 P51906 A0A0U1RPK4 Q8VDB9 Q91WV7 Q9WUB6 Q8R1S9 Q9Z127 Q9Z1K8 Q3V0N8 Q8VCE0 Q543E4 Q9QXW9 Q8BGK6 Q3UR55 Q545P0 Q8VDN2 Q544Q7 Q3UHK5 2-AMINOADIPIC 2-OXOADIPIC ACIDURIA%SMPDB%SMP0000719 2-Aminoadipic 2-Oxoadipic Aciduria Q9D2G2 P18581 Q8BVD4 Q9DBF1 Q3UEJ8 Q8BH95 Q99ML6 Q3UEQ9 Q9WVM8 O08749 Q61425 Q8QZT1 A2ATU0 FENTANYL ACTION PATHWAY%PATHWHIZ%PW000421 Fentanyl Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 GLUCOSE-ALANINE CYCLE%SMPDB%SMP0000127 Glucose-Alanine Cycle Q8BGT5 Q8R1S9 Q80X52 Q3UTP8 Q566C3 P14142 Q3TSQ7 P14246 GEMCITABINE METABOLISM PATHWAY%PATHWHIZ%PW000579 Gemcitabine Metabolism Pathway P07742 Q545E8 Q3TCZ2 A0A0R4J093 G3X908 A2A9X5 P70698 Q544L2 Q5NC81 Q9ERH8 E9PXX9 Q6PEE3 P11157 WARBURG EFFECT%PATHWHIZ%PW000630 Warburg Effect Q3TSQ7 Q571F8 Q3UX28 O08749 P52480 Q8K2B3 Q5NCI4 Q91VA7 P97807 Q3UFJ3 Q9CZB0 Q5FW97 Q8BP54 Q9D6R2 Q9CXV1 D3Z4X1 Q9DCD0 P28271 Q9WUM5 Q3UEI4 Q9Z2I8 Q564E2 Q9D051 Q8BMF4 Q3TKM5 Q9CQA3 A2ATU0 Q99KI0 A0A5F8MPN8 O88844 Q9D2G2 Q9CZU6 Q3UER1 P47968 P06745 P40142 Q790Y8 P09411 Q8CD98 Q93092 P14246 Q9ESU7 O08528 Q544N9 ENALAPRIL METABOLISM PATHWAY%SMPDB%SMP0000593 Enalapril Metabolism Pathway Q3TU20 TAY-SACHS DISEASE%PATHWHIZ%PW000215 Tay-Sachs Disease Q6GQU1 Q9D997 Q8BN82 A0A0R4J0B4 Q3TKA0 A0A2I3BQY4 Q3UW64 B2RS82 Q9DCJ9 Q9CPT3 Q99J77 D6RHA2 Q8BWW3 Q3UHZ7 P47856 P29416 F6UP77 BOSUTINIB INHIBITION OF BCR-ABL%PATHWHIZ%PW032596 Bosutinib Inhibition of BCR-ABL Q80ZA1 Q3USK4 Q9JIA0 Q62120 Q5HZH3 Q8C7P2 A2RS58 Q8JZR2 P23804 P01108 Q569Z9 P46414 A0A0X1KG61 Q3U9H3 Q3U5I5 Q9JLN9 Q3ZB59 WARBURG EFFECT%SMPDB%SMP0087527 Warburg Effect Q3TSQ7 Q571F8 Q3UX28 Q8C605 O08749 P52480 Q8K2B3 Q91VA7 P97807 Q5FW97 Q8BP54 Q9D6R2 Q9DCD0 P28271 Q9WUM5 Q9Z2I8 Q9D051 Q8BMF4 Q9CQA3 A2ATU0 Q99KI0 A0A5F8MPN8 O88844 Q8R0M8 Q9CZU6 A0A0R4J2A3 Q3UYK6 P35487 P47968 P06745 Q790Y8 P09411 Q93092 O08528 HYPERMETHIONINEMIA%SMPDB%SMP0000341 Hypermethioninemia Q91WT9 D3YUC9 E9QB02 Q497H7 Q78J03 Q8BJ64 A0A0R4J0C2 G3UZ26 Q7TSJ0 O35490 Q99J57 Q9CQ65 Q8VCN5 Q543H0 Q99LB6 G(M2)-GANGLIOSIDOSIS: VARIANT B, TAY-SACHS DISEASE%SMPDB%SMP0000534 G(M2)-Gangliosidosis: Variant B, Tay-Sachs Disease Q6GQU1 Q9D997 Q8BN82 A0A0R4J0B4 Q3TKA0 A0A2I3BQY4 Q3UW64 B2RS82 Q9DCJ9 Q9CPT3 Q99J77 D6RHA2 Q8BWW3 Q3UHZ7 P47856 P29416 F6UP77 KANDUTSCH-RUSSELL PATHWAY (CHOLESTEROL BIOSYNTHESIS)%SMPDB%SMP0121060 Kandutsch-Russell Pathway (Cholesterol Biosynthesis) Q9CRA4 O88822 Q8VCH6 Q3U9G9 A0A140LIT2 Q8C5N9 Q3US15 P70245 Q8K0C4 ARGININE AND PROLINE METABOLISM%SMPDB%SMP0000020 Arginine and Proline Metabolism Q3UJ34 Q04447 Q3UKT3 Q3TMZ1 Q8C196 O35969 F8WGF2 Q3TSQ7 P05201 Q9D964 Q91YI0 H7BX23 Q8CHT0 Q91WH3 Q543E2 Q61176 Q9WU79 Q8R1A8 Q8CGC7 Q3U186 LYMECYCLINE ACTION PATHWAY%SMPDB%SMP0000295 Lymecycline Action Pathway LEVALLORPHAN ACTION PATHWAY%SMPDB%SMP0000683 Levallorphan Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 FLUVASTATIN ACTION PATHWAY%PATHWHIZ%PW000274 Fluvastatin Action Pathway Q9CZZ6 Q3TQK8 Q3V3I6 Q4FJN9 Q3THA3 G3XA48 Q8C5N9 Q3UEB4 Q61263 Q3US15 P70245 Q8K0C4 P53798 Q8CAY6 Q9CRA4 Q3TEL5 Q8BLN5 Q8BV96 O88822 Q8VCH6 Q3UYC1 STAT3 SIGNALING PATHWAY%PATHWHIZ%PW068597 Stat3 Signaling Pathway E9QJS1 Q3URU8 P63085 Q9JLN9 Q6GU23 IBUTILIDE ACTION PATHWAY%SMPDB%SMP0000332 Ibutilide Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 HEROIN METABOLISM PATHWAY%PATHWHIZ%PW000599 Heroin Metabolism Pathway Q8VCT4 Q03311 F6Z9B9 A1KZZ4 INOSITOL METABOLISM%PATHWHIZ%PW088478 Inositol Metabolism Q9JHU9 Q6PF93 E9QAM0 D3YWA2 Q3U926 E9Q7S0 Q80V26 Q3U4U6 Q924B0 P42337 Q80WQ2 Q91UZ1 ADENOSINE DEAMINASE DEFICIENCY%PATHWHIZ%PW000075 Adenosine Deaminase Deficiency Q4FK28 Q3TQC7 Q3UH83 P07742 Q8C5R8 P10639 Q8K0L2 Q3UGA8 P50096 A0A0G2JEH8 B9EIE9 Q5SUR0 Q9DCL9 Q548F2 Q9CWJ9 Q504N4 Q9JKX6 E9PVU7 Q3V1C8 Q9R0Y5 Q3V1D3 Q64737 Q9DCZ1 B2RRH9 Q9CVF2 E9Q9M1 E9Q7K1 Q543K9 Q7TPG2 P00493 P54822 Q9D5T0 P11157 Q3V1Q3 Q80YP4 Q60I30 P08030 RAS SIGNALING PATHWAY%SMPDB%SMP0063784 Ras Signaling Pathway P41969 Q8CBT3 P42337 Q4VAE6 Q61411 E3SRG8 Q3TMJ8 Q6ZPU1 Q3TLP8 Q8BUN5 Q6NVF2 Q5HZH3 P63321 Q62172 Q5DU30 A2AS93 Q9R0C8 Q4KL34 P31750 Q3U9H3 Q63844 Q99N57 PANTOPRAZOLE ACTION PATHWAY%PATHWHIZ%PW000318 Pantoprazole Action Pathway Q3ZB46 Q91WH7 Q545V6 P48757 Q542R4 A0A1B0GSX9 A0A0R4J1D6 Q0VBB6 P13634 PIRENZEPINE ACTION PATHWAY%SMPDB%SMP0000246 Pirenzepine Action Pathway Q3ZB46 Q91WH7 Q545V6 P48757 Q542R4 A0A1B0GSX9 A0A0R4J1D6 Q0VBB6 P13634 ORPHENADRINE H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW059735 Orphenadrine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 EBASTINE H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW061153 Ebastine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 ALDOSTERONE FROM STEROIDOGENESIS%SMPDB%SMP0121126 Aldosterone from Steroidogenesis Q7TPU0 Q3UJ92 P29754 P63213 Q3TQ70 P15539 Q9QZ82 Q3UHH5 SPIRONOLACTONE ACTION PATHWAY%SMPDB%SMP0000134 Spironolactone Action Pathway O70577 A2RS45 Q8VC69 Q3USG4 Q3UQE3 Q9WU39 A3KN90 Q8BMD1 A2AQ52 P51906 A0A0U1RPK4 Q8VDB9 Q91WV7 Q9WUB6 Q8R1S9 Q9Z127 Q9Z1K8 Q3V0N8 Q8VCE0 Q543E4 Q9QXW9 Q8BGK6 Q3UR55 Q545P0 Q8VDN2 Q544Q7 Q3UHK5 TRANSALDOLASE DEFICIENCY%SMPDB%SMP0000520 Transaldolase Deficiency Q9QXD6 P47968 P06745 P40142 Q790Y8 Q8CD98 Q8R1Q9 Q93092 Q5FWB7 Q91YP3 D3Z4X1 Q9DCD0 Q8C5R8 Q3U6X6 B2KGF0 CATECHOLAMINE BIOSYNTHESIS%SMPDB%SMP0000012 Catecholamine Biosynthesis Q5SUV8 Q0VB50 P24529 ERLOTINIB ACTION PATHWAY%PATHWHIZ%PW000251 Erlotinib Action Pathway Q9WVF5 A0A0R4J0B6 P21447 NIFEDIPINE ACTION PATHWAY%PATHWHIZ%PW000394 Nifedipine Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 BETA-MERCAPTOLACTATE-CYSTEINE DISULFIDURIA%SMPDB%SMP0000499 beta-Mercaptolactate-Cysteine Disulfiduria P05201 Q3UXN3 P60334 Q4FJZ6 Q542U5 Q99J99 Q3UNA7 Q8VCN5 Q564E2 ETHACRYNIC ACID ACTION PATHWAY%SMPDB%SMP0000097 Ethacrynic Acid Action Pathway O70577 A2RS45 Q8VC69 Q3USG4 Q3UQE3 Q9WU39 A3KN90 Q8BMD1 A2AQ52 P51906 A0A0U1RPK4 Q8VDB9 Q91WV7 Q9WUB6 Q8R1S9 Q9Z127 Q9Z1K8 Q3V0N8 Q8VCE0 Q543E4 Q9QXW9 Q8BGK6 Q3UR55 Q545P0 Q8VDN2 Q544Q7 Q3UHK5 GLYCOLYSIS AND PYRUVATE DEHYDROGENASE%SMPDB%SMP0000807 Glycolysis and Pyruvate Dehydrogenase CHLOROTHIAZIDE ACTION PATHWAY%SMPDB%SMP0000078 Chlorothiazide Action Pathway O70577 A2RS45 Q8VC69 Q3USG4 Q3UQE3 Q9WU39 A3KN90 Q8BMD1 A2AQ52 P51906 A0A0U1RPK4 Q8VDB9 Q91WV7 Q9WUB6 Q8R1S9 Q9Z127 Q9Z1K8 Q3V0N8 Q8VCE0 Q543E4 Q9QXW9 Q8BGK6 Q3UR55 Q545P0 Q8VDN2 Q544Q7 Q3UHK5 ABCIXIMAB ACTION PATHWAY%SMPDB%SMP0000265 Abciximab Action Pathway O54890 Q9QUM0 BENAZEPRIL METABOLISM PATHWAY%SMPDB%SMP0000591 Benazepril Metabolism Pathway Q3TU20 LEVORPHANOL ACTION PATHWAY%SMPDB%SMP0000673 Levorphanol Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 LYSOPHOSPHATIDIC ACID LPA5 SIGNALLING%SMPDB%SMP0063757 Lysophosphatidic Acid LPA5 Signalling O88444 Q3UE22 P31750 G3X9K0 Q9JM73 Q8C8N0 P63213 Q3TQ70 Q3UPW0 MEPIVACAINE ACTION PATHWAY%PATHWHIZ%PW000405 Mepivacaine Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 MELOXICAM ACTION PATHWAY%SMPDB%SMP0000106 Meloxicam Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 METHYCLOTHIAZIDE ACTION PATHWAY%PATHWHIZ%PW000327 Methyclothiazide Action Pathway O70577 A2RS45 Q8VC69 Q3USG4 Q3UQE3 Q9WU39 A3KN90 Q8BMD1 A2AQ52 P51906 A0A0U1RPK4 Q8VDB9 Q91WV7 Q9WUB6 Q8R1S9 Q9Z127 Q9Z1K8 Q3V0N8 Q8VCE0 Q543E4 Q9QXW9 Q8BGK6 Q3UR55 Q545P0 Q8VDN2 Q544Q7 Q3UHK5 IFOSFAMIDE ACTION PATHWAY%PATHWHIZ%PW000249 Ifosfamide Action Pathway P24549 Q9WUD0 Q3UNF5 Q2KHL4 Q91X75 Q9CVC8 BILE ACID DIRECT SIGNALLING PATHWAY (2)%PATHWHIZ%PW090771 Bile Acid Direct Signalling Pathway (2) O35659 Q0VBB8 Q14AA9 NALOXONE ACTION PATHWAY%SMPDB%SMP0000688 Naloxone Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 UROKINASE ACTION PATHWAY%SMPDB%SMP0000284 Urokinase Action Pathway Q3UER0 Q9CRC0 Q91Y47 Q80YC5 P26262 P11214 Q542C2 Q3V1T9 B2RS80 Q80Y26 Q3V3W7 P11087 Q3UER8 P16294 A0A0R4J088 Q8BQ43 Q3TGR2 E9PV24 Q3TJ94 O88783 INSULIN SIGNALLING%PATHWHIZ%PW000454 Insulin Signalling Q3USK4 Q3TPM5 P14142 P63085 Q543V3 Q5EEX1 Q61411 Q3TMJ8 Q7TSJ7 P31750 P98083 Q3U5I5 Q8C5Q7 Q3UHZ0 Q3U6Q4 P81122 Q91YS7 Q99N57 Q9R1E0 SUPROFEN ACTION PATHWAY%SMPDB%SMP0000101 Suprofen Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 HYDROCHLOROTHIAZIDE ACTION PATHWAY%SMPDB%SMP0000100 Hydrochlorothiazide Action Pathway O70577 A2RS45 Q8VC69 Q3USG4 Q3UQE3 Q9WU39 A3KN90 Q8BMD1 A2AQ52 P51906 A0A0U1RPK4 Q8VDB9 Q91WV7 Q9WUB6 Q8R1S9 Q9Z127 Q9Z1K8 Q3V0N8 Q8VCE0 Q543E4 Q9QXW9 Q8BGK6 Q3UR55 Q545P0 Q8VDN2 Q544Q7 Q3UHK5 PYRUVATE KINASE DEFICIENCY%PATHWHIZ%PW000535 Pyruvate Kinase Deficiency A0A5F8MPN8 Q5SWU9 O08749 Q3UFJ3 Q8BP54 Q8QZT1 Q8BMV3 Q544B1 Q3TQP6 Q3T9Z2 Q3UEI4 Q564E2 Q3UDY1 Q9D051 A2RSC2 Q8BMF4 G5E8T9 A5GZX3 Q7TNG8 Q9Z2V4 Q9QXG4 PROTEIN SYNTHESIS: LEUCINE%SMPDB%SMP0111873 Protein Synthesis: Leucine Q4VAG4 P68040 Q58E35 Q5M9M4 Q5M9M0 P62911 Q561N5 Q505A8 Q5M9K7 Q58EA6 Q6ZWU9 P62830 Q545X8 Q5YLW3 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 P14206 Q9CPR4 Q9CQR2 P62264 Q6ZWN5 Q497N1 Q4FZH2 Q5CZY9 Q8BP67 Q3UC02 Q5M9N8 Q642K1 Q9CXW4 P97461 P99027 P62717 Q9D823 Q7TSZ3 INOSITOL PHOSPHATE METABOLISM%SMPDB%SMP0087496 Inositol Phosphate Metabolism Q9JHU9 A2ARP1 Q6PD10 B2KF67 D3YWA2 E9Q7S0 Q80V26 Q924B0 WARFARIN ACTION PATHWAY%SMPDB%SMP0000268 Warfarin Action Pathway Q3UER0 Q9CRC0 Q91Y47 Q80YC5 P26262 P11214 Q542C2 Q3V1T9 B2RS80 Q80Y26 Q3V3W7 P11087 Q3UER8 P16294 A0A0R4J088 Q8BQ43 Q3TGR2 E9PV24 Q3TJ94 O88783 GLUCONEOGENESIS FROM L-MALIC ACID%PATHWHIZ%PW002518 Gluconeogenesis from L-Malic Acid A0A5F8MPN8 TIMOLOL ACTION PATHWAY%PATHWHIZ%PW000636 Timolol Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 ADRENOLEUKODYSTROPHY, X-LINKED%PATHWHIZ%PW000492 Adrenoleukodystrophy, X-Linked D3Z041 Q9D0K1 Q9R0A0 Q6P6M5 Q3UN55 P48410 H7BX88 Q9Z2Z6 Q9DC50 Q61285 ANTIPYRINE ACTION PATHWAY%SMPDB%SMP0000692 Antipyrine Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 HYDROXYETHYLPROMETHAZINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0059710 Hydroxyethylpromethazine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 HYPERCHOLESTEROLEMIA%PATHWHIZ%PW000221 Hypercholesterolemia Q9CZZ6 Q3TQK8 Q3V3I6 Q4FJN9 Q3THA3 G3XA48 Q8C5N9 Q3UEB4 Q61263 Q3US15 P70245 Q8K0C4 P53798 Q8CAY6 Q9CRA4 Q3TEL5 Q8BLN5 Q8BV96 O88822 Q8VCH6 Q3UYC1 INOSITOL METABOLISM%SMPDB%SMP0002397 Inositol Metabolism Q8K3R3 Q6PF93 E9QAM0 Q8VD65 E9Q7S0 Q924B0 Q80WQ2 DIHYDROPYRIMIDINE DEHYDROGENASE DEFICIENCY (DHPD)%SMPDB%SMP0000179 Dihydropyrimidine Dehydrogenase Deficiency (DHPD) Q91W43 O35969 Q9QXF8 Q3TWI2 Q61753 Q3V0B2 O08749 Q99LS3 A0A0R4J1H2 Q9DBT9 Q9QZX7 Q3UJ53 Q3UEN9 Q9CZN7 Q9CZD3 Q543K5 G3UZ26 Q9CZ08 Q8C483 Q9D964 Q544B1 Q8VCN5 A2RSW6 Q3UEN6 GLYCOGENOSIS, TYPE IA. VON GIERKE DISEASE%PATHWHIZ%PW121901 Glycogenosis, Type IA. Von Gierke Disease G3UWN2 Q3U7Z6 A0A0R4J0G0 Q3TKP4 Q3UHK1 Q9DB41 Q3UER1 P06745 Q3UX28 Q6GQU1 Q80YV4 P17751 Q5FW97 P08249 Q8K157 Q6NSQ9 S4R2G5 P15327 TOCAINIDE ACTION PATHWAY%SMPDB%SMP0000330 Tocainide Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 ALTEPLASE ACTION PATHWAY%PATHWHIZ%PW000302 Alteplase Action Pathway Q3UER0 Q9CRC0 Q91Y47 Q80YC5 P26262 P11214 Q542C2 Q3V1T9 B2RS80 Q80Y26 Q3V3W7 P11087 Q3UER8 P16294 A0A0R4J088 Q8BQ43 Q3TGR2 E9PV24 Q3TJ94 O88783 TIROFIBAN ACTION PATHWAY%PATHWHIZ%PW000293 Tirofiban Action Pathway O54890 Q9QUM0 GAMMA-GLUTAMYLTRANSPEPTIDASE DEFICIENCY%SMPDB%SMP0000501 gamma-Glutamyltranspeptidase Deficiency P47791 Q4FJZ6 Q541E2 Q4FJQ4 Q3UNA7 A7DTG9 A0A0A6YVV2 Q8K010 P97449 Q9D2S1 TICLOPIDINE ACTION PATHWAY%SMPDB%SMP0000261 Ticlopidine Action Pathway Q546L4 FAMILIAL HYPERCHOLANEMIA (FHCA)%PATHWHIZ%PW000194 Familial Hypercholanemia (FHCA) Q99LX3 D3Z3X1 P51660 Q3UNC6 Q64505 Q91X34 Q9Z0F5 Q3USU4 A0A0R4J0N7 Q3US73 P32020 Q8VCX1 Q3UEM0 O09174 Q544S6 Q9QXD1 Q3TEL5 IMINOGLYCINURIA%PATHWHIZ%PW000219 Iminoglycinuria O70577 A2RS45 Q8VC69 Q3USG4 Q3UQE3 Q9WU39 A3KN90 Q8BMD1 A2AQ52 P51906 A0A0U1RPK4 Q8VDB9 Q91WV7 Q9WUB6 Q8R1S9 Q9Z127 Q9Z1K8 Q3V0N8 Q8VCE0 Q543E4 Q9QXW9 Q8BGK6 Q3UR55 Q545P0 Q8VDN2 Q544Q7 Q3UHK5 FLURBIPROFEN ACTION PATHWAY%SMPDB%SMP0000697 Flurbiprofen Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 DOPAMINE ACTIVATION OF NEUROLOGICAL REWARD SYSTEM%PATHWHIZ%PW000440 Dopamine Activation of Neurological Reward System Q61616 P68181 Q3V1Q3 LAFUTIDINE H2-ANTIHISTAMINE ACTION%PATHWHIZ%PW051946 Lafutidine H2-Antihistamine Action Q3ZB46 Q91WH7 Q545V6 P48757 Q542R4 A0A1B0GSX9 A0A0R4J1D6 Q0VBB6 P13634 CARBAMAZEPINE METABOLISM PATHWAY%PATHWHIZ%PW000610 Carbamazepine Metabolism Pathway E9PWK1 Q9WUD0 Q2KHL4 Q91X77 Q3UW87 Q9CVC8 P53 SIGNALING PATHWAY%PATHWHIZ%PW064774 P53 Signaling Pathway Q564P6 Q61457 Q3UGB9 P13405 Q8K3J2 Q542J9 Q9CYB4 P11440 Q545C3 P22339 Q790L7 Q8BQK4 Q5DU30 METOLAZONE ACTION PATHWAY%SMPDB%SMP0000105 Metolazone Action Pathway O70577 A2RS45 Q8VC69 Q3USG4 Q3UQE3 Q9WU39 A3KN90 Q8BMD1 A2AQ52 P51906 A0A0U1RPK4 Q8VDB9 Q91WV7 Q9WUB6 Q8R1S9 Q9Z127 Q9Z1K8 Q3V0N8 Q8VCE0 Q543E4 Q9QXW9 Q8BGK6 Q3UR55 Q545P0 Q8VDN2 Q544Q7 Q3UHK5 GLYCOGEN SYNTHETASE DEFICIENCY%PATHWHIZ%PW122096 Glycogen Synthetase Deficiency F8VPN4 Q9ET01 Q8CAA7 Q3TS38 Q8R084 P06745 P00688 O08528 Q5SVI6 Q3U548 Q99KJ6 OXATOMIDE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0059044 Oxatomide H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 COMPLEMENT PATHWAY%PATHWHIZ%PW064819 Complement Pathway A0A0R4J032 P01027 P06684 Q3UEG8 Q3UP47 P21180 P14106 A0A3B0IP04 Q8CFG9 Q3UEK1 Q02105 A0AAQ4VMX2 P97290 Q91WP0 A0A1W2P7F1 A2A998 E9Q6D8 MIZOLASTINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0060230 Mizolastine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 PHENINDAMINE H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW062141 Phenindamine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 LYSINURIC PROTEIN INTOLERANCE%SMPDB%SMP0000197 Lysinuric Protein Intolerance O70577 A2RS45 Q8VC69 Q3USG4 Q3UQE3 Q9WU39 A3KN90 Q8BMD1 A2AQ52 P51906 A0A0U1RPK4 Q8VDB9 Q91WV7 Q9WUB6 Q8R1S9 Q9Z127 Q9Z1K8 Q3V0N8 Q8VCE0 Q543E4 Q9QXW9 Q8BGK6 Q3UR55 Q545P0 Q8VDN2 Q544Q7 Q3UHK5 UBIQUITIN–PROTEASOME PATHWAY%SMPDB%SMP0063816 Ubiquitin–Proteasome Pathway P0CG50 P54775 P99026 Q9R1P0 Q3UPK6 Q3ULG4 P63072 Q9R1P3 Q14AQ1 Q8BVQ9 Q58EV4 B2RT97 O55234 P62196 Q9WUD1 Q542H2 B9EHN0 P70195 Q541Z5 Q3TKG4 Q542I9 Q60692 E0CXB1 Q6RI64 Q3TS44 Q545G0 P49722 D-GLYCERIC ACIDURA%PATHWHIZ%PW000505 D-Glyceric Acidura Q3UNF5 P13707 A0A0R4J263 Q64521 Q61586 Q3UDY1 P11152 A0A0R4J1H2 Q61469 Q3TYU0 G3XA61 GNRH SIGNALING PATHWAY%SMPDB%SMP0120949 GnRH Signaling Pathway Q61527 P60766 Q61411 Q3TMJ8 F8VQ72 Q7TSJ7 Q3U5I5 Q99N57 Q8CE90 P41969 Q52L79 Q3UKW2 P63085 Q6NVF2 Q8CF69 P84309 E9Q6L9 Q3UPA1 P68404 Q6P8H4 Q4VA93 Q5FW64 Q3ULT2 A0A0F7RQH1 P53690 Q3UTE9 A0A0F7RQR1 Q8C8N0 G3X9G6 Q8CAT6 Q3UG07 P05480 Q3UPW0 F8WIS9 CAFFEINE METABOLISM%SMPDB%SMP0000028 Caffeine Metabolism Q546L3 Q2KHL4 Q9CVF2 Q91X75 B6VGH4 Q05421 Q9CVC8 ANILERIDINE ACTION PATHWAY%SMPDB%SMP0000674 Anileridine Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 CODEINE ACTION PATHWAY%PATHWHIZ%PW000411 Codeine Action Pathway Q2KHL4 Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 Q9JKY7 A2A545 Q544Q7 Q3UHK5 HYPERLYSINEMIA I, FAMILIAL%PATHWHIZ%PW000503 Hyperlysinemia I, Familial Q9D2G2 P18581 Q8BVD4 Q9DBF1 Q3UEJ8 Q8BH95 Q99ML6 Q3UEQ9 Q9WVM8 O08749 Q61425 Q8QZT1 A2ATU0 ADRENAL HYPERPLASIA TYPE 3 OR CONGENITAL ADRENAL HYPERPLASIA DUE TO 21-HYDROXYLASE DEFICIENCY%SMPDB%SMP0000373 Adrenal Hyperplasia Type 3 or Congenital Adrenal Hyperplasia Due to 21-Hydroxylase Deficiency Q53YJ1 Q7TPU0 Q4JHD9 Q3UJ92 Q6NZB9 Q8VCX1 Q3UQH5 Q3UEM0 Q3UJ12 P15539 Q9QZ82 RETEPLASE ACTION PATHWAY%SMPDB%SMP0000285 Reteplase Action Pathway Q3UER0 Q9CRC0 Q91Y47 Q80YC5 P26262 P11214 Q542C2 Q3V1T9 B2RS80 Q80Y26 Q3V3W7 P11087 Q3UER8 P16294 A0A0R4J088 Q8BQ43 Q3TGR2 E9PV24 Q3TJ94 O88783 FRUCTOSE INTOLERANCE, HEREDITARY%PATHWHIZ%PW000702 Fructose Intolerance, Hereditary E9Q1Q9 Q91W01 Q5HZI6 Q9DAK9 Q7TMC8 Q9QXD6 Q8BTZ7 G5E8F4 Q3UER1 Q8CD98 Q6GQU1 Q5FWB7 P17751 Q3UDY1 A2AFM9 Q64442 Q3V100 Q8K0C9 BUPRANOLOL ACTION PATHWAY%SMPDB%SMP0000670 Bupranolol Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 PROPOXYPHENE ACTION PATHWAY%PATHWHIZ%PW000649 Propoxyphene Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 GLYCOLYSIS%PATHWHIZ%PW088465 Glycolysis Q5FW97 P06745 O08528 Q8C605 P52480 BCR SIGNALING PATHWAY%PATHWHIZ%PW070885 BCR Signaling Pathway Q3USK4 Q3UZ64 Q80XK0 P11911 Q9DBQ6 P35991 Q8K120 Q61411 Q8C443 Q3TMJ8 F8VQ72 Q3TLP8 Q7TSJ7 P63328 P98083 Q8VDU4 Q3U5I5 Q63844 Q6P1E0 Q99N57 P15530 Q8CEI0 G3X8U7 A3KCG1 P41969 D3YWR2 Q52L79 P01101 P68404 Q4VA93 Q62077 LYSOPHOSPHATIDIC ACID LPA1 SIGNALLING%SMPDB%SMP0063746 Lysophosphatidic Acid LPA1 Signalling O88444 Q3UE22 P31750 Q9JM73 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q544V2 PROCAINE ACTION PATHWAY%PATHWHIZ%PW000408 Procaine Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 GLYCOGENOSIS, TYPE IC%SMPDB%SMP0000574 Glycogenosis, Type IC P35576 Q9D1F9 Q3U7Z6 Q9QXD6 P06745 Q3UX28 Q5NCI4 Q5FWB7 P14246 P17751 Q5SX53 Q5FW97 Q8BP54 P08249 Q8K157 Q3U6X6 O08528 Q564E2 Q9Z2V4 P15327 Q543J7 OLOPATADINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0060740 Olopatadine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 KETONE BODY METABOLISM%PATHWHIZ%PW000028 Ketone Body Metabolism Q8QZT1 P38060 Q9D0K2 Q80XN0 ASPARTATE METABOLISM%SMPDB%SMP0000067 Aspartate Metabolism G3UWN2 Q61024 Q3UJ34 Q548L6 Q3UBP0 P61922 Q8BJY7 A0A0R4J0C2 Q9D2B4 A0A498WGK2 Q8R3P0 Q91YI0 P54822 Q8C0M9 LUMIRACOXIB ACTION PATHWAY%SMPDB%SMP0000699 Lumiracoxib Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 NILOTINIB INHIBITION OF BCR-ABL%PATHWHIZ%PW032595 Nilotinib Inhibition of BCR-ABL Q80ZA1 Q3USK4 Q9JIA0 Q62120 Q5HZH3 Q8C7P2 A2RS58 Q8JZR2 P23804 P01108 Q569Z9 P46414 A0A0X1KG61 Q3U9H3 Q3U5I5 Q9JLN9 Q3ZB59 STREPTOKINASE ACTION PATHWAY%PATHWHIZ%PW000304 Streptokinase Action Pathway Q3UER0 Q9CRC0 Q91Y47 Q80YC5 P26262 P11214 Q542C2 Q3V1T9 B2RS80 Q80Y26 Q3V3W7 P11087 Q3UER8 P16294 A0A0R4J088 Q8BQ43 Q3TGR2 E9PV24 Q3TJ94 O88783 TENIPOSIDE METABOLISM PATHWAY%SMPDB%SMP0000602 Teniposide Metabolism Pathway Q7TMS4 Q01320 Q2KHL4 PHOSPHATIDYLCHOLINE BIOSYNTHESIS%SMPDB%SMP0014212 Phosphatidylcholine Biosynthesis Q505E1 Q3USD5 Q8BGS7 O54804 Q61907 P49586 HYPERORNITHINEMIA WITH GYRATE ATROPHY (HOGA)%PATHWHIZ%PW000481 Hyperornithinemia with Gyrate Atrophy (HOGA) Q3UJ34 Q04447 Q3UKT3 Q3TMZ1 Q8C196 O35969 F8WGF2 Q3TSQ7 P05201 Q9D964 Q91YI0 H7BX23 Q8CHT0 Q91WH3 Q543E2 Q61176 Q9WU79 Q8R1A8 Q8CGC7 Q3U186 INOSITOL METABOLISM%PATHWHIZ%PW088261 Inositol Metabolism Q9JHU9 Q9Z2L6 Q9QXN5 A0A5F8MPK9 Q3U4U6 A2AH22 P42337 G5DDB7 E9QAM0 Q8VD65 Q3U926 P49442 A0A1S6GWJ7 Q924B0 Q80WQ2 Q8R071 Q8BYN3 APOPTOTIC DNA FRAGMENTATION AND TISSUE HOMEOSTASIS%SMPDB%SMP0063772 Apoptotic DNA Fragmentation and Tissue Homeostasis G3UWN2 Q01320 P70677 Q3UN47 Q3TZH4 P30681 Q4FJQ4 Q8C535 GLYCEROL METABOLISM II%PATHWHIZ%PW000915 Glycerol Metabolism II GLUCONEOGENESIS%SMPDB%SMP0087318 Gluconeogenesis P35576 Q9QXD6 P06745 Q3UX28 Q5NCI4 Q5FWB7 Q80YV4 P17751 Q5SX53 Q5FW97 P08249 Q8K157 O08528 Q9Z2V4 CLEMASTINE H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW059823 Clemastine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 EPTIFIBATIDE ACTION PATHWAY%PATHWHIZ%PW000292 Eptifibatide Action Pathway O54890 Q9QUM0 CYCLIZINE H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW059857 Cyclizine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 ACTIVATION OF CAMP-DEPENDENT PROTEIN KINASE, PKA%SMPDB%SMP0063764 Activation of cAMP-dependent protein kinase, PKA E9Q9T4 Q8K1M3 Q3TY04 H3BK84 Q61012 P68181 P05132 Q3TQ70 Q9DBC7 GLUCONEOGENESIS%PATHWHIZ%PW000152 Gluconeogenesis P35576 Q9D1F9 Q3U7Z6 Q9QXD6 P06745 Q3UX28 Q5NCI4 Q5FWB7 P14246 P17751 Q5SX53 Q5FW97 Q8BP54 P08249 Q8K157 Q3U6X6 O08528 Q564E2 Q9Z2V4 P15327 Q543J7 ZELLWEGER SYNDROME%PATHWHIZ%PW000195 Zellweger Syndrome Q99LX3 D3Z3X1 P51660 Q3UNC6 Q64505 Q91X34 Q9Z0F5 Q3USU4 A0A0R4J0N7 Q3US73 P32020 Q8VCX1 Q3UEM0 O09174 Q544S6 Q9QXD1 Q3TEL5 ANISTREPLASE ACTION PATHWAY%PATHWHIZ%PW000303 Anistreplase Action Pathway Q3UER0 Q9CRC0 Q91Y47 Q80YC5 P26262 P11214 Q542C2 Q3V1T9 B2RS80 Q80Y26 Q3V3W7 P11087 Q3UER8 P16294 A0A0R4J088 Q8BQ43 Q3TGR2 E9PV24 Q3TJ94 O88783 PROTEIN SYNTHESIS: LYSINE%SMPDB%SMP0111874 Protein Synthesis: Lysine Q4VAG4 P68040 Q58E35 Q5M9M4 Q5M9M0 P62911 Q561N5 Q505A8 Q5M9K7 Q58EA6 Q6ZWU9 P62830 Q545X8 Q5YLW3 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 P14206 Q9CPR4 Q9CQR2 P62264 Q6ZWN5 Q8R2P8 Q497N1 Q4FZH2 Q5CZY9 Q8BP67 Q3UC02 Q5M9N8 Q642K1 Q9CXW4 P97461 P99027 P62717 Q9D823 DICUMAROL ACTION PATHWAY%PATHWHIZ%PW000313 Dicumarol Action Pathway Q3UER0 Q9CRC0 Q91Y47 Q80YC5 P26262 P11214 Q542C2 Q3V1T9 B2RS80 Q80Y26 Q3V3W7 P11087 Q3UER8 P16294 A0A0R4J088 Q8BQ43 Q3TGR2 E9PV24 Q3TJ94 O88783 PENTOSE PHOSPHATE PATHWAY%PATHWHIZ%PW088490 Pentose Phosphate Pathway A0A0R4J2A3 Q91YP3 Q9QXD6 P47968 P06745 B2KGF0 Q3U6X6 Q790Y8 Q8C605 Q8R1Q9 Q93092 Q9D7G0 TYROSINEMIA TYPE I%PATHWHIZ%PW000182 Tyrosinemia Type I Q3UNF5 Q3UKB9 Q5SUV8 P35505 Q0VB50 Q91XK0 Q9JJA0 Q78JT3 Q64237 Q545F0 O09173 Q3UJ53 O88587 P29812 P05201 TOLPROPAMINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0062621 Tolpropamine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 GLYCOGEN SYNTHETASE DEFICIENCY%PATHWHIZ%PW000528 Glycogen Synthetase Deficiency P06745 Q9D6Y9 F8VQM5 B5THE2 Q99KJ6 Q8VCB3 F8VPN4 Q9ET01 Q8CAA7 Q3TS38 Q3U6X6 P00688 O08528 Q5SVI6 Q3U548 MUCOPOLYSACCHARIDOSIS VII. SLY SYNDROME%PATHWHIZ%PW121876 Mucopolysaccharidosis VII. Sly Syndrome P06745 Q6GQU1 Q64676 Q99KJ6 CLASSICAL COMPLEMENT PATHWAY%PATHWHIZ%PW065057 Classical Complement Pathway Q8CFG9 A0A0R4J032 P01027 Q02105 P06684 A0AAQ4VMX2 A0A1W2P7F1 P21180 A2A998 P14106 A0A3B0IP04 E9Q6D8 GLYCOGENOSIS, TYPE IA. VON GIERKE DISEASE%SMPDB%SMP0000581 Glycogenosis, Type IA. Von Gierke Disease P35576 Q9D1F9 Q3U7Z6 Q9QXD6 P06745 Q3UX28 Q5NCI4 Q5FWB7 P14246 P17751 Q5SX53 Q5FW97 Q8BP54 P08249 Q8K157 Q3U6X6 O08528 Q564E2 Q9Z2V4 P15327 Q543J7 GLYCOLYSIS%PATHWHIZ%PW088241 Glycolysis P35576 Q5FW97 Q3U7Z6 Q8K157 Q3UER1 P06745 P52480 P47857 Q5NCI4 P14246 P15327 P17751 FRUCTOSE METABOLISM%SMPDB%SMP0012445 Fructose Metabolism Q9QXD6 Q8CDS6 Q6GQU1 Q64442 Q5FWB7 CHLOROPYRAMINE H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW058510 Chloropyramine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 PIMETHIXENE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0062886 Pimethixene H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 ALCAFTADINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0062881 Alcaftadine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 REPAGLINIDE ACTION PATHWAY%SMPDB%SMP0000454 Repaglinide Action Pathway A0A411ACZ2 Q8R5M7 A2A545 Q5EEX1 P14246 B2RUS7 STARCH AND SUCROSE METABOLISM%SMPDB%SMP0063673 Starch and Sucrose Metabolism P06745 Q6GQU1 Q64676 Q99KJ6 NICOTINATE AND NICOTINAMIDE METABOLISM%PATHWHIZ%PW000151 Nicotinate and Nicotinamide Metabolism Q99KQ4 G3X9S2 E9Q9M1 Q543K9 A0A0R4J190 Q9D9X3 Q9DCN1 Q3UGI1 Q91X91 G3X8P9 Q91W63 Q5HZI3 Q8C1W8 Q711T7 SALSALATE ACTION PATHWAY%SMPDB%SMP0000707 Salsalate Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 TELITHROMYCIN ACTION PATHWAY%PATHWHIZ%PW000350 Telithromycin Action Pathway TYROSINE METABOLISM%SMPDB%SMP0000006 Tyrosine Metabolism Q3UNF5 Q3UKB9 Q5SUV8 P35505 Q0VB50 Q91XK0 Q9JJA0 Q78JT3 Q64237 Q545F0 O09173 Q3UJ53 O88587 P29812 P05201 ACUTE INTERMITTENT PORPHYRIA%PATHWHIZ%PW000174 Acute Intermittent Porphyria Q9CY64 Q3UPG1 P70697 Q3U5U6 Q4QRK2 P36552 Q3V0B2 Q3UL56 Q3UKR3 Q9DD05 Q3UDN4 Q9D5H4 Q99KJ6 Q8BJ03 Q3UQA3 PORPHYRIA VARIEGATA (PV)%SMPDB%SMP0000346 Porphyria Variegata (PV) Q9CY64 Q3UPG1 P70697 Q3U5U6 Q4QRK2 P36552 Q3V0B2 Q3UL56 Q3UKR3 Q9DD05 Q3UDN4 Q9D5H4 Q99KJ6 Q8BJ03 Q3UQA3 ISOPRENALINE ACTION PATHWAY%SMPDB%SMP0000663 Isoprenaline Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 AMLODIPINE ACTION PATHWAY%PATHWHIZ%PW000391 Amlodipine Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 PIROXICAM ACTION PATHWAY%SMPDB%SMP0000077 Piroxicam Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 CILAZAPRIL METABOLISM PATHWAY%SMPDB%SMP0000592 Cilazapril Metabolism Pathway Q3TU20 ACRIVASTINE H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW060826 Acrivastine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 FRUCTOSE METABOLISM%PATHWHIZ%PW002390 Fructose Metabolism P06745 Q8CDS6 Q6GQU1 Q64442 ETOPOSIDE ACTION PATHWAY%SMPDB%SMP0000442 Etoposide Action Pathway Q64511 A0A0R4J015 Q2KHL4 Q543T1 A0A0R4J0Z1 Q99KV1 P21447 Q7TMS4 Q01320 Q3TML0 Q9DCY1 Q3U7T8 Q9JKR6 Q63886 P57759 D3Z6P0 Q9ESP1 Q05769 IMATINIB INHIBITION OF BCR-ABL%SMPDB%SMP0031694 Imatinib Inhibition of BCR-ABL Q80ZA1 Q3USK4 Q9JIA0 Q62120 O08966 P21447 Q5HZH3 Q8C7P2 A2RS58 Q8JZR2 P23804 P01108 Q569Z9 P46414 A0A0X1KG61 Q3U9H3 Q3U5I5 Q9JLN9 Q3ZB59 SALLA DISEASE INFANTILE SIALIC ACID STORAGE DISEASE%SMPDB%SMP0000240 Salla Disease Infantile Sialic Acid Storage Disease Q6GQU1 Q9D997 Q8BN82 A0A0R4J0B4 Q3TKA0 A0A2I3BQY4 Q3UW64 B2RS82 Q9DCJ9 Q9CPT3 Q99J77 D6RHA2 Q8BWW3 Q3UHZ7 P47856 P29416 F6UP77 DIBUCAINE ACTION PATHWAY%SMPDB%SMP0000396 Dibucaine Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 PROLINEMIA TYPE II%PATHWHIZ%PW000087 Prolinemia Type II Q3UJ34 Q04447 Q3UKT3 Q3TMZ1 Q8C196 O35969 F8WGF2 Q3TSQ7 P05201 Q9D964 Q91YI0 H7BX23 Q8CHT0 Q91WH3 Q543E2 Q61176 Q9WU79 Q8R1A8 Q8CGC7 Q3U186 TRYPTOPHAN METABOLISM%SMPDB%SMP0000063 Tryptophan Metabolism Q8R519 Q8VCW3 Q91WN4 P40936 Q5SUV8 Q14A64 Q8K4H1 Q3U6U7 Q9WVM8 D3YXV1 Q9JHZ8 Q78JT3 Q9CYK1 Q6NSV5 Q05A20 P24270 Q544B1 LPS AND CITRATE SIGNALING AND INFLAMMATION%PATHWHIZ%PW101069 LPS and Citrate Signaling and Inflammation A0A5F8MPN8 Q9CZU6 Q548Y4 Q5SWU9 P70196 Q8CBT3 Q9Z1E3 Q8C605 Q8K2B3 L0CL36 Q8JZU2 Q64HC9 Q5D0E0 Q3U7M4 P25799 Q9CZB0 Q4FJP7 Q8VC91 Q542S6 Q9CXV1 Q3TQP6 Q3V117 Q9CQA3 HYPERGLYCINEMIA, NON-KETOTIC%SMPDB%SMP0000485 Hyperglycinemia, Non-Ketotic Q91W43 O35969 Q9QXF8 Q3TWI2 Q61753 Q3V0B2 O08749 Q99LS3 A0A0R4J1H2 Q9DBT9 Q9QZX7 Q3UJ53 Q3UEN9 Q9CZN7 Q9CZD3 Q543K5 G3UZ26 Q9CZ08 Q8C483 Q9D964 Q544B1 Q8VCN5 A2RSW6 Q3UEN6 CORTICOSTERONE METHYL OXIDASE I DEFICIENCY (CMO I)%PATHWHIZ%PW000553 Corticosterone Methyl Oxidase I Deficiency (CMO I) Q53YJ1 Q7TPU0 Q4JHD9 Q3UJ92 Q6NZB9 Q8VCX1 Q3UQH5 Q3UEM0 Q3UJ12 P15539 Q9QZ82 STEROID BIOSYNTHESIS%PATHWHIZ%PW000050 Steroid Biosynthesis Q9CZZ6 Q3TQK8 Q3V3I6 Q4FJN9 Q3THA3 G3XA48 Q8C5N9 Q3UEB4 Q61263 Q3US15 P70245 Q8K0C4 P53798 Q8CAY6 Q9CRA4 Q3TEL5 Q8BLN5 Q8BV96 O88822 Q8VCH6 Q3UYC1 VASOPRESSIN REGULATION OF WATER HOMEOSTASIS%PATHWHIZ%PW000447 Vasopressin Regulation of Water Homeostasis Q3SWS4 Q9DAS9 B2RQM3 Q61012 P68181 Q3V1Q3 Q3TQ70 COAGULATION%SMPDB%SMP0000586 Coagulation Q3UER0 Q9CRC0 Q91Y47 Q80YC5 P26262 P11214 Q542C2 Q3V1T9 B2RS80 Q80Y26 Q3V3W7 P11087 Q3UER8 P16294 A0A0R4J088 Q8BQ43 Q3TGR2 E9PV24 Q3TJ94 O88783 ACENOCOUMAROL ACTION PATHWAY%PATHWHIZ%PW000312 Acenocoumarol Action Pathway Q3UER0 Q9CRC0 Q91Y47 Q80YC5 P26262 P11214 Q542C2 Q3V1T9 B2RS80 Q80Y26 Q3V3W7 P11087 Q3UER8 P16294 A0A0R4J088 Q8BQ43 Q3TGR2 E9PV24 Q3TJ94 O88783 ETHANOL DEGRADATION%PATHWHIZ%PW000021 Ethanol Degradation P24270 Q544B1 Q9CZS1 Q05421 Q69Z91 Q9QXG4 MINOCYCLINE ACTION PATHWAY%PATHWHIZ%PW000360 Minocycline Action Pathway STARCH AND SUCROSE METABOLISM%PATHWHIZ%PW088364 Starch and Sucrose Metabolism F8VPN4 Q9ET01 Q8CAA7 Q3TS38 Q8R084 P06745 P00688 O08528 Q5SVI6 Q3U548 Q99KJ6 GLYCEROL KINASE DEFICIENCY%SMPDB%SMP0000187 Glycerol Kinase Deficiency Q3UNF5 P13707 A0A0R4J263 Q64521 Q61586 Q3UDY1 P11152 A0A0R4J1H2 Q61469 Q3TYU0 G3XA61 PROTEIN SYNTHESIS: GLYCINE%PATHWHIZ%PW112928 Protein Synthesis: Glycine Q4VAG4 P68040 Q58E35 Q5M9M4 Q5M9M0 P62911 Q561N5 Q505A8 Q5M9K7 Q58EA6 Q6ZWU9 P62830 Q545X8 Q5YLW3 Q4FZE6 Q9CZX8 Q9CZD3 Q564E8 Q5I0T8 P14206 Q9CPR4 Q9CQR2 P62264 Q6ZWN5 Q497N1 Q4FZH2 Q5CZY9 Q8BP67 Q3UC02 Q5M9N8 Q642K1 Q9CXW4 P97461 P99027 P62717 Q9D823 GALACTOSEMIA%PATHWHIZ%PW000200 Galactosemia P35576 Q3U478 P70699 Q3U6X6 Q3TAW7 Q8BGZ6 Q3UDY1 Q6GQU1 Q8R059 F8VPT3 Q3U548 Q3TQJ2 BLOCH PATHWAY (CHOLESTEROL BIOSYNTHESIS)%SMPDB%SMP0121057 Bloch Pathway (Cholesterol Biosynthesis) Q9CRA4 O88822 Q8VCH6 Q3U9G9 A0A140LIT2 Q8C5N9 Q3US15 P70245 Q8K0C4 TYROSINEMIA TYPE 2 (OR RICHNER-HANHART SYNDROME)%SMPDB%SMP0000369 Tyrosinemia Type 2 (or Richner-Hanhart Syndrome) Q3UEH8 P49429 P05201 A0A0R4J0C2 P35505 Q9JJA0 A2A7S7 Q9CZU5 O09173 Q8C0C7 Q8QZR1 VALDECOXIB ACTION PATHWAY%SMPDB%SMP0000116 Valdecoxib Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 SALICYLATE-SODIUM ACTION PATHWAY%SMPDB%SMP0000708 Salicylate-Sodium Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 DOCETAXEL ACTION PATHWAY%PATHWHIZ%PW000240 Docetaxel Action Pathway P05213 A5D6P3 Q9JJL3 A0A0R4J0B6 Q8VI47 A2AQ07 P21447 SEPIAPTERIN REDUCTASE DEFICIENCY%PATHWHIZ%PW000467 Sepiapterin Reductase Deficiency Q4VAF4 B2RXY7 Q3U7P6 Q3UDY1 A0A1L1SRN0 Q8BVI4 Q544T5 Q91XH5 HYPER-IGD SYNDROME%SMPDB%SMP0000509 Hyper-IgD Syndrome Q9CZZ6 Q3TQK8 Q3V3I6 Q4FJN9 Q3THA3 G3XA48 Q8C5N9 Q3UEB4 Q61263 Q3US15 P70245 Q8K0C4 P53798 Q8CAY6 Q9CRA4 Q3TEL5 Q8BLN5 Q8BV96 O88822 Q8VCH6 Q3UYC1 TRIPROLIDINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0057581 Triprolidine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 CORTICOSTERONE METHYL OXIDASE II DEFICIENCY (CMO II)%SMPDB%SMP0000578 Corticosterone Methyl Oxidase II Deficiency (CMO II) Q53YJ1 Q7TPU0 Q4JHD9 Q3UJ92 Q6NZB9 Q8VCX1 Q3UQH5 Q3UEM0 Q3UJ12 P15539 Q9QZ82 NAD+ SIGNALLING PATHWAY (CANCER)%PATHWHIZ%PW084315 NAD+ Signalling Pathway (Cancer) Q3V449 Q80ZA1 Q53Z05 Q99KQ4 Q4FJL8 Q8BUE4 Q542Y0 Q3UGI1 Q3V3F1 Q5HZI3 OLMESARTAN ACTION PATHWAY%SMPDB%SMP0000163 Olmesartan Action Pathway Q3TU20 P29754 P63213 Q3TQ70 Q3UTR7 Q3UHH5 GLUTAMINOLYSIS AND CANCER%SMPDB%SMP0002298 Glutaminolysis and Cancer Q3TSQ7 Q571F8 Q3UX28 O08749 Q8K2B3 Q91VA7 P97807 Q3UFJ3 Q9CZB0 Q8BP54 Q9D6R2 Q9CXV1 Q3TQP6 Q9WUM5 Q9Z2I8 Q564E2 Q9D051 Q8BMF4 Q3TKM5 Q9CQA3 A2ATU0 Q99KI0 Q9D2G2 Q9Z1K8 Q9CZU6 P54071 Q9ESU7 Q3UTP8 Q9EQS3 Q3U1J0 P05202 Q544N9 Q3V117 PHOTOSYNTHESIS%SMPDB%SMP0012089 Photosynthesis P47968 B2KGF0 P17751 KIDNEY FUNCTION - ASCENDING LIMB OF THE LOOP OF HENLE%PATHWHIZ%PW122277 Kidney Function - Ascending Limb of The Loop of Henle Q3V0N8 Q8VCE0 Q3UR55 Q8VDN2 A2AQ52 Q544Q7 Q545P0 Q3UHK5 Q9WUB6 FRUCTOSE METABOLISM%PATHWHIZ%PW122616 Fructose Metabolism AMILORIDE ACTION PATHWAY%SMPDB%SMP0000133 Amiloride Action Pathway O70577 A2RS45 Q8VC69 Q3USG4 Q3UQE3 Q9WU39 A3KN90 Q8BMD1 A2AQ52 P51906 A0A0U1RPK4 Q8VDB9 Q91WV7 Q9WUB6 Q8R1S9 Q9Z127 Q9Z1K8 Q3V0N8 Q8VCE0 Q543E4 Q9QXW9 Q8BGK6 Q3UR55 Q545P0 Q8VDN2 Q544Q7 Q3UHK5 METHOTREXATE ACTION PATHWAY%SMPDB%SMP0000432 Methotrexate Action Pathway Q8BXX7 Q8R0Y6 Q3V3R1 Q6PEM8 Q3V021 Q8R1G5 P48760 P18155 Q91XD4 Q544T5 Q497H7 GLYCOGENOSIS, TYPE III. CORI DISEASE, DEBRANCHER GLYCOGENOSIS%PATHWHIZ%PW000529 Glycogenosis, Type III. Cori Disease, Debrancher Glycogenosis P06745 Q9D6Y9 F8VQM5 B5THE2 Q99KJ6 Q8VCB3 F8VPN4 Q9ET01 Q8CAA7 Q3TS38 Q3U6X6 P00688 O08528 Q5SVI6 Q3U548 SALICYLIC ACID ACTION PATHWAY%SMPDB%SMP0000709 Salicylic Acid Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 CITRULLINEMIA TYPE I%PATHWHIZ%PW000185 Citrullinemia Type I Q3UJ34 Q8C196 Q3TSQ7 Q571F8 Q9ESU7 Q3UTP8 Q91YI0 Q566C3 Q8BH59 P05202 Q543E2 Q61176 Q8R1A8 AZELASTINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0060741 Azelastine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 PROMETHAZINE H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW060150 Promethazine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 METHYLENETETRAHYDROFOLATE REDUCTASE DEFICIENCY (MTHFRD)%SMPDB%SMP0000340 Methylenetetrahydrofolate Reductase Deficiency (MTHFRD) Q91WT9 D3YUC9 E9QB02 Q497H7 Q78J03 Q8BJ64 A0A0R4J0C2 G3UZ26 Q7TSJ0 O35490 Q99J57 Q9CQ65 Q8VCN5 Q543H0 Q99LB6 RABEPRAZOLE METABOLISM PATHWAY%PATHWHIZ%PW000592 Rabeprazole Metabolism Pathway Q91WH7 Q0VBB6 DIMETHYLTHIAMBUTENE ACTION PATHWAY%SMPDB%SMP0000680 Dimethylthiambutene Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 RABEPRAZOLE ACTION PATHWAY%PATHWHIZ%PW000319 Rabeprazole Action Pathway Q3ZB46 Q91WH7 Q545V6 P48757 Q542R4 A0A1B0GSX9 A0A0R4J1D6 Q0VBB6 P13634 AMINOCAPROIC ACID ACTION PATHWAY%PATHWHIZ%PW000308 Aminocaproic Acid Action Pathway Q3UER0 Q9CRC0 Q91Y47 Q80YC5 P26262 P11214 Q542C2 Q3V1T9 B2RS80 Q80Y26 Q3V3W7 P11087 Q3UER8 P16294 A0A0R4J088 Q8BQ43 Q3TGR2 E9PV24 Q3TJ94 O88783 ETODOLAC ACTION PATHWAY%PATHWHIZ%PW000129 Etodolac Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 PROTEIN SYNTHESIS: PROLINE%PATHWHIZ%PW113695 Protein Synthesis: Proline Q4VAG4 P68040 Q58E35 Q5M9M4 Q5M9M0 P62911 Q561N5 Q505A8 Q5M9K7 Q58EA6 Q6ZWU9 P62830 Q545X8 Q5YLW3 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 P14206 Q9CPR4 Q9CQR2 P62264 Q6ZWN5 Q497N1 Q4FZH2 Q5CZY9 Q8BP67 Q3UC02 Q5M9N8 Q642K1 Q9CXW4 P97461 P99027 P62717 Q8CGC7 Q9D823 OXYBUPROCAINE ACTION PATHWAY%SMPDB%SMP0000400 Oxybuprocaine Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 VERAPAMIL ACTION PATHWAY%SMPDB%SMP0000375 Verapamil Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 TYROSINE HYDROXYLASE DEFICIENCY%SMPDB%SMP0000497 Tyrosine Hydroxylase Deficiency Q5SUV8 Q0VB50 P24529 SUCRASE-ISOMALTASE DEFICIENCY%PATHWHIZ%PW122101 Sucrase-Isomaltase Deficiency F8VPN4 Q9ET01 Q8CAA7 Q3TS38 Q8R084 P06745 P00688 O08528 Q5SVI6 Q3U548 Q99KJ6 ORNITHINE AMINOTRANSFERASE DEFICIENCY (OAT DEFICIENCY)%SMPDB%SMP0000363 Ornithine Aminotransferase Deficiency (OAT Deficiency) Q3UJ34 Q04447 Q3UKT3 Q3TMZ1 Q8C196 O35969 F8WGF2 Q3TSQ7 P05201 Q9D964 Q91YI0 H7BX23 Q8CHT0 Q91WH3 Q543E2 Q61176 Q9WU79 Q8R1A8 Q8CGC7 Q3U186 CXCR4 SIGNALING PATHWAY%SMPDB%SMP0064625 CXCR4 Signaling Pathway P63085 Q9Z1E3 Q61411 Q3TMJ8 P25799 Q8JZR2 Q3UDE9 F8VQ28 Q62077 O70167 Q61012 K7Q751 Q63844 H7BX38 A0A0R4J0N8 Q3TJP4 Q3TQ70 Q99N57 B2RSH2 Q3UHH5 ARGININE: GLYCINE AMIDINOTRANSFERASE DEFICIENCY (AGAT DEFICIENCY)%PATHWHIZ%PW000084 Arginine: Glycine Amidinotransferase Deficiency (AGAT Deficiency) Q3UJ34 Q04447 Q3UKT3 Q3TMZ1 Q8C196 O35969 F8WGF2 Q3TSQ7 P05201 Q9D964 Q91YI0 H7BX23 Q8CHT0 Q91WH3 Q543E2 Q61176 Q9WU79 Q8R1A8 Q8CGC7 Q3U186 SHORT-CHAIN ACYL-COA DEHYDROGENASE DEFICIENCY (SCAD DEFICIENCY)%PATHWHIZ%PW000108 Short-Chain Acyl-CoA Dehydrogenase Deficiency (SCAD Deficiency) D3Z041 Q99JY0 Q8BVD4 P50544 Q8BH95 Q9DBL1 Q7TQD5 Q07417 Q3UN55 Q8BWT1 Q8BMS1 A0A0R4J083 P45952 Q8QZT1 MUCOPOLYSACCHARIDOSIS VII. SLY SYNDROME%SMPDB%SMP0120839 Mucopolysaccharidosis VII. Sly Syndrome F8VPN4 Q9ET01 Q8CAA7 Q3TS38 Q8R084 P06745 P00688 O08528 Q5SVI6 Q3U548 Q99KJ6 SPIRAPRIL METABOLISM PATHWAY%SMPDB%SMP0000598 Spirapril Metabolism Pathway Q3TU20 FORASARTAN ACTION PATHWAY%PATHWHIZ%PW000280 Forasartan Action Pathway Q3TU20 P29754 Q3UTR7 DICOUMAROL ACTION PATHWAY%PATHWHIZ%PW000632 Dicoumarol Action Pathway Q3UER0 Q9CRC0 Q91Y47 Q80YC5 P26262 P11214 Q542C2 Q3V1T9 B2RS80 Q80Y26 Q3V3W7 P11087 Q3UER8 P16294 A0A0R4J088 Q8BQ43 Q3TGR2 E9PV24 Q3TJ94 O88783 CITALOPRAM ACTION PATHWAY%PATHWHIZ%PW000426 Citalopram Action Pathway Q91X77 Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q3UJ53 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8BW75 Q8VCE0 Q3UW87 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 Q9JKY7 A2A545 G3X8P9 Q544Q7 Q3UHK5 TRIPELENNAMINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0057587 Tripelennamine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 THENYLDIAMINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0062624 Thenyldiamine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 2-HYDROXYGLUTRIC ACIDURIA (D AND L FORM)%SMPDB%SMP0000136 2-Hydroxyglutric Aciduria (D and L Form) G3UWN2 Q8C196 Q3UGA8 P47791 Q8BML9 Q548L6 Q4FJZ6 Q541E2 Q3TSQ7 Q3UNA7 Q571F8 Q9CXJ1 Q9D997 P61922 A0A2I3BQY4 B2RRH9 Q566C3 Q8CHT0 P05202 P47856 P15105 WOLMAN DISEASE%PATHWHIZ%PW000487 Wolman Disease Q9CZZ6 Q3TQK8 Q3V3I6 Q4FJN9 Q3THA3 G3XA48 Q8C5N9 Q3UEB4 Q61263 Q3US15 P70245 Q8K0C4 P53798 Q8CAY6 Q9CRA4 Q3TEL5 Q8BLN5 Q8BV96 O88822 Q8VCH6 Q3UYC1 FRUCTOSE INTOLERANCE, HEREDITARY%PATHWHIZ%PW121913 Fructose Intolerance, Hereditary P05063 Q3TKP4 Q3UER1 Q6GQU1 P47857 P17751 LIDOCAINE (ANTIARRHYTHMIC) ACTION PATHWAY%PATHWHIZ%PW000381 Lidocaine (Antiarrhythmic) Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 Q2KHL4 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 B6VGH4 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 OXPRENOLOL ACTION PATHWAY%PATHWHIZ%PW000372 Oxprenolol Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 BLUE DIAPER SYNDROME%SMPDB%SMP0000583 Blue Diaper Syndrome O70577 A2RS45 Q8VC69 Q3USG4 Q3UQE3 Q9WU39 A3KN90 Q8BMD1 A2AQ52 P51906 A0A0U1RPK4 Q8VDB9 Q91WV7 Q9WUB6 Q8R1S9 Q9Z127 Q9Z1K8 Q3V0N8 Q8VCE0 Q543E4 Q9QXW9 Q8BGK6 Q3UR55 Q545P0 Q8VDN2 Q544Q7 Q3UHK5 CONGENITAL BILE ACID SYNTHESIS DEFECT TYPE II%PATHWHIZ%PW000192 Congenital Bile Acid Synthesis Defect Type II Q99LX3 D3Z3X1 P51660 Q3UNC6 Q64505 Q91X34 Q9Z0F5 Q3USU4 A0A0R4J0N7 Q3US73 P32020 Q8VCX1 Q3UEM0 O09174 Q544S6 Q9QXD1 Q3TEL5 CANDESARTAN ACTION PATHWAY%SMPDB%SMP0000158 Candesartan Action Pathway Q3TU20 P29754 P63213 Q3TQ70 Q3UTR7 Q3UHH5 LACTIC ACIDEMIA%PATHWHIZ%PW000114 Lactic Acidemia Q8BP54 Q566C3 Q3UX28 Q14CH7 Q3UEN9 TNF STRESS RELATED SIGNALING%PATHWHIZ%PW064784 TNF Stress Related Signaling Q60855 P29594 Q8C2D3 Q14B83 B2RRZ7 Q549T4 Q3U593 Q52L79 Q5SWN9 Q8CBT3 Q5U421 Q9Z1E3 F8VQ72 Q5D0E0 P25799 Q8VC91 Q7TSJ7 Q8K2U0 Q60521 Q8CE90 TRIAMTERENE ACTION PATHWAY%SMPDB%SMP0000132 Triamterene Action Pathway O70577 A2RS45 Q8VC69 Q3USG4 Q3UQE3 Q9WU39 A3KN90 Q8BMD1 A2AQ52 P51906 A0A0U1RPK4 Q8VDB9 Q91WV7 Q9WUB6 Q8R1S9 Q9Z127 Q9Z1K8 Q3V0N8 Q8VCE0 Q543E4 Q9QXW9 Q8BGK6 Q3UR55 Q545P0 Q8VDN2 Q544Q7 Q3UHK5 POLYTHIAZIDE ACTION PATHWAY%PATHWHIZ%PW000326 Polythiazide Action Pathway O70577 A2RS45 Q8VC69 Q3USG4 Q3UQE3 Q9WU39 A3KN90 Q8BMD1 A2AQ52 P51906 A0A0U1RPK4 Q8VDB9 Q91WV7 Q9WUB6 Q8R1S9 Q9Z127 Q9Z1K8 Q3V0N8 Q8VCE0 Q543E4 Q9QXW9 Q8BGK6 Q3UR55 Q545P0 Q8VDN2 Q544Q7 Q3UHK5 PHYTANIC ACID PEROXISOMAL OXIDATION%PATHWHIZ%PW000041 Phytanic Acid Peroxisomal Oxidation Q3TN99 B1AV77 P48410 Q9QXE0 Q61285 Q3TPC7 LEPIRUDIN ACTION PATHWAY%SMPDB%SMP0000278 Lepirudin Action Pathway Q3UER0 Q9CRC0 Q91Y47 Q80YC5 P26262 P11214 Q542C2 Q3V1T9 B2RS80 Q80Y26 Q3V3W7 P11087 Q3UER8 P16294 A0A0R4J088 Q8BQ43 Q3TGR2 E9PV24 Q3TJ94 O88783 PHOSPHOLIPASE C SIGNALING PATHWAY%PATHWHIZ%PW109280 Phospholipase C Signaling Pathway Q4VA93 P31750 Q62077 Q3U6Q4 Q3UPW0 MUCOPOLYSACCHARIDOSIS VII. SLY SYNDROME%SMPDB%SMP0000556 Mucopolysaccharidosis VII. Sly Syndrome P06745 Q9D6Y9 F8VQM5 B5THE2 Q99KJ6 Q8VCB3 F8VPN4 Q9ET01 Q8CAA7 Q3TS38 Q3U6X6 P00688 O08528 Q5SVI6 Q3U548 CYSTINURIA%PATHWHIZ%PW000700 Cystinuria O70577 A2RS45 Q8VC69 Q3USG4 Q3UQE3 Q9WU39 A3KN90 Q8BMD1 A2AQ52 P51906 A0A0U1RPK4 Q8VDB9 Q91WV7 Q9WUB6 Q8R1S9 Q9Z127 Q9Z1K8 Q3V0N8 Q8VCE0 Q543E4 Q9QXW9 Q8BGK6 Q3UR55 Q545P0 Q8VDN2 Q544Q7 Q3UHK5 MITOCHONDRIAL BETA-OXIDATION OF LONG CHAIN SATURATED FATTY ACIDS%SMPDB%SMP0000482 Mitochondrial Beta-Oxidation of Long Chain Saturated Fatty Acids D3Z041 Q99JY0 Q61425 Q8BH95 Q7TQD5 Q3UN55 Q8BWT1 Q9Z2Z6 Q8BMS1 A0A0R4J083 INOSITOL PHOSPHATE METABOLISM%PATHWHIZ%PW088427 Inositol Phosphate Metabolism Q9JHU9 A2ARP1 Q3UEQ1 D3YWA2 Q4FJR0 P49442 A0A0A6YXT7 Q924B0 Q8R071 2-METHYL-3-HYDROXYBUTYRYL-COA DEHYDROGENASE DEFICIENCY%PATHWHIZ%PW000061 2-Methyl-3-hydroxybutyryl-CoA Dehydrogenase Deficiency Q8CBC8 Q6PD20 P54869 Q99L13 Q9JHI5 P38060 A0A0R4J0P1 O08749 Q544B1 Q8K0L1 Q8BH95 Q9DBL1 Q3UGC8 Q07417 P53395 Q8BWT1 Q3U3J1 Q6P3A8 Q3UYS0 P45952 P61922 Q8QZS1 Q8QZT1 Q99N15 Q9D0K2 G3X8P9 E9QMT1 Q99MR8 GLUCONEOGENESIS%PATHWHIZ%PW088242 Gluconeogenesis P35576 Q3U7Z6 Q9QXD6 Q3UER1 P06745 Q3UX28 Q5SXA7 Q5NCI4 P14246 P17751 Q5SX53 Q5FW97 Q8BP54 Q8K157 Q3U6X6 Q9Z2V4 P15327 PYRIDOXINE DEPENDENCY WITH SEIZURES%SMPDB%SMP0000571 Pyridoxine Dependency with Seizures Q9D2G2 P18581 Q8BVD4 Q9DBF1 Q3UEJ8 Q8BH95 Q99ML6 Q3UEQ9 Q9WVM8 O08749 Q61425 Q8QZT1 A2ATU0 PYRROBUTAMINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0062887 Pyrrobutamine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 OXYCODONE ACTION PATHWAY%SMPDB%SMP0000409 Oxycodone Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 DOXYCYCLINE ACTION PATHWAY%PATHWHIZ%PW000359 Doxycycline Action Pathway ACEBUTOLOL ACTION PATHWAY%SMPDB%SMP0000296 Acebutolol Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 CARBINOXAMINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0058797 Carbinoxamine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 AMIKACIN ACTION PATHWAY%SMPDB%SMP0000253 Amikacin Action Pathway NICOTINE ACTION PATHWAY%SMPDB%SMP0000431 Nicotine Action Pathway Q9WUD0 Q8R2I2 Q91X75 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 Q6XL48 P97952 Q62452 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q0VBK4 Q8VDN2 Q8C7J1 A2A545 G3X8P9 Q544Q7 Q3UHK5 HEREDITARY COPROPORPHYRIA (HCP)%SMPDB%SMP0000342 Hereditary Coproporphyria (HCP) Q9CY64 Q3UPG1 P70697 Q3U5U6 Q4QRK2 P36552 Q3V0B2 Q3UL56 Q3UKR3 Q9DD05 Q3UDN4 Q9D5H4 Q99KJ6 Q8BJ03 Q3UQA3 GLYCOGEN STORAGE DISEASE TYPE 1A (GSD1A) OR VON GIERKE DISEASE%SMPDB%SMP0120488 Glycogen Storage Disease Type 1A (GSD1A) or Von Gierke Disease G3UWN2 Q3U7Z6 A0A0R4J0G0 Q3TKP4 Q3UHK1 Q9DB41 Q3UER1 P06745 Q3UX28 Q6GQU1 Q80YV4 P17751 Q5FW97 P08249 Q8K157 Q6NSQ9 S4R2G5 P15327 GLOBOID CELL LEUKODYSTROPHY%PATHWHIZ%PW000202 Globoid Cell Leukodystrophy Q8R2F2 Q8K4Q7 Q3TST8 P17439 Q58E38 Q542D6 Q64676 Q61469 O88693 Q543I9 P50428 Q810K3 Q9JHE4 Q8VCQ6 D3YTU8 Q8R4X1 Q3UUA9 Q8R0X7 Q3TAW7 Q3TIW9 Q8BGZ6 P54818 Q8CII3 LEVOBUPIVACAINE ACTION PATHWAY%PATHWHIZ%PW000403 Levobupivacaine Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 HISTIDINE METABOLISM%SMPDB%SMP0000044 Histidine Metabolism Q3UNF5 Q8CE60 Q3UKB9 A2AQK4 Q80UY1 Q922H1 E9PX09 Q3UJ53 Q9DBA8 Q61035 G5E823 Q3UEL5 P23738 Q9D1A2 Q544B1 Q91XD4 Q3TSF8 PROTEIN SYNTHESIS: ISOLEUCINE%SMPDB%SMP0111872 Protein Synthesis: Isoleucine Q4VAG4 P68040 Q58E35 Q5M9M4 Q5M9M0 P62911 Q561N5 Q505A8 Q5M9K7 Q58EA6 Q6ZWU9 P62830 Q545X8 Q5YLW3 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 P14206 Q9CPR4 Q8BU30 Q9CQR2 P62264 Q6ZWN5 Q497N1 Q4FZH2 Q5CZY9 Q8BP67 Q3UC02 Q5M9N8 Q642K1 Q9CXW4 P97461 P99027 P62717 Q9D823 MALATE-ASPARTATE SHUTTLE%PATHWHIZ%PW000030 Malate-Aspartate Shuttle Q5SX53 P08249 Q8BH59 P05202 UMP SYNTHASE DEFICIENCY (OROTIC ACIDURIA)%SMPDB%SMP0000219 UMP Synthase Deficiency (Orotic Aciduria) G3UWN2 Q8VCF1 A0A0G2JEH8 G3X908 Q91YL3 P56389 P70698 Q3U5Q7 Q544L2 Q9WTP7 Q548F2 Q8R093 Q99N42 Q9CQ43 Q6PEE3 O35435 Q3UEK4 P04184 Q8CHR6 Q9EQF5 E9Q9M1 P11157 Q60I30 SARCOSINE ONCOMETABOLITE PATHWAY%SMPDB%SMP0002313 Sarcosine Oncometabolite Pathway Q9DBF1 Q9QXF8 Q3TWI2 Q9DBT9 Q9CZN7 Q8BJ64 G3UZ26 O35490 A2AMH5 Q99J57 Q8BY89 A6H5Y3 Q99LB6 PROCAINAMIDE (ANTIARRHYTHMIC) ACTION PATHWAY%PATHWHIZ%PW000377 Procainamide (Antiarrhythmic) Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 BISOPROLOL ACTION PATHWAY%SMPDB%SMP0000300 Bisoprolol Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 COCAINE ACTION PATHWAY%SMPDB%SMP0000395 Cocaine Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 DIPHENHYDRAMINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0058785 Diphenhydramine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 LECTIN-INDUCED COMPLEMENT PATHWAY%SMPDB%SMP0063898 Lectin-Induced Complement Pathway A0A0R4J032 Q3UEK1 P01027 P06684 A0AAQ4VMX2 Q91WP0 P21180 A2A998 E9Q6D8 FATTY ACID BIOSYNTHESIS%SMPDB%SMP0000456 Fatty Acid Biosynthesis Q5SWU9 P19096 CAPECITABINE ACTION PATHWAY%PATHWHIZ%PW000256 Capecitabine Action Pathway Q8VCT4 P56389 Q544L2 E9PXX9 Q99N42 L-ARGININE:GLYCINE AMIDINOTRANSFERASE DEFICIENCY%PATHWHIZ%PW000483 L-Arginine:Glycine Amidinotransferase Deficiency Q3UJ34 Q04447 Q3UKT3 Q3TMZ1 Q8C196 O35969 F8WGF2 Q3TSQ7 P05201 Q9D964 Q91YI0 H7BX23 Q8CHT0 Q91WH3 Q543E2 Q61176 Q9WU79 Q8R1A8 Q8CGC7 Q3U186 PROTEIN SYNTHESIS: ARGININE%SMPDB%SMP0111853 Protein Synthesis: Arginine Q4VAG4 P68040 Q58E35 Q5M9M4 Q5M9M0 P62911 Q561N5 Q505A8 Q5M9K7 Q58EA6 Q6ZWU9 P62830 Q545X8 Q5YLW3 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 P14206 Q9CPR4 Q9CQR2 P62264 Q6ZWN5 Q497N1 Q4FZH2 Q5CZY9 Q9D0I9 Q8BP67 Q3UC02 Q5M9N8 Q642K1 Q9CXW4 P97461 P99027 P62717 Q9D823 BETA-ALANINE METABOLISM%SMPDB%SMP0000007 beta-Alanine Metabolism Q8CHR6 P61922 Q9EQF5 Q8K0L1 Q544B1 Q548L6 O70423 Q3TSF8 Q3UEK4 TENIPOSIDE ACTION PATHWAY%SMPDB%SMP0000443 Teniposide Action Pathway Q7TMS4 Q01320 Q2KHL4 TRANSFER OF ACETYL GROUPS INTO MITOCHONDRIA%SMPDB%SMP0000466 Transfer of Acetyl Groups into Mitochondria Q3UFJ3 Q5SX53 A0A5F8MPN8 Q8BP54 Q3TQP6 Q3UX28 Q9D051 Q3V117 CLOPIDOGREL METABOLISM PATHWAY%PATHWHIZ%PW000586 Clopidogrel Metabolism Pathway Q9WUD0 Q546L4 Q2KHL4 Q91X77 B6VGH4 P52430 P21447 CLOMOCYCLINE ACTION PATHWAY%SMPDB%SMP0000262 Clomocycline Action Pathway GLICLAZIDE ACTION PATHWAY%SMPDB%SMP0000461 Gliclazide Action Pathway A0A411ACZ2 Q8R5M7 A2A545 Q5EEX1 P14246 B2RUS7 GLYCEROL METABOLISM%SMPDB%SMP0121309 Glycerol Metabolism 4-HYDROXYBUTYRIC ACIDURIA SUCCINIC SEMIALDEHYDE DEHYDROGENASE DEFICIENCY%SMPDB%SMP0000243 4-Hydroxybutyric Aciduria Succinic Semialdehyde Dehydrogenase Deficiency G3UWN2 Q8C196 Q3UGA8 P47791 Q8BML9 Q548L6 Q4FJZ6 Q541E2 Q3TSQ7 Q3UNA7 Q571F8 Q9CXJ1 Q9D997 P61922 A0A2I3BQY4 B2RRH9 Q566C3 Q8CHT0 P05202 P47856 P15105 ALENDRONATE ACTION PATHWAY%PATHWHIZ%PW000137 Alendronate Action Pathway Q9CZZ6 Q3TQK8 Q3V3I6 Q4FJN9 Q3THA3 G3XA48 Q8C5N9 Q3UEB4 Q61263 Q3US15 P70245 Q8K0C4 P53798 Q8CAY6 Q9CRA4 Q3TEL5 Q8BLN5 Q8BV96 O88822 Q8VCH6 Q3UYC1 LABETALOL ACTION PATHWAY%PATHWHIZ%PW000389 Labetalol Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q8BZV1 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 LONG-CHAIN-3-HYDROXYACYL-COA DEHYDROGENASE DEFICIENCY (LCHAD)%PATHWHIZ%PW000520 Long-Chain-3-Hydroxyacyl-CoA Dehydrogenase Deficiency (LCHAD) Q99JY0 Q99N15 Q8BH95 Q8BWT1 Q8BMS1 Q3U6W3 Q9DCS3 THONZYLAMINE H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW059696 Thonzylamine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 BETA-UREIDOPROPIONASE DEFICIENCY%PATHWHIZ%PW000187 beta-Ureidopropionase Deficiency G3UWN2 Q8VCF1 A0A0G2JEH8 G3X908 Q91YL3 P56389 P70698 Q3U5Q7 Q544L2 Q9WTP7 Q548F2 Q8R093 Q99N42 Q9CQ43 Q6PEE3 O35435 Q3UEK4 P04184 Q8CHR6 Q9EQF5 E9Q9M1 P11157 Q60I30 FC EPSILON RECEPTOR I SIGNALING IN MAST CELLS%SMPDB%SMP0000358 Fc Epsilon Receptor I Signaling in Mast Cells Q3USK4 Q3U593 Q5SWN9 Q9ES52 Q5U421 P35991 Q61411 Q3TMJ8 Q3TLP8 Q8C7P2 Q546H1 Q7TSJ7 Q3U5I5 Q3ZB59 Q6P1E0 Q5SX78 Q99N57 Q60787 Q8CE90 Q5J7N1 Q3UNT6 D3YZ57 Q8BFP9 Q9DBX5 Q8CEI0 P07750 Q5SV01 P20491 P20109 Q9D091 P63085 P20489 P42337 Q9R0C8 Q4VA93 Q8K2U0 P31750 Q62077 Q91YS7 Q60521 DOXEPIN H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW060816 Doxepin H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 PROPIOMAZINE H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW063580 Propiomazine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 STEROIDOGENESIS%SMPDB%SMP0000130 Steroidogenesis Q53YJ1 Q7TPU0 Q4JHD9 Q3UJ92 Q6NZB9 Q8VCX1 Q3UQH5 Q3UEM0 Q3UJ12 P15539 Q9QZ82 GASTRIC ACID PRODUCTION%SMPDB%SMP0000589 Gastric Acid Production Q3ZB46 Q91WH7 Q545V6 P48757 Q542R4 A0A1B0GSX9 A0A0R4J1D6 Q0VBB6 P13634 FLECAINIDE ACTION PATHWAY%SMPDB%SMP0000331 Flecainide Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 S-ADENOSYLHOMOCYSTEINE (SAH) HYDROLASE DEFICIENCY%PATHWHIZ%PW000102 S-Adenosylhomocysteine (SAH) Hydrolase Deficiency Q91WT9 D3YUC9 E9QB02 Q497H7 Q78J03 Q8BJ64 A0A0R4J0C2 G3UZ26 Q7TSJ0 O35490 Q99J57 Q9CQ65 Q8VCN5 Q543H0 Q99LB6 GOUT OR KELLEY-SEEGMILLER SYNDROME%SMPDB%SMP0000365 Gout or Kelley-Seegmiller Syndrome Q4FK28 Q3TQC7 Q3UH83 P07742 Q8C5R8 P10639 Q8K0L2 Q3UGA8 P50096 A0A0G2JEH8 B9EIE9 Q5SUR0 Q9DCL9 Q548F2 Q9CWJ9 Q504N4 Q9JKX6 E9PVU7 Q3V1C8 Q9R0Y5 Q3V1D3 Q64737 Q9DCZ1 B2RRH9 Q9CVF2 E9Q9M1 E9Q7K1 Q543K9 Q7TPG2 P00493 P54822 Q9D5T0 P11157 Q3V1Q3 Q80YP4 Q60I30 P08030 PENTOSE PHOSPHATE PATHWAY%PATHWHIZ%PW064563 Pentose Phosphate Pathway Q3TKP4 P47968 Q3UER1 P06745 Q99MX0 B1AT84 A2A7A7 Q8R1Q9 P47857 Q93092 Q91YP3 Q9DCD0 B2KGF0 THE ONCOGENIC ACTION OF L-2-HYDROXYGLUTARATE IN HYDROXYGLUTARIC ACIDURIA%PATHWHIZ%PW002451 The Oncogenic Action of L-2-Hydroxyglutarate in Hydroxyglutaric aciduria Q91YP0 Q3TSQ7 Q571F8 Q3UX28 O08749 Q8K2B3 Q91VA7 P97807 Q3UFJ3 Q9CZB0 Q8BP54 Q9D6R2 Q9CXV1 P28271 Q9WUM5 Q9Z2I8 Q9D051 Q8BMF4 Q3TKM5 Q9CQA3 A2ATU0 Q99KI0 O88844 Q9D2G2 Q9CZU6 P54071 PENTOSE PHOSPHATE PATHWAY%SMPDB%SMP0087400 Pentose Phosphate Pathway A0A0R4J2A3 Q9QXD6 P47968 P06745 Q790Y8 Q9CS42 Q8C605 Q8R1Q9 Q93092 Q91YP3 D3Z4X1 Q3U6X6 B2KGF0 SUCCINATE SIGNALLING DURING INFLAMMATION%PATHWHIZ%PW122149 Succinate Signalling During Inflammation P25799 Q8VC91 Q62347 Q4VA93 P63085 Q63844 Q8C5P3 Q3UPW0 Q5D0E0 METHIONINE METABOLISM%SMPDB%SMP0000033 Methionine Metabolism Q91WT9 D3YUC9 E9QB02 Q497H7 Q78J03 Q8BJ64 A0A0R4J0C2 G3UZ26 Q7TSJ0 O35490 Q99J57 Q9CQ65 Q8VCN5 Q543H0 Q99LB6 PANITUMUMAB ACTION PATHWAY%SMPDB%SMP0000475 Panitumumab Action Pathway Q9WVF5 THIAZINAMIUM H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW061692 Thiazinamium H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 MULTIPLE CARBOXYLASE DEFICIENCY, NEONATAL OR EARLY ONSET FORM%SMPDB%SMP0000564 Multiple Carboxylase Deficiency, Neonatal or Early Onset Form Q9ESZ3 Q3TZ03 A0A0R4J131 A0A2I3BRW0 LANSOPRAZOLE METABOLISM PATHWAY%PATHWHIZ%PW000590 Lansoprazole Metabolism Pathway Q91WH7 Q0VBB6 NETILMICIN ACTION PATHWAY%SMPDB%SMP0000257 Netilmicin Action Pathway HYPOACETYLASPARTIA%PATHWHIZ%PW000094 Hypoacetylaspartia G3UWN2 Q61024 Q3UJ34 Q548L6 Q3UBP0 P61922 Q8BJY7 A0A0R4J0C2 Q9D2B4 A0A498WGK2 Q8R3P0 Q91YI0 P54822 Q8C0M9 ISOVALERIC ACIDURIA%PATHWHIZ%PW000091 Isovaleric Aciduria Q8CBC8 Q6PD20 P54869 Q99L13 Q9JHI5 P38060 A0A0R4J0P1 O08749 Q544B1 Q8K0L1 Q8BH95 Q9DBL1 Q3UGC8 Q07417 P53395 Q8BWT1 Q3U3J1 Q6P3A8 Q3UYS0 P45952 P61922 Q8QZS1 Q8QZT1 Q99N15 Q9D0K2 G3X8P9 E9QMT1 Q99MR8 11-BETA-HYDROXYLASE DEFICIENCY (CYP11B1)%SMPDB%SMP0000575 11-beta-Hydroxylase Deficiency (CYP11B1) Q53YJ1 Q7TPU0 Q4JHD9 Q3UJ92 Q6NZB9 Q8VCX1 Q3UQH5 Q3UEM0 Q3UJ12 P15539 Q9QZ82 DOBUTAMINE ACTION PATHWAY%PATHWHIZ%PW000639 Dobutamine Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 NABUMETONE ACTION PATHWAY%SMPDB%SMP0000114 Nabumetone Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 3-PHOSPHOGLYCERATE DEHYDROGENASE DEFICIENCY%SMPDB%SMP0000721 3-Phosphoglycerate Dehydrogenase Deficiency Q91W43 O35969 Q9QXF8 Q3TWI2 Q61753 Q3V0B2 O08749 Q99LS3 A0A0R4J1H2 Q9DBT9 Q9QZX7 Q3UJ53 Q3UEN9 Q9CZN7 Q9CZD3 Q543K5 G3UZ26 Q9CZ08 Q8C483 Q9D964 Q544B1 Q8VCN5 A2RSW6 Q3UEN6 ANTRAFENINE ACTION PATHWAY%SMPDB%SMP0000693 Antrafenine Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 TAURINE AND HYPOTAURINE METABOLISM%SMPDB%SMP0000021 Taurine and Hypotaurine Metabolism P60334 Q548L6 Q6PDY2 A0A2R8VHX0 A7DTG9 SMITH-LEMLI-OPITZ SYNDROME (SLOS)%PATHWHIZ%PW000095 Smith-Lemli-Opitz Syndrome (SLOS) Q9CZZ6 Q3TQK8 Q3V3I6 Q4FJN9 Q3THA3 G3XA48 Q8C5N9 Q3UEB4 Q61263 Q3US15 P70245 Q8K0C4 P53798 Q8CAY6 Q9CRA4 Q3TEL5 Q8BLN5 Q8BV96 O88822 Q8VCH6 Q3UYC1 CONGENITAL BILE ACID SYNTHESIS DEFECT TYPE III%PATHWHIZ%PW000193 Congenital Bile Acid Synthesis Defect Type III Q99LX3 D3Z3X1 P51660 Q3UNC6 Q64505 Q91X34 Q9Z0F5 Q3USU4 A0A0R4J0N7 Q3US73 P32020 Q8VCX1 Q3UEM0 O09174 Q544S6 Q9QXD1 Q3TEL5 DIPYRIDAMOLE (ANTIPLATELET) ACTION PATHWAY%SMPDB%SMP0000264 Dipyridamole (Antiplatelet) Action Pathway E9PVU7 HYPERORNITHINEMIA-HYPERAMMONEMIA-HOMOCITRULLINURIA [HHH-SYNDROME]%PATHWHIZ%PW000482 Hyperornithinemia-Hyperammonemia-Homocitrullinuria [HHH-syndrome] Q3UJ34 Q04447 Q3UKT3 Q3TMZ1 Q8C196 O35969 F8WGF2 Q3TSQ7 P05201 Q9D964 Q91YI0 H7BX23 Q8CHT0 Q91WH3 Q543E2 Q61176 Q9WU79 Q8R1A8 Q8CGC7 Q3U186 GEFITINIB ACTION PATHWAY%SMPDB%SMP0000473 Gefitinib Action Pathway Q9WVF5 THIOGUANINE ACTION PATHWAY%PATHWHIZ%PW000429 Thioguanine Action Pathway A0A494BAC3 Q4FK28 O88627 Q3TQC7 A0A0R4J018 Q3UH83 P07742 Q3TCZ2 Q9ERH8 Q3TLP8 Q8C5R8 P10639 Q8K0L2 Q3UGA8 P50096 A0A0G2JEH8 B9EIE9 Q5SUR0 Q9DCL9 Q548F2 Q9CWJ9 Q504N4 Q9JKX6 E9Q467 E9PVU7 Q3V1C8 Q6P8Q2 Q9R0Y5 Q3V1D3 Q64737 Q9DCZ1 B2RRH9 Q9CVF2 E9Q9M1 E9Q7K1 Q543K9 Q7TPG2 P00493 P54822 Q9D5T0 P11157 Q3V1Q3 G3X8P9 Q80YP4 Q60I30 Q8BMC5 P08030 PHENBENZAMINE H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW060645 Phenbenzamine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 PRILOCAINE ACTION PATHWAY%PATHWHIZ%PW000407 Prilocaine Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 NITRENDIPINE ACTION PATHWAY%SMPDB%SMP0000382 Nitrendipine Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 RIBOSE-5-PHOSPHATE ISOMERASE DEFICIENCY%PATHWHIZ%PW122064 Ribose-5-phosphate Isomerase Deficiency Q9QXD6 P47968 P06745 P40142 Q790Y8 Q8CD98 Q8R1Q9 Q93092 Q5FWB7 Q9D7G0 QUINIDINE ACTION PATHWAY%SMPDB%SMP0000323 Quinidine Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 PHENINDIONE ACTION PATHWAY%SMPDB%SMP0000655 Phenindione Action Pathway Q3UER0 Q9CRC0 Q91Y47 Q80YC5 P26262 P11214 Q542C2 Q3V1T9 B2RS80 Q80Y26 Q3V3W7 P11087 Q3UER8 P16294 A0A0R4J088 Q8BQ43 Q3TGR2 E9PV24 Q3TJ94 O88783 TICLOPIDINE METABOLISM PATHWAY%SMPDB%SMP0000611 Ticlopidine Metabolism Pathway Q546L4 BTG FAMILY PROTEINS AND CELL CYCLE REGULATION%SMPDB%SMP0063773 BTG Family Proteins and Cell Cycle Regulation Q3TF68 Q9QWF0 Q80ZA1 Q9CX58 Q6ZWS1 P13405 Q790L7 Q6LDU8 Q3UEG0 P20615 TRANEXAMIC ACID ACTION PATHWAY%PATHWHIZ%PW000309 Tranexamic Acid Action Pathway Q3UER0 Q9CRC0 Q91Y47 Q80YC5 P26262 P11214 Q542C2 Q3V1T9 B2RS80 Q80Y26 Q3V3W7 P11087 Q3UER8 P16294 A0A0R4J088 Q8BQ43 Q3TGR2 E9PV24 Q3TJ94 O88783 GLIBENCLAMIDE ACTION PATHWAY%SMPDB%SMP0000460 Glibenclamide Action Pathway A0A411ACZ2 Q8R5M7 A2A545 Q5EEX1 P14246 B2RUS7 ION CHANNELS AND THEIR FUNCTIONAL ROLE IN VASCULAR ENDOTHELIUM%SMPDB%SMP0063778 Ion Channels and Their Functional Role in Vascular Endothelium Q3UH83 E9Q9T4 Q8C5P3 G3UYG5 Q3UXW9 Q3UY10 Q8CCQ1 Q8BND1 Q8K3F6 Q8CAH8 Q9JK97 Q9EPK8 Q80YP4 Q8BNT2 Q9ERL9 DOXEPIN METABOLISM PATHWAY%PATHWHIZ%PW000617 Doxepin Metabolism Pathway Q2KHL4 Q91X77 B6VGH4 Q9JKY7 TELMISARTAN ACTION PATHWAY%PATHWHIZ%PW000284 Telmisartan Action Pathway Q3TU20 P29754 P63213 Q3TQ70 Q3UTR7 Q3UHH5 ESMOLOL ACTION PATHWAY%SMPDB%SMP0000301 Esmolol Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 PURINE NUCLEOSIDE PHOSPHORYLASE DEFICIENCY%SMPDB%SMP0000210 Purine Nucleoside Phosphorylase Deficiency Q4FK28 Q3TQC7 Q3UH83 P07742 Q8C5R8 P10639 Q8K0L2 Q3UGA8 P50096 A0A0G2JEH8 B9EIE9 Q5SUR0 Q9DCL9 Q548F2 Q9CWJ9 Q504N4 Q9JKX6 E9PVU7 Q3V1C8 Q9R0Y5 Q3V1D3 Q64737 Q9DCZ1 B2RRH9 Q9CVF2 E9Q9M1 E9Q7K1 Q543K9 Q7TPG2 P00493 P54822 Q9D5T0 P11157 Q3V1Q3 Q80YP4 Q60I30 P08030 LAMIVUDINE METABOLISM PATHWAY%PATHWHIZ%PW000625 Lamivudine Metabolism Pathway A0A0R4J015 Q547K2 Q545E8 A0A0R4J093 A2A9X5 O08966 Q5NC81 P09411 A0A0R4J0B6 Q8VI47 E9Q467 P49586 P21447 O70577 Q3USD5 A5D6P3 Q91W19 D3YU39 VENLAFAXINE METABOLISM PATHWAY%PATHWHIZ%PW000612 Venlafaxine Metabolism Pathway Q60857 Q2KHL4 Q91X77 Q8R2I2 Q9JKY7 P21447 GALACTOSEMIA II (GALK)%SMPDB%SMP0000495 Galactosemia II (GALK) Q3TS38 Q9CXZ9 Q3U6X6 Q91XL3 Q5SVI6 Q8R059 Q3U548 Q3TQJ2 ROSIGLITAZONE METABOLISM PATHWAY%PATHWHIZ%PW000629 Rosiglitazone Metabolism Pathway Q9CVC8 EPLERENONE ACTION PATHWAY%SMPDB%SMP0000135 Eplerenone Action Pathway O70577 A2RS45 Q8VC69 Q3USG4 Q3UQE3 Q9WU39 A3KN90 Q8BMD1 A2AQ52 P51906 A0A0U1RPK4 Q8VDB9 Q91WV7 Q9WUB6 Q8R1S9 Q9Z127 Q9Z1K8 Q3V0N8 Q8VCE0 Q543E4 Q9QXW9 Q8BGK6 Q3UR55 Q545P0 Q8VDN2 Q544Q7 Q3UHK5 ETOPOSIDE METABOLISM PATHWAY%PATHWHIZ%PW000577 Etoposide Metabolism Pathway Q64511 A0A0R4J015 Q2KHL4 Q543T1 A0A0R4J0Z1 Q99KV1 P21447 Q7TMS4 Q01320 Q3TML0 Q9DCY1 Q3U7T8 Q9JKR6 Q63886 P57759 D3Z6P0 Q9ESP1 Q05769 OMEPRAZOLE METABOLISM PATHWAY%SMPDB%SMP0000613 Omeprazole Metabolism Pathway Q91WH7 Q0VBB6 SUCRASE-ISOMALTASE DEFICIENCY%PATHWHIZ%PW121877 Sucrase-Isomaltase Deficiency P06745 Q6GQU1 Q64676 Q99KJ6 ARBUTAMINE ACTION PATHWAY%SMPDB%SMP0000664 Arbutamine Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 METHADYL ACETATE ACTION PATHWAY%PATHWHIZ%PW000655 Methadyl Acetate Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 MAPLE SYRUP URINE DISEASE%PATHWHIZ%PW000064 Maple Syrup Urine Disease Q8CBC8 Q6PD20 P54869 Q99L13 Q9JHI5 P38060 A0A0R4J0P1 O08749 Q544B1 Q8K0L1 Q8BH95 Q9DBL1 Q3UGC8 Q07417 P53395 Q8BWT1 Q3U3J1 Q6P3A8 Q3UYS0 P45952 P61922 Q8QZS1 Q8QZT1 Q99N15 Q9D0K2 G3X8P9 E9QMT1 Q99MR8 HOMOCARNOSINOSIS%SMPDB%SMP0000385 Homocarnosinosis G3UWN2 Q8C196 Q3UGA8 P47791 Q8BML9 Q548L6 Q4FJZ6 Q541E2 Q3TSQ7 Q3UNA7 Q571F8 Q9CXJ1 Q9D997 P61922 A0A2I3BQY4 B2RRH9 Q566C3 Q8CHT0 P05202 P47856 P15105 ARSENATE DETOXIFICATION%PATHWHIZ%PW122396 Arsenate Detoxification Q5DX24 O09131 P17809 Q91WU5 Q4FK77 Q543K9 P14142 TYROSINEMIA TYPE 3 (TYRO3)%PATHWHIZ%PW000121 Tyrosinemia Type 3 (TYRO3) Q3UEH8 P49429 P05201 A0A0R4J0C2 P35505 Q9JJA0 A2A7S7 Q9CZU5 O09173 Q8C0C7 Q8QZR1 HISTAMINE H1 RECEPTOR ACTIVATION%SMPDB%SMP0063452 Histamine H1 Receptor Activation P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 INOSITOL PHOSPHATE METABOLISM%PATHWHIZ%PW088275 Inositol Phosphate Metabolism Q9JHU9 A2ARP1 Q6PD10 Q9Z2L6 B2KF67 Q3URI3 P49442 Q924B0 Q8R071 Q8BYN3 PROTEIN SYNTHESIS: SERINE%PATHWHIZ%PW120517 Protein Synthesis: Serine Q4VAG4 P68040 Q58E35 Q5M9M4 Q5M9M0 P62911 Q561N5 Q505A8 Q5M9K7 Q58EA6 Q6ZWU9 P62830 Q545X8 Q5YLW3 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 P14206 Q9CPR4 Q8C483 Q9CQR2 P62264 Q6ZWN5 Q497N1 Q4FZH2 Q5CZY9 Q8BP67 Q3UC02 Q5M9N8 Q642K1 Q9CXW4 P97461 P99027 P62717 Q9D823 LYSOPHOSPHATIDIC ACID LPA2 SIGNALLING%SMPDB%SMP0063753 Lysophosphatidic Acid LPA2 Signalling O88444 Q9JL06 Q3UE22 P31750 Q9JM73 Q8C8N0 P63213 Q3TQ70 Q3UPW0 BILE ACID INDIRECT SIGNALLING PATHWAY%SMPDB%SMP0086851 Bile Acid Indirect Signalling Pathway Q7TSI8 Q790L8 Q8CIM9 Q0VBB8 A0A0R4IZY3 Q99N32 E9QK53 Q3V1T8 GLYCOGENOSIS, TYPE VII. TARUI DISEASE%SMPDB%SMP0120596 Glycogenosis, Type VII. Tarui Disease P09041 Q3U7Z6 Q3UHK1 Q3UER1 P06745 Q8C605 Q6GQU1 P52480 P17751 Q5FW97 Q8K157 Q6NSQ9 S4R2G5 P15327 PANCREAS FUNCTION - ALPHA CELL%PATHWHIZ%PW122296 Pancreas Function - Alpha Cell Q542S9 A0A411ACZ2 Q3UVD6 Q99L88 Q8C3I3 Q8R5M7 A2A545 P55095 P14246 B2RUS7 FLUNARIZINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0061047 Flunarizine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 CARPROFEN ACTION PATHWAY%SMPDB%SMP0000694 Carprofen Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 PHENPROCOUMON ACTION PATHWAY%PATHWHIZ%PW000314 Phenprocoumon Action Pathway Q3UER0 Q9CRC0 Q91Y47 Q80YC5 P26262 P11214 Q542C2 Q3V1T9 B2RS80 Q80Y26 Q3V3W7 P11087 Q3UER8 P16294 A0A0R4J088 Q8BQ43 Q3TGR2 E9PV24 Q3TJ94 O88783 FRUCTOSURIA%SMPDB%SMP0000561 Fructosuria E9Q1Q9 Q91W01 Q5HZI6 Q9DAK9 Q7TMC8 Q9QXD6 Q8BTZ7 G5E8F4 Q3UER1 Q8CD98 Q6GQU1 Q5FWB7 P17751 Q3UDY1 A2AFM9 Q64442 Q3V100 Q8K0C9 BETA OXIDATION OF VERY LONG CHAIN FATTY ACIDS%PATHWHIZ%PW000161 Beta Oxidation of Very Long Chain Fatty Acids D3Z041 Q9D0K1 Q9R0A0 Q6P6M5 Q3UN55 P48410 H7BX88 Q9Z2Z6 Q9DC50 Q61285 INTRACELLULAR SIGNALLING THROUGH PROSTACYCLIN RECEPTOR AND PROSTACYCLIN%SMPDB%SMP0000354 Intracellular Signalling Through Prostacyclin Receptor and Prostacyclin Q8CC99 Q61012 P68181 Q3V1Q3 Q3TQ70 B1B1A8 P09542 CHLORPHENAMINE H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW057579 Chlorphenamine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 LYSINE DEGRADATION%PATHWHIZ%PW000029 Lysine Degradation Q9D2G2 P18581 Q8BVD4 Q9DBF1 Q3UEJ8 Q8BH95 Q99ML6 Q3UEQ9 Q9WVM8 O08749 Q61425 Q8QZT1 A2ATU0 TOLL-LIKE RECEPTOR PATHWAY 2%SMPDB%SMP0069593 Toll-Like Receptor Pathway 2 P70196 Q8CBT3 Q5U421 Q9Z1E3 F8VQ72 Q5D0E0 P25799 Q9D5S8 Q8VC91 Q8CF89 Q3UV88 Q7TSJ7 Q9EQU3 Q8CB40 P58682 Q599W9 Q8BR10 Q99MB1 Q99K90 G3X8Y8 A0A0R4J174 B9EJ46 F7AT44 Q548Y4 Q923A8 L0CL36 Q64HC9 Q3U7M4 Q4FJP7 Q542S6 Q8K2U0 GUANIDINOACETATE METHYLTRANSFERASE DEFICIENCY (GAMT DEFICIENCY)%SMPDB%SMP0000188 Guanidinoacetate Methyltransferase Deficiency (GAMT Deficiency) Q3UJ34 Q04447 Q3UKT3 Q3TMZ1 Q8C196 O35969 F8WGF2 Q3TSQ7 P05201 Q9D964 Q91YI0 H7BX23 Q8CHT0 Q91WH3 Q543E2 Q61176 Q9WU79 Q8R1A8 Q8CGC7 Q3U186 IRINOTECAN METABOLISM PATHWAY%SMPDB%SMP0000600 Irinotecan Metabolism Pathway Q2KHL4 A0A0R4J0B6 Q8VI47 A0A0R4J0Z1 Q99KV1 P21447 Q62452 Q8VCT4 Q3TML0 A5D6P3 Q9DCY1 Q3ULF5 Q3U7T8 Q03311 F6Z9B9 Q9JKR6 Q63886 P57759 D3Z6P0 Q9ESP1 RIBOSE-5-PHOSPHATE ISOMERASE DEFICIENCY%SMPDB%SMP0120584 Ribose-5-phosphate Isomerase Deficiency Q3TKP4 P47968 Q3UER1 P06745 Q99MX0 B1AT84 A2A7A7 Q8R1Q9 P47857 Q93092 Q91YP3 Q9DCD0 B2KGF0 QUIFENADINE H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW061693 Quifenadine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 HYDROCODONE ACTION PATHWAY%SMPDB%SMP0000411 Hydrocodone Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 PANTOTHENATE AND COA BIOSYNTHESIS%SMPDB%SMP0000027 Pantothenate and CoA Biosynthesis Q8VDG5 Q9DBL7 Q9Z0K8 G3X9S2 A0A1L1SUH2 Q543J7 METOPROLOL ACTION PATHWAY%PATHWHIZ%PW000370 Metoprolol Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 PENTOSE PHOSPHATE PATHWAY%SMPDB%SMP0000031 Pentose Phosphate Pathway Q9QXD6 P47968 P06745 P40142 Q790Y8 Q8CD98 Q8R1Q9 Q93092 Q5FWB7 Q91YP3 D3Z4X1 Q9DCD0 Q8C5R8 Q3U6X6 B2KGF0 TRIFUNCTIONAL PROTEIN DEFICIENCY%SMPDB%SMP0000545 Trifunctional Protein Deficiency D3Z041 Q99JY0 Q8BVD4 P50544 Q8BH95 Q9DBL1 Q7TQD5 Q07417 Q3UN55 Q8BWT1 Q8BMS1 A0A0R4J083 P45952 Q8QZT1 MOLYBDENUM COFACTOR DEFICIENCY%SMPDB%SMP0000203 Molybdenum Cofactor Deficiency Q4FK28 Q3TQC7 Q3UH83 P07742 Q8C5R8 P10639 Q8K0L2 Q3UGA8 P50096 A0A0G2JEH8 B9EIE9 Q5SUR0 Q9DCL9 Q548F2 Q9CWJ9 Q504N4 Q9JKX6 E9PVU7 Q3V1C8 Q9R0Y5 Q3V1D3 Q64737 Q9DCZ1 B2RRH9 Q9CVF2 E9Q9M1 E9Q7K1 Q543K9 Q7TPG2 P00493 P54822 Q9D5T0 P11157 Q3V1Q3 Q80YP4 Q60I30 P08030 SOTALOL ACTION PATHWAY%SMPDB%SMP0000660 Sotalol Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 NON-KETOTIC HYPERGLYCINEMIA%PATHWHIZ%PW000209 Non-Ketotic Hyperglycinemia Q91W43 O35969 Q9QXF8 Q3TWI2 Q61753 Q3V0B2 O08749 Q99LS3 A0A0R4J1H2 Q9DBT9 Q9QZX7 Q3UJ53 Q3UEN9 Q9CZN7 Q9CZD3 Q543K5 G3UZ26 Q9CZ08 Q8C483 Q9D964 Q544B1 Q8VCN5 A2RSW6 Q3UEN6 MOEXIPRIL ACTION PATHWAY%SMPDB%SMP0000151 Moexipril Action Pathway Q3TU20 Q3UTR7 17-ALPHA-HYDROXYLASE DEFICIENCY (CYP17)%PATHWHIZ%PW000542 17-alpha-Hydroxylase Deficiency (CYP17) Q53YJ1 Q7TPU0 Q4JHD9 Q3UJ92 Q6NZB9 Q8VCX1 Q3UQH5 Q3UEM0 Q3UJ12 P15539 Q9QZ82 LEVOCETIRIZINE H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW060053 Levocetirizine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 TEMELASTINE H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW063837 Temelastine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 INTRACELLULAR SIGNALLING THROUGH ADENOSINE RECEPTOR A2A AND ADENOSINE%SMPDB%SMP0000320 Intracellular Signalling Through Adenosine Receptor A2a and Adenosine Q810V8 Q8CBT3 Q9Z1E3 Q61411 F8VQ72 Q5D0E0 P25799 Q7TSJ7 Q3U9H3 Q8CE90 Q3UQC2 Q6NXI4 P41969 Q3V3W9 O08648 Q52L79 Q8CAU3 Q3TY70 P63085 Q8CBR9 Q3UV15 Q9WUI1 P42337 Q3V341 A0A0R4J0X8 P28028 G5E884 Q62347 P31750 Q61012 Q3UHZ0 P68181 Q91YS7 Q3TQ70 Q60521 ACTIVATION OF PKC THROUGH G PROTEIN-COUPLED RECEPTOR%PATHWHIZ%PW000726 Activation of PKC Through G Protein-Coupled Receptor Q4VA93 Q8C8N0 Q3UPW0 Q3UHH5 HAWKINSINURIA%PATHWHIZ%PW000181 Hawkinsinuria Q3UNF5 Q3UKB9 Q5SUV8 P35505 Q0VB50 Q91XK0 Q9JJA0 Q78JT3 Q64237 Q545F0 O09173 Q3UJ53 O88587 P29812 P05201 FOLATE MALABSORPTION, HEREDITARY%PATHWHIZ%PW000701 Folate Malabsorption, Hereditary Q8BXX7 Q8R0Y6 Q3V3R1 Q6PEM8 Q3V021 Q8R1G5 P48760 P18155 Q91XD4 Q544T5 Q497H7 SUFENTANIL ACTION PATHWAY%PATHWHIZ%PW000423 Sufentanil Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 CLOCINIZINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0062788 Clocinizine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 PROPANOATE METABOLISM%SMPDB%SMP0000016 Propanoate Metabolism Q8K0L1 Q8BH95 Q5SWU9 Q3UGC8 P53395 A0A0U1RQ27 Q3U3J1 O08749 Q6P3A8 Q99J39 Q3UYS0 Q8BVP2 Q69Z91 P45952 P61922 Q8QZS1 Q8QZT1 TRICHLORMETHIAZIDE ACTION PATHWAY%SMPDB%SMP0000121 Trichlormethiazide Action Pathway O70577 A2RS45 Q8VC69 Q3USG4 Q3UQE3 Q9WU39 A3KN90 Q8BMD1 A2AQ52 P51906 A0A0U1RPK4 Q8VDB9 Q91WV7 Q9WUB6 Q8R1S9 Q9Z127 Q9Z1K8 Q3V0N8 Q8VCE0 Q543E4 Q9QXW9 Q8BGK6 Q3UR55 Q545P0 Q8VDN2 Q544Q7 Q3UHK5 FATTY ACID ELONGATION IN MITOCHONDRIA%SMPDB%SMP0000054 Fatty Acid Elongation in Mitochondria Q99JY0 Q99N15 Q8BH95 Q8BWT1 Q8BMS1 Q3U6W3 Q9DCS3 ALVIMOPAN ACTION PATHWAY%SMPDB%SMP0000685 Alvimopan Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 PROTEIN SYNTHESIS: THREONINE%PATHWHIZ%PW120525 Protein Synthesis: Threonine Q4VAG4 P68040 Q58E35 Q5M9M4 Q5M9M0 P62911 Q561N5 Q505A8 Q5M9K7 Q58EA6 Q6ZWU9 P62830 Q545X8 Q5YLW3 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 P14206 Q9CPR4 Q9CQR2 P62264 Q6ZWN5 Q497N1 Q4FZH2 Q5CZY9 Q8BP67 Q3UC02 Q5M9N8 Q9D0R2 Q642K1 Q9CXW4 P97461 P99027 P62717 Q9D823 SIMVASTATIN ACTION PATHWAY%PATHWHIZ%PW000127 Simvastatin Action Pathway Q9CZZ6 Q3TQK8 Q3V3I6 Q4FJN9 Q3THA3 G3XA48 Q8C5N9 Q3UEB4 Q61263 Q3US15 P70245 Q8K0C4 P53798 Q8CAY6 Q9CRA4 Q3TEL5 Q8BLN5 Q8BV96 O88822 Q8VCH6 Q3UYC1 FRUCTOSE-1,6-DIPHOSPHATASE DEFICIENCY%PATHWHIZ%PW121882 Fructose-1,6-diphosphatase Deficiency G3UWN2 Q3U7Z6 A0A0R4J0G0 Q3TKP4 Q3UHK1 Q9DB41 Q3UER1 P06745 Q3UX28 Q6GQU1 Q80YV4 P17751 Q5FW97 P08249 Q8K157 Q6NSQ9 S4R2G5 P15327 WARBURG EFFECT%PATHWHIZ%PW088382 Warburg Effect Q3TSQ7 Q3UX28 O08749 P52480 Q8K2B3 Q5NCI4 Q91VA7 P97807 Q9CZB0 Q5FW97 Q9D6R2 Q9CXV1 P28271 Q9WUM5 Q3UEI4 Q9D051 Q8BMF4 Q9CQA3 A2ATU0 Q99KI0 A0A5F8MPN8 O88844 Q9D2G2 Q9CZU6 P47968 P06745 P40142 Q790Y8 P09411 Q8CD98 Q93092 Q543U3 O08528 Q544N9 D3Z7P3 PTERINE BIOSYNTHESIS%PATHWHIZ%PW000140 Pterine Biosynthesis Q4VAF4 B2RXY7 Q3U7P6 Q3UDY1 A0A1L1SRN0 Q8BVI4 Q544T5 Q91XH5 NUCLEOTIDE SUGARS METABOLISM%PATHWHIZ%PW000031 Nucleotide Sugars Metabolism Q3TS38 Q9CXZ9 Q3U6X6 Q91XL3 Q5SVI6 Q8R059 Q3U548 Q3TQJ2 PYRUVATE DEHYDROGENASE DEFICIENCY (E3)%SMPDB%SMP0000550 Pyruvate Dehydrogenase Deficiency (E3) A0A5F8MPN8 Q9D2G2 Q9CZU6 Q3UX28 O08749 Q8K2B3 Q91VA7 P97807 Q3UFJ3 Q9CZB0 Q8BP54 Q9D6R2 Q9CXV1 Q9WUM5 Q9Z2I8 Q9D051 Q8BMF4 Q3TKM5 Q9CQA3 A2ATU0 Q99KI0 3-METHYLTHIOFENTANYL ACTION PATHWAY%PATHWHIZ%PW000656 3-Methylthiofentanyl Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 PROTEIN SYNTHESIS: ALANINE%PATHWHIZ%PW120529 Protein Synthesis: Alanine Q4VAG4 P68040 Q58E35 Q5M9M4 Q5M9M0 P62911 Q561N5 Q505A8 Q5M9K7 Q58EA6 Q6ZWU9 P62830 Q545X8 Q5YLW3 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 P14206 Q9CPR4 Q9CQR2 P62264 Q6ZWN5 Q497N1 Q4FZH2 Q5CZY9 Q8BP67 Q3UC02 Q5M9N8 P62918 Q5M8Q0 D3YTQ9 Q5BLK2 Q9D7P1 Q5M9L7 Q642K1 Q9CXW4 Q3UD67 P97461 P99027 P62717 Q9D823 VINBLASTINE ACTION PATHWAY%SMPDB%SMP0000436 Vinblastine Action Pathway A0A0R4J015 Q564P6 Q62172 Q80ZA1 P05213 Q2KHL4 A5D6P3 Q8VI47 Q8R4P9 A2AQ07 P21447 QUINAPRIL METABOLISM PATHWAY%SMPDB%SMP0000596 Quinapril Metabolism Pathway Q3TU20 CARVEDILOL ACTION PATHWAY%SMPDB%SMP0000367 Carvedilol Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q8BZV1 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 TRANDOLAPRIL ACTION PATHWAY%SMPDB%SMP0000157 Trandolapril Action Pathway Q3TU20 Q3UTR7 BETAHISTINE H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW061694 Betahistine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 DEMECLOCYCLINE ACTION PATHWAY%PATHWHIZ%PW000358 Demeclocycline Action Pathway INOSITOL PHOSPHATE METABOLISM%SMPDB%SMP0063630 Inositol Phosphate Metabolism D3YWA2 P0C028 Q69ZK0 Q6P549 ESOMEPRAZOLE ACTION PATHWAY%PATHWHIZ%PW000315 Esomeprazole Action Pathway Q3ZB46 Q91WH7 Q545V6 P48757 Q542R4 A0A1B0GSX9 A0A0R4J1D6 Q0VBB6 P13634 SARCOSINEMIA%SMPDB%SMP0000244 Sarcosinemia Q91W43 O35969 Q9QXF8 Q3TWI2 Q61753 Q3V0B2 O08749 Q99LS3 A0A0R4J1H2 Q9DBT9 Q9QZX7 Q3UJ53 Q3UEN9 Q9CZN7 Q9CZD3 Q543K5 G3UZ26 Q9CZ08 Q8C483 Q9D964 Q544B1 Q8VCN5 A2RSW6 Q3UEN6 LYSINURIC PROTEIN INTOLERANCE (LPI)%SMPDB%SMP0000585 Lysinuric Protein Intolerance (LPI) O70577 A2RS45 Q8VC69 Q3USG4 Q3UQE3 Q9WU39 A3KN90 Q8BMD1 A2AQ52 P51906 A0A0U1RPK4 Q8VDB9 Q91WV7 Q9WUB6 Q8R1S9 Q9Z127 Q9Z1K8 Q3V0N8 Q8VCE0 Q543E4 Q9QXW9 Q8BGK6 Q3UR55 Q545P0 Q8VDN2 Q544Q7 Q3UHK5 QUETIAPINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0062884 Quetiapine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 UBIQUINONE BIOSYNTHESIS%SMPDB%SMP0000065 Ubiquinone Biosynthesis Q8R1S0 Q66JT7 Q3TYT1 Q9CXI0 Q8BMS4 EPINASTINE H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW062142 Epinastine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 GLYCOGENOSIS, TYPE IA. VON GIERKE DISEASE%SMPDB%SMP0120864 Glycogenosis, Type IA. Von Gierke Disease P35576 Q9QXD6 P06745 Q3UX28 Q5NCI4 Q5FWB7 Q80YV4 P17751 Q5SX53 Q5FW97 P08249 Q8K157 O08528 Q9Z2V4 XANTHINE DEHYDROGENASE DEFICIENCY (XANTHINURIA)%SMPDB%SMP0000220 Xanthine Dehydrogenase Deficiency (Xanthinuria) Q4FK28 Q3TQC7 Q3UH83 P07742 Q8C5R8 P10639 Q8K0L2 Q3UGA8 P50096 A0A0G2JEH8 B9EIE9 Q5SUR0 Q9DCL9 Q548F2 Q9CWJ9 Q504N4 Q9JKX6 E9PVU7 Q3V1C8 Q9R0Y5 Q3V1D3 Q64737 Q9DCZ1 B2RRH9 Q9CVF2 E9Q9M1 E9Q7K1 Q543K9 Q7TPG2 P00493 P54822 Q9D5T0 P11157 Q3V1Q3 Q80YP4 Q60I30 P08030 GLYCOGENOSIS, TYPE IB%PATHWHIZ%PW122117 Glycogenosis, Type IB P35576 Q9QXD6 P06745 Q3UX28 Q5NCI4 Q5FWB7 Q80YV4 P17751 Q5SX53 Q5FW97 P08249 Q8K157 O08528 Q9Z2V4 GLYCOGENOSIS, TYPE VI. HERS DISEASE%SMPDB%SMP0120838 Glycogenosis, Type VI. Hers Disease F8VPN4 Q9ET01 Q8CAA7 Q3TS38 Q8R084 P06745 P00688 O08528 Q5SVI6 Q3U548 Q99KJ6 AZITHROMYCIN ACTION PATHWAY%PATHWHIZ%PW000345 Azithromycin Action Pathway PYRUVATE DEHYDROGENASE DEFICIENCY (E2)%SMPDB%SMP0000551 Pyruvate Dehydrogenase Deficiency (E2) A0A5F8MPN8 Q9D2G2 Q9CZU6 Q3UX28 O08749 Q8K2B3 Q91VA7 P97807 Q3UFJ3 Q9CZB0 Q8BP54 Q9D6R2 Q9CXV1 Q9WUM5 Q9Z2I8 Q9D051 Q8BMF4 Q3TKM5 Q9CQA3 A2ATU0 Q99KI0 TRISALICYLATE-CHOLINE ACTION PATHWAY%PATHWHIZ%PW000680 Trisalicylate-Choline Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 HISTIDINEMIA%PATHWHIZ%PW000113 Histidinemia Q3UNF5 Q8CE60 Q3UKB9 A2AQK4 Q80UY1 Q922H1 E9PX09 Q3UJ53 Q9DBA8 Q61035 G5E823 Q3UEL5 P23738 Q9D1A2 Q544B1 Q91XD4 Q3TSF8 CILOSTAZOL ACTION PATHWAY%SMPDB%SMP0000263 Cilostazol Action Pathway Q2KHL4 Q91X77 E9PVU7 MONOAMINE OXIDASE-A DEFICIENCY (MAO-A)%PATHWHIZ%PW000509 Monoamine Oxidase-A Deficiency (MAO-A) Q3UNF5 Q3UKB9 Q5SUV8 P35505 Q0VB50 Q91XK0 Q9JJA0 Q78JT3 Q64237 Q545F0 O09173 Q3UJ53 O88587 P29812 P05201 FENETHAZINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0059707 Fenethazine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 MITOCHONDRIAL BETA-OXIDATION OF MEDIUM CHAIN SATURATED FATTY ACIDS%PATHWHIZ%PW000172 Mitochondrial Beta-Oxidation of Medium Chain Saturated Fatty Acids P45952 Q99JY0 Q61425 Q8BH95 Q8BWT1 Q9Z2Z6 Q8BMS1 Q91VA0 ROXITHROMYCIN ACTION PATHWAY%SMPDB%SMP0000251 Roxithromycin Action Pathway SULFATE SULFITE METABOLISM%PATHWHIZ%PW000040 Sulfate Sulfite Metabolism D3Z0E6 Q91W19 Q8R086 A0A1B0GST5 B9EHC3 A0A494BB18 ANDROSTENEDIONE METABOLISM%SMPDB%SMP0030406 Androstenedione Metabolism Q4JHD9 Q8VCX1 P70385 Q3UEM0 Q3ZAT3 A0A0R4J0Z1 Q99KV1 Q8BUR8 Q3TML0 Q9DCY1 Q3U7T8 Q9JKR6 Q63886 P57759 D3Z6P0 Q3UQH5 Q9ESP1 CYCLOPHOSPHAMIDE METABOLISM PATHWAY%PATHWHIZ%PW000580 Cyclophosphamide Metabolism Pathway P24549 Q9WUD0 Q3UNF5 P15626 Q2KHL4 Q91X77 Q91X75 Q9CVC8 THE ONCOGENIC ACTION OF SUCCINATE%PATHWHIZ%PW002360 The Oncogenic Action of Succinate Q3UX28 O08749 Q8K2B3 Q91VA7 P97807 Q80X29 Q3UFJ3 Q9CZB0 Q8BP54 Q9D6R2 Q9CXV1 Q9QZD8 P28271 A0A0R4J0H9 Q9WUM5 Q9Z2I8 Q9D051 Q8BMF4 Q3TKM5 Q9CQA3 A2ATU0 Q99KI0 O88844 Q9D2G2 Q9CZU6 P54071 BEVACIZUMAB ACTION PATHWAY%SMPDB%SMP0000420 Bevacizumab Action Pathway P35918 Q00731 O55095 NEOMYCIN ACTION PATHWAY%SMPDB%SMP0000256 Neomycin Action Pathway MORPHINE METABOLISM PATHWAY%SMPDB%SMP0000622 Morphine Metabolism Pathway P70691 Q3UEP4 A1KZZ4 A0A0R4J0Z1 Q99KV1 Q62452 Q3TML0 Q9DCY1 Q3U7T8 Q8R084 Q9JKR6 Q63886 P57759 D3Z6P0 Q9ESP1 GLYCEROL METABOLISM III (SN-GLYCERO-3-PHOSPHOETHANOLAMINE)%PATHWHIZ%PW000916 Glycerol Metabolism III (sn-Glycero-3-Phosphoethanolamine) BROMODIPHENHYDRAMINE H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW059740 Bromodiphenhydramine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 TRANSALDOLASE DEFICIENCY%SMPDB%SMP0120585 Transaldolase Deficiency Q3TKP4 P47968 Q3UER1 P06745 Q99MX0 B1AT84 A2A7A7 Q8R1Q9 P47857 Q93092 Q91YP3 Q9DCD0 B2KGF0 KETOPROFEN ACTION PATHWAY%SMPDB%SMP0000085 Ketoprofen Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 LIDOCAINE (LOCAL ANAESTHETIC) ACTION PATHWAY%SMPDB%SMP0000398 Lidocaine (Local Anaesthetic) Action Pathway Q2KHL4 Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 B6VGH4 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 PHOSPHATIDYLETHANOLAMINE BIOSYNTHESIS%SMPDB%SMP0029731 Phosphatidylethanolamine Biosynthesis Q505E1 Q3USD5 Q99LH2 Q8BGS7 O54804 METHYLMALONIC ACIDURIA%SMPDB%SMP0000200 Methylmalonic Aciduria Q8CBC8 Q6PD20 P54869 Q99L13 Q9JHI5 P38060 A0A0R4J0P1 O08749 Q544B1 Q8K0L1 Q8BH95 Q9DBL1 Q3UGC8 Q07417 P53395 Q8BWT1 Q3U3J1 Q6P3A8 Q3UYS0 P45952 P61922 Q8QZS1 Q8QZT1 Q99N15 Q9D0K2 G3X8P9 E9QMT1 Q99MR8 PROTEIN SYNTHESIS: TYROSINE%PATHWHIZ%PW120527 Protein Synthesis: Tyrosine Q4VAG4 P68040 Q58E35 Q5M9M4 Q5M9M0 P62911 Q561N5 Q505A8 Q5M9K7 Q58EA6 Q6ZWU9 P62830 Q545X8 Q5YLW3 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 P14206 Q9CPR4 Q9CQR2 P62264 Q6ZWN5 Q497N1 Q4FZH2 Q5CZY9 Q8BP67 A2A7S7 Q3UC02 Q5M9N8 Q642K1 Q9CXW4 P97461 P99027 P62717 Q9D823 BETA-KETOTHIOLASE DEFICIENCY%SMPDB%SMP0000173 beta-Ketothiolase Deficiency Q8CBC8 Q6PD20 P54869 Q99L13 Q9JHI5 P38060 A0A0R4J0P1 O08749 Q544B1 Q8K0L1 Q8BH95 Q9DBL1 Q3UGC8 Q07417 P53395 Q8BWT1 Q3U3J1 Q6P3A8 Q3UYS0 P45952 P61922 Q8QZS1 Q8QZT1 Q99N15 Q9D0K2 G3X8P9 E9QMT1 Q99MR8 GLYCOLYSIS%SMPDB%SMP0063478 Glycolysis P09041 Q3U7Z6 Q3UHK1 Q3UER1 P06745 Q8C605 Q6GQU1 P52480 P17751 Q5FW97 Q8K157 Q6NSQ9 S4R2G5 P15327 LORNOXICAM ACTION PATHWAY%PATHWHIZ%PW000677 Lornoxicam Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 INOSITOL METABOLISM%SMPDB%SMP0000011 Inositol Metabolism Q9JHU9 Q6PF93 Q9Z2L6 Q9QXN5 Q3UEQ1 D3YWA2 Q91WF7 A2AH22 P42337 E9QAM0 Q8VD65 Q3U926 P49442 A0A1S6GWJ7 Q924B0 Q80WQ2 A0A217FL54 Q8R071 Q8K2J0 Q8BYN3 D3Z5N5 PROPARACAINE ACTION PATHWAY%PATHWHIZ%PW000409 Proparacaine Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 FLAVONOID BIOSYNTHESIS%SMPDB%SMP0012021 Flavonoid Biosynthesis Q9CX98 ROPIVACAINE ACTION PATHWAY%PATHWHIZ%PW000410 Ropivacaine Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 XANTHINURIA TYPE II%PATHWHIZ%PW000489 Xanthinuria Type II Q4FK28 Q3TQC7 Q3UH83 P07742 Q8C5R8 P10639 Q8K0L2 Q3UGA8 P50096 A0A0G2JEH8 B9EIE9 Q5SUR0 Q9DCL9 Q548F2 Q9CWJ9 Q504N4 Q9JKX6 E9PVU7 Q3V1C8 Q9R0Y5 Q3V1D3 Q64737 Q9DCZ1 B2RRH9 Q9CVF2 E9Q9M1 E9Q7K1 Q543K9 Q7TPG2 P00493 P54822 Q9D5T0 P11157 Q3V1Q3 Q80YP4 Q60I30 P08030 VALPROIC ACID METABOLISM PATHWAY%SMPDB%SMP0000635 Valproic Acid Metabolism Pathway Q9DBM2 Q9WUD0 P70691 Q99JY0 Q99N15 Q9JHI5 Q9DBL1 Q91X75 Q8BMS1 Q91VA0 PROTEIN SYNTHESIS: ASPARTIC ACID%SMPDB%SMP0111858 Protein Synthesis: Aspartic Acid Q4VAG4 P68040 Q58E35 Q5M9M4 Q5M9M0 P62911 Q561N5 Q505A8 Q5M9K7 Q58EA6 Q6ZWU9 P62830 Q545X8 Q5YLW3 Q4FZE6 Q9CZX8 Q564E8 Q8BJY7 Q5I0T8 P14206 Q9CPR4 Q9CQR2 P62264 Q6ZWN5 Q497N1 Q4FZH2 Q5CZY9 Q8BP67 Q3UC02 Q5M9N8 Q642K1 Q9CXW4 P97461 P99027 P62717 Q9D823 LACTOSE INTOLERANCE%PATHWHIZ%PW000206 Lactose Intolerance Q8VCE0 Q3UR55 Q8VDN2 F8VPT3 Q544Q7 Q545P0 P14246 Q3UHK5 Q9QXI6 CILAZAPRIL ACTION PATHWAY%SMPDB%SMP0000147 Cilazapril Action Pathway Q3TU20 Q3UTR7 METIPRANOLOL ACTION PATHWAY%PATHWHIZ%PW000644 Metipranolol Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 FOSPHENYTOIN (ANTIARRHYTHMIC) METABOLISM PATHWAY%SMPDB%SMP0000618 Fosphenytoin (Antiarrhythmic) Metabolism Pathway Q542S9 Q3UVD6 Q99L88 Q8C3I3 LEVOCABASTINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0060224 Levocabastine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 TENECTEPLASE ACTION PATHWAY%SMPDB%SMP0000283 Tenecteplase Action Pathway Q3UER0 Q9CRC0 Q91Y47 Q80YC5 P26262 P11214 Q542C2 Q3V1T9 B2RS80 Q80Y26 Q3V3W7 P11087 Q3UER8 P16294 A0A0R4J088 Q8BQ43 Q3TGR2 E9PV24 Q3TJ94 O88783 3-HYDROXYISOBUTYRIC ACID DEHYDROGENASE DEFICIENCY%SMPDB%SMP0000521 3-Hydroxyisobutyric Acid Dehydrogenase Deficiency Q8CBC8 Q6PD20 P54869 Q99L13 Q9JHI5 P38060 A0A0R4J0P1 O08749 Q544B1 Q8K0L1 Q8BH95 Q9DBL1 Q3UGC8 Q07417 P53395 Q8BWT1 Q3U3J1 Q6P3A8 Q3UYS0 P45952 P61922 Q8QZS1 Q8QZT1 Q99N15 Q9D0K2 G3X8P9 E9QMT1 Q99MR8 NEVIRAPINE METABOLISM PATHWAY%PATHWHIZ%PW000618 Nevirapine Metabolism Pathway P24549 Q9WUD0 Q62452 Q2KHL4 Q9JKY7 Q8R4P9 DEXCHLORPHENIRAMINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0056811 Dexchlorpheniramine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 G-SECRETASE MEDIATED ERBB4 SIGNALLING PATHWAY%PATHWHIZ%PW090995 g-Secretase Mediated ErbB4 Signalling Pathway Q61527 E9PXU2 Q4VA93 Q9WVF5 Q3UYK2 D3YZR2 Q61526 RAC 1 CELL MOTILITY SIGNALING PATHWAY%SMPDB%SMP0063795 Rac 1 Cell Motility Signaling Pathway A0A1B0GSM3 Q564P6 S4R216 A6H644 Q543F6 Q8R5H6 Q542J9 Q3UR47 P51667 B2RRX1 P40124 P26618 Q790L7 Q544Y7 B1B1A8 F8VQ72 Q3TLP8 Q6NVF2 Q62172 G5E884 Q9R0C8 D-ARGININE AND D-ORNITHINE METABOLISM%PATHWHIZ%PW000019 D-Arginine and D-Ornithine Metabolism Q91WH3 TRIOSEPHOSPHATE ISOMERASE DEFICIENCY%PATHWHIZ%PW000539 Triosephosphate Isomerase Deficiency P35576 Q9D1F9 Q3U7Z6 Q9QXD6 P06745 Q3UX28 Q5NCI4 Q5FWB7 P14246 P17751 Q5SX53 Q5FW97 Q8BP54 P08249 Q8K157 Q3U6X6 O08528 Q564E2 Q9Z2V4 P15327 Q543J7 HOMOCYSTEINE DEGRADATION%SMPDB%SMP0000455 Homocysteine Degradation Q8VCN5 Q91WT9 KETOBEMIDONE ACTION PATHWAY%SMPDB%SMP0000690 Ketobemidone Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 GLYCOLYSIS%PATHWHIZ%PW000146 Glycolysis P35576 Q3U7Z6 P06745 P09411 P47857 Q5NCI4 Q5FWB7 P14246 Q5FW97 Q8K157 Q3UEI4 O08528 P15327 METACHROMATIC LEUKODYSTROPHY (MLD)%SMPDB%SMP0000347 Metachromatic Leukodystrophy (MLD) Q8R2F2 Q8K4Q7 Q3TST8 P17439 Q58E38 Q542D6 Q64676 Q61469 O88693 Q543I9 P50428 Q810K3 Q9JHE4 Q8VCQ6 D3YTU8 Q8R4X1 Q3UUA9 Q8R0X7 Q3TAW7 Q3TIW9 Q8BGZ6 P54818 Q8CII3 GLYCOGENOSIS, TYPE III. CORI DISEASE, DEBRANCHER GLYCOGENOSIS%SMPDB%SMP0120617 Glycogenosis, Type III. Cori Disease, Debrancher Glycogenosis P06745 Q6GQU1 Q64676 Q99KJ6 NF-KB SIGNALING PATHWAY%PATHWHIZ%PW064818 NF-kB Signaling Pathway Q60855 B2RRZ7 Q3U593 P70196 Q8CBT3 Q9Z1E3 Q3U479 Q8C833 Q545P4 F8VQ72 Q3U0Y6 Q5D0E0 Q8C078 P25799 Q544K4 Q8VC91 Q8CF89 Q05BA5 P0CG50 Q8BR10 Q8VBY2 Q548Y4 Q923A8 Q61160 L0CL36 Q3U7M4 METHYLHISTIDINE METABOLISM%PATHWHIZ%PW000692 Methylhistidine Metabolism B2RRX1 GLYCINE N-METHYLTRANSFERASE DEFICIENCY%SMPDB%SMP0000222 Glycine N-Methyltransferase Deficiency Q91WT9 D3YUC9 E9QB02 Q497H7 Q78J03 Q8BJ64 A0A0R4J0C2 G3UZ26 Q7TSJ0 O35490 Q99J57 Q9CQ65 Q8VCN5 Q543H0 Q99LB6 LONG CHAIN ACYL-COA DEHYDROGENASE DEFICIENCY (LCAD)%PATHWHIZ%PW000515 Long Chain Acyl-CoA Dehydrogenase Deficiency (LCAD) D3Z041 Q99JY0 Q8BVD4 P50544 Q8BH95 Q9DBL1 Q7TQD5 Q07417 Q3UN55 Q8BWT1 Q8BMS1 A0A0R4J083 P45952 Q8QZT1 DEPTROPINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0062883 Deptropine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 METHADONE ACTION PATHWAY%PATHWHIZ%PW000414 Methadone Action Pathway Q9WUD0 Q2KHL4 Q91X77 Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 Q9CVC8 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UW87 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 Q9JKY7 A2A545 Q544Q7 Q3UHK5 BROMFENAC ACTION PATHWAY%SMPDB%SMP0000102 Bromfenac Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 ROXATIDINE ACETATE ACTION PATHWAY%PATHWHIZ%PW000711 Roxatidine Acetate Action Pathway Q3ZB46 Q91WH7 Q545V6 P48757 Q542R4 A0A1B0GSX9 A0A0R4J1D6 Q0VBB6 P13634 WARBURG EFFECT%SMPDB%SMP0087270 Warburg Effect Q3TSQ7 Q3UX28 O08749 P52480 Q5NCI4 Q91VA7 P97807 Q3UFJ3 Q9CZB0 Q5FW97 Q8BP54 Q9D6R2 D3Z4X1 P28271 Q9WUM5 Q9Z2I8 Q9D051 Q3TKM5 Q9CQA3 Q99KI0 A0A5F8MPN8 O88844 Q9D2G2 Q9CZU6 Q3UER1 P47968 P06745 P40142 Q790Y8 P09411 Q8CD98 P14246 Q9ESU7 Q8BKZ9 Z4YJV4 Q544N9 CERIVASTATIN ACTION PATHWAY%PATHWHIZ%PW000271 Cerivastatin Action Pathway Q9CZZ6 Q3TQK8 Q3V3I6 Q4FJN9 Q3THA3 G3XA48 Q8C5N9 Q3UEB4 Q61263 Q3US15 P70245 Q8K0C4 P53798 Q8CAY6 Q9CRA4 Q3TEL5 Q8BLN5 Q8BV96 O88822 Q8VCH6 Q3UYC1 OXOMEMAZINE H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW060682 Oxomemazine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 STARCH AND SUCROSE METABOLISM%PATHWHIZ%PW000150 Starch and Sucrose Metabolism P06745 Q9D6Y9 F8VQM5 B5THE2 Q99KJ6 Q8VCB3 F8VPN4 Q9ET01 Q8CAA7 Q3TS38 Q3U6X6 P00688 O08528 Q5SVI6 Q3U548 PONATINIB INHIBITION OF BCR-ABL%PATHWHIZ%PW032598 Ponatinib Inhibition of BCR-ABL Q80ZA1 Q3USK4 Q9JIA0 Q62120 Q5HZH3 Q8C7P2 A2RS58 Q8JZR2 P23804 P01108 Q569Z9 P46414 A0A0X1KG61 Q3U9H3 Q3U5I5 Q9JLN9 Q3ZB59 ALPHA LINOLENIC ACID AND LINOLEIC ACID METABOLISM%PATHWHIZ%PW000006 Alpha Linolenic Acid and Linoleic Acid Metabolism Q9Z0R9 Q8BHI7 Q920L1 Q9EQC4 OXYMORPHONE ACTION PATHWAY%PATHWHIZ%PW000418 Oxymorphone Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 CARFENTANIL ACTION PATHWAY%SMPDB%SMP0000414 Carfentanil Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 GAMMA-GLUTAMYLTRANSFERASE DEFICIENCY%PATHWHIZ%PW000110 gamma-Glutamyltransferase Deficiency P47791 Q4FJZ6 Q541E2 Q4FJQ4 Q3UNA7 A7DTG9 A0A0A6YVV2 Q8K010 P97449 Q9D2S1 KRABBE DISEASE%PATHWHIZ%PW000502 Krabbe Disease Q8R2F2 Q8K4Q7 Q3TST8 P17439 Q58E38 Q542D6 Q64676 Q61469 O88693 Q543I9 P50428 Q810K3 Q9JHE4 Q8VCQ6 D3YTU8 Q8R4X1 Q3UUA9 Q8R0X7 Q3TAW7 Q3TIW9 Q8BGZ6 P54818 Q8CII3 PORPHYRIN METABOLISM%SMPDB%SMP0000024 Porphyrin Metabolism Q9CY64 Q3UPG1 P70697 Q3U5U6 Q4QRK2 P36552 Q3V0B2 Q3UL56 Q3UKR3 Q9DD05 Q3UDN4 Q9D5H4 Q99KJ6 Q8BJ03 Q3UQA3 ANDROGEN AND ESTROGEN METABOLISM%SMPDB%SMP0000068 Androgen and Estrogen Metabolism Q53YJ1 Q8BUR8 Q7TPU0 Q9D566 A0A1B0GST5 Q8VCX1 P70385 Q3ZAT3 Q91WH2 Q790P4 BETAINE METABOLISM%SMPDB%SMP0000123 Betaine Metabolism Q8BJ64 Q9DBF1 O35490 Q99J57 Q5M9P0 A6H5Y3 Q99LB6 Q61907 BIOTINIDASE DEFICIENCY%SMPDB%SMP0000174 Biotinidase Deficiency Q9ESZ3 Q3TZ03 A0A0R4J131 A0A2I3BRW0 FUROSEMIDE ACTION PATHWAY%PATHWHIZ%PW000337 Furosemide Action Pathway O70577 A2RS45 Q8VC69 Q3USG4 Q3UQE3 Q9WU39 A3KN90 Q8BMD1 A2AQ52 P51906 A0A0U1RPK4 Q8VDB9 Q91WV7 Q9WUB6 Q8R1S9 Q9Z127 Q9Z1K8 Q3V0N8 Q8VCE0 Q543E4 Q9QXW9 Q8BGK6 Q3UR55 Q545P0 Q8VDN2 Q544Q7 Q3UHK5 DESLORATADINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0060201 Desloratadine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 ENALAPRIL ACTION PATHWAY%SMPDB%SMP0000148 Enalapril Action Pathway Q3TU20 Q3UTR7 ERYTHROMYCIN ACTION PATHWAY%SMPDB%SMP0000250 Erythromycin Action Pathway LEVOMETHADYL ACETATE ACTION ACTION PATHWAY%SMPDB%SMP0000677 Levomethadyl Acetate Action Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 PROTEIN SYNTHESIS: CYSTEINE%PATHWHIZ%PW112918 Protein Synthesis: Cysteine Q4VAG4 P68040 Q58E35 Q5M9M4 Q3UXN3 Q5M9M0 P62911 Q561N5 Q505A8 Q5M9K7 Q58EA6 Q6ZWU9 P62830 Q545X8 Q5YLW3 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 P14206 Q9CPR4 Q9CQR2 P62264 Q6ZWN5 Q497N1 Q4FZH2 Q5CZY9 Q8BP67 Q3UC02 Q5M9N8 Q642K1 Q9CXW4 P97461 P99027 P62717 Q9D823 BAFETINIB INHIBITION OF BCR-ABL%PATHWHIZ%PW032597 Bafetinib Inhibition of BCR-ABL Q80ZA1 Q3USK4 Q9JIA0 Q62120 Q5HZH3 Q8C7P2 A2RS58 Q8JZR2 P23804 P01108 Q569Z9 P46414 A0A0X1KG61 Q3U9H3 Q3U5I5 Q9JLN9 Q3ZB59 PYRUVATE CARBOXYLASE DEFICIENCY%SMPDB%SMP0000350 Pyruvate Carboxylase Deficiency Q8BP54 Q566C3 Q3UX28 Q14CH7 Q3UEN9 CETUXIMAB ACTION PATHWAY%SMPDB%SMP0000474 Cetuximab Action Pathway Q9WVF5 FELODIPINE ACTION PATHWAY%PATHWHIZ%PW000392 Felodipine Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 MYCOPHENOLIC ACID METABOLISM PATHWAY%PATHWHIZ%PW000628 Mycophenolic Acid Metabolism Pathway Q62452 Q8VCT4 Q2KHL4 P50096 F6Z9B9 Q9JJL3 A0A0R4J0B6 Q9CVC8 Q8VI47 P21447 RETINOL METABOLISM%SMPDB%SMP0000074 Retinol Metabolism Q9WUD0 P24549 Q2KHL4 Q91X75 A0A0R4J0Z1 Q99KV1 Q3TML0 Q9DCY1 Q3U7T8 Q9JKR6 Q63886 P57759 D3Z6P0 Q9ESP1 Q62148 Q148Q4 D3Z6W3 Q3UW87 Q9R1R8 Q05AC0 Q9D2U3 G5E8W9 B2RUR5 A0A0R4J1M3 Q64FW2 Q54AA6 A0A0R4J061 Q8K3M1 Q91ZQ5 D3YYZ0 A2ADU9 DESIPRAMINE ACTION PATHWAY%PATHWHIZ%PW000425 Desipramine Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 Q9JKY7 A2A545 Q544Q7 Q3UHK5 DOPAMINE BETA-HYDROXYLASE DEFICIENCY%SMPDB%SMP0000498 Dopamine beta-Hydroxylase Deficiency Q3UNF5 Q3UKB9 Q5SUV8 P35505 Q0VB50 Q91XK0 Q9JJA0 Q78JT3 Q64237 Q545F0 O09173 Q3UJ53 O88587 P29812 P05201 CLOPIDOGREL ACTION PATHWAY%PATHWHIZ%PW000286 Clopidogrel Action Pathway Q9WUD0 Q546L4 Q2KHL4 Q91X77 B6VGH4 P52430 P21447 TETRACYCLINE ACTION PATHWAY%SMPDB%SMP0000294 Tetracycline Action Pathway EPINEPHRINE ACTION PATHWAY%PATHWHIZ%PW000638 Epinephrine Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 3-METHYLGLUTACONIC ACIDURIA TYPE IV%SMPDB%SMP0000141 3-Methylglutaconic Aciduria Type IV Q8CBC8 Q6PD20 P54869 Q99L13 Q9JHI5 P38060 A0A0R4J0P1 O08749 Q544B1 Q8K0L1 Q8BH95 Q9DBL1 Q3UGC8 Q07417 P53395 Q8BWT1 Q3U3J1 Q6P3A8 Q3UYS0 P45952 P61922 Q8QZS1 Q8QZT1 Q99N15 Q9D0K2 G3X8P9 E9QMT1 Q99MR8 THYROID HORMONE SYNTHESIS%PATHWHIZ%PW000693 Thyroid Hormone Synthesis A2AQ92 P35419 O08710 Q3U6G0 B2RSM1 Q672J9 A0A494BAW1 B3VQI8 G3X8P5 HYDROXYZINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0058936 Hydroxyzine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 FRUCTOSE AND MANNOSE DEGRADATION%SMPDB%SMP0087197 Fructose and Mannose Degradation Q3TMF9 E9Q1Q9 Q9DCE3 Q5HZI6 Q8C2S7 Q9DAK9 Q7TMC8 Q9QXD6 G5E8F4 Q3UER1 Q8CD98 P17751 Q3UDY1 A2AFM9 Q64442 Q3V100 INTRACELLULAR SIGNALLING THROUGH ADENOSINE RECEPTOR A2B AND ADENOSINE%SMPDB%SMP0000321 Intracellular Signalling Through Adenosine Receptor A2b and Adenosine Q810V8 Q8CBT3 Q9Z1E3 Q61411 F8VQ72 Q5D0E0 P25799 Q7TSJ7 Q3U9H3 Q8CE90 Q3UQC2 Q60614 Q6NXI4 P41969 Q3V3W9 O08648 Q52L79 Q3TY70 P63085 Q8CBR9 Q3UV15 Q9WUI1 P42337 Q3V341 A0A0R4J0X8 P28028 G5E884 Q62347 P31750 Q61012 Q3UHZ0 P68181 Q3V1Q3 Q91YS7 Q3TQ70 Q60521 FANCONI-BICKEL SYNDROME%SMPDB%SMP0000572 Fanconi-Bickel Syndrome P35576 Q3U7Z6 P06745 P09411 P47857 Q5NCI4 Q5FWB7 P14246 Q5FW97 Q8K157 Q3UEI4 O08528 P15327 ROSUVASTATIN ACTION PATHWAY%SMPDB%SMP0000092 Rosuvastatin Action Pathway Q9CZZ6 Q3TQK8 Q3V3I6 Q4FJN9 Q3THA3 G3XA48 Q8C5N9 Q3UEB4 Q61263 Q3US15 P70245 Q8K0C4 P53798 Q8CAY6 Q9CRA4 Q3TEL5 Q8BLN5 Q8BV96 O88822 Q8VCH6 Q3UYC1 PAROMOMYCIN ACTION PATHWAY%PATHWHIZ%PW000691 Paromomycin Action Pathway PANCREAS FUNCTION - DELTA CELL%PATHWHIZ%PW122406 Pancreas Function - Delta Cell A0A411ACZ2 Q545V6 Q8R5M7 A2A545 P14246 B2RUS7 LEUCINE STIMULATION ON INSULIN SIGNALING%SMPDB%SMP0000682 Leucine Stimulation on Insulin Signaling Q9Z127 Q3TPM5 Q7TT21 Q60876 Q9EP53 Q8C470 Q543V3 Q5EEX1 P31750 Q9JLN9 Q8C5Q7 Q3U6Q4 P81122 HYPERPHENYLALANINEMIA DUE TO GUANOSINE TRIPHOSPHATE CYCLOHYDROLASE DEFICIENCY%SMPDB%SMP0000487 Hyperphenylalaninemia Due to Guanosine Triphosphate Cyclohydrolase Deficiency Q4VAF4 B2RXY7 Q3U7P6 Q3UDY1 A0A1L1SRN0 Q8BVI4 Q544T5 Q91XH5 SUCCINYL COA: 3-KETOACID COA TRANSFERASE DEFICIENCY%SMPDB%SMP0000569 Succinyl CoA: 3-Ketoacid CoA Transferase Deficiency Q8QZT1 P38060 Q9D0K2 Q80XN0 BOPINDOLOL ACTION PATHWAY%SMPDB%SMP0000657 Bopindolol Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 CEREBROTENDINOUS XANTHOMATOSIS (CTX)%PATHWHIZ%PW000196 Cerebrotendinous Xanthomatosis (CTX) Q99LX3 D3Z3X1 P51660 Q3UNC6 Q64505 Q91X34 Q9Z0F5 Q3USU4 A0A0R4J0N7 Q3US73 P32020 Q8VCX1 Q3UEM0 O09174 Q544S6 Q9QXD1 Q3TEL5 SUCCINATE SIGNALLING%PATHWHIZ%PW084312 Succinate Signalling H7BX23 P10749 Q3UCW2 Q4FJK3 Q8R4B8 L0CL36 GLYCOGENOSIS, TYPE IC%PATHWHIZ%PW122118 Glycogenosis, Type IC P35576 Q9QXD6 P06745 Q3UX28 Q5NCI4 Q5FWB7 Q80YV4 P17751 Q5SX53 Q5FW97 P08249 Q8K157 O08528 Q9Z2V4 ARTEMETHER METABOLISM PATHWAY%PATHWHIZ%PW000627 Artemether Metabolism Pathway Q62452 Q2KHL4 3-METHYLGLUTACONIC ACIDURIA TYPE III%SMPDB%SMP0000140 3-Methylglutaconic Aciduria Type III Q8CBC8 Q6PD20 P54869 Q99L13 Q9JHI5 P38060 A0A0R4J0P1 O08749 Q544B1 Q8K0L1 Q8BH95 Q9DBL1 Q3UGC8 Q07417 P53395 Q8BWT1 Q3U3J1 Q6P3A8 Q3UYS0 P45952 P61922 Q8QZS1 Q8QZT1 Q99N15 Q9D0K2 G3X8P9 E9QMT1 Q99MR8 PYRUVATE DEHYDROGENASE COMPLEX DEFICIENCY%PATHWHIZ%PW000117 Pyruvate Dehydrogenase Complex Deficiency A0A5F8MPN8 Q5SWU9 O08749 Q3UFJ3 Q8BP54 Q8QZT1 Q8BMV3 Q544B1 Q3TQP6 Q3T9Z2 Q3UEI4 Q564E2 Q3UDY1 Q9D051 A2RSC2 Q8BMF4 G5E8T9 A5GZX3 Q7TNG8 Q9Z2V4 Q9QXG4 REMIFENTANIL ACTION PATHWAY%PATHWHIZ%PW000422 Remifentanil Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 IRBESARTAN ACTION PATHWAY%PATHWHIZ%PW000281 Irbesartan Action Pathway Q3TU20 P29754 P63213 Q3TQ70 Q3UTR7 Q3UHH5 TRANDOLAPRIL METABOLISM PATHWAY%PATHWHIZ%PW000575 Trandolapril Metabolism Pathway Q3TU20 NALBUPHINE ACTION PATHWAY%SMPDB%SMP0000691 Nalbuphine Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q3UVW8 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 EXCITATORY NEURAL SIGNALLING THROUGH 5-HTR 4 AND SEROTONIN%PATHWHIZ%PW000441 Excitatory Neural Signalling Through 5-HTR 4 and Serotonin Q62347 Q61012 P62137 P68181 Q3TQ70 A0A494BA82 ESTRONE METABOLISM%SMPDB%SMP0030880 Estrone Metabolism Q9D566 Q05A20 A0A0R4J0Z1 Q99KV1 O88587 Q790P4 Q3TML0 Q9DCY1 Q3U7T8 Q9JKR6 Q63886 P57759 D3Z6P0 Q9ESP1 MEDIUM CHAIN ACYL-COA DEHYDROGENASE DEFICIENCY (MCAD)%PATHWHIZ%PW000518 Medium Chain Acyl-CoA Dehydrogenase Deficiency (MCAD) D3Z041 Q99JY0 Q8BVD4 P50544 Q8BH95 Q9DBL1 Q7TQD5 Q07417 Q3UN55 Q8BWT1 Q8BMS1 A0A0R4J083 P45952 Q8QZT1 BILASTINE H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW061119 Bilastine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 THENALIDINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0062894 Thenalidine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 TRASTUZUMAB ACTION PATHWAY%SMPDB%SMP0000476 Trastuzumab Action Pathway Q9WVF5 NIMODIPINE ACTION PATHWAY%PATHWHIZ%PW000395 Nimodipine Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 GNRH SIGNALING PATHWAY%PATHWHIZ%PW064816 GnRH Signaling Pathway Q3USK4 Q5SWN9 Q5U421 Q9WVF5 Q61411 Q3TMJ8 F8VQ72 Q7TSJ7 Q3U5I5 Q99N57 Q8CE90 P41969 Q52L79 Q7TNI3 A0A8I4RSM0 P63085 Q0PCR6 A0A589Q4M7 P05132 G5E8L8 Q6NVF2 Q8CF69 A0A411ACZ2 Q3UPA1 P68404 Q6P8H4 Q4VA93 O88444 Q5FW64 Q3ULT2 A0A0F7RQH1 P53690 Q3UTE9 A0A0F7RQR1 Q8C8N0 G3X9G6 A2A545 Q8CAT6 Q3UG07 P05480 Q3UPW0 F8WIS9 TENOXICAM ACTION PATHWAY%SMPDB%SMP0000706 Tenoxicam Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 NISOLDIPINE ACTION PATHWAY%PATHWHIZ%PW000396 Nisoldipine Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 FLUOROURACIL ACTION PATHWAY%SMPDB%SMP0000470 Fluorouracil Action Pathway Q544L2 INOSITOL METABOLISM%PATHWHIZ%PW088354 Inositol Metabolism Q9JHU9 Q6PF93 Q9Z2L6 Q9QXN5 A0A5F8MPK9 D3Z0E6 Q3UEQ1 D3YWA2 Q3U4U6 A2AH22 G5DDB7 E9QAM0 Q8VD65 Q3U926 Q924B0 Q80WQ2 A0A217FL54 Q8R071 P59644 Q8BYN3 VERY-LONG-CHAIN ACYL-COA DEHYDROGENASE DEFICIENCY (VLCAD)%SMPDB%SMP0000540 Very-Long-Chain Acyl-CoA Dehydrogenase Deficiency (VLCAD) D3Z041 Q99JY0 Q8BVD4 P50544 Q8BH95 Q9DBL1 Q7TQD5 Q07417 Q3UN55 Q8BWT1 Q8BMS1 A0A0R4J083 P45952 Q8QZT1 ESCITALOPRAM ACTION PATHWAY%PATHWHIZ%PW000427 Escitalopram Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 TOLL-LIKE RECEPTOR PATHWAY 1%PATHWHIZ%PW064909 Toll-Like Receptor Pathway 1 Q5SWN9 P70196 Q8CBT3 Q5U421 Q9Z1E3 F8VQ72 Q5D0E0 P25799 Q8VC91 Q8CF89 Q7TSJ7 Q9EQU3 Q599W9 Q8BR10 Q99MB1 Q99K90 G3X8Y8 A0A0R4J174 F7AT44 P41969 Q548Y4 Q52L79 Q923A8 P01101 L0CL36 Q542P9 Q64HC9 Q03963 Q3U7M4 Q4FJP7 Q542S6 Q8K2U0 Q60521 CARDIOLIPIN BIOSYNTHESIS%SMPDB%SMP0020986 Cardiolipin Biosynthesis A0A0C3SFZ5 B9EKS7 P13707 Q9D1E8 Q3U926 Q8BX08 Q61586 T CELL RECEPTOR SIGNALING PATHWAY%SMPDB%SMP0066977 T Cell Receptor Signaling Pathway Q3USK4 Q3UZ64 Q80XK0 Q9Z1E3 Q9DBQ6 Q8K120 Q61411 Q8C443 Q3TMJ8 F8VQ72 Q3TLP8 Q8BUM3 P25799 Q8C7P2 Q546H1 Q7TSJ7 Q3U4Y3 P63328 P0CG50 Q9Z1S3 P98083 Q8VDU4 Q6P5P1 Q3U5I5 Q8C5Q7 Q63844 Q99N57 Q3UU54 D3YZ57 E9Q696 G3X8U7 P41969 Q548Y4 Q52L79 P01101 P42337 A6H6M1 P43404 P68404 Q4VA93 Q8K2U0 Q62077 MERCAPTOPURINE METABOLISM PATHWAY%SMPDB%SMP0000609 Mercaptopurine Metabolism Pathway A0A494BAC3 O88627 A0A0R4J018 Q3UGA8 Q3TCZ2 P50096 Q9ERH8 E9Q467 Q3TLP8 Q6P8Q2 B2RRH9 Q9CVF2 P00493 G3X8P9 Q8BMC5 FELODIPINE METABOLISM PATHWAY%SMPDB%SMP0000619 Felodipine Metabolism Pathway A0A411ACZ2 Q0PCR6 A2A545 ION CHANNEL AND PHORBAL ESTERS SIGNALING PATHWAY%SMPDB%SMP0090032 Ion Channel and Phorbal Esters Signaling Pathway P68404 Q4VA93 A0A0R4J289 Q3UDE9 Q62077 MYOADENYLATE DEAMINASE DEFICIENCY%PATHWHIZ%PW000513 Myoadenylate Deaminase Deficiency Q4FK28 Q3TQC7 Q3UH83 P07742 Q8C5R8 P10639 Q8K0L2 Q3UGA8 P50096 A0A0G2JEH8 B9EIE9 Q5SUR0 Q9DCL9 Q548F2 Q9CWJ9 Q504N4 Q9JKX6 E9PVU7 Q3V1C8 Q9R0Y5 Q3V1D3 Q64737 Q9DCZ1 B2RRH9 Q9CVF2 E9Q9M1 E9Q7K1 Q543K9 Q7TPG2 P00493 P54822 Q9D5T0 P11157 Q3V1Q3 Q80YP4 Q60I30 P08030 HOMOCYSTINURIA-MEGALOBLASTIC ANEMIA DUE TO DEFECT IN COBALAMIN METABOLISM, CBLG COMPLEMENTATION TYPE%SMPDB%SMP0000570 Homocystinuria-Megaloblastic Anemia Due to Defect in Cobalamin Metabolism, cblG Complementation Type Q91WT9 D3YUC9 E9QB02 Q497H7 Q78J03 Q8BJ64 A0A0R4J0C2 G3UZ26 Q7TSJ0 O35490 Q99J57 Q9CQ65 Q8VCN5 Q543H0 Q99LB6 MEQUITAZINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0059720 Mequitazine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 BUPIVACAINE ACTION PATHWAY%SMPDB%SMP0000393 Bupivacaine Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 MNGIE (MITOCHONDRIAL NEUROGASTROINTESTINAL ENCEPHALOPATHY)%PATHWHIZ%PW000190 MNGIE (Mitochondrial Neurogastrointestinal Encephalopathy) G3UWN2 Q8VCF1 A0A0G2JEH8 G3X908 Q91YL3 P56389 P70698 Q3U5Q7 Q544L2 Q9WTP7 Q548F2 Q8R093 Q99N42 Q9CQ43 Q6PEE3 O35435 Q3UEK4 P04184 Q8CHR6 Q9EQF5 E9Q9M1 P11157 Q60I30 NITRIC OXIDE SIGNALING PATHWAY%SMPDB%SMP0063777 Nitric Oxide Signaling Pathway A2AI21 A0A338P6I6 Q4VA93 Q544B1 P63328 Q9CVF2 F8WGF2 P35436 Q8C8N0 P68181 METHAPYRILENE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0058741 Methapyrilene H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 WARBURG EFFECT%SMPDB%SMP0087420 Warburg Effect P17809 Q3TSQ7 Q3UX28 Q8C605 O08749 P52480 Q6GQU1 Q8K2B3 Q5NCI4 P97807 Q3UFJ3 Q9CZB0 Q5FW97 Q8BP54 Q9D6R2 Q9CXV1 D3Z4X1 Q9DCD0 P28271 Q9WUM5 Q9Z2I8 Q9D051 Q8BMF4 Q9CQA3 A2ATU0 A0A5F8MPN8 O88844 Q9D2G2 Q8R0M8 Q9CZU6 A0A0R4J2A3 P47968 P06745 Q790Y8 P09411 Q93092 D3Z7P3 TALASTINE H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW058511 Talastine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 HYPOPHOSPHATASIA%SMPDB%SMP0000503 Hypophosphatasia Q8K183 Q91XF0 Q3TQ02 G3X8P9 Q6IS27 PRAVASTATIN ACTION PATHWAY%SMPDB%SMP0000089 Pravastatin Action Pathway Q9CZZ6 Q3TQK8 Q3V3I6 Q4FJN9 Q3THA3 G3XA48 Q8C5N9 Q3UEB4 Q61263 Q3US15 P70245 Q8K0C4 P53798 Q8CAY6 Q9CRA4 Q3TEL5 Q8BLN5 Q8BV96 O88822 Q8VCH6 Q3UYC1 SUCCINIC SEMIALDEHYDE DEHYDROGENASE DEFICIENCY%SMPDB%SMP0000567 Succinic Semialdehyde Dehydrogenase Deficiency G3UWN2 Q8C196 Q3UGA8 P47791 Q8BML9 Q548L6 Q4FJZ6 Q541E2 Q3TSQ7 Q3UNA7 Q571F8 Q9CXJ1 Q9D997 P61922 A0A2I3BQY4 B2RRH9 Q566C3 Q8CHT0 P05202 P47856 P15105 JOUBERT SYNDROME%SMPDB%SMP0000582 Joubert Syndrome A0A0U1RPV3 Q6PF93 P70182 Q3URI3 Q3UUT8 Q544E3 P70424 Q91WF7 Q9ES52 E9Q7S0 Q9WVF5 A2AH22 A2AIX0 Q8C7P2 E9QAM0 Q8VD65 A0A1S6GWJ7 Q80WQ2 Q8CI98 Q3UPW0 F8VPL2 D3Z5N5 ADRENAL HYPERPLASIA TYPE 5 OR CONGENITAL ADRENAL HYPERPLASIA DUE TO 17 ALPHA-HYDROXYLASE DEFICIENCY%SMPDB%SMP0000372 Adrenal Hyperplasia Type 5 or Congenital Adrenal Hyperplasia Due to 17 alpha-Hydroxylase Deficiency Q53YJ1 Q7TPU0 Q4JHD9 Q3UJ92 Q6NZB9 Q8VCX1 Q3UQH5 Q3UEM0 Q3UJ12 P15539 Q9QZ82 FLUOXETINE ACTION PATHWAY%PATHWHIZ%PW000428 Fluoxetine Action Pathway Q2KHL4 Q91X77 Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 Q9JKY7 A2A545 Q544Q7 Q3UHK5 APPARENT MINERALOCORTICOID EXCESS SYNDROME%SMPDB%SMP0000717 Apparent Mineralocorticoid Excess Syndrome Q53YJ1 Q7TPU0 Q4JHD9 Q3UJ92 Q6NZB9 Q8VCX1 Q3UQH5 Q3UEM0 Q3UJ12 P15539 Q9QZ82 CYSTINOSIS, OCULAR NONNEPHROPATHIC%PATHWHIZ%PW000699 Cystinosis, Ocular Nonnephropathic P05201 Q3UXN3 P60334 Q4FJZ6 Q542U5 Q99J99 Q3UNA7 Q8VCN5 Q564E2 BILE ACID DIRECT SIGNALLING PATHWAY (1)%PATHWHIZ%PW087627 Bile Acid Direct Signalling Pathway (1) Q9EP96 Q0VBB8 Q14AA9 Q3V1T8 E9Q467 OXIDATION OF BRANCHED-CHAIN FATTY ACIDS%SMPDB%SMP0000030 Oxidation of Branched-Chain Fatty Acids D3Z041 Q9D0K1 Q544B1 Q9R0A0 Q3UN55 P48410 H7BX88 Q9Z2Z6 Q9QXE0 Q61285 Q3TPC7 ARDEPARIN ACTION PATHWAY%SMPDB%SMP0000275 Ardeparin Action Pathway Q3UER0 Q9CRC0 Q91Y47 Q80YC5 P26262 P11214 Q542C2 Q3V1T9 B2RS80 Q80Y26 Q3V3W7 P11087 Q543J5 Q3UER8 P16294 A0A0R4J088 Q8BQ43 Q3TGR2 E9PV24 Q3TJ94 O88783 CHLORCYCLIZINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0058931 Chlorcyclizine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 FENOPROFEN ACTION PATHWAY%SMPDB%SMP0000696 Fenoprofen Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 NEURON FUNCTION%SMPDB%SMP0000224 Neuron Function Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 GLYCOGEN STORAGE DISEASE TYPE 1A (GSD1A) OR VON GIERKE DISEASE%PATHWHIZ%PW121967 Glycogen Storage Disease Type 1A (GSD1A) or Von Gierke Disease P35576 Q9QXD6 P06745 Q3UX28 Q5NCI4 Q5FWB7 Q80YV4 P17751 Q5SX53 Q5FW97 P08249 Q8K157 O08528 Q9Z2V4 GLUT-1 DEFICIENCY SYNDROME%SMPDB%SMP0000580 GLUT-1 Deficiency Syndrome P35576 A0A077S9Z6 Q8VCF1 P17809 Q3U478 A0A0R4J093 Q9JIH0 Q5NC82 Q3U548 Q3TQJ2 ROFECOXIB ACTION PATHWAY%SMPDB%SMP0000087 Rofecoxib Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 DIPHENYLPYRALINE H1-ANTIHISTAMINE ACTION%PATHWHIZ%PW059841 Diphenylpyraline H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 FLUOROURACIL METABOLISM PATHWAY%SMPDB%SMP0000608 Fluorouracil Metabolism Pathway Q544L2 DIHYDROMORPHINE ACTION PATHWAY%PATHWHIZ%PW000666 Dihydromorphine Action Pathway Q8R2I2 Q61616 Q64264 Q547J8 P35436 Q8BZV1 A1KZZ4 K3W4P8 Q61327 P01193 Q60857 P97952 A2AI21 Q53YK0 Q9ERK7 Q9Z0V2 Q8VCE0 Q3UR55 Q8R5M7 Q545P0 A0A411ACZ2 Q8VDN2 A2A545 Q544Q7 Q3UHK5 GLYCOGENOSIS, TYPE IB%PATHWHIZ%PW121893 Glycogenosis, Type IB G3UWN2 Q3U7Z6 A0A0R4J0G0 Q3TKP4 Q3UHK1 Q9DB41 Q3UER1 P06745 Q3UX28 Q6GQU1 Q80YV4 P17751 Q5FW97 P08249 Q8K157 Q6NSQ9 S4R2G5 P15327 GENTAMICIN ACTION PATHWAY%SMPDB%SMP0000254 Gentamicin Action Pathway LESCH-NYHAN SYNDROME (LNS)%SMPDB%SMP0000364 Lesch-Nyhan Syndrome (LNS) Q4FK28 Q3TQC7 Q3UH83 P07742 Q8C5R8 P10639 Q8K0L2 Q3UGA8 P50096 A0A0G2JEH8 B9EIE9 Q5SUR0 Q9DCL9 Q548F2 Q9CWJ9 Q504N4 Q9JKX6 E9PVU7 Q3V1C8 Q9R0Y5 Q3V1D3 Q64737 Q9DCZ1 B2RRH9 Q9CVF2 E9Q9M1 E9Q7K1 Q543K9 Q7TPG2 P00493 P54822 Q9D5T0 P11157 Q3V1Q3 Q80YP4 Q60I30 P08030 SORAFENIB METABOLISM PATHWAY%PATHWHIZ%PW000624 Sorafenib Metabolism Pathway Q9WUD0 Q2KHL4 Q9CVC8 A0A0R4J0Z1 Q99KV1 Q62452 Q3TML0 Q9DCY1 Q3U7T8 Q9JKR6 Q63886 P57759 D3Z6P0 Q9ESP1 PRIMARY HYPEROXALURIA II, PH2%SMPDB%SMP0000558 Primary Hyperoxaluria II, PH2 A0A5F8MPN8 Q5SWU9 O08749 Q3UFJ3 Q8BP54 Q8QZT1 Q8BMV3 Q544B1 Q3TQP6 Q3T9Z2 Q3UEI4 Q564E2 Q3UDY1 Q9D051 A2RSC2 Q8BMF4 G5E8T9 A5GZX3 Q7TNG8 Q9Z2V4 Q9QXG4 TRITOQUALINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0062895 Tritoqualine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 3-METHYLCROTONYL-COA CARBOXYLASE DEFICIENCY TYPE I%SMPDB%SMP0000237 3-Methylcrotonyl-CoA Carboxylase Deficiency Type I Q8CBC8 Q6PD20 P54869 Q99L13 Q9JHI5 P38060 A0A0R4J0P1 O08749 Q544B1 Q8K0L1 Q8BH95 Q9DBL1 Q3UGC8 Q07417 P53395 Q8BWT1 Q3U3J1 Q6P3A8 Q3UYS0 P45952 P61922 Q8QZS1 Q8QZT1 Q99N15 Q9D0K2 G3X8P9 E9QMT1 Q99MR8 SPHINGOLIPID METABOLISM%SMPDB%SMP0000034 Sphingolipid Metabolism Q8R2F2 Q8K4Q7 Q3TST8 P17439 Q58E38 Q542D6 Q64676 Q61469 O88693 Q543I9 P50428 Q810K3 Q9JHE4 Q8VCQ6 D3YTU8 Q8R4X1 Q3UUA9 Q8R0X7 Q3TAW7 Q3TIW9 Q8BGZ6 P54818 Q8CII3 21-HYDROXYLASE DEFICIENCY (CYP21)%SMPDB%SMP0000576 21-Hydroxylase Deficiency (CYP21) Q53YJ1 Q7TPU0 Q4JHD9 Q3UJ92 Q6NZB9 Q8VCX1 Q3UQH5 Q3UEM0 Q3UJ12 P15539 Q9QZ82 DIMETHYLGLYCINE DEHYDROGENASE DEFICIENCY%SMPDB%SMP0000242 Dimethylglycine Dehydrogenase Deficiency Q91W43 O35969 Q9QXF8 Q3TWI2 Q61753 Q3V0B2 O08749 Q99LS3 A0A0R4J1H2 Q9DBT9 Q9QZX7 Q3UJ53 Q3UEN9 Q9CZN7 Q9CZD3 Q543K5 G3UZ26 Q9CZ08 Q8C483 Q9D964 Q544B1 Q8VCN5 A2RSW6 Q3UEN6 DIMETHYLGLYCINE DEHYDROGENASE DEFICIENCY%SMPDB%SMP0000484 Dimethylglycine Dehydrogenase Deficiency Q91W43 O35969 Q9QXF8 Q3TWI2 Q61753 Q3V0B2 O08749 Q99LS3 A0A0R4J1H2 Q9DBT9 Q9QZX7 Q3UJ53 Q3UEN9 Q9CZN7 Q9CZD3 Q543K5 G3UZ26 Q9CZ08 Q8C483 Q9D964 Q544B1 Q8VCN5 A2RSW6 Q3UEN6 GLYCOLYSIS%PATHWHIZ%PW088336 Glycolysis P35576 Q5FW97 Q8K157 P06745 Q3UEI4 O08528 P47857 Q5NCI4 Q5FWB7 P17751 CORTICOTROPIN ACTIVATION OF CORTISOL PRODUCTION%SMPDB%SMP0000310 Corticotropin Activation of Cortisol Production Q544P9 Q61012 P68181 Q3TQ70 P01193 GLYCOGENOSIS, TYPE IV. AMYLOPECTINOSIS, ANDERSON DISEASE%SMPDB%SMP0120618 Glycogenosis, Type IV. Amylopectinosis, Anderson Disease P06745 Q6GQU1 Q64676 Q99KJ6 IFOSFAMIDE METABOLISM PATHWAY%PATHWHIZ%PW000581 Ifosfamide Metabolism Pathway P24549 Q9WUD0 Q3UNF5 Q2KHL4 Q91X75 Q9CVC8 ESOMEPRAZOLE METABOLISM PATHWAY%PATHWHIZ%PW000588 Esomeprazole Metabolism Pathway Q91WH7 Q0VBB6 NITRIC OXIDE SIGNALING PATHWAY%SMPDB%SMP0108236 Nitric Oxide Signaling Pathway A2AI21 A0A338P6I6 Q4VA93 P63328 F8WGF2 Q3UKW2 P35436 P68181 AHR SIGNAL TRANSDUCTION PATHWAY%PATHWHIZ%PW064763 Ahr Signal Transduction Pathway Q8CEC2 Q3U5D9 Q80Y52 EGF SIGNALLING PATHWAY%SMPDB%SMP0120948 EGF Signalling Pathway Q61527 Q9JIA0 P41969 Q62120 Q52L79 P01101 Q9JM73 Q6GU23 Q61411 E9PYG6 Q3TMJ8 F8VQ72 Q3UWD7 Q7TSJ7 P68404 Q4VA93 Q62077 P98083 Q3U5I5 Q63844 Q99N57 Q8CE90 LYSOPHOSPHATIDIC ACID LPA6 SIGNALLING%PATHWHIZ%PW064749 Lysophosphatidic Acid LPA6 Signalling O88444 Q3UE22 P31750 Q8BMC0 Q9JM73 P63213 Q3TQ70 FRUCTOSE AND MANNOSE DEGRADATION%SMPDB%SMP0000064 Fructose and Mannose Degradation E9Q1Q9 Q91W01 Q5HZI6 Q9DAK9 Q7TMC8 Q9QXD6 Q8BTZ7 G5E8F4 Q3UER1 Q8CD98 Q6GQU1 Q5FWB7 P17751 Q3UDY1 A2AFM9 Q64442 Q3V100 Q8K0C9 GLYCOGENOSIS, TYPE VI. HERS DISEASE%SMPDB%SMP0120619 Glycogenosis, Type VI. Hers Disease P06745 Q6GQU1 Q64676 Q99KJ6 PRACTOLOL ACTION PATHWAY%PATHWHIZ%PW000646 Practolol Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 GLYCOGENOSIS, TYPE VII. TARUI DISEASE%SMPDB%SMP0120815 Glycogenosis, Type VII. Tarui Disease P35576 Q5FW97 Q8K157 P06745 Q3UEI4 O08528 P47857 Q5NCI4 Q5FWB7 P17751 PAMIDRONATE ACTION PATHWAY%PATHWHIZ%PW000273 Pamidronate Action Pathway Q9CZZ6 Q3TQK8 Q3V3I6 Q4FJN9 Q3THA3 G3XA48 Q8C5N9 Q3UEB4 Q61263 Q3US15 P70245 Q8K0C4 P53798 Q8CAY6 Q9CRA4 Q3TEL5 Q8BLN5 Q8BV96 O88822 Q8VCH6 Q3UYC1 PROLIDASE DEFICIENCY (PD)%PATHWHIZ%PW000083 Prolidase Deficiency (PD) Q3UJ34 Q04447 Q3UKT3 Q3TMZ1 Q8C196 O35969 F8WGF2 Q3TSQ7 P05201 Q9D964 Q91YI0 H7BX23 Q8CHT0 Q91WH3 Q543E2 Q61176 Q9WU79 Q8R1A8 Q8CGC7 Q3U186 BILE ACID BIOSYNTHESIS%SMPDB%SMP0000035 Bile Acid Biosynthesis Q99LX3 D3Z3X1 P51660 Q3UNC6 Q64505 Q91X34 Q9Z0F5 Q3USU4 A0A0R4J0N7 Q3US73 P32020 Q8VCX1 Q3UEM0 O09174 Q544S6 Q9QXD1 Q3TEL5 ZOLEDRONATE ACTION PATHWAY%PATHWHIZ%PW000270 Zoledronate Action Pathway Q9CZZ6 Q3TQK8 Q3V3I6 Q4FJN9 Q3THA3 G3XA48 Q8C5N9 Q3UEB4 Q61263 Q3US15 P70245 Q8K0C4 P53798 Q8CAY6 Q9CRA4 Q3TEL5 Q8BLN5 Q8BV96 O88822 Q8VCH6 Q3UYC1 GLUTATHIONE SYNTHETASE DEFICIENCY%PATHWHIZ%PW000073 Glutathione Synthetase Deficiency P47791 Q4FJZ6 Q541E2 Q4FJQ4 Q3UNA7 A7DTG9 A0A0A6YVV2 Q8K010 P97449 Q9D2S1 CLOMIPRAMINE METABOLISM PATHWAY%PATHWHIZ%PW000615 Clomipramine Metabolism Pathway Q2KHL4 Q91X77 B6VGH4 Q9JKY7 CLARITHROMYCIN ACTION PATHWAY%SMPDB%SMP0000248 Clarithromycin Action Pathway SULINDAC ACTION PATHWAY%PATHWHIZ%PW000136 Sulindac Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 LEVOMETHADYL ACETATE METABOLISM PATHWAY%PATHWHIZ%PW000614 Levomethadyl Acetate Metabolism Pathway Q3UW87 FRUCTOSE AND MANNOSE DEGRADATION%SMPDB%SMP0063614 Fructose and Mannose Degradation P05063 Q3TKP4 Q3UER1 Q6GQU1 P47857 P17751 PROTEIN SYNTHESIS: HISTIDINE%PATHWHIZ%PW112929 Protein Synthesis: Histidine Q4VAG4 P68040 Q58E35 Q5M9M4 Q5M9M0 P62911 Q561N5 Q505A8 Q5M9K7 Q58EA6 Q6ZWU9 P62830 Q545X8 Q5YLW3 Q4FZE6 Q61035 Q9CZX8 Q564E8 Q5I0T8 P14206 Q9CPR4 Q9CQR2 P62264 Q6ZWN5 Q497N1 Q4FZH2 Q5CZY9 Q8BP67 Q3UC02 Q5M9N8 Q642K1 Q9CXW4 P97461 P99027 P62717 Q9D823 GLYCEROL METABOLISM IV (GLYCEROPHOSPHOGLYCEROL)%PATHWHIZ%PW000917 Glycerol Metabolism IV (Glycerophosphoglycerol) RIBOSE-5-PHOSPHATE ISOMERASE DEFICIENCY%SMPDB%SMP0000519 Ribose-5-phosphate Isomerase Deficiency Q9QXD6 P47968 P06745 P40142 Q790Y8 Q8CD98 Q8R1Q9 Q93092 Q5FWB7 Q91YP3 D3Z4X1 Q9DCD0 Q8C5R8 Q3U6X6 B2KGF0 DESIPRAMINE METABOLISM PATHWAY%PATHWHIZ%PW000602 Desipramine Metabolism Pathway Q60857 Q8R2I2 Q9JKY7 HYDROFLUMETHIAZIDE ACTION PATHWAY%PATHWHIZ%PW000335 Hydroflumethiazide Action Pathway O70577 A2RS45 Q8VC69 Q3USG4 Q3UQE3 Q9WU39 A3KN90 Q8BMD1 A2AQ52 P51906 A0A0U1RPK4 Q8VDB9 Q91WV7 Q9WUB6 Q8R1S9 Q9Z127 Q9Z1K8 Q3V0N8 Q8VCE0 Q543E4 Q9QXW9 Q8BGK6 Q3UR55 Q545P0 Q8VDN2 Q544Q7 Q3UHK5 INTRACELLULAR SIGNALLING THROUGH LHCGR RECEPTOR AND LUTEINIZING HORMONE CHORIOGONADOTROPIN%SMPDB%SMP0000338 Intracellular Signalling Through LHCGR Receptor and Luteinizing Hormone Choriogonadotropin Q62347 A0A0F7RQH1 Q61012 P30730 P62137 G3X9G6 P68181 Q3V1Q3 Q3TQ70 LACTOSE DEGRADATION%SMPDB%SMP0000457 Lactose Degradation Q8VCE0 Q3UR55 Q8VDN2 F8VPT3 Q544Q7 Q545P0 P14246 Q3UHK5 Q9QXI6 FRUCTOSE-1,6-DIPHOSPHATASE DEFICIENCY%SMPDB%SMP0000562 Fructose-1,6-diphosphatase Deficiency P35576 Q9D1F9 Q3U7Z6 Q9QXD6 P06745 Q3UX28 Q5NCI4 Q5FWB7 P14246 P17751 Q5SX53 Q5FW97 Q8BP54 P08249 Q8K157 Q3U6X6 O08528 Q564E2 Q9Z2V4 P15327 Q543J7 GLYCEROLIPID METABOLISM%SMPDB%SMP0000039 Glycerolipid Metabolism Q3UNF5 P13707 A0A0R4J263 Q64521 Q61586 Q3UDY1 P11152 A0A0R4J1H2 Q61469 Q3TYU0 G3XA61 ETHANOL FERMENTATION%SMPDB%SMP0002356 Ethanol Fermentation P06745 Q8C605 P52480 P17751 PENTOSE PHOSPHATE PATHWAY%PATHWHIZ%PW088358 Pentose Phosphate Pathway Q9QXD6 P47968 P06745 P40142 Q790Y8 Q8CD98 Q8R1Q9 Q93092 Q5FWB7 Q9D7G0 SUCRASE-ISOMALTASE DEFICIENCY%PATHWHIZ%PW000533 Sucrase-Isomaltase Deficiency P06745 Q9D6Y9 F8VQM5 B5THE2 Q99KJ6 Q8VCB3 F8VPN4 Q9ET01 Q8CAA7 Q3TS38 Q3U6X6 P00688 O08528 Q5SVI6 Q3U548 TIGECYCLINE ACTION PATHWAY%PATHWHIZ%PW000689 Tigecycline Action Pathway DE NOVO TRIACYLGLYCEROL BIOSYNTHESIS%SMPDB%SMP0015896 De Novo Triacylglycerol Biosynthesis P13707 A0A0R4J263 Q61586 Q8CD95 Q54AA6 SPECTINOMYCIN ACTION PATHWAY%PATHWHIZ%PW000356 Spectinomycin Action Pathway HOMOCYSTINURIA, CYSTATHIONINE BETA-SYNTHASE DEFICIENCY%PATHWHIZ%PW000491 Homocystinuria, Cystathionine beta-Synthase Deficiency Q8VCN5 Q91WT9 HISTAPYRRODINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0058732 Histapyrrodine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 PANTOPRAZOLE METABOLISM PATHWAY%PATHWHIZ%PW000591 Pantoprazole Metabolism Pathway Q91WH7 Q0VBB6 VALSARTAN ACTION PATHWAY%SMPDB%SMP0000165 Valsartan Action Pathway Q3TU20 P29754 P63213 Q3TQ70 Q3UTR7 Q3UHH5 CARNOSINURIA, CARNOSINEMIA%SMPDB%SMP0000493 Carnosinuria, Carnosinemia Q8CHR6 P61922 Q9EQF5 Q8K0L1 Q544B1 Q548L6 O70423 Q3TSF8 Q3UEK4 GLYCOGENOSIS, TYPE IV. AMYLOPECTINOSIS, ANDERSON DISEASE%SMPDB%SMP0120837 Glycogenosis, Type IV. Amylopectinosis, Anderson Disease F8VPN4 Q9ET01 Q8CAA7 Q3TS38 Q8R084 P06745 P00688 O08528 Q5SVI6 Q3U548 Q99KJ6 2-AMINO-3-CARBOXYMUCONATE SEMIALDEHYDE DEGRADATION%SMPDB%SMP0121131 2-Amino-3-Carboxymuconate Semialdehyde Degradation Q8R519 Q9D2G2 Q8BH00 O08749 A2ATU0 BEVANTOLOL ACTION PATHWAY%PATHWHIZ%PW000645 Bevantolol Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 PROTEIN SYNTHESIS: TRYPTOPHAN%PATHWHIZ%PW120526 Protein Synthesis: Tryptophan Q4VAG4 P68040 Q58E35 Q5M9M4 Q5M9M0 P62911 Q561N5 Q505A8 Q5M9K7 Q58EA6 Q6ZWU9 P62830 Q545X8 Q5YLW3 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 P14206 Q9CPR4 Q9CQR2 P62264 Q6ZWN5 Q497N1 Q4FZH2 Q5CZY9 Q8BP67 Q3UC02 Q5M9N8 Q3U6U7 Q642K1 Q9CXW4 P97461 P99027 P62717 Q9D823 PURINE METABOLISM%PATHWHIZ%PW000052 Purine Metabolism Q4FK28 Q3TQC7 Q3UH83 P07742 Q8C5R8 P10639 Q8K0L2 Q3UGA8 P50096 A0A0G2JEH8 B9EIE9 Q5SUR0 Q9DCL9 Q548F2 Q9CWJ9 Q504N4 Q9JKX6 E9PVU7 Q3V1C8 Q9R0Y5 Q3V1D3 Q64737 Q9DCZ1 B2RRH9 Q9CVF2 E9Q9M1 E9Q7K1 Q543K9 Q7TPG2 P00493 P54822 Q9D5T0 P11157 Q3V1Q3 Q80YP4 Q60I30 P08030 INOSITOL PHOSPHATE METABOLISM%SMPDB%SMP0000462 Inositol Phosphate Metabolism A2ARP1 Q6PD10 Q9JHU9 Q9Z2L6 B2KF67 Q3URI3 Q3UEQ1 D3YWA2 P49442 Q924B0 A0A217FL54 Q8R071 Q8BYN3 ENOXAPARIN ACTION PATHWAY%SMPDB%SMP0000272 Enoxaparin Action Pathway Q3UER0 Q9CRC0 Q91Y47 Q80YC5 P26262 P11214 Q542C2 Q3V1T9 B2RS80 Q80Y26 Q3V3W7 P11087 Q543J5 Q3UER8 P16294 A0A0R4J088 Q8BQ43 Q3TGR2 E9PV24 Q3TJ94 O88783 SACCHAROPINURIA HYPERLYSINEMIA II%SMPDB%SMP0000239 Saccharopinuria Hyperlysinemia II Q9D2G2 P18581 Q8BVD4 Q9DBF1 Q3UEJ8 Q8BH95 Q99ML6 Q3UEQ9 Q9WVM8 O08749 Q61425 Q8QZT1 A2ATU0 ALIMEMAZINE H1-ANTIHISTAMINE ACTION%SMPDB%SMP0059689 Alimemazine H1-Antihistamine Action P25799 B3Y5T0 P68404 Q8C8N0 P63213 Q3TQ70 Q3UPW0 Q3UHH5 MALONIC ACIDURIA%SMPDB%SMP0000198 Malonic Aciduria Q8K0L1 Q8BH95 Q5SWU9 Q3UGC8 P53395 A0A0U1RQ27 Q3U3J1 O08749 Q6P3A8 Q99J39 Q3UYS0 Q8BVP2 Q69Z91 P45952 P61922 Q8QZS1 Q8QZT1 AROMATASE DEFICIENCY%SMPDB%SMP0000565 Aromatase Deficiency Q53YJ1 Q8BUR8 Q7TPU0 Q9D566 A0A1B0GST5 Q8VCX1 P70385 Q3ZAT3 Q91WH2 Q790P4 GLYCOGENOSIS, TYPE IC%PATHWHIZ%PW121894 Glycogenosis, Type IC G3UWN2 Q3U7Z6 A0A0R4J0G0 Q3TKP4 Q3UHK1 Q9DB41 Q3UER1 P06745 Q3UX28 Q6GQU1 Q80YV4 P17751 Q5FW97 P08249 Q8K157 Q6NSQ9 S4R2G5 P15327 KIDNEY FUNCTION - DISTAL CONVOLUTED TUBULE%SMPDB%SMP0121012 Kidney Function - Distal Convoluted Tubule Q543E4 Q8VCE0 Q68FL0 Q3UR55 Q3UQD4 Q545P0 Q0VBB6 Q8R2N1 Q91WH7 Q8VDN2 P69744 Q544Q7 Q3UHK5 Q9WUB6 ARGININOSUCCINIC ACIDURIA%PATHWHIZ%PW000184 Argininosuccinic Aciduria Q3UJ34 Q8C196 Q3TSQ7 Q571F8 Q9ESU7 Q3UTP8 Q91YI0 Q566C3 Q8BH59 P05202 Q543E2 Q61176 Q8R1A8 FOSINOPRIL METABOLISM PATHWAY%SMPDB%SMP0000594 Fosinopril Metabolism Pathway Q3TU20 PINDOLOL ACTION PATHWAY%PATHWHIZ%PW000374 Pindolol Action Pathway Q9ERZ4 Q542S9 Q3UP61 Q3ZAT1 O70507 Q3UVD6 Q543W5 Q68FL0 Q9QYK8 Q9WUT2 Q545H6 Q3UX23 Q8VCE0 Q3U118 Q99L88 Q8C3I3 Q3UR55 Q0PCR6 P48545 Q3UH54 P05132 Q545P0 Q5DTI2 Q9DBC7 Q61743 Q9D1R6 A0A411ACZ2 A0A1D5RMH2 Q80ZZ5 P34971 P97414 E9PUE8 Q8VDN2 Q53Z09 Q61762 A2A545 A0A0R4J1J2 Q544Q7 Q3UHK5 B2RUS7 FC EPSILON RECEPTOR I SIGNALING IN MAST CELLS%SMPDB%SMP0108224 Fc Epsilon Receptor I Signaling in Mast Cells Q3U593 Q9ES52 Q61411 Q3TMJ8 Q3TLP8 Q8C7P2 Q546H1 Q7TSJ7 Q3U5I5 Q3ZB59 Q6P1E0 Q5SX78 Q99N57 Q8CE90 Q5J7N1 Q3UNT6 D3YZ57 E9Q696 Q8CEI0 P07750 D3YWR2 P20109 Q9D091 P63085 P20489 Q4VA93 P31750 Q62077 Q91YS7 SUCCINATE SIGNALLING DURING INFLAMMATION%SMPDB%SMP0084634 Succinate Signalling During Inflammation Q543T1 Q8CBT3 P63085 Q9WUI1 Q8C5P3 Q5D0E0 P25799 Q8VC91 Q62347 Q4VA93 Q63844 Q99MT6 Q3UPW0 TAMOXIFEN ACTION PATHWAY%SMPDB%SMP0000471 Tamoxifen Action Pathway Q9WUD0 Q6XL48 Q62452 Q2KHL4 Q91W19 E7FJU2 Q8C9C1 Q9JKY7 Q8C7J1 MITOCHONDRIAL DNA DEPLETION SYNDROME-3%SMPDB%SMP0000536 Mitochondrial DNA Depletion Syndrome-3 Q4FK28 Q3TQC7 Q3UH83 P07742 Q8C5R8 P10639 Q8K0L2 Q3UGA8 P50096 A0A0G2JEH8 B9EIE9 Q5SUR0 Q9DCL9 Q548F2 Q9CWJ9 Q504N4 Q9JKX6 E9PVU7 Q3V1C8 Q9R0Y5 Q3V1D3 Q64737 Q9DCZ1 B2RRH9 Q9CVF2 E9Q9M1 E9Q7K1 Q543K9 Q7TPG2 P00493 P54822 Q9D5T0 P11157 Q3V1Q3 Q80YP4 Q60I30 P08030 D4-GDI SIGNALING PATHWAY%SMPDB%SMP0066935 D4-GDI Signaling Pathway Q3U607 Q811P8 Q61599 P97393 Q5DU30 P70677 A2AS93 Q3TZH4 Q52L79 Q921K2 A2RSY7 P29452 FRUCTOSURIA%PATHWHIZ%PW121881 Fructosuria P05063 Q3TKP4 Q3UER1 Q6GQU1 P47857 P17751 ARACHIDONIC ACID METABOLISM%SMPDB%SMP0000075 Arachidonic Acid Metabolism Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 5-OXOPROLINURIA%PATHWHIZ%PW000074 5-Oxoprolinuria P47791 Q4FJZ6 Q541E2 Q4FJQ4 Q3UNA7 A7DTG9 A0A0A6YVV2 Q8K010 P97449 Q9D2S1 ETORICOXIB ACTION PATHWAY%SMPDB%SMP0000695 Etoricoxib Action Pathway Q99N16 Q9WUD0 Q8BNP8 Q3UQ71 Q543T1 Q2KHL0 Q4FK56 Q8K355 Q3UTF0 Q9CX98 Q05421 Q9CVC8 O09114 A0A0A6YVV2 P24527 A2CF85 Q9DB60 O35936 P48999 A2CF88 B2RXY7 Q3U538 O35074 A2A8T1 Q05769 G3UW78 Q8CC91 Q99N18 PROTEIN SYNTHESIS: ASPARAGINE%SMPDB%SMP0111854 Protein Synthesis: Asparagine Q4VAG4 P68040 Q58E35 Q5M9M4 Q5M9M0 P62911 Q561N5 Q505A8 Q5M9K7 Q58EA6 Q6ZWU9 P62830 Q545X8 Q5YLW3 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 P14206 Q9CPR4 A0A498WGK2 Q9CQR2 P62264 Q6ZWN5 Q497N1 Q4FZH2 Q5CZY9 Q8BP67 Q3UC02 Q5M9N8 Q642K1 Q9CXW4 P97461 P99027 P62717 Q9D823 FANCONI-BICKEL SYNDROME%PATHWHIZ%PW121892 Fanconi-Bickel Syndrome P09041 Q3U7Z6 Q3UHK1 Q3UER1 P06745 Q8C605 Q6GQU1 P52480 P17751 Q5FW97 Q8K157 Q6NSQ9 S4R2G5 P15327 INTRACELLULAR SIGNALLING THROUGH HISTAMINE H2 RECEPTOR AND HISTAMINE%PATHWHIZ%PW000449 Intracellular Signalling Through Histamine H2 Receptor and Histamine Q62347 Q61012 P62137 P68181 Q3V1Q3 A0A1B0GSX9 Q3TQ70 DESMOSTEROLOSIS%PATHWHIZ%PW000097 Desmosterolosis Q9CZZ6 Q3TQK8 Q3V3I6 Q4FJN9 Q3THA3 G3XA48 Q8C5N9 Q3UEB4 Q61263 Q3US15 P70245 Q8K0C4 P53798 Q8CAY6 Q9CRA4 Q3TEL5 Q8BLN5 Q8BV96 O88822 Q8VCH6 Q3UYC1 LYSOPHOSPHATIDIC ACID LPA3 SIGNALLING%SMPDB%SMP0063755 Lysophosphatidic Acid LPA3 Signalling Q544B4 O88444 P31750 Q8C8N0 P63213 Q3TQ70 Q3UPW0 THE ONCOGENIC ACTION OF 2-HYDROXYGLUTARATE%SMPDB%SMP0002291 The Oncogenic Action of 2-Hydroxyglutarate O88844 Q9D2G2 Q9CZU6 P54071 Q571F8 Q3UX28 O08749 Q8K2B3 Q91VA7 P97807 Q3UFJ3 Q9CZB0 Q8BP54 Q9D6R2 Q9CXV1 P28271 Q9WUM5 Q9Z2I8 Q9D051 Q8BMF4 Q3TKM5 Q9CQA3 A2ATU0 Q99KI0 GLYCEROL METABOLISM V (GLYCEROPHOSPHOSERINE)%SMPDB%SMP0121313 Glycerol Metabolism V (Glycerophosphoserine) ACTIVATION OF NF-KAPPAB IN B CELLS%REACTOME%R-HSA-1169091.2 Activation of NF-kappaB in B cells P54775 Q9WTX6 Q3UPK6 Q9CPS5 A4QPD3 Q8BVQ9 B7ZWE5 P62196 B2RT97 P0CG50 A0A3B2WAY2 Q2TBA3 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q548Y4 Q5D0E0 P49722 Q9D8W5 P99026 Q9R1P0 Q8CIS0 Q3TV35 O35593 Q9R1P3 Q5SUR3 Q14AQ1 Q58EV4 Q923A8 O55234 Q542H2 Q5BKQ9 Q9JKV1 A0A286YDT6 Q3TXS7 P70195 Q60778 Q8CBT3 Q9Z1E3 Q5SRY7 Q60692 E0CXB1 Q6RI64 Q3TS44 P68404 Q99JI4 Q8VC91 P25799 Q3TKV1 CONJUGATION OF PHENYLACETATE WITH GLUTAMINE%REACTOME%R-HSA-177162.3 Conjugation of phenylacetate with glutamine Q91VA0 SUMOYLATION OF INTRACELLULAR RECEPTORS%REACTOME%R-HSA-4090294.5 SUMOylation of intracellular receptors P19091 P06537 Q6GU14 Q2M4G9 Q3UZT5 P63280 P33242 Q8C3F5 Q6NZM9 Q6LC96 P48281 Q505F1 A3KN90 Q542P9 Q3ULQ6 Q8BW69 E7FJU2 Q8BP65 G3UZA7 Q3U5E7 Q3TYI4 O54714 HDR THROUGH HOMOLOGOUS RECOMBINATION (HRR)%REACTOME DATABASE ID RELEASE 96%5685942 HDR through Homologous Recombination (HRR) Q5SV02 Q8BWH5 Q8VC54 Q3TQQ9 A0A0R4J1H1 Q80W51 Q80YR6 Q8BMI4 O35654 Q3UJQ1 Q0VGM9 Q8BQY8 Q80XH7 Q6ZQJ5 Q6ZQF0 O54956 P0CG50 Q3TV35 A0A0R4J091 P52431 Q8BGX7 Q3TKD1 Q542J9 Q5NCT2 Q9QZ11 Q9JJN0 B9EHX4 Q8BRV3 Q5SXJ3 O70445 Q9CQ36 Q4KL82 Q9CQ71 Q9CRV6 Q9R207 O35280 Q3UYY2 Q8BMG1 O35719 Q5U4B1 Q8BPY9 Q9CX47 E9PZ97 Q8BH76 Q547B4 Q99J62 Q924H5 Q9QWZ1 Q91ZJ0 Q5SWN2 Q9Z0F6 D3YVU6 Q6P1D7 P97929 Q3UGT8 Q62193 Q6NV63 Q08297 Q5HZI8 Q8BJW7 PHOSPHORYLATION OF THE APC C%REACTOME%R-HSA-176412.4 Phosphorylation of the APC C Q9D3A0 P53995 Q541Z5 Q8BZQ7 Q8BYJ1 Q9WVM3 Q3UFC2 Q8K2H6 P11440 Q9CPX9 S4R2B6 A2A4Z0 G3X8W7 Q3TPZ2 Q3UFQ4 Q3TM92 Q3TI84 LISTERIA MONOCYTOGENES ENTRY INTO HOST CELLS%REACTOME DATABASE ID RELEASE 96%8876384 Listeria monocytogenes entry into host cells F8VQL0 Q3UMA3 Q3TRJ7 Q3TGH8 Q62420 Q3UGN9 A0A0R4IZW5 G3X9V2 P05480 A0A1X7SB71 Q02248 Q3TT90 Q9CZV7 Q80ZL3 A0A0X1KG61 P0CG50 SIGNALLING TO ERKS%REACTOME DATABASE ID RELEASE 96%187687 Signalling to ERKs Q91ZZ2 P98083 Q8C180 Q63844 Q09HN3 Q3UFB7 Q91YS7 A2RS58 Q3UIB2 Q9WUI1 Q6ZPU1 O08911 E9Q672 Q9D091 P28028 Q61411 A2A5N2 A0A5F8MPM1 Q3USK4 Q8JZR2 Q3TMJ8 Q5U421 Q3U2P8 Q8BMC3 Q3V3W9 P70425 P63321 P63085 Q6LDU8 E9Q9B7 Q8CCG5 DISEASES OF THE UREA CYCLE%REACTOME%R-HSA-9955698.1 Diseases of the urea cycle Q3UJ34 G5E8S7 Q8R4H7 Q543E2 Q61176 Q8C196 Q8R1A8 Q91YI0 HEME SIGNALING%REACTOME DATABASE ID RELEASE 96%9707616 Heme signaling Q3V1B5 Q8C3F5 Q6LC96 Q542P9 Q9QXE7 Q6GQV9 Q3UHZ2 L0CL36 P70365 A8DUK0 Q3US24 Q8CHB6 A0T1G3 Q68ED7 Q6PEM8 Q8BHJ5 Q80UU9 Q8R1U3 Q3TZD5 Q5XJV5 Q8BJ14 Q8CE59 Q60795 Q8CBR9 Q8BYH8 Q64HC9 O70343 Q53Z05 Q810L5 Q3UV55 Q3U5U6 Q9JM08 Q91VB8 Q32ME6 Q8C9W6 Q9WVG6 Q00623 Q3UP84 Q8BYY5 Q91X84 Q921S6 B1AQH6 E9Q414 A0A0G2JG60 Q8CBD1 DOWNSTREAM SIGNALING EVENTS OF B CELL RECEPTOR (BCR)%REACTOME DATABASE ID RELEASE 96%1168372 Downstream signaling events of B Cell Receptor (BCR) Q63810 Q3UZ64 Q6NZH9 P63328 Q9Z1S3 G3X8U7 Q5SVY2 Q3UKJ3 Q9DBQ6 Q8C443 P54775 Q9WTX6 Q3UPK6 Q9CPS5 A4QPD3 Q8BVQ9 B7ZWE5 P62196 B2RT97 P0CG50 A0A3B2WAY2 Q2TBA3 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q548Y4 Q5D0E0 P49722 Q9D8W5 P99026 Q9R1P0 Q8CIS0 Q3TV35 O35593 Q9R1P3 Q5SUR3 Q14AQ1 Q58EV4 Q923A8 O55234 Q542H2 Q5BKQ9 Q9JKV1 A0A286YDT6 Q61411 Q3TXS7 P70195 Q60778 Q8CBT3 Q9Z1E3 Q5SRY7 Q60692 E0CXB1 Q6RI64 Q3TS44 P68404 Q99JI4 Q8VC91 P25799 Q3TKV1 Q9D091 DEREGULATED CDK5 TRIGGERS MULTIPLE NEURODEGENERATIVE PATHWAYS IN ALZHEIMER'S DISEASE MODELS%REACTOME%R-HSA-8862803.4 Deregulated CDK5 triggers multiple neurodegenerative pathways in Alzheimer's disease models Q6GR78 O08529 Q543F6 P14733 Q5SS40 Q9DBN8 P35700 Q3UR74 Q9D7J7 Z4YJU8 Q9WVH4 O88456 Q99PH8 P48964 Q921U7 Q3UF24 Q52L79 Q5M9N9 Q542T9 Q6PEB3 Q4FJX9 SLC-MEDIATED BILE ACID TRANSPORT%REACTOME%R-HSA-9958517.1 SLC-mediated bile acid transport A2AMH5 Q8BGY9 Q8BY89 Q3ULA4 Q9CXB2 Q921V7 Q5RJI2 FBXW7 MUTANTS AND NOTCH1 IN CANCER%REACTOME DATABASE ID RELEASE 96%2644605 FBXW7 Mutants and NOTCH1 in Cancer P62878 Q5SUR3 Q01705 Q9WTX6 CLASS B 2 (SECRETIN FAMILY RECEPTORS)%REACTOME DATABASE ID RELEASE 96%373080 Class B 2 (Secretin family receptors) Q3UY07 Q5R252 Q3U9R0 Q3U9V4 Q3TNJ3 Q9Z0L6 Q0VBT1 P70701 Q8C6P4 Q542J1 Q9JIP6 Q80ZS9 Q8BJN8 A0A0R4J003 Q3UG14 Q3UGN1 Q8R5M2 Q1RME7 A0A158RFU9 P27467 Q6PDY6 Q0P543 Q60755 Q8CIT0 P29387 P97751 Q6NXJ9 O70283 Q61086 Q7TNK8 Q3UFJ9 P63213 Q61091 Q546Q8 O35595 Q3TQ70 Q6P8Y9 P48756 P63216 Q3UMY0 Q9DC42 P61953 P24383 P50153 Q62226 Q9WUP0 Q9WUP1 Q9JMF3 Q8BRC7 Q9R216 Q61012 Q3TQ59 Q3UTY8 Q544P6 Q3UR96 Q924X4 P41593 Q3ZB23 Q91V95 Q544X5 P55095 Q8BLL2 Q80XI9 Q3V1A7 P81615 Q9CXP8 Q8BJT8 P97297 Q54AE3 P12968 O70421 A2AR99 A0A1B0GR43 Q149J3 Q9CUZ6 Q8C718 Q8BQD1 Q9DAS9 P22725 P32082 Q3UEG1 Q3ZAT0 P22727 Q3UN81 O35659 REGULATION OF RAS BY GAPS%REACTOME%R-HSA-5658442.3 Regulation of RAS by GAPs Q60790 E9PYG6 A0AAQ4VMS6 Q501K2 Q9CTE0 A0A0J9YVH8 Q8CAS7 A0A0R4J0K0 Q6PFQ7 Q9Z268 Q04690 Q52KF5 P54775 Q924S8 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 P62878 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q61411 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 Q9D091 Q0VAV5 P58069 GABA SYNTHESIS%REACTOME DATABASE ID RELEASE 96%888568 GABA synthesis Q548L6 Q548L4 CS DS DEGRADATION%REACTOME%R-HSA-2024101.6 CS DS degradation Q8BS97 P29416 Q08890 Q3TAW7 Q3TXR9 Q3TSQ8 A0A0R4IZX5 Q99KJ6 Q3URZ9 A0A0R4J138 Q3TNY9 Q71M36 Q91ZJ9 Q8VEI3 Q8BZW3 L0MX76 Q8BMG0 Q3UKR1 A0A1B0GSK9 DISEASES OF MITOTIC CELL CYCLE%REACTOME%R-HSA-9675126.4 Diseases of mitotic cell cycle P53995 Q541Z5 Q8BZQ7 Q8BYJ1 Q9WVM3 Q3UFC2 Q8K2H6 Q9CPX9 S4R2B6 A2A4Z0 G3X8W7 Q3UFQ4 Q3TM92 Q3TI84 Q9D3A0 Q61457 P13405 Q544H6 Q8C8M7 Q9CYB4 Q790L7 Q564P6 Q8BJ38 Q3UKR0 Q569Z9 Q3U3D4 Q61687 S4R216 Q3UGB9 Q791X1 Q545C3 Q9D297 Q6ZQJ8 P46414 Q0VBK8 Q4FK45 LESTAURTINIB-RESISTANT FLT3 MUTANTS%REACTOME DATABASE ID RELEASE 96%9702596 lestaurtinib-resistant FLT3 mutants Q3UEW6 RESOLUTION OF SISTER CHROMATID COHESION%REACTOME DATABASE ID RELEASE 96%2500257 Resolution of Sister Chromatid Cohesion Q9CPV1 P30276 Q8CDZ5 Q9CPV5 Q8CJF7 A0A0R4J037 Q8BN07 Q9WVA3 Q3TWG5 Q8C3Y4 Q9D1M0 Q5HZH8 Q5SW18 Q9CU62 Q9Z0W3 A0A1L1SV84 Q9ERR1 Q6PD28 Q8K1K8 O35216 A0A1I7Q4A6 Q3UZD6 Q8BHK9 E9QPI5 E9Q3P4 Q3TQQ9 P11440 Q3TPZ2 Q9CZW2 B8JK52 B2RVI6 Q61151 Q9D481 Q9D084 Q14A61 Q8BZ45 Q9CQU5 Q549P2 P63168 Q66JQ7 Q3UK10 K3W4R5 Q6ZQK4 O70126 P59235 Q6PD03 Q9CYC5 J3QMK1 B2RX66 O54692 Q99P69 A2RSC8 P63330 E9QME3 Q3TG35 Q9QYM8 J3QP81 Q9CY25 Q9JHU4 Q3TG33 Q3TDV6 Q8BK67 B7ZP47 H3BKZ0 Q8BHX3 Q8BSE7 Q8BH74 Q8C4M7 Q3TJM4 Q8R480 Q9CPY3 Q6ZWM8 Q9CXH7 Q6ZWU9 Q3TYJ3 Q9D0F1 Q923A2 Q76MZ3 F8WHU5 E9QKK1 F8WHU7 Q9JJ66 Q9CWU9 Q91V89 Q9CQA0 Q3TPJ8 Q3UD72 Q9ERU9 Q9D0M5 Q3U4H0 Q6PDL0 Q8BIX1 Q9CQ82 Q8BYY5 O35685 Q3UA16 Q3TTB0 Q3UPF6 F8WIA1 Q9WU62 Q3TMK9 DEVELOPMENTAL LINEAGE OF MAMMARY GLAND ALVEOLAR CELLS%REACTOME%R-HSA-9927426.2 Developmental Lineage of Mammary Gland Alveolar Cells Q9CPQ2 DISEASES OF MISMATCH REPAIR (MMR)%REACTOME DATABASE ID RELEASE 96%5423599 Diseases of Mismatch Repair (MMR) P54279 P54276 E9QPY6 Q3TZI5 Q9JK91 VASOPRESSIN-LIKE RECEPTORS%REACTOME DATABASE ID RELEASE 96%388479 Vasopressin-like receptors Q545V4 Q3UUQ5 Q3SWS4 A0A0N4SVY6 Q9WU02 Q3U1H9 SYNTHESIS OF PS%REACTOME DATABASE ID RELEASE 96%1483101 Synthesis of PS Q99LH2 Q9Z1X2 APOPTOTIC CLEAVAGE OF CELL ADHESION PROTEINS%REACTOME DATABASE ID RELEASE 96%351906 Apoptotic cleavage of cell adhesion proteins P97350 A0A0R4IZW5 E9PZW0 O55111 B9EHJ3 A0A3B2WCN9 Q02248 Q3UFC6 P70677 Q61495 RNA POL II CTD PHOSPHORYLATION AND INTERACTION WITH CE DURING HIV INFECTION%REACTOME%R-HSA-167160.4 RNA Pol II CTD phosphorylation and interaction with CE during HIV infection Q3UZB8 A0A3Q4L2S8 A0A338P6M3 O55201 Q7TPV0 Q542U3 P61219 P62488 P08775 P97760 E9PWD3 Q8BFX0 Q3THK3 Q8CFI7 P51949 E9Q6K1 Q9D0L8 P60898 Q8K2X8 Q7TPY0 P49135 Q3THG5 Q3UMJ4 Q6PI63 Q3V214 Q9DCC1 ELECTRON TRANSPORT FROM NADPH TO FERREDOXIN%REACTOME DATABASE ID RELEASE 96%2395516 Electron transport from NADPH to Ferredoxin Q61578 Q545P3 Q9CPW2 DEFECTIVE MUTYH SUBSTRATE PROCESSING%REACTOME DATABASE ID RELEASE 96%9608290 Defective MUTYH substrate processing COSTIMULATION BY THE CD28 FAMILY%REACTOME DATABASE ID RELEASE 96%388841 Costimulation by the CD28 family Q52L79 P62878 Q9CTE0 Q790L7 Q545C3 Q61151 Q6ZQK4 Q6PD03 P63330 Q76MZ3 Q91V89 Q8BIX1 Q8BN07 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q8BVQ9 Q6PD28 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q548Y4 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q5SUR3 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 A0A286YDT6 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 P25799 Q3TKV1 Q5SX13 Q9D2U9 Q91X78 A1A550 A0A7N9VR83 Q5JCS9 Q6GTR6 Q8BTI9 Q3U957 Q544F3 Q8BX09 Q8BKH7 A2ADH1 Q3UKZ9 Q3UCJ0 Q8CEI0 Q32MV8 Q3TJI7 Q8C5H3 Q8CE74 Q14C34 Q4FJW1 P97481 Q9EPK5 Q3TLP8 Q549R2 Q3UXE9 P61965 Q9CS58 Q6GU23 Q3U6Q4 Q921E6 O78196 A1A4T4 Q8BIQ9 Q8BGM7 Q3U0E8 A3KPD0 Q3UH70 A6H6M1 Q61238 Q8CJF9 O35445 P84228 Q8CGP2 Q99K94 Q8CGP0 Q3UV15 A0A0R4J0D3 G5E884 Q9DBG6 Q3UII1 P15066 B2RTK3 Q8CGP7 P61804 Q3UHZ0 P31750 Q8C7P2 F8VPU0 F8WI37 Q149V4 A8IP69 Q3UEB8 Q99J56 Q6QI06 Q544K4 Q8CDH5 Q5DTJ2 Q8VD67 B1ATC3 S4R1M3 Q9JLN9 Q3UHK8 Q8K2C7 G3UZX4 Q8VEH8 Q8R1M2 Q812A5 Q8CAI6 B1GX81 Q3U304 Q8C5Q7 P41241 P46938 P01108 O54734 A0A3Q4EC26 P42337 P01101 Q8VDU4 Q64524 Q8BRK8 P35235 P10853 Q3TSV7 Q02248 Q6P5P1 Q8BMR3 Q60972 Q9DBZ2 Q01853 D3YZ57 Q3U573 E9Q696 Q80UF1 Q542K0 Q6GTY4 Q8BP64 Q3UUI3 Q8BFZ9 O08908 Q78XF5 Q8BUX6 Q3U4Y3 Q80W05 Q8C6X4 Q99LT0 Q8K4K2 B2RWH3 Q62296 Q64475 Q64478 Q3U472 Q8CDB3 Q80UL2 Q5KU03 C0HKE5 Q6AXH7 Q60FD1 Q3TWR3 Q3URU8 Q3UQ34 A2RSD4 O35864 Q6ZWY9 Q91YT2 Q8BJP2 A0A1W2P7D5 Q8CI98 Q3UD86 Q6GQV9 P27661 Q544C7 Q3UCW2 Q6PAM0 Q8C402 E9PW15 B2RUG2 Q8BJ14 Q60795 TRANSCRIPTION OF THE HIV GENOME%REACTOME%R-HSA-167172.4 Transcription of the HIV genome A2ASY1 Q8BQ46 Q7TSG2 Q8C4Y3 P61216 P97760 E9PWD3 Q8BFX0 Q3THK3 Q8CFI7 P51949 E9Q6K1 Q9D0L8 P60898 Q8K2X8 Q7TPY0 P49135 Q3THG5 Q3UMJ4 Q6PI63 Q3V214 Q9DCC1 Q3UZB8 A0A3Q4L2S8 A0A338P6M3 O55201 Q7TPV0 Q542U3 P61219 P62488 P08775 Q9CQ49 Q8BG30 Q3UIA1 E9QAP7 G3X956 Q3UIR2 B9EJX5 Q9D0D5 Q99JX1 Q3U3M5 Q3UWX7 Q3UT56 Q8VI33 Q9R1C0 A0A3Q4EGS4 A0A087WNT1 Q922L6 B1Q2W7 Q08943 P63271 Q9QWV9 Q3ULN2 Q3TN86 F8VPY2 Q149E9 Q9EQH4 Q99J95 Q3UYV9 Q8CB77 Q6RI65 Q7TQK0 Q62311 O08856 TRANSPORT OF CONNEXONS TO THE PLASMA MEMBRANE%REACTOME DATABASE ID RELEASE 96%190872 Transport of connexons to the plasma membrane Q8C4N2 Q3UJE9 PROTEIN FOLDING%REACTOME%R-HSA-391251.3 Protein folding A2AQ07 Q5I0U7 S4R2G5 A2A5R2 Q3UIJ0 Q9QUH1 A0A0R4J0M1 Q9ERD7 Q9QZN4 Q8CDH5 Q9DBX2 Q9JJZ2 P05213 Q9JKC8 P05214 P61759 D3YUA8 G3UZX4 P30678 Q80ZA1 Q9Z247 Q9WU28 P17439 Q3UX10 Q9QXW2 Q6PAS7 Q7TMM9 Q3UMM1 Q792E4 Q8BVY8 Q61457 Q8C2W7 F8VQ75 Q544H6 Q9D1E6 Q8BYA0 Q3UPA1 Q3UTM5 Q8CHQ0 D3Z584 O70591 Q3U9V4 Q80ZU1 P11983 Q564F4 Q9JMJ2 B2RRX1 B2RSN3 H3BLP9 Q52KG9 Q8BVT1 Q9D6F9 Q542X7 Q3UG14 Q9CQF7 Q3UGN1 Q9DBR1 Q8CIV8 Q8BK80 Q8VC51 Q9D0J4 Q52L87 Q6P0X1 Q8CBT5 P68372 P29387 Q9D6Z1 Q3UHH5 Q3U4U6 Q3UUR0 P68369 G3X8W6 P68368 P63213 Q80XD3 Q8CI15 P80316 Q8BNS3 Q3TQ70 Q6P8Y9 P63216 Q3UMY0 P61953 P50153 Q9JMF3 Q61012 Q6GU23 Q9CXP8 Q54AE3 Q9JM08 Q9DAS9 INTERACTIONS OF VPR WITH HOST CELLULAR PROTEINS%REACTOME%R-HSA-176033.4 Interactions of Vpr with host cellular proteins Q8CDZ5 P59235 Q9D1M0 Q60960 Q5FWJ9 Q8BUA6 Q9Z0W3 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 O54962 Q8VCB1 A0A1D5RLQ0 P48962 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q545A2 Q8BH74 A2BI12 Q8BPS7 Q566K0 Q8R480 Q8BTS4 J3JSA4 Q8R4R6 Q9CWU9 Q9ERU9 INHIBITION OF THE PROTEOLYTIC ACTIVITY OF APC C REQUIRED FOR THE ONSET OF ANAPHASE BY MITOTIC SPINDLE CHECKPOINT COMPONENTS%REACTOME DATABASE ID RELEASE 96%141405 Inhibition of the proteolytic activity of APC C required for the onset of anaphase by mitotic spindle checkpoint components Q9D3A0 Q9WVA3 Q5HZH8 Q9JJ66 P53995 Q541Z5 Q8BZQ7 Q8BYJ1 Q9WVM3 Q3UFC2 Q3UZD6 Q8K2H6 Q9CPX9 S4R2B6 A2A4Z0 G3X8W7 Q3UFQ4 Q3TM92 Q3TI84 ALTERNATIVE LENGTHENING OF TELOMERES (ALT)%REACTOME%R-HSA-9006821.3 Alternative Lengthening of Telomeres (ALT) Q3UKR0 Q61687 E2F-ENABLED INHIBITION OF PRE-REPLICATION COMPLEX FORMATION%REACTOME DATABASE ID RELEASE 96%113507 E2F-enabled inhibition of pre-replication complex formation Q66JV6 Q59IX1 Q9WUV0 Q3UR71 P11440 Q9JK30 Q9CZF7 Q9CWV1 ELECTRIC TRANSMISSION ACROSS GAP JUNCTIONS%REACTOME DATABASE ID RELEASE 96%112303 Electric Transmission Across Gap Junctions O54851 Q9JIP4 A0A654IER4 Q6IMP4 INFLUENZA INFECTION%REACTOME DATABASE ID RELEASE 96%168255 Influenza Infection Q8CDZ5 Q9D1M0 Q9Z0W3 P97760 Q8BFX0 Q3THK3 Q8CFI7 P60898 Q3UMJ4 Q6PI63 Q3V214 A0A3Q4L2S8 A0A338P6M3 P61219 P62488 P08775 Q60960 Q5FWJ9 Q8BUA6 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q545A2 Q8BPS7 Q8BTS4 J3JSA4 Q8R4R6 P97461 Q4VAG4 Q58E35 P86048 Q4FJX1 Q9CQD0 P62911 Q545X8 E0CXT7 P14206 Q9CPR4 Q0VBA4 Q3UC02 D3YYB0 Q8CCS6 Q5M9M4 Q5M9M0 Q4FJR9 Q6PFA2 Q5YLW3 B2MWM9 P62827 Q80Y52 Q9CQR2 C0LLJ0 P62264 E9Q179 Q6ZWN5 Q543M7 Q4FZH2 Q8BP67 Q5SUC3 Q5M9N8 Q642K1 Q9CXW4 P62717 Q9D2Y4 Q3UNK5 Q8BKC5 Q561N5 Q5M9K7 P62830 Q3UHW8 Q921K2 P99027 Q9D823 Q68FD5 Q61696 Q03963 Q3UFV9 Q505A8 Q58EA6 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 Q497N1 Q5CZY9 P59235 Q8BH74 Q8R480 Q6ZWU9 Q9CWU9 Q9ERU9 Q8BYY5 DEFECTIVE ALG14 CAUSES ALG14-CMS%REACTOME DATABASE ID RELEASE 96%5633231 Defective ALG14 causes ALG14-CMS Q9D081 RUNX1 REGULATES TRANSCRIPTION OF GENES INVOLVED IN BCR SIGNALING%REACTOME%R-HSA-8939245.2 RUNX1 regulates transcription of genes involved in BCR signaling P16277 Q3V1H4 Q02650 Q3TVH6 Q08024 VITAMIN B5 (PANTOTHENATE) METABOLISM%REACTOME%R-HSA-199220.5 Vitamin B5 (pantothenate) metabolism Q6DYE8 Q9CQF6 P19096 Q3TY45 Q80YV4 Q9CZG9 Q9DBL7 Q543J7 Q7M753 Q9Z0K8 G3UXY9 A0A1L1SUH2 Q8C0K5 Q8BHC4 G3X9S2 Q5SXA7 Q9QZ25 Q8VDG5 Q8R0Y8 SLC-MEDIATED TRANSPORT OF OLIGOPEPTIDES%REACTOME%R-HSA-9959399.1 SLC-mediated transport of oligopeptides Q542U5 Q8BPX9 Q91W98 Q3UWE2 TRANSPORT OF MATURE MRNA DERIVED FROM AN INTRON-CONTAINING TRANSCRIPT%REACTOME%R-HSA-159236.5 Transport of Mature mRNA derived from an Intron-Containing Transcript Q8CDZ5 Q9D1M0 Q9Z0W3 Q9Z1N5 V9GXF3 Q8CCY8 P59235 Q8BHJ9 Q62093 Q9QZV9 Q3UAF1 Q5FWJ9 P84104 Q3UL31 Q8BUA6 F6ZDS4 Q8VE80 Q9JIH2 E9PW20 Q6PDG0 Q80UI8 Q8BU75 E9PUK6 Q3THA6 Q6PDM2 Q8VCB1 A0A1D5RLQ0 Q3TWW8 Q80X98 Q91VC3 Q8C570 Q9DC48 Q80U93 Q8BV04 E9QL43 Q3U425 Q8BGJ9 Q9D0B0 Q8BRF6 Q8BQF0 Q8R322 P61327 Q8BH74 Q80SZ6 Q9CQ49 Q8R3N6 Q8BPS7 Q91Z49 Q8R480 A0A0R4J0J6 Q8BTS4 Q9CWZ3 J3JSA4 Q8R4R6 Q3UDD3 G3UZW7 Q5U4D9 O08583 Q99M28 A0A286YCS0 Q8K3W3 Q9CWU9 Q9ERU9 Q3UYV9 FORMATION OF THE POSTERIOR NEURAL PLATE%REACTOME DATABASE ID RELEASE 96%9832991 Formation of the posterior neural plate Q6KAS7 P70327 Q80ZL6 P48031 Q3UTH6 Q8VD35 P27467 P53783 Q8BSG9 Q60I23 SMALL INTERFERING RNA (SIRNA) BIOGENESIS%REACTOME%R-HSA-426486.6 Small interfering RNA (siRNA) biogenesis Q9QZE7 Q3UNH9 Q8BJP2 Q9WTX2 Q8CJF9 F8VQ54 Q545E6 Q9CS58 Q3UQ34 TRP CHANNELS%REACTOME%R-HSA-3295583.4 TRP channels P69744 Q3UYE9 Q8BNT2 Q8K595 B7ZMP6 Q8C8A8 Q2TV84 A0A1B0GS49 Q8CIR4 Q3KP78 Q8K424 V5TCP9 Q3V318 Q8R4D5 Q3TDP6 Q6NV56 Q9EPK8 Q9WTR1 Q3UXW9 Q9JJH7 Q8CCQ1 Q99J21 Q91WD2 Q8BIH6 A2AI57 DEVELOPMENTAL LINEAGE OF PANCREATIC DUCTAL CELLS%REACTOME%R-HSA-9925563.2 Developmental Lineage of Pancreatic Ductal Cells Q3TZ05 Q61789 Q3USI2 Q8C5B3 F8VQJ3 G5E874 P19137 Q3UHL7 P97927 Q3UZF9 Q5DTP0 Q9R0B6 P29788 NEF MEDIATED DOWNREGULATION OF MHC CLASS I COMPLEX CELL SURFACE EXPRESSION%REACTOME%R-HSA-164940.5 Nef mediated downregulation of MHC class I complex cell surface expression Q8CC13 Q8CBB7 Q8BW87 Q3UG16 P01898 P01887 P61967 Q8K212 A0A0R4J1L4 Q7TN05 TANDEM OF PORE DOMAIN IN A WEAK INWARDLY RECTIFYING K+ CHANNELS (TWIK)%REACTOME%R-HSA-1299308.2 Tandem of pore domain in a weak inwardly rectifying K+ channels (TWIK) Q9JJ14 A0A1D5RMH2 Q3V1G1 PROTEASOME ASSEMBLY%REACTOME DATABASE ID RELEASE 96%9907900 Proteasome assembly P54775 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q14AQ1 Q58EV4 Q3ULG4 O55234 Q4FK54 Q542H2 G3X9V0 Q5BKQ9 Q5HZK3 Q9JKV1 D3Z016 Q8BJY1 Q3TXS7 Q9CQT5 P70195 Q9JK23 O35955 P28063 Q9CR00 Q9CZH3 Q60692 Q5SSW2 E0CXB1 Q8BG41 Q6RI64 Q9EST4 Q3TS44 A2AU35 Q99JI4 A0A0R4J256 A2AG83 Q3TKV1 FCERI MEDIATED NF-KB ACTIVATION%REACTOME%R-HSA-2871837.4 FCERI mediated NF-kB activation Q3UHZ0 Q9Z1S3 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q8BVQ9 B7ZWE5 P62196 B2RT97 P0CG50 Q2TBA3 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q548Y4 Q3UFQ4 Q5D0E0 P49722 Q9D8W5 P99026 Q9R1P0 Q8CIS0 Q3TV35 O35593 Q9R1P3 Q5SUR3 Q14AQ1 Q58EV4 Q923A8 O55234 Q542H2 Q5BKQ9 Q9JKV1 A0A286YDT6 Q3TXS7 P70195 Q8CBT3 Q9Z1E3 Q5SRY7 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q8VC91 Q920N8 P25799 Q9D5S8 Q3TKV1 Q8BTM9 Q99K90 Q569Y6 Q8CF89 A2RTT4 P70196 A0A1W2P7U1 Q9QUG9 Q8CEI0 TRANSCRIPTIONAL AND POST-TRANSLATIONAL REGULATION OF MITF-M EXPRESSION AND ACTIVITY%REACTOME%R-HSA-9856649.3 Transcriptional and post-translational regulation of MITF-M expression and activity A8IP69 Q5SS40 A0A0R4IZW5 Q02248 A2A5N2 P63085 P27467 Q8C6X4 Q63844 P63280 A2BDY3 Q496T0 P70349 Q5KU03 Q8BML9 Q6GTZ3 Q8BU30 Q3UZG4 P05532 Q8BJY7 P01193 Q3UZ96 Q544E0 O35235 A0A1Y7VNZ6 Q7TSZ3 P56450 Q8K420 Q6GQV9 Q9D1M4 A2APU5 Q4VA43 P63101 Q8CGC7 Q8C402 P68510 P31360 Q3UQX2 P46684 P48302 E9QB02 Q9WTW4 Q8C5F1 A0A0B6VTJ4 Q58E49 Q8BJ14 Q810V8 Q8BRF1 Q544G7 P07141 Q04888 Q8R3V2 Q04887 Q53Z05 Q8C6Y4 Q60I23 Q8R2P8 Q9D0I9 Q8BYY5 THYROXINE BIOSYNTHESIS%REACTOME DATABASE ID RELEASE 96%209968 Thyroxine biosynthesis P35419 E9Q4F3 A0A0F7RQH1 Q9D311 Q8VE49 G3X8P5 Q9QXV5 A2AQ92 P49817 Q91ZI8 A0A0R4J110 Q8K2W3 Q9DCX8 A0A494BAW1 AZATHIOPRINE ADME%REACTOME DATABASE ID RELEASE 96%9748787 Azathioprine ADME A0A494BAC3 Q3TCZ2 P50096 E9Q7K1 B2RRH9 Q3TLP8 P15626 Q8VDU4 Q8BG93 O88627 A0A0R4J018 Q5NC82 Q7TSI6 Q5NC81 Q6P8Q2 Q9ERH8 Q9R0C8 Q9CVF2 E9Q467 P00493 RHOBTB GTPASE CYCLE%REACTOME%R-HSA-9706574.4 RHOBTB GTPase Cycle Q9CTE0 Q80Y52 Q9Z1N5 Q3UIJ0 Q91VJ4 A1BN54 E9PUK6 Q3UV27 Q91V93 Q61081 Q14AI7 Q8BTV2 Q5DTM8 Q91YR1 Q3TE41 F8WJG3 Q9Z204 Q3TFA9 Q4KL81 Q3TRK3 Q3V3N6 Q3TR46 Q9WV02 V9GX76 Q71LX8 B7ZMU4 F8VQ93 Q5FWJ3 A0A0G2JF67 Q3UE22 Q8CDN6 Q52KG9 Q542X7 UNWINDING OF DNA%REACTOME%R-HSA-176974.4 Unwinding of DNA Q8BQ03 Q3UI57 Q3UI99 Q542F4 Q3U4T8 Q8K1A2 Q9CWV1 Q9D600 Q8C5L1 Q9CY94 Q99LZ3 P97310 NGF PROCESSING%REACTOME DATABASE ID RELEASE 96%167060 NGF processing Q91VK0 P23188 F6XJP7 Q6LDU8 LOSS OF FUNCTION OF TGFBR2 IN CANCER%REACTOME%R-HSA-3642278.3 Loss of Function of TGFBR2 in Cancer Q3UNK5 Q8BQS9 Q9D5H8 MTOR SIGNALLING%REACTOME%R-HSA-165159.9 MTOR signalling Q8CEC8 P09411 G3UW70 Q8C470 Q8K4T3 P31750 Q3V4A1 Q7TT21 Q3UUJ4 Q60876 Q3UKJ3 Q99K70 Q06138 Q9EP53 Q8BGD9 Q3TWR3 E9Q9E1 Q80X95 Q3UQ34 A4FUW1 B1AWT3 Q8VD67 Q9JHS3 B1ATC3 E9QKI5 Q9EQE3 Q9JLN9 Q8BJP2 Q3UHK8 Q3UD86 Q6PAM0 Q8CE74 A0A3Q4EC26 Q8BRK8 Q9CS58 Q8BIQ9 Q8BGM7 A2A5N2 Q8CJF9 Q542K0 Q8CF66 Q6NTA4 Q8BUX6 Q9CQ22 Q9DB16 Q8BGD6 Q8C6X4 DEFECTIVE ACY1 CAUSES ENCEPHALOPATHY%REACTOME DATABASE ID RELEASE 96%5579007 Defective ACY1 causes encephalopathy A0A0R4J050 CLOSTRIDIUM NEUROTOXICITY%REACTOME DATABASE ID RELEASE 96%168799 Clostridium neurotoxicity Q5D0A4 Q8CHR4 P60879 Q69ZS6 P61264 Q9JIS5 H6RXZ1 A0A0R4J2C2 Q62442 Q8BG39 APC TRUNCATION MUTANTS ARE NOT K63 POLYUBIQUITINATED%REACTOME%R-HSA-5467333.3 APC truncation mutants are not K63 polyubiquitinated Q8BNP7 TYPE II NA+ PI COTRANSPORTERS%REACTOME%R-HSA-427589.3 Type II Na+ Pi cotransporters Q9D2V6 Q9DBP0 Q80SU6 IKBKG DEFICIENCY CAUSES ANHIDROTIC ECTODERMAL DYSPLASIA WITH IMMUNODEFICIENCY (EDA-ID) (VIA TLR)%REACTOME DATABASE ID RELEASE 96%5603027 IKBKG deficiency causes anhidrotic ectodermal dysplasia with immunodeficiency (EDA-ID) (via TLR) Q8CBT3 Q8VC91 Q5D0E0 REGULATION OF CHOLESTEROL BIOSYNTHESIS BY SREBP (SREBF)%REACTOME DATABASE ID RELEASE 96%1655829 Regulation of cholesterol biosynthesis by SREBP (SREBF) P53798 Q0VGU0 Q61586 O88822 P62827 Q8BGI3 Q8BSY2 Q3UHW8 P19096 Q6LC96 Q542P9 Q9QXE7 Q6GQV9 P70365 Q8BHJ5 Q6GQT6 Q80U83 Q8C1E4 Q3TZD5 A0A140LIT2 Q5XJV5 Q3U1N2 A0A087WQP7 Q8CE59 Q8BLN5 Q8C590 Q7TPS7 Q8BYH8 Q9CZZ6 Q3TQK8 Q547C4 Q3THA3 Q5SWU9 Q8K0C4 Q9ESZ3 G3X8Q0 Q9WTZ2 A2AA71 Q3V3I6 Q9WVG6 Q4FJN9 Q3UYC1 Q9DBV7 Q920L5 Q6NXL1 B1AQH6 G3XA48 Q8CHX6 A0A0G2JG60 Q3UEB4 Q80ZX0 ACTIVATION OF CA-PERMEABLE KAINATE RECEPTOR%REACTOME DATABASE ID RELEASE 96%451308 Activation of Ca-permeable Kainate Receptor Q6PAQ0 Q8C825 Q52KF7 Q3UP61 Q80WU3 B1AS29 Q8BMF5 Q91X97 A0A338P6I6 INLB-MEDIATED ENTRY OF LISTERIA MONOCYTOGENES INTO HOST CELL%REACTOME DATABASE ID RELEASE 96%8875360 InlB-mediated entry of Listeria monocytogenes into host cell F8VQL0 Q3UMA3 Q3TRJ7 Q3TGH8 P0CG50 Q62420 Q3UGN9 Q3TT90 Q9CZV7 Q80ZL3 A0A0X1KG61 MATURATION OF PROTEIN E%REACTOME%R-HSA-9683683.4 Maturation of protein E P0CG50 REGULATED NECROSIS%REACTOME DATABASE ID RELEASE 96%5218859 Regulated Necrosis Q80Y52 P29452 E9PZP3 Q8CGY8 Q60989 Q8K3J2 Q9D2Y4 P70343 B2RRZ7 Q61081 P0CG50 Q3U0Y6 Q5SS83 Q99PH8 Q9D7F7 Q80ZA1 Q8C6X9 Q61160 Q561N4 Q80Y09 Q8C350 Q78V99 Q2PMY2 Q5SRW7 A0A1B0GR63 Q62210 Q540I4 E9Q5V3 Q8C863 Q3TMX0 A0A3B2W489 Q3U5H0 Q5CZX0 Q9D8B3 Q9WUD1 Q3TZH4 P10749 P70677 Q3U607 Q60855 O08734 Q9CQ10 Q3UP87 A0A679AXP3 Q3U2Z2 Q9QZM4 B1AZ39 Q3TSE5 Q5SX13 DEFECTIVE SLC22A5 CAUSES SYSTEMIC PRIMARY CARNITINE DEFICIENCY (CDSP)%REACTOME DATABASE ID RELEASE 96%5619053 Defective SLC22A5 causes systemic primary carnitine deficiency (CDSP) Q5SX17 REELIN SIGNALLING PATHWAY%REACTOME DATABASE ID RELEASE 96%8866376 Reelin signalling pathway D3YZ57 B2RRQ8 Q60841 Q91YY0 Q3TT90 CRISTAE FORMATION%REACTOME DATABASE ID RELEASE 96%8949613 Cristae formation P56135 Q3U7N2 P38647 Q4FK74 Q9CRB9 Q7TNS2 E9Q4M4 Q9DCZ4 Q8BGH2 Q8C454 P56480 Q7JCY9 Q14BC2 Q8R404 P97450 Q03265 Q5U458 Q8C2Q8 Q9CRA7 B1AV14 E9Q933 Q5I0W0 Q06185 Q8R5C0 Q78IK2 RECOGNITION OF DNA DAMAGE BY PCNA-CONTAINING REPLICATION COMPLEX%REACTOME%R-HSA-110314.5 Recognition of DNA damage by PCNA-containing replication complex O35654 Q80XH7 O54956 Q8BH57 P0CG50 A0A0R4J091 Q3U1J4 P52431 Q3TCH7 Q3TP81 Q3TKD1 Q3TLR7 Q542J9 A2RSE4 Q8CED3 Q8BJQ2 Q9CQ36 Q4KL82 Q9CQ71 P62878 Q5U4B1 Q8BH76 Q547B4 Q99J62 Q5SWN2 Q62193 Q5HZI8 ION HOMEOSTASIS%REACTOME DATABASE ID RELEASE 96%5578775 Ion homeostasis Q8R0X5 Q3UHK5 Q8C048 Q8BW40 B7ZMP6 Q8CED6 F8WIS9 Q68FL0 Q497F1 Q6P069 Q80SW1 Q8R429 Q9Z239 Q8CCM0 Q9D164 Q8VCE0 E9Q6J9 P59648 P70227 Q3UR55 Q9D7J8 A0A1B0GRA5 Q8C8N0 Q9D2W0 S4R1C4 A0A140LJK7 E9PZQ0 G5E829 Q3UPA8 P05132 Q545P0 Q5DTI2 Q8K596 F8WGF2 E9Q9K5 Q61743 Q8BL41 A3KCG1 Q80ZZ5 E9PUE8 Q8VDN2 Q8BXN1 Q810R7 Q14BR6 Q544Q7 ABERRANT REGULATION OF MITOTIC EXIT IN CANCER DUE TO RB1 DEFECTS%REACTOME%R-HSA-9687136.2 Aberrant regulation of mitotic exit in cancer due to RB1 defects Q9D3A0 P13405 Q569Z9 Q3U3D4 P53995 Q541Z5 Q8BZQ7 Q8BYJ1 Q9WVM3 Q3UFC2 Q8K2H6 Q9CPX9 S4R2B6 A2A4Z0 G3X8W7 Q3UFQ4 Q3TM92 Q3TI84 CELLULAR SENESCENCE%REACTOME DATABASE ID RELEASE 96%2559583 Cellular Senescence P14733 P0CG50 Q3U0Y6 Q80ZA1 Q52L79 Q548Y4 P25799 Q6GTZ3 Q9D2U9 Q8C5H3 B9EHX4 Q8BRV3 Q566K0 Q9R207 Q810V8 Q9CS58 Q6GU23 Q921E6 A3KPD0 Q8CJF9 P84228 Q8CGP2 Q8CGP0 Q5SV02 B2RTK3 Q8CGP7 P10639 Q3UJQ1 Q149V4 O35099 Q91VL8 B2RS36 A2RTD1 A0A0R4J0I0 Q3V252 Q8C358 P53995 Q8VD67 Q9QWH1 Q541Z5 B1ATC3 P43274 Q8BZQ7 S4R1M3 Q3UTC9 Q8BYJ1 P43275 Q9WVM3 Q3UHK8 P43276 Q3UFC2 A2CG76 Q8K2H6 P10922 Q3V116 Q9CPX9 Q8R1M2 F8WH23 S4R2B6 A2A4Z0 Q5NCY0 Q64364 G3X8W7 Q549R4 P23804 Q3UFQ4 Q5SWN9 Q3TM92 Q3TI84 Q9CQJ4 Q3URA3 Q9D3A0 Q61666 Q5NCN8 Q61457 Q149Z9 P13405 Q544H6 Q91WC1 P01101 Q8C8M7 D3YY34 Q9CYB4 Q9DBY5 Q64524 Q4G0F8 Q564P6 P51943 Q8BJ38 Q9QXV1 P10853 Q80X22 Q0VE17 Q3U3D4 Q7TPD5 Q7TSJ7 Q60972 B1AXN9 Q3UGB9 Q8C9D4 Q6NSP9 Q8K3Q9 Q545C3 Q9D297 Q3UPN9 Q6ZQJ8 Q9D153 P46414 E9QM06 Q0VBK8 O55187 Q5U421 E9PUL9 Q3U2P8 Q60521 Q61456 Q8C094 Q2LC58 Q3UTY9 P63085 Q7TT13 Q3UP99 P68433 Q8CHI8 Q8K1K3 Q8CE90 B2RWH3 O35730 Q63844 O54992 Q09HN3 Q64475 Q5SZA3 Q64478 Q8K2U0 Q9CQE6 Q9WUI1 C0HKE5 Q6AXH7 Q6ZWY9 Q8BJP2 Q3UD86 P27661 E9PW15 G3X8Q0 DEFECTIVE BINDING OF RB1 MUTANTS TO E2F1,(E2F2, E2F3)%REACTOME%R-HSA-9661069.2 Defective binding of RB1 mutants to E2F1,(E2F2, E2F3) Q61457 P13405 Q544H6 Q8C8M7 Q9CYB4 Q790L7 Q564P6 Q8BJ38 S4R216 Q3UGB9 Q791X1 Q545C3 Q9D297 Q6ZQJ8 P46414 Q0VBK8 Q4FK45 SIGNALING BY NTRK2 (TRKB)%REACTOME DATABASE ID RELEASE 96%9006115 Signaling by NTRK2 (TRKB) Q8C180 Q3TLP8 P42337 Q8C7P2 Q505A4 Q91WJ0 Q3UHH9 P35235 P05480 Q80VU4 Q62077 Q3UHE3 Q543F6 Q6P1D6 Q9D091 G3X9V4 Q541P3 Q61411 Q3V1A4 Q3USK4 Q542T9 NFE2L2 REGULATING TUMORIGENIC GENES%REACTOME%R-HSA-9818030.1 NFE2L2 regulating tumorigenic genes Q4FJT2 Q8BQK4 G3X8Q0 Q5HZH3 Q3UWD7 Q99L56 Q8BJ14 Q6GQV9 Q3UP84 Q01705 Q60795 EUKARYOTIC TRANSLATION ELONGATION%REACTOME%R-HSA-156842.4 Eukaryotic Translation Elongation Q5YLW3 Q9CQR2 P62264 Q6ZWN5 Q4FZH2 Q8BP67 Q5M9N8 Q642K1 Q9CXW4 P62717 O70251 Q561N5 Q5M9K7 P62631 P62830 Q91VK2 Q4FZK2 P58252 P99027 Q9D823 Q505A8 Q58EA6 Q4FZE6 Q9CZX8 Q6ZWU9 Q564E8 Q5I0T8 Q497N1 Q5CZY9 P97461 Q4VAG4 Q58E35 P86048 Q9CQD0 P62911 Q545X8 P14206 Q9CPR4 Q0VBA4 Q3UC02 D3YYB0 Q5M9M4 Q5M9M0 INHIBITION OF TSC COMPLEX FORMATION BY AKT (PKB)%REACTOME%R-HSA-165181.5 Inhibition of TSC complex formation by AKT (PKB) P31750 Q7TT21 Q9EP53 Q8C6X4 Q8CE74 SIGNALING BY NOTCH1 HD DOMAIN MUTANTS IN CANCER%REACTOME%R-HSA-2691230.3 Signaling by NOTCH1 HD Domain Mutants in Cancer Q6NZC0 Q61483 E9PXU2 Q9JI71 P0CG50 Q01705 Q499W5 Q80SY4 Q9QYE5 Q3UVN4 B2RUG2 Q0MW30 CD28 DEPENDENT PI3K AKT SIGNALING%REACTOME DATABASE ID RELEASE 96%389357 CD28 dependent PI3K Akt signaling Q8K4K2 Q3UHZ0 P31750 Q8C7P2 Q8CDB3 Q3UEB8 Q6QI06 Q544K4 Q8BTI9 Q9JLN9 Q8CI98 Q8BKH7 Q812A5 Q8C5Q7 Q8CE74 A0A3Q4EC26 P42337 Q549R2 Q3UXE9 Q3U6Q4 A1A4T4 D3YZ57 E9Q696 Q61238 Q3UUI3 O08908 Q8C6X4 SNRNP ASSEMBLY%REACTOME DATABASE ID RELEASE 96%191859 snRNP Assembly Q8CDZ5 P59235 Q9D1M0 Q5FWJ9 Q8BUA6 Q9Z0W3 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q8BH74 Q9CQ49 Q8BPS7 Q8R480 Q8BTS4 J3JSA4 Q8R4R6 Q9CQQ4 Q6P6L6 Q549F9 Q923F1 Q9CWY4 A0A0R4J049 P62315 P27048 Q3TR97 G5E8V8 P62320 Q9CWU9 Q99J09 Q80W37 Q9JJY4 Q14AF6 Q9ERU9 Q3UYV9 BIOSYNTHESIS OF ELECTROPHILIC Ω-3 PUFA OXO-DERIVATIVES%REACTOME%R-HSA-9027604.3 Biosynthesis of electrophilic ω-3 PUFA oxo-derivatives Q05769 P48999 ATP SENSITIVE POTASSIUM CHANNELS%REACTOME%R-HSA-1296025.4 ATP sensitive Potassium channels B2RUS7 Q61743 Q3U118 E9PUE8 ACTIVATION OF C3 AND C5%REACTOME DATABASE ID RELEASE 96%174577 Activation of C3 and C5 P21180 A0AAQ4VMX2 P01027 P06684 Q3UEG8 DIGESTION%REACTOME%R-HSA-8935690.7 Digestion F8VQM5 B5THE2 Q9CPP7 P17892 B2RS82 Q9QUQ3 B2KF29 Q5BKQ4 P33680 Q91XA9 Q3UWA6 P00688 Q6P8U6 F8VPT3 P00687 Q9D711 F8VPQ6 Q3V2H7 E9PYP7 RECYCLING OF EIF2:GDP%REACTOME%R-HSA-72731.4 Recycling of eIF2:GDP Q8CHW4 Q99LD9 Q61749 Q3TML6 Q6ZWX6 Q3ULL5 Q3UKV0 Q3UZR8 P53-DEPENDENT G1 S DNA DAMAGE CHECKPOINT%REACTOME%R-HSA-69580.5 p53-Dependent G1 S DNA damage checkpoint P54775 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 Q3UTC9 B2RT97 P0CG50 Q543W6 Q80ZA1 Q3TKG4 A0A2R8VHX5 Q542I9 Q8BLG0 A1L3B8 Q9DB01 P14685 Q64364 Q9R1A8 Q545G0 P23804 P49722 Q9D8W5 P99026 Q61457 Q9R1P0 Q3TV35 Q544H6 O35593 Q9R1P3 P51943 Q564P6 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3UGB9 Q3TXS7 P70195 P46414 Q60692 E0CXB1 Q61456 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 B9EHX4 DEFECTIVE SLC35A3 CAUSES ARTHROGRYPOSIS, MENTAL RETARDATION, AND SEIZURES (AMRS)%REACTOME DATABASE ID RELEASE 96%5619083 Defective SLC35A3 causes arthrogryposis, mental retardation, and seizures (AMRS) Q8R1T4 REGULATION OF BACH1 ACTIVITY%REACTOME%R-HSA-9708530.5 Regulation of BACH1 activity P0CG50 P62878 Q5SUR3 Q3UP84 Q569Z9 Q9QZN1 Q9WTX6 Q3US24 SLC-MEDIATED TRANSPORT OF AMINO ACIDS%REACTOME%R-HSA-9958863.1 SLC-mediated transport of amino acids P63115 Z4YKJ7 Q3UQE3 Q9ESU7 Q8K2P7 Q3U1J0 P70423 Q8VCS9 Q8CGA3 Q9DCP2 Q8CFE6 P51906 Q3TRY2 A0A0U1RPK4 G3X8X3 Q8VDB9 A1L359 Q91WV7 Q8BG16 Q8BRX2 Q3UYK6 Q8R1S9 Q9Z127 Q3TXM3 Q3UTP8 Q3UGD6 Q9Z1K8 D3Z0L1 Q542C8 Q9QXW9 Q5F227 Q8BL03 Q8BHK3 Q543U3 Q8BGK6 MATURATION OF SPIKE PROTEIN%REACTOME%R-HSA-9694548.5 Maturation of spike protein Q9D306 Q3U518 P61804 P59268 Q5Y5T1 Q8C4L1 Q80UM7 Q8C3J2 A2AJ15 Q812G0 Q921V5 Q544F0 Q60FD1 Q14AK4 Q8BJT9 A0A571BEV7 Q5SUC3 Q91Y74 A0A7N9VR83 Q91W53 Q544T4 Q8BM62 Q2TGE7 Q11204 P70277 Q059T5 Q544M3 A2ADH1 P59267 B2X2D8 Q8VDZ4 A1A4T2 Q812F8 O54734 Q8BMR3 Q3U573 Q78XF5 A0A0R4J0D3 Q9DBG6 NEGATIVE REGULATION OF NMDA RECEPTOR-MEDIATED NEURONAL TRANSMISSION%REACTOME DATABASE ID RELEASE 96%9617324 Negative regulation of NMDA receptor-mediated neuronal transmission Q8CCM0 D3YWU0 B2KGP3 A2A6S2 P35436 Q8BW40 A2AI21 Q8CGA0 F8WIS9 Q5FW75 P08551 Q52KF7 Q3UP61 G3X9V4 A0A338P6I6 Q8BL41 Q8BGR3 Q03391 Q3UY68 CD163 MEDIATING AN ANTI-INFLAMMATORY RESPONSE%REACTOME%R-HSA-9662834.2 CD163 mediating an anti-inflammatory response E9PXU2 Q5U421 P23188 Q8VDD5 Q80WQ6 B7ZMW6 Q3U879 Q548A9 A2RTD1 ASSEMBLY OF VIRAL COMPONENTS AT THE BUDDING SITE%REACTOME DATABASE ID RELEASE 96%168316 Assembly of Viral Components at the Budding Site B2MWM9 Q5SUC3 ALPK1 SIGNALING PATHWAY%REACTOME DATABASE ID RELEASE 96%9645460 ALPK1 signaling pathway Q99K90 Q8CF89 P70196 P0CG50 Q923A8 E9QNX4 Q9D5S8 I3PQW8 INACTIVATION OF APC C VIA DIRECT INHIBITION OF THE APC C COMPLEX%REACTOME%R-HSA-141430.3 Inactivation of APC C via direct inhibition of the APC C complex Q9D3A0 Q9WVA3 Q5HZH8 Q9JJ66 P53995 Q541Z5 Q8BZQ7 Q8BYJ1 Q9WVM3 Q3UFC2 Q3UZD6 Q8K2H6 Q9CPX9 S4R2B6 A2A4Z0 G3X8W7 Q3UFQ4 Q3TM92 Q3TI84 GENERIC TRANSCRIPTION PATHWAY%REACTOME%R-HSA-212436.13 Generic Transcription Pathway Q3V1B5 Q8C443 Q543F6 Q5SS40 P35700 Q3UR74 Q9WVH4 Q99PH8 Q52L79 Q5M9N9 Q542T9 Q6PEB3 Q4FJX9 P62878 Q01705 Q8CIT0 Q80XI9 Q548L6 Q548L4 Q61457 P13405 Q544H6 Q8C8M7 Q9CYB4 Q790L7 Q564P6 Q3UKR0 Q569Z9 Q3U3D4 S4R216 Q3UGB9 Q545C3 Q9D297 P46414 Q0VBK8 Q4FK45 Q549P2 Q6ZQK4 O70126 P63330 Q76MZ3 Q8BIX1 Q8BN07 P54279 Q3TZI5 Q9JK91 B9EHJ3 P97760 E9PWD3 Q8BFX0 Q3THK3 Q8CFI7 P51949 E9Q6K1 P60898 Q8K2X8 Q7TPY0 P49135 Q3THG5 Q3UMJ4 Q6PI63 Q3V214 Q3UZB8 A0A3Q4L2S8 A0A338P6M3 O55201 Q7TPV0 Q542U3 P61219 P62488 P08775 Q9D2U9 A1A550 Q6GTR6 Q8BX09 Q8BKH7 Q3UKZ9 Q3TJI7 Q8C5H3 Q8CE74 Q9EPK5 P61965 Q9CS58 Q921E6 Q8BIQ9 Q8BGM7 A3KPD0 Q8CJF9 P84228 Q8CGP2 Q99K94 Q8CGP0 B2RTK3 Q8CGP7 Q3UHZ0 P31750 F8VPU0 F8WI37 Q149V4 A8IP69 Q6QI06 Q8CDH5 Q8VD67 B1ATC3 S4R1M3 Q9JLN9 Q3UHK8 G3UZX4 Q8R1M2 Q812A5 Q8CAI6 P46938 P01108 A0A3Q4EC26 P01101 Q64524 Q8BRK8 P35235 P10853 Q60972 Q80UF1 Q542K0 Q8BUX6 Q80W05 Q8C6X4 Q99LT0 B2RWH3 Q62296 Q64475 Q64478 Q80UL2 Q5KU03 C0HKE5 Q6AXH7 Q3TWR3 Q3UQ34 Q6ZWY9 Q8BJP2 Q3UD86 P27661 Q6PAM0 Q8C402 E9PW15 Q8BG30 Q3UIA1 E9QAP7 G3X956 B9EJX5 Q99JX1 Q3U3M5 Q3UWX7 Q3UT56 Q8VI33 Q9R1C0 A0A3Q4EGS4 A0A087WNT1 Q922L6 B1Q2W7 Q08943 P63271 Q9QWV9 F8VPY2 Q9EQH4 Q99J95 Q8CB77 Q6RI65 Q7TQK0 Q62311 O08856 A2ASY1 Q8BQ46 Q7TSG2 Q8C4Y3 P61216 Q80ZA1 Q3UNK5 Q921K2 P16277 Q3V1H4 Q02650 Q3TVH6 Q08024 Q60I23 Q6KAS7 Q8CCQ1 Q920N8 P05532 P01193 P63101 P68510 Q58E49 Q04887 A0A0F7RQH1 P49817 P23188 Q8CF66 Q6NTA4 Q9CQ22 Q8BGD6 G3UW70 Q3V4A1 Q7TT21 Q99K70 Q9EP53 Q80X95 A4FUW1 B1AWT3 Q9JHS3 Q9EQE3 Q8C590 Q7TPS7 G3X8Q0 Q9DBV7 Q61586 P29452 Q8K3J2 Q8C350 Q8C863 Q5CZX0 Q9WUD1 Q9QZM4 Q8CCM0 P05132 Q8BL41 Q8BW40 F8WIS9 P10639 A2RTD1 Q8C358 Q9QWH1 Q3UTC9 A2CG76 Q3V116 Q64364 Q549R4 P23804 Q9CQJ4 Q3URA3 D3YY34 Q9DBY5 P51943 Q9QXV1 Q3UPN9 O55187 Q60521 Q61456 Q2LC58 O35730 O54992 G3X9V4 Q541P3 Q3UVN4 Q61483 A0A0R4J049 Q543W6 A0A2R8VHX5 Q8BLG0 Q9DB01 Q8BGR3 P35436 Q548A9 Q543U1 Q80Y84 Q3U9V5 Q78FW7 G5E8V1 A0A0R4J0Y5 E9Q5M9 E9QK89 Q80W31 Q8CBR3 Q3TXU4 A0ABA7HTN7 P17679 Q3UDK5 Q8BQ25 A0A6F8X1J9 E9Q9V9 Q9Z2V4 Q7TNR8 Q9EQM6 Q8CE69 E3SRG8 Q7M6X6 Q9WVF5 Q3UG37 Q8BPP0 E9PXW8 Q8K0V4 Q8R1B1 Q6P3E7 Q8BLF7 Q80ZX2 Q3UI68 Q8C689 Q3TH76 P04351 O70456 Q3TPJ9 B1APX1 D3Z768 J3QN14 Q8VHJ7 Q4FZK4 Q3TF68 Q5HZK4 Q543X5 Q8BYF1 D3YUV1 G5E8Y1 Q6PHU4 A2A4U6 A0A668KM95 Q2TJ95 Q8BJI2 Q14DJ8 Q6ZPF1 Q3UQK9 Q4LG64 P17208 Q5RM08 D3Z4S9 Q6P9T4 Q8C253 Q7TNU6 Q3UQJ0 P54843 A0A0R4J0V4 B2RVQ7 A0A0R4J170 Q9DCW5 Q9D8Y8 P97503 P18911 Q8C879 Q66JY4 Q9D8X5 Q14AX6 Q5BMX4 Q3UHJ6 Q4QQL2 Q1XG80 A0A0R4J111 Q66JZ1 Q3V080 Q4KL34 Q5SX78 Q8K2R5 Q62227 Q641K5 Q91WL8 Q9D982 Q5PPQ4 Q68FH8 Q8C7T5 Q00899 Q9QXT9 Q545R3 Q99NA9 Q8VCR0 A0A0A0MQ73 Q3TZS1 Q5PPR4 Q8BW39 Q5SWW4 Q543M3 Q9R1E0 Q543M9 Q9CQI9 Q545Q1 Q6KAM1 Q9DAN2 Q2TL60 Q569V8 Q8BPN4 Q545T0 Q8K0T3 P06745 Q9D2P8 Q9CR11 Q8C1L9 Q8BRQ8 Q569U6 Q80ZV7 Q3U5L4 Q64445 Q3UK78 Q9MD68 Q545V6 Q8K368 Q3TZW9 A2RSV8 Q9D8Z2 Q8C1K3 P11087 E9QJU8 O35615 Q790Y8 Q5EBP9 Q3UGA1 Q544F9 P70424 E0CZG8 Q3U288 P08043 A5D6P6 E9QP19 P47876 Q61686 Q91ZK0 P12787 Q544E3 Q546I3 Q3UID0 Q8BZ34 Q8C6J1 E9Q8C1 Q3UP24 B9VVT6 Q3UQU2 P43023 B8JJZ9 Q8C8M9 Q5SZT6 P70444 Q99LW6 E9PYH6 Q3UP48 E9QMN5 Q9Z1D9 Q5U4C9 Q53Z59 A6PW47 Q8BM83 Q8VHT4 E9PWE4 Q3UR87 Q78ZM1 O88665 O08580 Q3UZH5 A2ALW2 P56391 Q8BI73 P48771 Q14BU0 Q6P3Z8 Q8BSL0 Q8CCI5 A0A7R8C347 A2CFB8 Q8BSJ6 F8VQD1 Q3UGD5 Q8BUN5 Q544I2 Q9CXU1 Q9CXU0 Q8K3P5 E9QN31 Q9WTN3 B2RXC5 A0A0R4J1I3 A0AAQ4VMX8 E9Q6E2 Q2VPQ9 A0A0R4J1H4 Q5FW98 O88623 P48972 P21274 Q3TCU2 P10751 P10754 Q546B3 P31695 Q0VGJ1 E9QMD3 Q3TEY6 Q3UUT8 Q3UV52 P63058 A0A087WPF7 Q9DAY7 Q9DAY9 F8WJB0 P29594 Q5D0E9 B2RR30 Q3UUX5 Q9D177 A2A7E7 Q3TYA7 F6M3K1 A0A1W2P7P4 Q9JKY0 Q5SXI5 Q3UBT1 Q8BSC0 Q3UMH6 F8VQL6 Q8VHR5 A0A1L1SRK3 Q3U1Q3 Q60793 Q60520 Q3TB85 Q8BUE4 Q8BYM9 Q3TB81 B6ZI39 Q7TSH9 Q3UR53 Q8CEC2 Q6NZB1 Q5DU30 G3X940 Q8BHK4 P63038 Q5SVI6 Q9D007 Q3TX57 Q3TYX7 Q9ERQ3 Q3UZW0 Q9JM73 Q8BR51 Q6NXV8 Q571F8 Q6S7F2 Q540M6 Q6ZWP4 Q3URI6 Q9CTY1 Q3UZZ2 A0A0N4SWG2 Q3UJ95 Q7TN02 E9QPD3 Q91W29 Q3UZX1 Q9JHK4 Q7JCZ1 Q8C2Q3 F8VPX1 Q8BQQ4 Q6T264 B2RQK9 A0A0R4J096 Q3TMD4 Q8VIM0 E9Q6S0 Q8BGD7 Q9DBX1 Q544Z2 Q571J5 Q8BKK5 E9Q6T9 Q4FJK3 Q547B5 Q8R0E0 B7ZWL1 Q8CAS3 Q9CPU7 Q9QUR7 Q6ZWQ9 B2RX31 Q8BIF2 Q3UET8 Q6P8R3 Q5CZX7 Q4FJN2 H7BX50 Q9CPT0 Q8CCV5 Q80WV2 Q8BKI7 G5E899 Q5CZY5 Q8C0Q5 Q6IQY4 B2RSK4 P05125 Q61039 Q91VL6 Q8VE85 Q6NZQ1 P10077 Q80YQ1 A1KZZ4 Q499D5 Q8BG60 A2A884 Q9QUM0 Q80YP5 Q80YP6 Q6VUP9 Q9QUM5 Q540E2 Q7TSV0 Q8VDV0 B2RUI1 O35516 Q9WTZ0 Q8VC29 Q80UG2 P58043 Q8BI85 P11157 Q3UEG0 Q8C964 Q8BFS8 V9GXN3 Q8K441 Q3UZS6 A2A5N8 P70340 Q8CF60 E9QN92 Q810A1 Q3ZAS1 D3Z1C5 Q8BR10 O35969 Q6PEE3 D3Z7P3 Q8C6W5 Q3UKU5 Q059J3 O35718 Q7JCX7 A2A7P4 Q8VBU8 A2RS47 O35740 Q00731 G5E8C0 Q9CS14 Q9D654 P24270 Q3UVL3 P62509 P26687 B7ZNP9 Q9JMH6 Q6PAR4 Q9Z2D8 Q3SYK5 Q8BH15 A0A140T8R3 Q8BIS1 Q62415 Q3TN09 B2RPW6 A0A1L1SUE1 P23798 Q8BKW8 Q5EEX1 Q8BH05 G3X9H8 Q32NY6 G3X9H5 F8WHW3 Q569L8 Q6P571 V9GX46 Q9Z2F7 Q3TVD4 Q3TXH6 P43136 Q9CWN7 Q8BJ21 Q9DCC5 G3UY09 P54775 Q8K0E1 Q9WTX6 Q8VH37 E9PVC2 Q3UPK6 Q9CPS5 Q9CQA5 Q3U9G9 Q8BIQ8 Q8BVQ9 Q8BIQ3 P62196 Q9CSE3 B2RT97 P35576 P0CG50 Q8BJ90 Q549T4 E0CYA6 Q58FA4 Q3TKG4 Q542I9 Q9CX58 A1L3B8 Q3TVF4 P14685 Q8BGS3 Q545G0 Q9R164 Q548Y4 Q6PB81 Q792A4 P57774 P49722 Q9D8W5 Q3TMT1 P99026 Q3V041 Q9R1P0 P58871 Q8CBF5 Q3TV35 Q8CFN7 O35593 E9PXJ4 Q9R1P3 Q62425 Q5SUR3 Q9CZ86 Q14AQ1 Q5J7N1 Q8R0U9 Q58EV4 Q3UYJ1 O55234 A0A1B0GRM0 Q542H2 Q2NLB9 Q5BKQ9 B2RWB7 Q9JKV1 Q8BTJ3 P35546 Q3TXS7 Q3UM17 P70195 Q62432 Q545M7 Q69ZJ8 Q9R190 Q9R0X0 Q60692 Q8R0K9 E0CXB1 Q3YAB0 Q6RI64 Q3V405 Q3TS44 Q3UU47 Q3UVW8 P68404 Q99JI4 Q3UPK0 Q6DFX0 P25799 Q8VCD5 Q3TKV1 Q3U320 Q505L1 P19091 Q810M8 P06537 P29268 Q6GU14 Q3ULB3 Q60636 Q3UZT5 Q61967 P63280 Q6PAK4 P33242 Q99MR0 Q8C3F5 Q8VEG6 Q6NZM9 G5E8L5 Q6LC96 Q8BIK0 P48281 Q921N8 Q505F1 Q99MQ3 B2KF05 Q542P9 O54941 Q9JK95 Q8BW69 O54942 E7FJU2 Z4YK94 Q3UNH4 Q8BP65 Q6PCM4 Q3U5E7 Q9ERV7 Q3TYI4 Q3URP1 F8VPP0 Q63934 Q8C9M8 Q8VCI1 Q3TKD1 Q6DIA6 Q542J9 A2RSF4 Q5NCT2 Q5RJ53 Q9QZ11 Q8CDC0 A0A8Q0PK87 B9EHX4 Q3UD78 Q8BRV3 E9Q2S7 Q5SXJ3 Q8R107 O70445 Q99KR6 E9QAQ7 Q4KL82 Q8BVH0 Q9CQ71 Q80XB1 B2RS09 Q9R207 Q99KQ4 O35280 Q3V1Q8 Q3UYY2 Q3U0R5 Q8BMG1 Q9CSB3 Q3V232 Q4VA40 Q3U381 Q3TZH7 E9PZ97 Q69ZA1 A0A140LHG7 A2ABV5 Q99J62 F8V330 Q61502 Q9QWZ1 Q6PAM4 O35182 Q5SWN2 Q545E4 Q9Z0F6 Q61982 O88904 Q497V9 Q9D4A7 Q3UGT8 A0A1W2P736 Q62193 B1AUF1 Q6NV63 Q08297 Q5HZI8 Q5SV02 Q8BWH5 Q8VC54 Q80YR6 Q3UJQ1 Q8BQY8 Q6ZQJ5 Q6ZQF0 P53995 Q541Z5 Q8BZQ7 Q8BYJ1 Q9WVM3 Q3UFC2 Q8K2H6 P11440 Q9CPX9 S4R2B6 A2A4Z0 G3X8W7 Q3UFQ4 Q3TM92 Q3TI84 Q9D3A0 F8VQL0 P05480 Q02248 A2A5N2 Q5U421 P63085 Q63844 Q9WUI1 Q9QXE7 Q6GQV9 Q3UHZ2 Q8CHB6 Q8BHJ5 Q8BJ14 Q8CBR9 O70343 Q53Z05 Q3UV55 Q9JM08 Q9WVG6 Q8BYY5 B1AQH6 A0A0G2JG60 PARADOXICAL ACTIVATION OF RAF SIGNALING BY KINASE INACTIVE BRAF%REACTOME%R-HSA-6802955.4 Paradoxical activation of RAF signaling by kinase inactive BRAF B1AYC9 Q3TU98 A2AI78 Q99MP8 Q63844 Q8BW40 Q80TM2 Q3UER8 F8WIS9 Q80XI6 Q91YS7 E9PV24 Q5EBQ2 E9QPU1 J3JS97 Q99N57 Q3UV75 P67778 Q9D091 O54890 P28028 Q3TGR2 A2A9K7 Q8CAD1 A0A1Y7VNZ6 Q3UZF9 P41241 Q8CCM0 Q5J7N1 P05480 Q61411 A2A5N2 Q3TMJ8 Q8BL41 Q3V3W9 Q9QUM0 Q8BWG8 P63085 Q52L50 Q64727 Q62120 BIOSYNTHESIS OF D-SERIES RESOLVINS%REACTOME%R-HSA-9018676.2 Biosynthesis of D-series resolvins P24527 Q8VCC1 P48999 XENOBIOTICS%REACTOME DATABASE ID RELEASE 96%211981 Xenobiotics Q9D816 Q8C696 Q91X77 Q91X75 Q05A20 Q9DBX6 Q8CEC2 E9Q816 D3YYZ0 Q05421 P33267 Q9CVC8 Q3UW87 B6VGH4 Q8CC91 Q9WUD0 Q9JKY7 Q3U5D9 Q2KHL4 IRON UPTAKE AND TRANSPORT%REACTOME%R-HSA-917937.6 Iron uptake and transport Q9WTX6 P0CG50 P09528 Q80SY3 Q5SUR3 Q9D1K2 Q9JHF5 Q8BMC1 D3Z584 P15920 P51863 Q9CQD8 Q544R7 Q9JKX3 Q925G2 A0A0A6YX18 Q9D593 Q9JHI9 Q99M55 Q9Z1G3 Q3U861 Q811J3 Q3UI46 Q6ZQ38 A2AI62 Q99L60 A0A0N4SVQ2 P50516 Q542D9 P49282 Q91YH6 Q923B6 Q5HZY7 Q3UP55 P50518 A0A2I3BQG7 P62814 Q9D5H4 Q5SZ87 Q3UWN7 A0A0R4J0B6 Q3U889 Q9CPX4 Q54A87 P11672 Q8BU82 Q9CQM9 Q921I1 E9QN92 Q6PEM8 Q3U5U6 Q99J21 CDK-MEDIATED PHOSPHORYLATION AND REMOVAL OF CDC6%REACTOME DATABASE ID RELEASE 96%69017 CDK-mediated phosphorylation and removal of Cdc6 P54775 Q3UPK6 Q9CPS5 P53995 Q8BVQ9 Q541Z5 Q8BZQ7 P62196 Q8BYJ1 B2RT97 Q9WVM3 Q3UFC2 P0CG50 Q8K2H6 Q3TKG4 Q9CPX9 Q542I9 S4R2B6 A1L3B8 A2A4Z0 P14685 G3X8W7 Q545G0 Q3UFQ4 Q3TM92 Q3TI84 P49722 Q9D3A0 Q9D8W5 P99026 Q61457 Q9R1P0 Q3TV35 Q544H6 O35593 Q9R1P3 P51943 Q14AQ1 Q58EV4 O55234 Q542H2 Q3U3D4 Q5BKQ9 Q9JKV1 Q3UGB9 Q3TXS7 P70195 Q60692 E0CXB1 Q61456 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 A0A0R4J145 IRF3 MEDIATED ACTIVATION OF TYPE 1 IFN%REACTOME%R-HSA-1606341.4 IRF3 mediated activation of type 1 IFN Q6PDK8 A1L361 Q66X19 A2APF7 Q3U9K6 SODIUM PROTON EXCHANGERS%REACTOME%R-HSA-425986.4 Sodium Proton exchangers G3X939 Q8BZ00 Q8BLV3 B2RXE2 Q3ZAS0 Q3UDC9 Q8BUE1 A1L3P4 A2A464 REGULATION OF GENE EXPRESSION BY HYPOXIA-INDUCIBLE FACTOR%REACTOME DATABASE ID RELEASE 96%1234158 Regulation of gene expression by Hypoxia-inducible Factor Q0VED9 Q3UUZ9 P97481 O35740 Q00731 Q8BJ14 Q6GQV9 Q3UCW2 Q8CEC2 BRANCHED-CHAIN KETOACID DEHYDROGENASE KINASE DEFICIENCY%REACTOME%R-HSA-9912481.1 Branched-chain ketoacid dehydrogenase kinase deficiency P53395 O08749 Q6P3A8 Q3U3J1 Q3UCB5 COLLAGEN CHAIN TRIMERIZATION%REACTOME%R-HSA-8948216.4 Collagen chain trimerization Q2UY11 Q30D77 Q8K4G2 Q9Z0I9 Q3U962 Q07563 B1AWB9 Q9JLI2 I7HJS8 Q9QZS0 B2RQQ8 P25318 E9Q7P1 D3Z7D5 Q3TVI5 B0LAD9 Q63ZW6 D3Z7B9 Q8C6K9 A0A2K6EDL8 E9Q5L6 B7ZNH7 P28481 Q63870 Q9ESQ1 E9QPX1 Q00780 Q3TX57 Q91VF6 O35206 P11087 Q3UST0 I7HJR1 Q05306 Q0VF58 Q60847 Q9D0D2 Q9QZR9 Q8BLX7 Q8BSX1 P02463 Q5QNQ9 LIPOPROTEIN METABOLISM%REACTOME%R-HSA-174824.6 Lipoprotein metabolism Q6PFA2 Q0VGU0 Q9JLB4 A0A7U3L6A3 P34928 Q8VCU1 Q3U3R4 P17426 P0CG50 P68181 Q3UJG0 Q8BLF1 P16301 A0A087WPI6 A0A0R4J0M4 E9QP56 Q3UJ76 Q68FD5 Q6PEE6 Q6GQT1 Q8BPY1 P09813 Q80WX2 Q3TEL5 P09103 Q8C142 Q9Z0J0 Q9Z1P8 Q8C7G5 Q3V1M8 Q80W65 Q7TMD4 Q5SWR1 O08601 Q91XE9 P11152 Q99JB7 Q8C3X8 Q8BM54 Q61268 Q8VBT6 Q6A0C9 Q91VK0 P06728 P23188 Q546G4 F6XJP7 Q0VDW9 Q61263 O88908 Q91YY0 Q3TYU0 Q3UEF5 Q3UDI6 A0A1L1SRE8 Q99KG5 Q91X41 Q8BP65 Q2TGE7 P05132 Q9WTZ2 Q00623 Q3TXU4 Q8CHX6 E9Q414 MPS VII - SLY SYNDROME (CS DS DEGRADATION)%REACTOME DATABASE ID RELEASE 96%9953080 MPS VII - Sly syndrome (CS DS degradation) Q99KJ6 NADPH REGENERATION%REACTOME%R-HSA-389542.5 NADPH regeneration O88844 CARBOHYDRATE METABOLISM%REACTOME DATABASE ID RELEASE 96%71387 Carbohydrate metabolism S4R2G5 P68181 A0A0R4J092 Q8CC47 Q8BHA9 Q543D2 Z4YLR0 Q9WUB3 Q1RLK6 Q8CAA7 P61022 Q7TMB3 Q9DB30 Q9D5J6 Q5FWJ9 Q8R3H7 Q8BUA6 Q3UY35 F6ZDS4 E9Q8S8 Q9JIH2 Q6PDG0 Q543C5 Q8BLI4 Q8BU75 Q9JJ04 B2RXW6 Q8VCB1 A0A1D5RLQ0 Q8BVM1 B2RY83 Q8R3X6 Q8C570 Q3UCI0 Q80U93 O88325 E9QL43 A0A068BIS6 Q3U425 F8WGD7 Q8BRF6 Q3UTM4 Q8BQF0 Q6ZQ11 Q8BKV1 Q9DCD0 Q8BPS7 Q3TQJ2 A0A494BB18 Q8BTS4 E9PZJ4 J3JSA4 Q8CBA7 Q8R4R6 O54782 Q3TMS3 Q91Z92 P47857 Q9DCT1 C9VZF2 P70312 Q9Z1E4 D3YVV6 Q812F3 P47968 Q32MG3 Q80X37 P05132 Q52KJ0 Q5SVI6 Q91X44 Q8BFR4 Q91XL3 Q6NZM8 Q8R070 Q9QUP4 A2AC16 Q9D1F9 Q99LL3 Q3UUA9 Q673U1 D3Z6E3 Q8BP54 Q5DTK1 P59270 Q3UER1 Q91W97 M0QWP1 Q3V1F2 Q3UUP6 Q64519 Q8CD98 Q80V53 Q3UPW7 A7VMV2 Q3TKP4 B2KGF0 O35310 Q80XJ7 Q08890 Q8R059 Q91W89 Q3TAW7 Q9EQ08 Q3TXR9 Q5NCI4 Q3TSQ8 Q8K0J2 A0A0R4IZX5 Q99KJ6 O08528 Q3URZ9 Q0VBN2 Q91ZN5 A0A0R4J138 A0A0R4J0G0 Q3TNY9 O35103 Q71M36 Q91ZJ9 O08650 Q14AE3 Q8VEI3 O88199 Q8BZW3 Q6IQX7 L0MX76 Q9R062 Q8BMG0 Q3UPH6 Q3UKR1 A0A1B0GSK9 Q3TKA0 Q8BS97 Q8BWP8 P29416 Q3U5S6 Q80WV3 A0A0R4J1H2 Q8R1V2 P24549 P09041 Q8BHC0 Q5FW97 B1ASJ2 Q9QYK5 Q9WUA5 Q7TSV4 Q9EQW8 B9EHC3 A0A0R4J0A2 P38649 Q0VF71 Q3U7Z6 Q3U6X6 Q8C5R8 H3BLN8 Q3TVJ9 F8VPN4 A4FUJ3 Q3U7I0 Q9CXZ9 Q3U548 Q3UDB5 Q5M9P4 Q9JI67 P05063 Q6GQU1 Q3UDS7 Q3TRA2 P52850 Q91YP3 Q8VCS3 Q80UW0 A2A615 P59235 Q6P1H4 Q6NSQ9 P58158 P51885 Q93092 Q9EPS3 Q8VCB3 P40142 P63330 P17809 A6H6C9 Q9QXD6 D3Z4X1 Q8C1F4 P51655 O09159 Q6YGZ1 Q8C605 P43407 A0A077S9Z6 Q9D6Y9 Q544B8 Q9ET01 Q8BH74 Q8CDS6 F8VPK6 P15327 Q8R480 Q3U478 Q3SWS0 Q9CS42 P17751 Q5FWB7 E9Q1Q9 Q8R1Q9 Q8K157 Q76MZ3 Q8BN82 Q9EP78 Q6PE66 P70699 D3YWR1 Q9CWU9 Q3UHN9 Q91V89 Q9QZS6 Q8BJQ9 O54905 Q3UIC7 Q9ERU9 Q80ZD3 Q3TAW1 A2AFM9 Q64442 Q8BIX1 Q3U379 Q3UTZ4 Q52KG8 Q3U260 Q9Z186 Q3UZE4 Q545V3 Q3TWB2 Q8VIB3 Q91XQ5 Q505A3 Q8CDZ5 P07934 Q8CI94 Q3UDY1 Q62273 Q8BN07 Q8CAZ9 A0A0J9YUP0 Q3V1P4 E5RKF9 Q9D1M0 A0AAQ4VMQ4 A0A1Y7VL74 Q8C089 P21550 Q9Z0W3 Q9D7G0 P35576 P0CG50 Q91Y74 Q5JCS9 Q544T4 Q11204 Q9Z2V4 Q6P8Q2 P09411 Q3UDC9 P06745 Q790Y8 INACTIVATION OF CDC42 AND RAC1%REACTOME DATABASE ID RELEASE 96%428543 Inactivation of CDC42 and RAC1 G3UYX7 Q91Z67 H7BX46 D3YZW1 Q3TLP8 Q3UXH3 Q91Z68 NTF3 ACTIVATES NTRK2 (TRKB) SIGNALING%REACTOME%R-HSA-9025046.2 NTF3 activates NTRK2 (TRKB) signaling Q3V1A4 Q3UHE3 REGULATION OF TBK1, IKKΕ (IKBKE)-MEDIATED ACTIVATION OF IRF3, IRF7%REACTOME%R-HSA-9824878.1 Regulation of TBK1, IKKε (IKBKE)-mediated activation of IRF3, IRF7 A1L361 Q3UHJ1 P0CG50 Q4FJP7 Q80UF7 Q8C2D3 Q9R0T8 L0CL36 Q8K3K8 Q8BJQ4 Q64HC9 ETHANOL OXIDATION%REACTOME DATABASE ID RELEASE 96%71384 Ethanol oxidation Q3UKA4 Q9CZS1 Q544B1 Q9QXG4 P24549 Q9QYY9 Q69Z91 Q6P5I3 Q9D748 FLT3 SIGNALING BY CBL MUTANTS%REACTOME DATABASE ID RELEASE 96%9706377 FLT3 signaling by CBL mutants A9QW46 P0CG50 Q3UEW6 A0A0X1KG61 DEFECTIVE OGG1 LOCALIZATION%REACTOME DATABASE ID RELEASE 96%9657050 Defective OGG1 Localization TRANSCRIPTIONAL REGULATION OF BROWN AND BEIGE ADIPOCYTE DIFFERENTIATION BY EBF2%REACTOME%R-HSA-9844594.2 Transcriptional regulation of brown and beige adipocyte differentiation by EBF2 Q6GU14 E3SRG8 Q6LC96 Q542P9 P70340 E9QMN5 Q8VHJ7 P70365 Q8BM83 Q792A4 Q8C5H3 Q8VHR5 Q3TMT1 Q8K0T3 Q3UII8 Q8VEK3 Q58E49 P12242 O08792 O70302 Q3V017 Q8BNF5 P23359 O70343 A0A498WFQ4 Q60972 Q2KHS8 Q9Z2D8 Q9R190 SUMOYLATION OF IMMUNE RESPONSE PROTEINS%REACTOME%R-HSA-4755510.6 SUMOylation of immune response proteins G3UZA7 Q9Z1E3 P63280 O54714 Q9R0T8 Q3UV15 Q8VC91 Q548Y4 Q3ULQ6 Q80Z37 Q03963 PURINE SALVAGE%REACTOME%R-HSA-74217.7 Purine salvage Q545E8 Q3V1D3 Q9DCZ1 Q8BMC5 Q543K9 Z4YL50 Q504N4 Q99L27 P08030 Q4FK28 Q9DBT5 A0A1L1SRX2 P00493 DEFECTIVE ABCG5 CAUSES SITOSTEROLEMIA%REACTOME DATABASE ID RELEASE 96%5679096 Defective ABCG5 causes sitosterolemia Q99PE8 Q7TSR6 TRANSLATION OF STRUCTURAL PROTEINS%REACTOME DATABASE ID RELEASE 96%9683701 Translation of Structural Proteins Q2NL51 Q3UFE4 Q3U518 Q7TMM8 G5E856 Q8CIE4 P63280 Q2EMV9 Q80UM7 F8WIK2 Q8C3J2 Q5KU03 Q544F0 Q5SUC3 Q91Y74 Q544T4 Q8BM62 Q11204 P70277 P0CG50 Q544M3 A1A4T2 E9PYK3 H7BWY5 CA2+ PATHWAY%REACTOME%R-HSA-4086398.5 Ca2+ pathway Q63810 P63328 Q8CED6 F8WIS9 G3X8U7 Q9DBQ6 Q8VD67 B1ATC3 Q3UHK8 Q8CAI6 Q923A8 Q02248 Q3U9V4 Q542J1 Q9JIP6 Q80UF1 Q3UG14 Q3UGN1 P29387 Q61086 Q8CI86 Q542R6 P63213 P23440 Q8BND1 Q4VA93 Q3TQ70 Q8CAH8 Q3UPW0 Q6P8Y9 Q543S2 A1A550 P63216 Q3TV73 Q3UQ34 Q3UMY0 Q8K0A8 Q3V3V2 P61953 A2AE33 P50153 Q8BJP2 Q3UD86 Q9JMF3 Q61012 Q8C402 Q3UTY8 P70227 Q8BLL2 Q9CS58 Q8C8N0 Q9CXP8 Q54AE3 Q8CJF9 Q9DAS9 P22725 Q3UEG1 TRANSCRIPTIONAL REGULATION BY THE AP-2 (TFAP2) FAMILY OF TRANSCRIPTION FACTORS%REACTOME DATABASE ID RELEASE 96%8864260 Transcriptional regulation by the AP-2 (TFAP2) family of transcription factors Q3ULB3 Q8CE69 Q91ZK0 P63280 Q9WVF5 Q91WL8 Q8K0E1 Q00899 P05532 Q9DAY9 E7FJU2 A2A7E7 E9Q6T9 Q6GQV9 Q6DIA6 Q8BPN4 P01108 O35740 Q00731 Q9CR11 Q8BJ14 Q564P6 Q3UR53 Q6IQY4 Q80Y84 P63038 A0A0F7RQH1 E9QN31 Q545E4 Q3UGA1 Q3TXU4 P70424 Q6VUP9 P48972 DEFECTIVE MAOA CAUSES BRUNS%REACTOME DATABASE ID RELEASE 96%5579012 Defective MAOA causes BRUNS Q3UJ53 ALK MUTANTS BIND TKIS%REACTOME DATABASE ID RELEASE 96%9700645 ALK mutants bind TKIs Q3US10 Q9DBC7 P97793 Q8VD75 Q99NF7 O55106 Q3UZF9 Q3UYZ6 F8WJ93 Q7TQC8 Q68FD5 Q9DAY9 PROLINE CATABOLISM%REACTOME DATABASE ID RELEASE 96%70688 Proline catabolism Q8CHT0 Q8VCZ9 Q9WU79 DEPYRIMIDINATION%REACTOME DATABASE ID RELEASE 96%73928 Depyrimidination Q8K1K3 B2RTK3 B2RWH3 Q8CGP7 Q64475 Q64478 Q149V4 C0HKE5 Q91VL8 B2RS36 Q9D2U9 Q3V252 Q6ZWY9 S4R1M3 P27661 Q8R1M2 Q3UIL3 O35980 Q1LZM6 Q8K203 Q6P5C5 Q91WC1 Q3U296 Q3UGS3 Q64524 P10853 A3KPD0 E9QM06 Q8CGP2 Q8CGP0 P68433 INFLUENZA VIRAL RNA TRANSCRIPTION AND REPLICATION%REACTOME%R-HSA-168273.5 Influenza Viral RNA Transcription and Replication Q8CDZ5 Q5YLW3 Q80Y52 Q9CQR2 P62264 E9Q179 Q9D1M0 Q6ZWN5 Q4FZH2 Q8BP67 Q9Z0W3 Q5M9N8 Q642K1 Q9CXW4 P62717 Q8BKC5 Q561N5 Q5M9K7 P62830 Q921K2 P99027 Q9D823 Q3UFV9 Q505A8 Q58EA6 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 Q497N1 Q5CZY9 P97760 Q8BFX0 Q3THK3 Q8CFI7 P60898 Q3UMJ4 Q6PI63 Q3V214 A0A3Q4L2S8 A0A338P6M3 P61219 P62488 P59235 P08775 Q5FWJ9 Q8BUA6 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q8BH74 Q8BPS7 Q8R480 Q8BTS4 J3JSA4 Q8R4R6 Q6ZWU9 Q9CWU9 P97461 Q4VAG4 Q58E35 P86048 Q9ERU9 Q9CQD0 P62911 Q545X8 P14206 Q9CPR4 Q0VBA4 Q3UC02 D3YYB0 Q5M9M4 Q5M9M0 ENDOSOMAL SORTING COMPLEX REQUIRED FOR TRANSPORT (ESCRT)%REACTOME%R-HSA-917729.3 Endosomal Sorting Complex Required For Transport (ESCRT) P0CG50 Q9D7F7 Q78V99 A0A1B0GR63 Q3UMA3 Q3TGH8 Q3UGN9 Q9CR26 Q8BM73 Q8BMZ7 Q810I0 Q9D8B3 Q3TSR1 Q78HU3 Q8VEJ9 A2A4K0 Q8R0J7 A2A6M1 Q3UCW0 Q9CQ10 Q3UV99 A0A494BAR3 Q9D7S9 Q8BH48 B1AZ39 Q8C2W4 RUNX1 INTERACTS WITH CO-FACTORS WHOSE PRECISE EFFECT ON RUNX1 TARGETS IS NOT KNOWN%REACTOME DATABASE ID RELEASE 96%8939243 RUNX1 interacts with co-factors whose precise effect on RUNX1 targets is not known O35730 Q3TXH6 Q99MR0 Q3UID0 Q9D982 Q68FH8 A0A087WPF7 O54941 Q8CDH5 Q5D0E9 Q9QWH1 Q99LW6 G3UZX4 Q3V116 A0A8Q0PK87 Q9CQJ4 Q3URA3 E9QAQ7 D3YY34 Q9DBY5 Q8BJ14 Q9QXV1 Q8CCI5 Q3UK78 Q08024 F8VQD1 Q9D007 A0A0R4J170 O55187 Q2LC58 Q3UPK0 Q6ZWP4 A0A0G2JG60 Q505L1 MITOCHONDRIAL TRANSLATION ELONGATION%REACTOME%R-HSA-5389840.3 Mitochondrial translation elongation Q9CQ40 Q9CPW3 Q99N87 Q8K0D5 A2A6T4 Q9DCJ7 Q3U8Y1 Q80ZS3 Q9D1B9 Q9D7N6 Q9CQL6 Q9D8P4 Q9D7N3 Q9D1N9 Q9CZR8 Q9D3F3 Q9CR59 Q9CY73 Q9CQL5 Q9CQL4 O35680 Q9JIK9 Q9DCI9 Q9CQP0 A0A0R4J0L6 Q9DCU6 Q5RL20 Q05DC5 Q921S7 Q9D1I6 Q9EQI8 Q9CZ83 Q61733 Q9JKF7 Q5U5I3 Q9D0G0 Q80X85 Q8BGA9 Q14B21 D3Z2K2 Q9DB15 Q3TLQ4 Q9CQF8 Q501J4 Q9CPY1 Q9CY16 Q8BQ99 Q9DC71 Q9CQF0 Q9D1H8 Q99N93 Q8K2M0 Q99N90 Q8R2L5 Q99N91 Q9CQN7 Q9D338 Q14C51 Q9D773 Q9CQV5 Q9D1P0 G3X9M0 Q9CPX7 Q8VDT9 Q9CQA6 Q3TI14 Q9ESC5 Q3UKS6 Q8BU88 Q542W5 Q8K2Y7 E9QPQ8 Q9CQE3 Q8BFR5 Q8R2K5 Q9D125 Q9CXW2 Q3TBW2 Q059G7 Q9CQ06 Q8BK72 Q9D0Y8 G1 S DNA DAMAGE CHECKPOINTS%REACTOME%R-HSA-69615.5 G1 S DNA Damage Checkpoints Q6P571 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 Q3UTC9 B2RT97 P0CG50 Q543W6 P48964 Q80ZA1 Q3TKG4 A0A2R8VHX5 Q542I9 Q8BLG0 A1L3B8 Q9DB01 P14685 Q64364 Q9R1A8 Q545G0 P23804 P49722 Q9D8W5 P99026 Q61457 Q9R1P0 Q3TV35 Q544H6 O35593 Q9R1P3 P62878 Q5SUR3 P51943 Q564P6 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 A0A286YDT6 Q3UGB9 Q3TXS7 P70195 P46414 Q5SRY7 Q5U421 Q60692 E0CXB1 Q61456 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 Q6PJ87 Q5KU03 Q9WUI1 Q8C0Q4 Q3TYE1 B9EHX4 O35280 TGF-BETA RECEPTOR SIGNALING IN EMT (EPITHELIAL TO MESENCHYMAL TRANSITION)%REACTOME%R-HSA-2173791.3 TGF-beta receptor signaling in EMT (epithelial to mesenchymal transition) Q3UKJ3 Q4VAE6 Q6P9R4 G3XA13 Q3TY70 Q3V341 E9QMC1 O88792 Q3UNK5 P0CG50 Q8BQS9 Q9D5H8 Q8BSC0 DEFECTIVE VISUAL PHOTOTRANSDUCTION DUE TO OPN1SW LOSS OF FUNCTION%REACTOME%R-HSA-9918443.1 Defective visual phototransduction due to OPN1SW loss of function P51491 VIRAL MESSENGER RNA SYNTHESIS%REACTOME%R-HSA-168325.6 Viral Messenger RNA Synthesis A0A3Q4L2S8 Q8CDZ5 A0A338P6M3 P61219 P62488 P59235 P08775 Q9D1M0 Q5FWJ9 Q8BUA6 Q9Z0W3 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q8BH74 Q8BPS7 Q8R480 Q8BTS4 J3JSA4 Q8R4R6 Q9CWU9 P97760 Q8BFX0 Q3THK3 Q9ERU9 Q8CFI7 P60898 Q3UMJ4 Q6PI63 Q3V214 CD209 (DC-SIGN) SIGNALING%REACTOME DATABASE ID RELEASE 96%5621575 CD209 (DC-SIGN) signaling Q8BJ14 Q99N57 Q9D091 Q61411 P05132 Q5DTJ2 D3YZ57 P35330 Q91ZX1 P68181 Q8K220 Q3TUH8 Q6GQV9 Q8CEI0 B1GX81 G5E884 Q548Y4 P25799 ARL13B-MEDIATED CILIARY TRAFFICKING OF INPP5E%REACTOME%R-HSA-5624958.4 ARL13B-mediated ciliary trafficking of INPP5E Q3TDQ8 A2AIX0 Q9CUD0 RHOG GTPASE CYCLE%REACTOME%R-HSA-9013408.2 RHOG GTPase cycle Q6P1H6 Q3UDZ1 Q9CQW1 D3YTQ8 Q8BUR4 P63024 Q8C7P2 Q8R2Y2 Q80XI6 G5E8S8 Q9D0F3 Q8BHL5 Q7TSI6 A0A0R4J0S1 Q8C5X1 Q8CA59 Q811P8 Q4FJQ0 Q9R0C8 Q8BTW9 Q3U9G9 Q4VAC9 Q5DTJ2 Q3U5C8 H7BX46 Q8BN21 Q8VDU4 O55111 Q9CQ22 Q542D9 Q3UHH9 Q61599 Q8C7E7 Q69ZK0 A0A1Y7VLY2 D3YYY8 Q3U7R1 E9QP59 Q9CZN7 Q80UU9 P09055 B7ZCJ1 B7ZNX6 Q8C474 P97393 Q3UNB6 Q8BH88 Q9Z2I0 Q9Z207 Q0KL02 Q8C4B5 D3Z4R2 Q3TXQ1 Q8K1E0 Q6A0A3 Q8BH80 Q99PT1 Q80Z96 Q03145 Q6NVF2 Q3THM8 Q3UQ44 P49817 F8VQC7 A0A0R4J119 A0A0R4J0T8 Q8C067 B2RY04 Q8CCL8 Q8BQW4 TRIGLYCERIDE METABOLISM%REACTOME%R-HSA-8979227.2 Triglyceride metabolism Q61586 Q0KK35 P51880 P51162 Q5EBJ0 P68181 P54310 Q9DBL9 Q542H7 Q64521 Q53YP5 Q571G1 Q3UFN1 Q54AA6 Q497I3 Q91ZV4 P62137 Q9DCV3 Q6ZWM8 Q3V2F7 Q9WU65 Q32LZ8 O08716 Q8CD95 Q80W94 Q9DBG5 Q9DAK4 P62141 E9PWN0 Q3TET2 Q8CGN5 P05132 P49817 ACTIVATION OF THE TFAP2 (AP-2) FAMILY OF TRANSCRIPTION FACTORS%REACTOME%R-HSA-8866907.3 Activation of the TFAP2 (AP-2) family of transcription factors Q8BPN4 Q3ULB3 Q8CE69 Q91ZK0 O35740 A2A7E7 Q9CR11 Q8BJ14 Q6GQV9 Q91WL8 Q3UGA1 Q6VUP9 SYNTHESIS OF GDP-MANNOSE%REACTOME DATABASE ID RELEASE 96%446205 Synthesis of GDP-mannose Q922H4 Q6GQU1 Q8BTZ7 Q91W01 Q9DCE3 Q3V100 TURBULENT (OSCILLATORY, DISTURBED) FLOW SHEAR STRESS ACTIVATES SIGNALING BY PIEZO1 AND INTEGRINS IN ENDOTHELIAL CELLS%REACTOME DATABASE ID RELEASE 96%9860927 Turbulent (oscillatory, disturbed) flow shear stress activates signaling by PIEZO1 and integrins in endothelial cells Q3UHH5 O08529 O54890 P63330 Q9D7J7 O88456 Q9R0T8 Q548Y4 Q5D0E0 P46938 P09055 Q3UPA1 Q76MZ3 Q3TZW9 Q3SYK5 Q8CBT3 Q9CWU3 Q9Z1E3 K7Q751 Q542G9 Q8BIX1 P43406 Q99K94 Q80YP5 Q8VC91 P25799 Q64727 DEFECTIVE ABCA3 CAUSES SMDP3%REACTOME%R-HSA-5688399.4 Defective ABCA3 causes SMDP3 Q6AXE3 CONSTITUTIVE SIGNALING BY LIGAND-RESPONSIVE EGFR CANCER VARIANTS%REACTOME%R-HSA-1236382.3 Constitutive Signaling by Ligand-Responsive EGFR Cancer Variants P98083 P42337 Q80Y52 Q8C7P2 Q9WVF5 Q505A4 Q62077 Q9D091 A0A0X1KG61 Q61411 Q3USK4 Q3UWD7 Q61081 P0CG50 SIGNALING BY ROBO RECEPTORS%REACTOME DATABASE ID RELEASE 96%376176 Signaling by ROBO receptors G3X8U7 P54775 Q3UPK6 Q9CPS5 Q8BTW9 Q91Z68 G3UYX7 Q8BVQ9 Q91Z67 H7BX46 P62196 D3YZW1 B2RT97 Q3UXH3 P0CG50 P68181 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 P62878 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q8BH99 Q3TS44 O09118 Q9D4H8 Q99JI4 Q9CYT6 Q9Z0Y6 Q3ULB5 Q3TKV1 Q8BTH7 F8VQH0 Q543C6 Q3ULJ3 P53776 Q8BQ28 Q6PB99 H3BIV5 Q19AB2 P97333 A0A0H2UKB8 P70460 Q8BGT1 Q4VA93 Q61474 Q5SX50 P40124 Q3UHH1 A0A0A0MQ87 Q9JJV2 A2AT37 Q8K1M3 P29341 Q80TR4 H7BX38 P31245 A2ALD8 Q3TZP5 Q3TRQ0 Q9WUH2 Q8C015 Q3TF02 Q8CBE6 Q61220 A0A0R4J0N8 Q8CCV1 Q149F3 Q3TLP8 P97461 Q4VAG4 P05132 Q58E35 P86048 Q9CQD0 P62911 Q545X8 P14206 Q9CPR4 Q0VBA4 Q3UC02 D3YYB0 G5E884 Q5M9M4 Q5M9M0 Q5YLW3 Q9CQR2 P62264 Q6ZWN5 Q4FZH2 Q8BP67 Q5M9N8 Q642K1 Q5DTJ2 Q9CXW4 P62717 Q561N5 Q5M9K7 P62830 P99027 B1GX81 Q9D823 Q505A8 Q58EA6 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 Q497N1 Q5CZY9 P05480 Q3USK4 Q4VAE6 E9Q9E1 Q80UI8 J3QP81 Q91VC3 D3Z1C5 Q8BSE7 P61327 Q9CQ49 Q9CWZ3 G3UZW7 Q6ZWU9 Q99M28 Q63ZW6 Q8K3W3 A0A087WNT1 Q3SYK5 Q3U379 Q3UYV9 SYNTHESIS OF SUBSTRATES IN N-GLYCAN BIOSYTHESIS%REACTOME%R-HSA-446219.4 Synthesis of substrates in N-glycan biosythesis Q3V0X4 Q3UHZ7 P47856 Q8R2I1 Q9CUJ6 Q99LJ8 Q5HZI6 A0A0R4J0B4 Q543I9 Q6GTI0 A0A2I3BQY4 Q61420 Q9CPT3 Q7TMC8 O35696 G5E8F4 Q3TAW7 F6UP77 Q3V100 Q922H4 Q8BTZ7 Q91W01 Q9DCE3 Q6GQU1 Z4YLR0 Q8C3J2 Q91Y74 Q544T4 Q8BM62 Q11204 P70277 Q544M3 Q9DCJ9 Q3TRR3 D6RHA2 Q8K0C9 Q9D2D1 C5NTX9 Q8R2K1 Q8BN82 Q9D997 Q3V3B1 Q6PAS1 Q148N5 A0A0R4J1J3 Q99J77 A0A217FL49 Q9DB25 Q8BWW3 Q3UL64 Q76K27 A2AWJ3 Q99KU1 Q9D1Q4 A0ABJ3HKR5 Q3UYC1 O70152 Q3UW64 Q9WUP4 Q545R7 Q8R2Y3 Q9QZ39 Q3ULV6 Q8VIB3 ATTACHMENT AND ENTRY%REACTOME%R-HSA-9694614.6 Attachment and Entry Q3U5S6 M0QWP1 Q3V1F2 Q64519 P97333 Q01853 Q9JIQ8 Q3V033 Q3URC9 P51655 H3BLN8 Q3U379 Q8R3X6 P23188 P43407 Q52KG8 Q8BKV1 Q3TWB2 ESTROGEN-DEPENDENT NUCLEAR EVENTS DOWNSTREAM OF ESR-MEMBRANE SIGNALING%REACTOME%R-HSA-9634638.3 Estrogen-dependent nuclear events downstream of ESR-membrane signaling Q63844 P31750 P01101 Q9WVF5 Q790L7 Q4FJT2 Q8BQK4 Q61521 Q3UWD7 P46414 Q0VEB7 K7Q751 Q545E4 Q9WVH4 Q543J8 Q8C0N6 Q9JM73 Q5FW64 Q8BYY5 P41969 P63085 Q8CE74 Q8C6X4 NF-KB IS ACTIVATED AND SIGNALS SURVIVAL%REACTOME%R-HSA-209560.3 NF-kB is activated and signals survival P70196 Q9Z1E3 P0CG50 Q8BR10 Q64337 Q9Z0W1 Q6LDU8 Q548Y4 P25799 Q5D0E0 CATECHOLAMINE BIOSYNTHESIS%REACTOME DATABASE ID RELEASE 96%209905 Catecholamine biosynthesis Q5SUV8 Q0VB50 P24529 Q64237 CS-GAG BIOSYNTHESIS%REACTOME DATABASE ID RELEASE 96%2022870 CS-GAG biosynthesis Q91XQ5 Q8BS97 Q3TRA2 Q9EP78 B9EHC3 Q8BJQ9 Q3TSQ8 A0A0R4IZX5 Q8C1F4 Q3URZ9 Q3TNY9 Q71M36 Q99LL3 O88199 Q6IQX7 Q6ZQ11 D3Z6E3 Q3UKR1 Q5DTK1 LYSOSOME VESICLE BIOGENESIS%REACTOME DATABASE ID RELEASE 96%432720 Lysosome Vesicle Biogenesis Q6PFA2 Q6GR78 Q8CHR4 Q68FD5 A0A0R4J1L4 Q7TN05 Q9D8S2 Q8CC13 P70280 A0A1B0GR63 Q8CBB7 Q3UMA3 Q9WVL1 Q8BW87 Q8BG92 Q3UG16 Q3TWZ9 Q62420 Q3UM14 Q3UWX1 P61967 Q504P4 Q3U9D1 Q80TZ3 Q9JKC7 Q545I6 Q80V94 Q3UKQ5 P84078 Q9D4C9 O55102 Q3TCR7 A0A0R4J0R1 Q8BFR4 Q8BWG8 METHYLATION%REACTOME DATABASE ID RELEASE 96%156581 Methylation A0A0R4J018 Q9D9X3 Q6SKR2 A0A0R4J0G9 Q99J57 Q5M8M3 Q5M9P0 Q99LB6 B6VGH4 A6H5Y3 Q91X83 O09131 O88587 Q91WU5 INTERACTIONS OF TAT WITH HOST CELLULAR PROTEINS%REACTOME%R-HSA-176034.4 Interactions of Tat with host cellular proteins Q9QWV9 Q99J95 DEFECTIVE HEXB CAUSES GM2-GANGLIOSIDOSIS 2%REACTOME DATABASE ID RELEASE 96%3656248 Defective HEXB causes GM2-gangliosidosis 2 Q3TXR9 ADRENALINE SIGNALLING THROUGH ALPHA-2 ADRENERGIC RECEPTOR%REACTOME%R-HSA-392023.4 Adrenaline signalling through Alpha-2 adrenergic receptor Q925K6 Q01337 Q01338 IRS-MEDIATED SIGNALLING%REACTOME DATABASE ID RELEASE 96%112399 IRS-mediated signalling Q8K4K2 Q8VD65 Q8C180 Q6PF93 Q3UHZ0 Q3UQ25 Q9EQU3 Q0VER9 Q8C7P2 Q0VG15 Q505A4 Q790L8 A0A7U3JW97 A0A0R4IZY3 O35565 A0A7U3JW51 Q543V3 Q9D091 Q8C399 Q6ZWS1 A0A7U3L6F4 Q541T2 P81122 Q8BTI9 Q544I6 Q99N32 Q3U1V5 A0A7U3JW80 E9Q2N2 Q3ZB59 Q8CE74 A9QW46 P42337 P35235 Q61411 Q3USK4 Q3UEW6 Q3UUI3 O08908 DEFECTIVE ABCC2 CAUSES DJS%REACTOME%R-HSA-5679001.5 Defective ABCC2 causes DJS Q8VI47 LAMININ INTERACTIONS%REACTOME%R-HSA-3000157.4 Laminin interactions P10493 Q8BPT3 P09055 Q3TZ05 E9QPX1 Q61789 Q3USI2 Q8C5B3 F8VQJ3 G5E874 P19137 P43406 Q3UHL7 P97927 Q52KG8 Q8R5G0 Q8CC06 Q5DTP0 Q62469 Q9R0B6 Q3TZS3 Q62470 A2A864 TRANSCRIPTIONAL REGULATION OF GRANULOPOIESIS%REACTOME%R-HSA-9616222.3 Transcriptional regulation of granulopoiesis B2RTK3 B2RWH3 Q8CGP7 Q64475 Q64478 Q6LC96 Q149V4 C0HKE5 Q9D2U9 Q6ZWY9 S4R1M3 Q3UUX5 Q3U5E7 P27661 Q8R1M2 Q8C402 P01108 P53566 P40223 Q6PZD9 Q8C8M7 Q8BZ56 Q9CYB4 Q3URV7 Q64524 Q8BJ14 H3BJM0 Q564P6 Q9Z0Z7 Q6GU23 Q3U5L4 P10853 Q3UR53 Q3TZH7 Q08024 Q3UGB9 Q545C3 A3KPD0 Q3UPN9 Q9D297 P84228 Q8CGP2 Q8CGP0 Q3U320 ANTIGEN PROCESSING: UBIQUITINATION & PROTEASOME DEGRADATION%REACTOME%R-HSA-983168.4 Antigen processing: Ubiquitination & Proteasome degradation Q9QUH1 Q9QZN4 D3YUA8 Q561N4 Q9QXW2 Q6PAS7 Q8C863 P62878 A0A3B2W489 Q8CHQ0 D3Z584 Q9WUD1 Q9JMJ2 H3BLP9 Q8BM54 Q9D4H8 Q3UV52 Q8BNS3 A2RSE4 Q8BSC0 A0A1L1SRK3 Q501K2 Q9CTE0 Q9CPU7 Q569Z9 Q3U3D4 O35718 A2RS47 Q6ZQ32 Q9D4Y2 G3XA54 Q14DU1 Q9WUB0 Q9JJ66 Q3UQV5 E9QQ33 Q8BX13 Q80U04 Q3V492 Q9CZV8 Q3U0D9 A0A2I3BRK4 D3YYI7 Q9CY34 D3YY91 F8WIE5 O70481 P58544 Q9CQ31 Q80X56 G3X9H8 Q4VBX4 Q8R016 B7ZP43 Q8VIG6 Q5DTH1 Q9ET26 F8VQK6 G5E870 Q8VCK5 A0A1B0GQV2 Q8BIA4 Q3UCL2 Q80ZI6 F2Z461 B2RPY3 P54775 Q8BKD6 Q9WTX6 Q8C565 Q3UPK6 Q9CPS5 Q3UPU3 Q05A36 Q8VBX0 Q8BVQ9 Q8K0L0 Q9CSE3 Q5SVR5 P62196 Q6PAV2 B2RT97 A0A5F8MPW7 P0CG50 Q8VDS1 Q570Z1 B2KFS7 Q3TKG4 Q8VE47 Q542I9 A1L3B8 D3Z647 Q8C7R4 P14685 Q545G0 Q6A009 Q9D4L6 A0A0R4J1W2 Q64514 P49722 A3KPB7 Q9D8W5 Q3TLR3 P99026 Q80TR8 Q9R1P0 Q9D0C1 Q3TV35 Q91W82 Q8CFN7 E9PVV5 O35593 Q9D3I7 Q9R1P3 Q3U5A0 Q5SUR3 Q14AQ1 V9GXH8 Q6ZPT1 Q58EV4 E9Q2L7 Q3U410 O55234 Q6PCX9 Q542H2 A2AUC9 Q5BKQ9 Q3UE37 Q9JKV1 A0A286YDT6 Q6ZWQ6 A2A7H6 Q3TXS7 B1ASK8 P70195 Q9D5L7 B7ZNK2 Q2VPQ8 Q4U2R1 Q5SRY7 Q60692 Q9ES34 E0CXB1 Q8BID8 Q8C129 Q6RI64 Q66JT6 Q3TS44 Q3V064 Q8R034 Q99JI4 Q99PQ2 Q9D0A0 Q91W61 Q3TKV1 Q9DBU5 B2RSC8 Q569Y6 Q3UEV2 E9PZP8 A2RTT4 Q91ZT8 Q3UGI9 B9EKI5 A0A1W2P7U1 Q8C2K8 Q1PSW8 Q3TM87 Q3T9A5 Q8CHG5 Q9JJZ4 E9Q3A0 Q9DBK7 Q2M4H5 Q9D074 Q8CA72 Q3U431 Q3TTE7 Q3UGY7 Q3TD55 Q80TF4 Q6ZPJ3 E9Q555 Q6PB97 Q8CFQ0 Q8BH75 Q5XPI3 A2AN08 O88838 E9PZB7 Q5F239 A0A182DWE6 A0A0R4IZY0 Q99KR6 Q8BJL1 Q543N0 Q3UCS1 Q7TSS2 Q3TR28 Q3V2N4 C0H5Y0 A9C491 Q3USR5 Q8R5B6 Q8C841 Q8BJK1 G3UWD8 Q11011 Q8CCJ3 Q9DB86 Q9WV71 Q9Z2X8 Q9WV72 P51944 Q7TPD1 Q7TQF2 E9QNZ2 Q5NCC3 Q8VHS5 B2RPZ5 Q3KN92 Q3UIR3 Q8C432 Q8CDC1 Q3KNI9 P52483 Q9CT51 Q9QZS2 Q3V321 Q6DIA9 Q8VDI7 G5E919 Q4JG03 O35716 Q6ZWZ2 Q9WTV7 Q3TQF0 Q3UXQ1 P61092 Q5BJ29 P53995 Q8K1C9 Q541Z5 Q8VHP9 Q8BZQ7 B9EHN0 Q8BYJ1 D3Z392 Q9WVM3 Q3U3G2 Q3UFC2 Q8VDH1 Q8K2H6 Q3UQ17 Q80U95 Q9CPX9 Q3U487 Q9CSA3 A2A4Z0 G5E817 G3X8W7 Q9QZU9 Q8BK06 Q3UFQ4 Q8R2P1 Q3TM92 Q3TK92 Q3TI84 Q91ZU1 Q3UUJ9 Q4QQL2 B2RUG2 A0A087WNT1 ASSOCIATION OF TRIC CCT WITH TARGET PROTEINS DURING BIOSYNTHESIS%REACTOME%R-HSA-390471.3 Association of TriC CCT with target proteins during biosynthesis Q9D6Z1 Q3U4U6 S4R2G5 Q8CI15 A2A5R2 P80316 Q3UIJ0 Q8BNS3 Q9QUH1 Q9QZN4 Q9JKC8 D3YUA8 Q80ZA1 Q9Z247 P17439 Q9QXW2 Q6PAS7 Q61457 Q8BVY8 Q8C2W7 Q544H6 F8VQ75 Q8CHQ0 Q6GU23 D3Z584 Q80ZU1 P11983 Q564F4 Q9JMJ2 H3BLP9 Q9JM08 Q52KG9 Q8BVT1 Q542X7 Q9DBR1 Q8BK80 Q8VC51 DEGRADATION OF CRY AND PER PROTEINS%REACTOME%R-HSA-9932298.1 Degradation of CRY and PER proteins Q8BNS3 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q3UFQ4 P49722 Q9D8W5 Q9R194 P99026 P97784 Q9R1P0 Q8C8R0 Q3TV35 O70361 O35593 O35973 Q9R1P3 Q5SUR3 P62878 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 A0A286YDT6 Q3TXS7 P70195 Q5SRY7 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 POSTSYNAPTIC NICOTINIC ACETYLCHOLINE RECEPTORS%REACTOME DATABASE ID RELEASE 96%622327 Postsynaptic nicotinic acetylcholine receptors F8VQK4 Q9R0W9 Q3UZS0 Q80VZ5 Q8BIE9 Q0VBK4 Q5SXG9 Q3USV2 Q53YK0 G3X8Z7 Q91X60 Q05A24 Q9ERK7 MET ACTIVATES PTK2 SIGNALING%REACTOME DATABASE ID RELEASE 96%8874081 MET activates PTK2 signaling F8VQL0 P09055 P05480 Q3TZ05 Q61789 Q3USI2 Q8C9G5 Q8C5B3 F8VQJ3 K7Q751 G5E874 P19137 Q3UHL7 P97927 Q5DTP0 Q62469 Q9R0B6 Q62470 SARS-COV-2 TARGETS PDZ PROTEINS IN CELL-CELL JUNCTION%REACTOME DATABASE ID RELEASE 96%9705677 SARS-CoV-2 targets PDZ proteins in cell-cell junction Q8QZT4 Q8C4N2 A2ADL9 B2RRY4 B9EHJ3 FGFR2 LIGAND BINDING AND ACTIVATION%REACTOME DATABASE ID RELEASE 96%190241 FGFR2 ligand binding and activation Q0VER9 Q0VG15 A0A7U3JW97 O35565 A0A7U3JW51 Q8C399 Q6ZWS1 A0A7U3L6F4 Q541T2 Q544I6 Q3U1V5 A0A7U3JW80 A0A0R4J0R6 E9Q2N2 O70514 DEFECTIVE GSS CAUSES GSS DEFICIENCY%REACTOME%R-HSA-5579006.4 Defective GSS causes GSS deficiency Q541E2 SIGNALING BY TCF7L2 MUTANTS%REACTOME%R-HSA-5339700.5 Signaling by TCF7L2 mutants A0A0J9YU62 Q91YZ2 Q8CAI6 RAC3 GTPASE CYCLE%REACTOME DATABASE ID RELEASE 96%9013423 RAC3 GTPase cycle Q9CQW1 P63024 Q8C7P2 Q8R2Y2 G5E8S8 Q9D0F3 Q7TSI6 A0A0R4J0S1 Q8C5X1 Q8CA59 Q811P8 Q4FJQ0 Q8BTW9 Q3U9G9 Q5DTJ2 Q91Z67 H7BX46 Q8BN21 Q9ESU7 O55111 O08908 Q672J9 Q8VCM2 Q9CQ22 Q5F258 Q542D9 B9EJX2 Q8BYC6 F8VQH0 Q91ZZ2 Q8BH43 Q8C8B2 Q6NVF0 Q3U6G0 A2AS98 Q3TLE2 Q8R5H6 B3VQI8 Q9WVM1 Q80XR8 G3X960 Q6AXH6 Q91VR8 Q6P1D6 Q8CJ00 B2RQE8 P97369 Q8R5G7 A0A087WRP5 A2RRK7 Q3UKP6 E9QAJ9 Q3TPY5 Q9DBJ3 Q6A028 Q8K1X4 Q8CIZ9 Q61599 Q9D3L3 Q8C7E7 O70145 Q69ZK0 Q9D0J3 Q3UVN4 Q69ZV6 E9PUE7 Q3U7R1 Q14A12 E9QP59 B2X2D4 E9QP44 Q80UU9 P09055 Q3UBI5 B7ZCJ1 Q810B9 B7ZNX6 Q4VBE6 P97393 Q8BH88 Q9Z207 Q0KL02 Q3TXQ1 Q80Z96 Q03145 Q3THM8 P49817 A0A0R4J119 Q8C067 G5E884 Q8CCL8 Q8BQW4 RUNX3 REGULATES IMMUNE RESPONSE AND CELL MIGRATION%REACTOME DATABASE ID RELEASE 96%8949275 RUNX3 Regulates Immune Response and Cell Migration Q3U1Q3 Q3TB85 Q547B5 Q8BQ25 Q08024 DISEASES OF PROGRAMMED CELL DEATH%REACTOME%R-HSA-9645723.8 Diseases of programmed cell death B2RTK3 Q8CGP7 Q149V4 Q6GR78 O08529 Q543F6 P14733 Q5SS40 E9PZP3 Q9DBN8 P35700 Q3UR74 S4R1M3 Q9D2Y4 Q9D7J7 Z4YJU8 B2RRZ7 Q9WVH4 O88456 Q99PH8 P48964 Q80ZA1 Q8C6X9 Q8R1M2 Q921U7 Q61160 Q3UF24 Q64364 Q52L79 Q5M9N9 Q542T9 Q6PEB3 Q4FJX9 E9Q5V3 Q64524 P10853 Q60972 Q3U607 Q60855 B2RWH3 Q64475 Q64478 C0HKE5 Q6AXH7 Q9D2U9 Q6ZWY9 P27661 E9PW15 Q8C5H3 Q7TSJ0 Q8C2T6 B9EHJ9 Q8R5L1 P33610 Q541E5 Q921E6 O88508 Q5FW94 A3KPD0 P84228 Q8CGP2 Q8CGP0 IMATINIB-RESISTANT PDGFR MUTANTS%REACTOME%R-HSA-9674396.2 Imatinib-resistant PDGFR mutants P26618 DIGESTION AND ABSORPTION%REACTOME DATABASE ID RELEASE 96%8963743 Digestion and absorption F8VQM5 B5THE2 Q9CPP7 P17892 B2RS82 Q9QUQ3 B2KF29 Q5BKQ4 P33680 Q91XA9 Q3UWA6 P00688 Q6P8U6 F8VPT3 P00687 Q9WV38 P14246 Q9QXI6 Q9D711 F8VPQ6 Q3V2H7 E9PYP7 RNA POLYMERASE II TRANSCRIPTION INITIATION AND PROMOTER CLEARANCE%REACTOME%R-HSA-76042.5 RNA Polymerase II Transcription Initiation And Promoter Clearance A2ASY1 Q3UZB8 A0A3Q4L2S8 Q8BQ46 A0A338P6M3 Q7TPV0 P61216 Q542U3 P61219 P62488 P08775 E9QAP7 Q3UIR2 B9EJX5 Q9D0D5 Q99JX1 Q3UT56 Q8VI33 Q9R1C0 A0A3Q4EGS4 P97760 B1Q2W7 E9PWD3 Q8BFX0 Q3THK3 Q8CFI7 Q3ULN2 P51949 Q3TN86 E9Q6K1 F8VPY2 Q149E9 P60898 Q9EQH4 Q8K2X8 Q7TPY0 P49135 Q3THG5 Q3UMJ4 Q6RI65 Q6PI63 Q3V214 Q62311 PLCG1 EVENTS IN ERBB2 SIGNALING%REACTOME%R-HSA-1251932.5 PLCG1 events in ERBB2 signaling Q3UWD7 Q9WVF5 Q62077 P70424 NEURODEGENERATIVE DISEASES%REACTOME%R-HSA-8863678.3 Neurodegenerative Diseases Q6GR78 O08529 Q543F6 P14733 Q5SS40 Q9DBN8 P35700 Q3UR74 Q9D7J7 Z4YJU8 Q9WVH4 O88456 Q99PH8 P48964 Q921U7 Q3UF24 Q52L79 Q5M9N9 Q542T9 Q6PEB3 Q4FJX9 DEFECTIVE SLC34A2 CAUSES PULMONARY ALVEOLAR MICROLITHIASIS (PALM)%REACTOME DATABASE ID RELEASE 96%5619045 Defective SLC34A2 causes pulmonary alveolar microlithiasis (PALM) Q9DBP0 DEFECTIVE NEUROTRANSMITTER CLEARANCE BY SLC6A3 CAUSES PARKINSONISM-DYSTONIA INFANTILE (PKDYS)%REACTOME DATABASE ID RELEASE 96%5619081 Defective neurotransmitter clearance by SLC6A3 causes Parkinsonism-dystonia infantile (PKDYS) Q61327 SIGNALING BY NOTCH1 PEST DOMAIN MUTANTS IN CANCER%REACTOME DATABASE ID RELEASE 96%2644602 Signaling by NOTCH1 PEST Domain Mutants in Cancer Q3UZZ2 Q3UG37 E9PXW8 Q6P3E7 Q6T264 Q9WTX6 Q8VH37 P0CG50 D3Z768 Q8CAS3 Q8BYF1 Q3TMT1 P01108 A0A668KM95 P62878 Q5SUR3 Q6P3Z8 Q01705 Q6P9T4 Q3UM17 E9Q6E2 Q9QUM5 Q0VGJ1 Q6NZM9 B2RR30 Q9QXE7 Q6GQV9 Q499W5 Q80SY4 Q9QYE5 Q8CHB6 Q3UVN4 B2RUG2 Q0MW30 Q6NZC0 Q61483 Q8BHJ5 E9PXU2 Q9JI71 Q58E49 Q8BJ14 Q80ZV7 Q543U1 Q9JM08 Q3U4P5 Q9DBX7 Q3UYK2 Q499J8 P57716 Q8C7N7 DEFECTIVE SLC22A18 CAUSES LUNG CANCER (LNCR) AND EMBRYONAL RHABDOMYOSARCOMA 1 (RMSE1)%REACTOME%R-HSA-5619066.4 Defective SLC22A18 causes lung cancer (LNCR) and embryonal rhabdomyosarcoma 1 (RMSE1) A0A0R4J0P7 PLUS-STRAND DNA SYNTHESIS%REACTOME%R-HSA-164525.3 Plus-strand DNA synthesis Q5SVY2 THE ROLE OF NEF IN HIV-1 REPLICATION AND DISEASE PATHOGENESIS%REACTOME%R-HSA-164952.3 The role of Nef in HIV-1 replication and disease pathogenesis Q8CDB3 Q5DTJ2 P17426 Q3UJ76 Q6PEE6 A0A0R4J1L4 Q7TN05 Q8CC13 Q8CBB7 Q8BW87 Q3UG16 Q3TLP8 P01898 P01887 P61967 Q8K212 Q3TSV7 Q5SWR1 P84078 A0A0A6YX18 Q6A0A3 D3YZ57 E9Q696 Q6A0C9 P08103 Q3TEK8 Q8BPU7 CHOLESTEROL BIOSYNTHESIS%REACTOME DATABASE ID RELEASE 96%191273 Cholesterol biosynthesis P53798 Q8CAY6 Q9CRA4 Q8VCH6 O88822 Q0VBH5 Q9D4F2 A0A140LIT2 Q3U1N2 Q8BLN5 Q9CZZ6 Q3TQK8 Q3THA3 Q3U9G9 Q8K0C4 Q3V3I6 Q9WTN3 Q4FJN9 Q3UYC1 G3XA48 Q8C5N9 Q3UEB4 P70245 Q3US15 DEFECTIVE VISUAL PHOTOTRANSDUCTION DUE TO OPN1MW LOSS OF FUNCTION%REACTOME%R-HSA-9918436.1 Defective visual phototransduction due to OPN1MW loss of function BIOSYNTHESIS OF PROTECTIN AND RESOLVIN CONJUGATES IN TISSUE REGENERATION (PCTR AND RCTR)%REACTOME%R-HSA-9026766.2 Biosynthesis of protectin and resolvin conjugates in tissue regeneration (PCTR and RCTR) Q8K355 BIOFILM FORMATION%REACTOME DATABASE ID RELEASE 96%9931953 Biofilm formation Q99JW5 A2RSB9 TRANSCRIPTIONAL REGULATION BY TP53%REACTOME%R-HSA-3700989.8 Transcriptional Regulation by TP53 A2ASY1 Q8BQ46 Q7TSG2 Q8C4Y3 P12787 P61216 Q544E3 E9Q8C1 Q3UP24 Q543F6 P43023 P29452 Q5SS40 Q8C8M9 P35700 Q3UR74 P70444 Q8K3J2 E9QMN5 Q5U4C9 Q80ZA1 Q8BM83 Q52L79 Q5M9N9 Q8C350 Q542T9 Q3UR87 O88665 P56391 P48771 Q5CZX0 Q8BSJ6 Q8K3P5 Q9QZM4 Q2VPQ9 Q5FW98 O88623 Q3TCU2 Q3TEY6 Q3UUT8 Q9DAY9 P29594 Q5D0E9 Q9D177 Q9JKY0 Q3UMH6 Q8VHR5 Q8BUE4 B6ZI39 Q5DU30 G3X940 Q571F8 Q6S7F2 Q9CTY1 Q3UJ95 Q91W29 Q9JHK4 Q7JCZ1 P10639 F8VPX1 Q3TMD4 Q8C358 Q9DBX1 Q3UTC9 A2CG76 Q64364 B7ZWL1 P23804 Q9QUR7 Q61457 Q544H6 Q8C8M7 Q9CYB4 Q9CPT0 Q564P6 P51943 Q3UKR0 Q5CZY5 Q3UGB9 Q9D297 Q8VE85 P46414 Q60521 Q61456 Q549P2 O54992 Q6ZQK4 O70126 P58043 V9GXN3 P63330 A2A5N8 E9QN92 Q6PEE3 D3Z7P3 Q7JCX7 Q8VBU8 Q9CS14 Q76MZ3 A0A0R4J049 B7ZNP9 Q9JMH6 Q6PAR4 Q9Z2D8 Q8BH15 Q62415 Q8BIX1 F8WHW3 Q569L8 Q6P571 Q9Z2F7 Q8BN07 Q9CWN7 P0CG50 Q549T4 Q543W6 Q58FA4 A0A2R8VHX5 Q8BLG0 Q9CX58 Q9DB01 Q3TVF4 P54279 Q3TZI5 Q792A4 Q9JK91 Q3TMT1 P58871 Q62425 A0A1B0GRM0 B2RWB7 Q8BTJ3 P97760 E9PWD3 Q8BFX0 Q3THK3 Q8CFI7 Q9R190 P51949 E9Q6K1 Q8R0K9 P60898 Q8K2X8 Q7TPY0 P49135 Q3THG5 Q3UMJ4 Q6PI63 Q3V214 Q3UZB8 A0A3Q4L2S8 A0A338P6M3 Q60636 O55201 Q7TPV0 Q542U3 P61219 P62488 Q8VEG6 P08775 B2KF05 Q9JK95 Z4YK94 Q9ERV7 Q63934 Q8BKH7 Q3TKD1 Q542J9 A2RSF4 P63101 Q5NCT2 Q9QZ11 P68510 Q8C5H3 B9EHX4 Q3UD78 Q8BRV3 Q8CE74 Q5SXJ3 Q8R107 O70445 Q99KR6 Q4KL82 Q9CQ71 Q58E49 Q9R207 O35280 Q9CS58 Q3UYY2 Q8BMG1 Q548A9 E9PZ97 Q8BIQ9 Q69ZA1 Q8BGM7 Q99J62 G5E8V1 Q9QWZ1 Q5SWN2 Q8CJF9 E9QK89 Q9Z0F6 O88904 Q8CBR3 Q3UGT8 Q62193 Q3UDK5 Q6NV63 Q5HZI8 Q5SV02 Q8BWH5 Q8VC54 Q3UHZ0 P31750 Q80YR6 Q3UJQ1 Q8K0V4 A8IP69 Q8BQY8 Q6QI06 Q6ZQJ5 Q6ZQF0 Q8CDH5 Q8VD67 B1ATC3 O70456 Q3TPJ9 Q9JLN9 Q3UHK8 P11440 G3UZX4 Q4FZK4 Q3TF68 Q812A5 Q543X5 A0A3Q4EC26 P01101 Q3UQK9 Q8BRK8 P17208 Q60972 Q3UQJ0 A0A0R4J0V4 A2A5N2 Q9DCW5 Q9D8Y8 Q542K0 Q5U421 Q9D8X5 Q14AX6 Q8CF66 Q6NTA4 Q8BUX6 Q9CQ22 Q8BGD6 Q1XG80 Q8C6X4 A0A0R4J111 G3UW70 Q3V4A1 Q7TT21 Q641K5 Q99K70 Q9WUI1 Q9EP53 Q3TWR3 Q80X95 Q545R3 A4FUW1 Q3UQ34 B1AWT3 Q9JHS3 Q8BJP2 Q3UD86 Q6GQV9 Q543M9 Q6PAM0 Q8BG30 Q3UIA1 E9QAP7 Q8K0T3 G3X956 P06745 B9EJX5 Q8C1L9 Q99JX1 Q8BJ14 Q3U3M5 Q3UWX7 Q8CBR9 Q3UT56 Q8VI33 Q64445 Q9R1C0 A0A3Q4EGS4 Q9MD68 A0A087WNT1 Q922L6 Q8K368 B1Q2W7 Q08943 A2RSV8 P63271 Q9D8Z2 Q9QWV9 E9QJU8 F8VPY2 Q9WVG6 Q790Y8 Q9EQH4 Q99J95 Q544F9 Q8CB77 Q6RI65 Q7TQK0 Q62311 O08856 RESOLUTION OF AP SITES VIA THE SINGLE-NUCLEOTIDE REPLACEMENT PATHWAY%REACTOME DATABASE ID RELEASE 96%110381 Resolution of AP sites via the single-nucleotide replacement pathway Q80ZH7 Q8BQS1 Q8K409 Q544Z7 REGULATION OF TP53 ACTIVITY%REACTOME%R-HSA-5633007.5 Regulation of TP53 Activity F8WHW3 A2ASY1 Q8BQ46 Q6P571 P61216 Q544E3 Q8BN07 E9Q8C1 Q543F6 Q8C8M9 P0CG50 E9QMN5 Q543W6 Q80ZA1 Q5U4C9 A0A2R8VHX5 Q8BLG0 Q8BM83 Q542T9 O88665 Q3TMT1 Q5CZX0 Q8BSJ6 Q8BTJ3 Q9R190 Q2VPQ9 O88623 Q3TCU2 Q60636 Q3TEY6 B2KF05 Z4YK94 Q5D0E9 Q9D177 Q63934 Q8BKH7 Q3TKD1 Q5NCT2 Q9QZ11 Q8C5H3 B9EHX4 Q3UD78 Q8BRV3 Q8CE74 Q8VHR5 Q5SXJ3 O70445 Q99KR6 Q4KL82 Q9CQ71 Q58E49 Q9R207 O35280 Q3UYY2 B6ZI39 Q8BMG1 E9PZ97 Q8BIQ9 G3X940 Q8BGM7 Q99J62 Q9QWZ1 Q5SWN2 Q9Z0F6 O88904 Q62193 Q6NV63 Q5HZI8 Q9CTY1 Q5SV02 Q8BWH5 Q3UJ95 Q8VC54 Q3UHZ0 P31750 Q80YR6 Q3UJQ1 F8VPX1 Q8BQY8 Q6ZQJ5 Q6QI06 Q6ZQF0 Q8CDH5 Q8C358 Q3UTC9 Q9JLN9 A2CG76 P11440 G3UZX4 Q812A5 Q64364 P23804 Q9QUR7 A0A3Q4EC26 Q3UQK9 Q8BRK8 P51943 P17208 Q3UKR0 Q60972 Q3UGB9 A0A0R4J0V4 Q9D8Y8 Q542K0 Q5U421 Q60521 Q61456 Q8BUX6 Q8C6X4 O54992 Q3V4A1 Q6ZQK4 O70126 Q641K5 Q9WUI1 Q3TWR3 P63330 A2A5N8 Q543M9 Q6PAM0 E9QAP7 Q8K0T3 Q8VBU8 G3X956 B9EJX5 Q8C1L9 Q8BJ14 Q99JX1 Q76MZ3 A0A0R4J049 Q3UT56 Q8VI33 Q9R1C0 A0A3Q4EGS4 Q9Z2D8 B1Q2W7 Q08943 Q62415 E9QJU8 F8VPY2 Q8BIX1 Q9EQH4 Q6RI65 Q62311 LEISHMANIA INFECTION%REACTOME%R-HSA-9658195.3 Leishmania infection Q8BUR4 Q8BHL5 P84309 Q9WV32 Q91WF3 Q3TX55 P29452 B2RVZ3 A0A2I3BRC5 Q542R8 Q9JM76 Q922R0 Q9DC51 P68181 Q9ESJ4 Q3U0Y6 Q8CDV7 P26151 E9Q706 Q5SW83 Q9R0Q6 Q52L79 Q8K1I7 Q8R4B8 Q548Y4 A0A0B4J1G0 Q2PMY2 Q059V7 A0A0R4J0P5 Q9WTI7 Q8CIH5 O88444 Q9CXQ9 Q53WY0 Q9Z257 Q5U7A4 Q6PGK0 E9Q967 Q54AA2 Q3TY04 Q3U9V4 Q60614 P10749 Q3UUN2 P35991 Q99JA4 Q6PEV3 B2RRX1 P51141 Q9CPW4 P14234 A0A679AXP3 Q3V175 K7Q751 Q9CVB6 B2RSH2 Q3UG14 Q4FK56 Q3UGN1 Q3ULF7 Q8BH99 Q920A1 D3Z4J3 Q8VHI6 Q80TR9 P25799 H3BK84 Q60838 Q3TQC7 Q9Z2A9 P29387 E9Q2D0 Q80TY9 Q8C255 Q32MT1 Q9CX34 Q6P1E0 Q3UU15 P63213 Q3V1Q3 E9PUV2 G3UW82 Q0VEE0 Q3TQ70 Q8CHP4 Q6P8Y9 P08752 P63216 Q3UMY0 P61953 Q8K1M3 P50153 Q9DBC7 Q9JMF3 Q3TRQ0 Q8CEI0 Q61012 Q3TJI7 Q80SW1 Q3TLP8 P70227 Q8VDD5 Q8C8N0 Q80WQ6 B7ZMW6 Q9CXP8 Q3U879 Q548A9 Q54AE3 P05132 Q9CUZ6 Q9DAS9 P22725 Q3UV15 Q8CED6 P10639 Q7TSI6 A2RTD1 Q9R0C8 Q4KL81 Q71LX8 Q8VDU4 Q7TSJ7 D3YZ57 Q8JZR2 Q5U421 P23188 Q8BG60 P63085 Q8VCM2 Q3U4Y3 Q8BH43 Q63844 A2AS98 Q8R5H6 B3VQI8 Q62077 Q6AXH6 Q91VR8 Q8CJ00 Q3UKP6 Q3TPY5 Q8K1X4 Q8CIZ9 E9PXU2 Q3SYK5 Q3U5U6 P01027 A0A0R4J119 P08103 Q8BPU7 INTESTINAL LIPID ABSORPTION%REACTOME%R-HSA-8963678.3 Intestinal lipid absorption REGULATION OF PTEN STABILITY AND ACTIVITY%REACTOME%R-HSA-8948751.3 Regulation of PTEN stability and activity P31750 P54775 Q3UPK6 Q9CPS5 Q8CDH5 Q8BVQ9 Q60989 P62196 B2RT97 P0CG50 G3UZX4 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q14AQ1 Q58EV4 O55234 Q9WUD1 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 Q8C6X4 B2RSC8 Q3UUT8 Q6PFX9 A0A1Y7VKW0 Q5BKP2 B1AZ99 Q3TXI7 Q9CTM5 Q922K9 Q3UES3 Q8CE74 Q9DB86 ACETYLCHOLINE INHIBITS CONTRACTION OF OUTER HAIR CELLS%REACTOME%R-HSA-9667769.2 Acetylcholine inhibits contraction of outer hair cells Q5SQK1 Q8C7F3 B2RX82 Q3UXG3 G3X8Z7 MISMATCH REPAIR (MMR) DIRECTED BY MSH2:MSH6 (MUTSALPHA)%REACTOME%R-HSA-5358565.3 Mismatch repair (MMR) directed by MSH2:MSH6 (MutSalpha) Q9CQ71 O35654 Q8BH76 Q547B4 Q5SWN2 P52431 P54279 Q542J9 Q8R055 P54276 Q62193 Q9QZ11 Q3TZI5 Q9JK91 SIALIC ACID METABOLISM%REACTOME%R-HSA-4085001.5 Sialic acid metabolism Q9CUJ6 Z4YLR0 Q8C3J2 A0A0R4J0B4 Q543I9 Q6GTI0 Q61420 Q9CPT3 O35696 Q91Y74 Q3TAW7 Q544T4 Q8BM62 Q11204 P70277 Q544M3 Q9DCJ9 Q3TRR3 Q9D2D1 C5NTX9 Q8BN82 Q3V3B1 Q6PAS1 Q148N5 A0A0R4J1J3 Q99J77 Q3UL64 Q76K27 Q3UW64 Q9QZ39 Q3ULV6 Q8VIB3 STAT3 NUCLEAR EVENTS DOWNSTREAM OF ALK SIGNALING%REACTOME%R-HSA-9701898.3 STAT3 nuclear events downstream of ALK signaling Q3TMT1 Q9JM08 Q60520 Q60636 Q3U472 Q58E49 Q7TSJ0 Q8BJ14 Q6GU23 Q3UCW2 V5SIM2 SYNTHESIS OF IP3 AND IP4 IN THE CYTOSOL%REACTOME DATABASE ID RELEASE 96%1855204 Synthesis of IP3 and IP4 in the cytosol Q7TS72 Q8R071 Q8BYN3 Q8CIH5 Q6NVF0 Q9ES52 Q6PAS6 E9Q7S0 Q91UZ1 Q8CI86 G5DDB7 Q8K4D7 Q3UUT8 H3BKK4 Q6P549 Q62077 Q8K4S1 Q8BG07 Q3UPW0 Q3V3V2 Q8K3R3 B2RXC2 Q8K337 Q8K2J0 OLEOYL-PHE METABOLISM%REACTOME DATABASE ID RELEASE 96%9673163 Oleoyl-phe metabolism Q8C165 EML4 AND NUDC IN MITOTIC SPINDLE FORMATION%REACTOME DATABASE ID RELEASE 96%9648025 EML4 and NUDC in mitotic spindle formation Q9CPV1 Q8CDZ5 Q9CPV5 Q8CJF7 A0A0R4J037 Q8BN07 Q9WVA3 Q3TWG5 Q8C3Y4 Q9D1M0 Q5HZH8 Q5SW18 Q9Z0W3 A0A1L1SV84 Q9ERR1 Q6PD28 Q8K1K8 O35216 A0A1I7Q4A6 Q3UZD6 Q8BHK9 E9Q3P4 Q3TPZ2 Q9CZW2 B8JK52 B2RVI6 Q61151 Q9D481 Q9D084 Q14A61 Q8BZ45 Q9CQU5 Q549P2 P63168 Q66JQ7 Q3UK10 K3W4R5 Q6ZQK4 O70126 P59235 Q6PD03 Q9CYC5 J3QMK1 B2RX66 O54692 Q99P69 A2RSC8 P63330 E9QME3 Q9QYM8 J3QP81 Q9CY25 Q9JHU4 Q3TDV6 Q8BK67 H3BKZ0 F8WJ93 Q8BHX3 Q8BSE7 Q8BH74 Q8C4M7 Q3TJM4 Q8R480 Q6ZWM8 Q9CXH7 Q6ZWU9 Q3TYJ3 Q9D0F1 Q923A2 Q76MZ3 E9QKK1 Q9JJ66 Q3TN15 Q9CWU9 Q69Z43 Q91V89 Q9ES70 Q9CQA0 Q3TPJ8 Q3UD72 Q9ERU9 Q9D0M5 Q3U4H0 Q6PDL0 Q8BIX1 Q9CQ82 O35685 Q8BYY5 Q3UA16 Q3TTB0 Q3UPF6 F8WIA1 Q9WU62 PROTON OLIGOPEPTIDE COTRANSPORTERS%REACTOME DATABASE ID RELEASE 96%427975 Proton oligopeptide cotransporters Q8BPX9 Q91W98 Q3UWE2 MPS IIIB - SANFILIPPO SYNDROME B%REACTOME%R-HSA-2206282.5 MPS IIIB - Sanfilippo syndrome B O88325 FERTILIZATION%REACTOME%R-HSA-1187000.4 Fertilization P40240 Q3U478 O54982 Q9JI76 Q60718 Q059L1 Q3ZB05 Q812F3 E0Z0E1 D3Z690 B3VNK5 A0A455R725 Q91ZR5 Q54AJ4 Q3UX44 Q3U2S8 A0A0A0MQ85 E9Q9F6 A2RTF1 Q811Q3 P10761 E9Q355 Q9DA16 NEUROTRANSMITTER RECEPTORS AND POSTSYNAPTIC SIGNAL TRANSMISSION%REACTOME%R-HSA-112314.10 Neurotransmitter receptors and postsynaptic signal transmission Q6PAQ0 Q8C825 Q52KF7 Q3UP61 Q80WU3 B1AS29 P84309 Q8BMF5 Q91X97 Q91WF3 A0A338P6I6 B2RVZ3 A0A2I3BRC5 Q922R0 P17426 Q9DC51 P68181 E9Q706 O88444 Q3TY04 Q3U9V4 Q3UUN2 B2RSH2 Q3UG14 Q3UGN1 P68404 H3BK84 P29387 Q80TY9 H3BIV5 Q8CI86 Q3UU15 P63213 Q3V1Q3 Q4VA93 Q3TQ70 Q6P8Y9 Q3UPW0 P08752 P63216 Q3UMY0 Q3V3V2 P61953 Q8K1M3 P50153 Q9DBC7 Q9JMF3 Q61012 Q8BGR3 Q03391 Q3UY68 Q8CCM0 D3YWU0 B2KGP3 A2A6S2 P35436 A2AI21 Q3TLP8 Q8CGA0 Q5FW75 P08551 Q810V8 Q9CXP8 Q54AE3 Q8BIQ9 Q8BGM7 P05132 Q9DAS9 Q8BL41 Q8BW40 Q3UHZ0 F8WIS9 Q6GQT7 P56476 P56475 Q544F7 Q544N3 Q8BHJ7 Q8C078 Q3UN66 Q8C069 F7CZ64 E9PUP0 Q80T41 Q3TP00 A2AM72 Q7TNB5 B2RUJ5 O88951 P48545 Q3ZB20 Q8VBY2 O88952 Q9D3L6 Q3UTL8 P23804 P70392 Q9Z307 P22723 Q544G1 Q8C446 P60761 Q8C1W2 V9GX76 Q62283 B2RXA8 F8VQK4 Q8K1F4 Q9JHJ5 Q9R0W9 Q8BRK8 Q3UZS0 Q9QZR7 Q4LG64 Q80VZ5 Q9JJV5 P05480 Q5NCT9 Q8BIE9 Q0VBK4 Q8C7Z5 Q7TPD5 E9Q3E3 Q5SXG9 Q3USV2 P27681 Q53YK0 B1AXN9 P46460 G3XA20 G3X8Z7 Q91X60 Q61411 P16305 Q05A24 Q543W5 P63137 Q9ERK7 B9EJ23 Q9WV18 Q542K0 Q53WT3 Q6DR99 Q543Z0 Q3UY17 A2AAU2 Q91ZU9 Q3TUM0 P63085 Q8BUX6 G5E811 Q53Z04 Q5F258 Q8C8Y6 Q8BHK8 Q3ZAT1 Q8CAB3 Q9QYK8 Q63844 Q3UTH8 Q3TWR3 Q9D091 G3X9V4 Q6PAM0 REGULATION OF BETA-CELL DEVELOPMENT%REACTOME%R-HSA-186712.4 Regulation of beta-cell development Q3UZZ2 Q8K557 Q60867 P31750 A2ATA7 P35584 P27889 Q66JY7 Q8VBX9 O35565 Q99MA9 P52946 Q6T264 Q05BD7 Q8CF90 Q8C7R7 O08755 Q548G3 B2RR30 Q8BRS9 G5E8P5 Q3UP48 D3Z768 Q6GQV9 Q9R1E0 Q8BYF1 Q8CE74 Q8BJ14 Q6P3Z8 Q01705 P12968 P14246 Q3UM17 Q5SVI6 Q5EEX1 Q8C6X4 P75NTR RECRUITS SIGNALLING COMPLEXES%REACTOME DATABASE ID RELEASE 96%209543 p75NTR recruits signalling complexes P70196 Q3U7M4 P0CG50 Q547H1 Q5DTK3 Q8BR10 Q64337 Q9Z0W1 Q6LDU8 Q5D0E0 ACTIVATION OF THE PHOTOTRANSDUCTION CASCADE%REACTOME%R-HSA-2485179.4 Activation of the phototransduction cascade Q8K0A8 P29974 Q91WD8 Q542R6 P23440 P20612 Q3UPX6 P15409 Q61012 Q3TQ70 MYD88 CASCADE INITIATED ON PLASMA MEMBRANE%REACTOME DATABASE ID RELEASE 96%975871 MyD88 cascade initiated on plasma membrane Q3V1B5 Q8BN07 Q6GR78 Q3UEB8 Q9WTX6 P0CG50 Q80ZA1 Q8C6X9 P41969 Q52L79 Q548Y4 Q5D0E0 Q5SWN9 Q5SRW7 Q5NCN8 P01101 Q5SUR3 Q923A8 Q7TPD5 Q7TSJ7 B1AXN9 Q3U607 Q8C9D4 A0A286YDT6 Q60778 Q8CBT3 Q9Z1E3 Q3TMJ8 Q5SRY7 Q5U421 Q3U2P8 Q60521 Q8C094 P63085 Q8VC91 P25799 Q9D5S8 Q99K90 Q569Y6 Q8CE90 Q8CF89 A2RTT4 Q63844 Q09HN3 P70196 Q8K2U0 Q9WUI1 P63330 Q3U7M4 Q547H1 Q3TUH8 Q8BR10 Q8R4K2 Q8BFV3 Q3UY00 P04918 Q80SY9 Q540J8 E9QMH7 Q3UAR6 Q9CR56 Q5EBQ4 D3Z6V8 A0A1W2P715 Q810V8 F8VQ72 Q99JG7 Q76MZ3 Q8CBR9 Q8CB40 Q3TL44 Q8CEC5 E9QNX4 Q8CFA1 I3PQW8 Q60929 Q62151 Q91V89 E9PYI8 Q8VC16 Q3TY83 Q9D7X3 A0A0R4J174 Q3TAR6 E9QPQ6 Q8BIX1 Q3UV15 RORA,B,C AND NR1D1 (REV-ERBA) REGULATE GENE EXPRESSION%REACTOME DATABASE ID RELEASE 96%9933387 RORA,B,C and NR1D1 (REV-ERBA) regulate gene expression Q8BHJ5 Q3TZD5 Q5XJV5 Q8C3F5 Q8BJ14 Q8CE59 Q6LC96 Q8BYH8 O70343 Q542P9 A0A0R4J096 Q3UV55 Q9JM08 Q9WTN3 Q9WVG6 Q9QXE7 Q7TQD5 Q6GQV9 P70365 B1AQH6 Q8CHB6 A0A0G2JG60 Q8CBD1 SIGNALING BY KINASE DOMAIN MUTANTS OF KIT%REACTOME DATABASE ID RELEASE 96%9669933 Signaling by kinase domain mutants of KIT P05532 DEFECTIVE PYROPTOSIS%REACTOME%R-HSA-9710421.5 Defective pyroptosis B2RTK3 B2RWH3 Q8CGP7 Q64475 Q64478 Q149V4 C0HKE5 Q6AXH7 Q9D2U9 Q6ZWY9 S4R1M3 P27661 Q8R1M2 E9PW15 Q8C5H3 E9Q5V3 Q7TSJ0 Q64524 Q8C2T6 B9EHJ9 P10853 P33610 Q541E5 Q921E6 O88508 Q5FW94 Q60972 A3KPD0 P84228 Q8CGP2 Q8CGP0 SIGNALING BY BRAF AND RAF1 FUSIONS%REACTOME%R-HSA-6802952.3 Signaling by BRAF and RAF1 fusions Q3V0H4 B1AYC9 Q3TJ56 Q3TU98 P48678 A2AI78 Q68FD9 Q8BW40 E9Q8P8 Q80TM2 Q3UER8 Q5SWZ5 F8WIS9 E9QQ10 A0A0G2JEP0 E9PV24 Q5EBQ2 Q80VE1 E9QPU1 Q9WVK0 J3JS97 Q9QYS9 Q99N57 Q3UV75 O54890 Q3TGR2 A2A9K7 Q8CAD1 Q3UZF9 Q6PEB3 P41241 P05480 Q61411 A2A5N2 Q3TMJ8 Q3V3W9 Q9QUM0 P63085 Q63844 Q91YS7 Q3TM87 Q9D091 P28028 A0A1Y7VNZ6 Q8CCM0 Q6NZM8 Q8BL41 Q8VE88 Q3UWM4 Q3UPG0 Q3U7R5 Q8BWG8 Q9ESW4 Q3UM91 Q52L50 Q3V1B3 Q64727 Q62120 Q3UPF5 ASSEMBLY OF THE 9+0 PRIMARY CILIUM%REACTOME%R-HSA-9975921.1 Assembly of the 9+0 primary cilium Q569L8 E9QQ10 Q64702 Q3TUP2 Q5SW18 Q9DAJ5 Q0PD50 Q99L00 Q5SS40 A0A494BB86 Q811G0 O35245 Q0VGR5 Q9JJ94 Q9D5R3 Q284W0 Q9R1S0 A3KGE1 Q3V3N7 Q9D0P8 Q99J38 Q8BND3 P59240 Q14BR4 Z4YKQ3 Q9R1K9 Q9DAI2 Q3UI47 Q8BVY8 Q8QZX2 Q8BP00 Q5U4F6 B7ZN01 Q6NV99 Q6PGF7 Q8K341 Q8R3P7 Q8CIP4 B2RQZ0 Q3UJA5 P11983 Q8BFT2 Q564F4 Q9EPK2 Q6ZQ12 Q9CQS9 B1AXI9 Q3USK2 U5KVR9 Q8BJN8 A0A1D5RMI8 Q9D6F9 D3YVU3 Q542X7 P33215 Q8CHD8 Q8JZL2 Q571A6 Q9CWF6 Q6ZQ06 Q8BR32 H3BK84 P42208 Q542L0 Q8K057 P68372 Q9CQJ9 B1AWG1 Q8CDL2 Q3U4U6 Q3TWM5 E9PVK4 P68369 A2AVR9 Q8K0E2 P68368 E9Q9G8 Q52KB6 Q3UW12 P80316 Q3URP3 G5E861 Q6P1Y9 Q3UZY0 Q9DA69 Q9DBI2 Q3TQ94 Q3TPX4 A0ABA7IXD2 Q8BS45 Q9DB07 Q66JX5 Q80UF4 B2RXA2 Q8CFW7 Q7TNH6 Q6F4J1 Q9R0L6 Q3UGF1 Q2MV57 Q543P7 Q0VEJ0 E9QP54 A2AJP5 Q8BJR7 Q8BKT8 A0A0R4J1W4 Q8K0T2 A0A0R4J284 Q6NWW5 A2AUM9 Q8C670 A2AW15 Q9D3R3 B7ZNE0 Q8C4B4 Q8BFY9 P05132 E9Q5A8 Q8CG73 A0A494BB26 Q8K2G4 Q6VH22 Q9CXE1 Q9JHQ5 Q3TPZ5 A0A087WQD8 Q5DU58 Q9CZQ9 E9Q512 Q9D786 A6H669 E9Q919 P99024 Q6P1D3 Q9DBF3 D3Z025 O35594 Q6P5D4 Q80Y52 Q6DFZ1 Q7TSH4 Q3UG37 Q3UN53 Q99NF3 B8JJE7 Q9CZX2 A8IP69 Q8VD72 Q62559 Q3TUM2 P30935 A0A494BA29 Q9CRX5 Q8BZ64 A0A0R4J216 A2AM72 Q0PD45 Q8VDG4 Q6IQY5 P11440 Q3TPZ2 Q8BP64 P63168 Q3UK10 K3W4R5 Q3TYE1 J3QP81 Q9JHU4 Q3TDQ8 A2AIX0 Q9CUD0 P15409 Q76MZ3 Q3TPJ8 Q9D0M5 Q3U4H0 RNA POLYMERASE III TRANSCRIPTION INITIATION FROM TYPE 1 PROMOTER%REACTOME DATABASE ID RELEASE 96%76061 RNA Polymerase III Transcription Initiation From Type 1 Promoter A0A338P6M3 P61219 P52432 Q8BL74 Q9D1M1 E9Q2B0 Q91WD1 D3YXS1 B2RXC6 Q571C7 P59470 B2RX77 Q9DB36 Q3TSW1 Q6NXY9 Q3UI98 O35427 Q8VHT7 Q8C108 Q9D2C6 Q3TMP1 G3X8S2 Q3TWE8 Q8K284 Q8BFX0 Q6RI65 Q3V214 RUNX2 REGULATES CHONDROCYTE MATURATION%REACTOME DATABASE ID RELEASE 96%8941284 RUNX2 regulates chondrocyte maturation Q80XI9 Q6NZM9 Q8BKI7 Q08024 RETROGRADE TRANSPORT AT THE TRANS-GOLGI-NETWORK%REACTOME DATABASE ID RELEASE 96%6811440 Retrograde transport at the Trans-Golgi-Network Q8BHT7 Q9Z160 A0A494BAE3 A0A1B0GSM3 Q14AC7 P63024 Q3UVL4 Q9CTN4 Q9JJA2 B0R0S4 Q7TSQ9 Q8BSN6 Q80SX7 Q6P0A4 Q9DB05 A0A0R4J0L5 Q9JKK1 Q8CCB4 Q0PD48 Q91VW5 Q8C0W8 Q3USH9 Q9DBG5 Q91Z34 Q921L5 Q3UKQ5 P28663 P46460 B9EKI3 E9QPA1 Q5FWJ7 Q91ZJ4 Q8CES0 Q9D2U5 Q3TR77 A0A0R4J0Q9 Q8C6V9 Q3U4W5 Q6PHQ8 Q0PD53 Q3KNA5 Q8C754 Q9D4H2 Q78YZ6 Q80XC3 PHOSPHATE BOND HYDROLYSIS BY NUDT PROTEINS%REACTOME%R-HSA-2393930.8 Phosphate bond hydrolysis by NUDT proteins Q6P3D0 Q9JKX6 Q8BG93 Q99KS6 RNA POLYMERASE II PROMOTER ESCAPE%REACTOME DATABASE ID RELEASE 96%73776 RNA Polymerase II Promoter Escape A2ASY1 Q3UZB8 A0A3Q4L2S8 Q8BQ46 A0A338P6M3 Q7TPV0 P61216 Q542U3 P61219 P62488 P08775 E9QAP7 Q3UIR2 B9EJX5 Q9D0D5 Q99JX1 Q3UT56 Q8VI33 Q9R1C0 A0A3Q4EGS4 P97760 B1Q2W7 E9PWD3 Q8BFX0 Q3THK3 Q8CFI7 Q3ULN2 P51949 Q3TN86 E9Q6K1 F8VPY2 Q149E9 P60898 Q9EQH4 Q8K2X8 Q7TPY0 P49135 Q3THG5 Q3UMJ4 Q6RI65 Q6PI63 Q3V214 Q62311 TRNA MODIFICATION IN THE NUCLEUS AND CYTOSOL%REACTOME DATABASE ID RELEASE 96%6782315 tRNA modification in the nucleus and cytosol Q6P6J0 Q80Y20 Q543M9 Q8BG71 E9PWD4 Q9D2Q2 Q8CGC7 Q8BYR1 Q9JI38 A0A0R4J205 A8C756 Q80WQ4 Q8BXZ8 Q8CBC7 Q9Z120 Q1HFZ0 Q80XC2 Q9D2P4 Q9JMA2 A2RSX7 Q8BYH3 Z4YJE9 G3X9K8 Q3U308 Q14A90 Q9CQT0 Q91WE6 E9PYE2 Q3ULP8 Q99J10 Q5I0V6 Q3UQ67 Q9JHI2 Q5M8M3 E9Q156 A0A0R4J0L2 Q80UN9 E9QKG3 Q9D0C4 GP1B-IX-V ACTIVATION SIGNALLING%REACTOME DATABASE ID RELEASE 96%430116 GP1b-IX-V activation signalling Q8C7P2 E9QPU1 P63101 Q99N57 A2CFB8 B7FAU9 B2RR03 O88186 Q9QZU3 MRNA DECAY BY 5' TO 3' EXORIBONUCLEASE%REACTOME DATABASE ID RELEASE 96%430039 mRNA decay by 5' to 3' exoribonuclease Q544C9 Q9CQQ8 Q91YD3 G5E896 P54823 A0ELI5 Q3U9X2 B9EIX0 P62322 P62311 Q3U671 Q9CY46 F8VQ87 Q3TC46 Q542U7 CARGO TRAFFICKING TO THE PERICILIARY MEMBRANE%REACTOME%R-HSA-5620920.6 Cargo trafficking to the periciliary membrane Q9DBF3 Q6DFZ1 Q3UG37 Q8VD72 Q3TUM2 Q0PD50 P30935 Q811G0 O35245 A0A0R4J216 Q0PD45 A3KGE1 Q3V3N7 Q14BR4 Z4YKQ3 Q8BVY8 Q6PGF7 Q8K341 Q3UJA5 P11983 Q564F4 Q9EPK2 Q8BJN8 Q542X7 Q8CHD8 Q8JZL2 Q9CWF6 Q8BR32 Q542L0 Q3U4U6 Q8K0E2 Q3UW12 P80316 Q6P1Y9 Q9DBI2 Q3TPX4 A0ABA7IXD2 Q3TDQ8 A2AIX0 Q7TNH6 Q9CUD0 P15409 Q543P7 Q8C670 Q8C4B4 Q8K2G4 Q9CXE1 Q9JHQ5 Q5DU58 Q9CZQ9 A6H669 SCF-BETA-TRCP MEDIATED DEGRADATION OF EMI1%REACTOME DATABASE ID RELEASE 96%174113 SCF-beta-TrCP mediated degradation of Emi1 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q7TSG3 Q8BVQ9 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q5SUR3 Q14AQ1 Q58EV4 O55234 Q542H2 Q3U3D4 Q5BKQ9 Q9JJ66 Q9JKV1 A0A286YDT6 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 STAT5 ACTIVATION DOWNSTREAM OF FLT3 ITD MUTANTS%REACTOME DATABASE ID RELEASE 96%9702518 STAT5 activation downstream of FLT3 ITD mutants Q3U5I5 B2RSM1 P42232 Q5HZH3 Q9JIA0 A0A3Q4EGX3 Q3UEW6 Q564P6 Q3ZB59 P35235 SYNTHESIS OF (16-20)-HYDROXYEICOSATETRAENOIC ACIDS (HETE)%REACTOME%R-HSA-2142816.3 Synthesis of (16-20)-hydroxyeicosatetraenoic acids (HETE) Q91X77 Q05A20 Q99N18 Q9CX98 Q3UTK2 Q9CVC8 A2A8T1 B6VGH4 ESTROGEN-DEPENDENT GENE EXPRESSION%REACTOME%R-HSA-9018519.3 Estrogen-dependent gene expression Q61586 Q9CU62 P40201 Q9CX58 Q9D0V7 Q1WLP7 Q52L79 Q91VY5 E0CXG4 Q91WA4 F8WI12 P35582 Q8BRZ8 Q80TC1 Q6ZQ88 F8VQL7 Q3UCD9 Q3U0X6 Q8R4E5 P30416 Q62395 Q05BA5 Q8BTS0 P97760 Q8BFX0 Q3THK3 Q8CFI7 P60898 Q3UMJ4 Q6PI63 Q3V214 A0A3Q4L2S8 A0A338P6M3 P61219 P62488 P08775 Q9D2U9 Q8BW69 E7FJU2 B2RR30 Q3UUX5 H7BX38 Q58E49 Q9CS58 Q3U0R5 A3KPD0 Q8CJF9 Q545E4 P84228 Q8CGP2 Q8CGP0 P15066 B2RTK3 Q8CGP7 Q80Y52 Q3UJQ1 Q149V4 Q8VD67 B1ATC3 S4R1M3 Q3UHK8 Q8R1M2 P01108 Q71LX8 P01101 Q14DJ8 Q64524 Q790L7 P10853 Q08024 B2RWH3 Q64475 Q64478 C0HKE5 Q00899 Q3UQ34 A2RSD4 Q8BQK4 Q3TG35 Q6ZWY9 Q8BJP2 Q3TG33 Q3UD86 Q6GQV9 P27661 P70365 A2RS47 Q8BJ14 Q8CE59 Q8CBR9 F8WHU7 G3X8Q0 Q9QWV9 Q3TN86 Q9WVG6 Q149E9 Q3UGA1 Q99J95 B1AQH6 Q6RI65 Q3TMK9 Q8CBD1 L1CAM INTERACTIONS%REACTOME DATABASE ID RELEASE 96%373760 L1CAM interactions Q6PFA2 Q9WVF5 Q52KF7 Q3UP61 Q7TSI6 O54890 A0A338P6I6 Q8CDH5 E9PUP0 A0A0R4IZX5 P17426 F8VQJ3 P19137 G3UZX4 Q3UHL7 Q3UJ76 Q68FD5 Q6PEE6 Q62420 Q3TMX0 Q504P4 Q3UF73 Q7TPD5 Q5SWR1 S4R2K9 Q8C3I3 B1AXN9 E9Q5D6 Q8K3F6 Q6QRP1 Q3TCR7 G3X8T7 Q1MXF9 Q3UT74 Q68FG2 Q3TMJ8 Q6A0C9 Q1MXF8 Q8BZ98 P43406 Q9WTL7 Q8QZY7 Q0P666 P97952 Q9QUM0 P63085 A2APX8 Q80YP5 A0A0J9YUN4 Q9QZS3 E9PXZ3 Q6PGJ3 B1AYL0 B1AYL1 Q9JMB8 Q63844 Q3UGX2 Q54AJ5 Q6ZQ54 Q91YS7 P26041 A0A5H1ZRM8 P97333 Q9R053 Q8R1C2 P06837 Q8CBU4 Q61330 Q9Z2B9 Q3V1V5 Q9CXL6 K3W4P8 E9QB01 P54763 Q8K2Q9 P70232 Q3UY10 Q3TUH8 P12960 O54991 Q7TSG6 P33174 Q0VGY9 Q62469 P08032 F7D6K4 A0AAQ4VMY7 Q8VIE5 Q8BPT3 P09055 Q3TLP8 Q810V8 G5E884 SLBP DEPENDENT PROCESSING OF REPLICATION-DEPENDENT HISTONE PRE-MRNAS%REACTOME DATABASE ID RELEASE 96%77588 SLBP Dependent Processing of Replication-Dependent Histone Pre-mRNAs Q3UPL7 Q5SUH5 Q8K2W7 Q3UYV9 P27048 Q4VA40 P62320 Q9CQ49 PRE-NOTCH TRANSCRIPTION AND TRANSLATION%REACTOME%R-HSA-1912408.8 Pre-NOTCH Transcription and Translation B2RTK3 Q8CGP7 Q149V4 Q6T264 Q8VD67 B1ATC3 S4R1M3 Q3UHK8 D3Z768 Q80ZA1 Q8R1M2 Q52L79 Q8BYF1 Q8C8M7 Q9CYB4 Q790L7 Q64524 Q6P3Z8 Q01705 P10853 Q3UM17 Q9D297 Q3UP87 Q6ZQJ8 B2RWH3 Q64475 O35516 P31695 Q64478 C0HKE5 Q9D2U9 Q3UQ34 B2RR30 Q6ZWY9 Q8BJP2 Q5DTK3 Q3UD86 Q6GQV9 P27661 Q3UPW2 Q3UKP1 Q8BJ14 Q9CS58 A3KPD0 Q8CJF9 Q61982 P84228 Q8CGP2 Q8CGP0 DOWNSTREAM SIGNALING OF ACTIVATED FGFR1%REACTOME%R-HSA-5654687.4 Downstream signaling of activated FGFR1 Q8C180 P42337 Q8BLU0 Q6RKD8 Q0VER9 Q8C7P2 Q505A4 Q0VG15 Q91WJ0 P35235 Q8BGT1 Q62077 O35565 Q9D091 Q8C399 Q6ZWS1 Q61411 A0A7U3L6F4 Q541T2 Q3USK4 Q3U1V5 A0A7U3JW80 E9Q2N2 DRUG RESISTANCE OF FLT3 MUTANTS%REACTOME DATABASE ID RELEASE 96%9702506 Drug resistance of FLT3 mutants Q3UEW6 BETA OXIDATION OF MYRISTOYL-COA TO LAUROYL-COA%REACTOME%R-HSA-77285.3 Beta oxidation of myristoyl-CoA to lauroyl-CoA Q99JY0 Q8BMS1 A0A0R4J083 REGULATION OF TP53 ACTIVITY THROUGH ACETYLATION%REACTOME%R-HSA-6804758.5 Regulation of TP53 Activity through Acetylation F8WHW3 Q3UJ95 P31750 Q544E3 B2KF05 E9QMN5 Q80ZA1 Q8BM83 Q9QUR7 Q8C5H3 Q8VHR5 Q8CE74 Q3TMT1 O88665 Q8K0T3 Q58E49 Q8BJ14 B6ZI39 Q8BSJ6 Q60972 G3X940 Q9Z2D8 Q9R190 Q9D8Y8 Q60521 Q2VPQ9 Q9CTY1 Q8C6X4 SIGNALING BY FGFR2 IIIA TM%REACTOME%R-HSA-8851708.2 Signaling by FGFR2 IIIa TM A0A3Q4L2S8 A0A338P6M3 P61219 P62488 P08775 E9QK53 P97760 Q6ZWS1 Q541T2 Q8BFX0 Q3THK3 Q8CFI7 P60898 Q3UYV9 Q3UMJ4 Q6PI63 Q3V214 Q9CQ49 TRANSMISSION ACROSS CHEMICAL SYNAPSES%REACTOME DATABASE ID RELEASE 96%112315 Transmission across Chemical Synapses Q6PAQ0 Q8C825 Q52KF7 Q3UP61 Q80WU3 B1AS29 P84309 Q8BMF5 Q91X97 Q91WF3 A0A338P6I6 B2RVZ3 A0A2I3BRC5 Q922R0 P17426 Q9DC51 P68181 E9Q706 Q8BGY9 O88444 Q3TY04 Q3U9V4 Q3UUN2 B2RSH2 Q3UG14 Q3UGN1 H3BK84 P29387 Q80TY9 H3BIV5 Q3UU15 P63213 Q3V1Q3 Q3TQ70 P08752 Q6P8Y9 P63216 Q3UMY0 P61953 Q8K1M3 P50153 Q9JMF3 Q61012 Q8CCM0 Q9CXP8 Q8R5M7 Q03311 E9Q263 Q54AE3 B2RXW8 Q8BRU6 A2AIS0 P05132 Q3TYJ1 P15105 Q32MF3 Q8CF74 Q8R5J9 B8QI36 Q9DAS9 Q3V023 Q8BL41 Q3TYI5 O70577 Q571F8 P31650 F7CYX4 Q6PCX2 P61922 Q8BQV2 Q543Z1 A2A545 Q14BH8 P60904 B2RS41 Q8BW40 Q0PD63 F8WIS9 A0A411ACY3 Q6GQT7 O08966 P56476 A0A411ACZ2 P56475 Q60857 Q544F7 Q49S98 Q544N3 O88935 Q8BHJ7 A0A087WS83 Q8C078 D3Z3Z3 Q3UN66 Q548L6 A1Y9I9 Q8C069 Q548L4 P63040 F7CZ64 Q3KN99 E9PUP0 Q8CE19 Q80T41 Q3TP00 A2AM72 Q7TNB5 B2RUJ5 O88951 P48545 Q3ZB20 Q8VBY2 O88952 Q9D3L6 Q3UTL8 P23804 P70392 Q9Z307 P22723 Q544G1 Q8C446 P60761 Q8C1W2 Q62283 B2RXA8 Q8K1F4 Q9JHJ5 Q504P4 Q9QZR7 Q9JJV5 Q5NCT9 Q8C7Z5 Q7TPD5 E9Q3E3 P27681 P46460 B1AXN9 G3XA20 P16305 Q543W5 P63137 B9EJ23 Q9WV18 Q53WT3 Q6DR99 Q543Z0 Q3UY17 A2AAU2 Q91ZU9 Q3TUM0 G5E811 Q53Z04 O88587 Q8C8Y6 Q8BHK8 Q3ZAT1 Q8CAB3 Q9QYK8 Q3UTH8 G3X9V4 D3Z7P3 Z4YKJ7 Q8K2P7 Q544B1 Q8VCS9 Q8CFE6 P51906 Q3UYK6 Q3TXM3 P68404 Q543U3 Q8CI86 Q4VA93 Q3UPW0 Q3V3V2 Q3UJ53 Q9DBC7 Q8BGR3 Q03391 Q3UY68 D3YWU0 B2KGP3 A2A6S2 P35436 A2AI21 Q3TLP8 Q8CGA0 Q5FW75 Q810V8 P08551 Q8BIQ9 Q8BGM7 Q3UHZ0 V9GX76 F8VQK4 Q9R0W9 Q4LG64 Q8BRK8 Q3UZS0 P05480 Q80VZ5 Q8BIE9 Q0VBK4 Q5SXG9 Q3USV2 Q53YK0 G3X8Z7 Q91X60 Q61411 Q05A24 Q9ERK7 Q542K0 P63085 Q8BUX6 Q5F258 Q63844 Q3TWR3 Q9D091 Q5D0A4 Q8CHR4 P60879 H6RXZ1 Q6PAM0 Q61327 GLOBAL GENOME NUCLEOTIDE EXCISION REPAIR (GG-NER)%REACTOME%R-HSA-5696399.2 Global Genome Nucleotide Excision Repair (GG-NER) Q80ZH7 O35654 Q8BQS1 Q80XH7 O54956 A0A6Q6QAE5 Q3U1J1 Q6ZPV2 Q64267 Q3UV64 P0CG50 Q8BV13 Q14AI7 Q9CXF7 A0A0A0MQ89 Q4FZK4 Q8R2S9 Q8VBV7 Q921K2 Q8CAP3 Q3UQL2 Q8BHA0 Q9CZ04 Q3UEU6 Q3V3N6 Q9R1K9 Q8K387 Q6PIJ4 Q3UIT2 O88554 E9PUM0 Q3U1C2 Q3UQN3 P62878 P51612 B1AT32 Q8R359 E9PWD3 B2RRX1 P51949 E9Q6K1 Q8K2X8 Q7TPY0 P49135 Q3THG5 Q505L1 Q3UZB8 Q2M4G9 A2RTT4 Q7TPV0 Q542U3 P63280 Q00899 O35864 G3UZA7 O54714 A0A0R4J091 Q3U1J4 P52431 Q3TCH7 Q3TP81 Q3TKD1 Q542J9 Q8R055 A0A1L1SRK3 Q9CQ36 Q4KL82 Q9CQ71 Q9CRV6 Q5U4B1 Q8BH76 Q547B4 Q99J62 Q5SWN2 Q62193 Q4VBX4 Q5HZI8 BASE-EXCISION REPAIR, AP SITE FORMATION%REACTOME DATABASE ID RELEASE 96%73929 Base-Excision Repair, AP Site Formation Q8K1K3 B2RTK3 B2RWH3 Q8CGP7 Q64475 Q64478 Q149V4 C0HKE5 Q91VL8 B2RS36 Q9D2U9 Q3V252 Q6ZWY9 S4R1M3 P27661 Q8R1M2 Q3UIL3 O35980 Q1LZM6 Q8K203 Q6P5C5 Q91WC1 Q3U296 Q3UGS3 Q64524 P10853 Q04841 A3KPD0 E9QM06 Q8CGP2 Q8CGP0 P68433 KETONE BODY METABOLISM%REACTOME%R-HSA-74182.6 Ketone body metabolism Q8JZS7 P54869 Q8QZT1 Q9D2R0 Q9D0K2 Q9JJN4 G3UWD3 Q80XN0 P38060 MELANIN BIOSYNTHESIS%REACTOME DATABASE ID RELEASE 96%5662702 Melanin biosynthesis Q91XK0 Q62052 Q541S3 Q3UFS3 P29812 DNA REPLICATION%REACTOME%R-HSA-69306.9 DNA Replication P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 P62878 Q5SUR3 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 Q60960 Q9D2U9 A0A0R4J091 P52431 Q3TKD1 Q542J9 Q8R055 Q5NCT2 Q9CQ36 Q4KL82 Q9CQ71 Q66JV6 Q59IX1 Q9WUV0 Q3UR71 Q9JK30 Q9CZF7 Q9CWV1 Q5U4B1 Q8BH76 Q547B4 A3KPD0 Q99J62 Q5SWN2 P84228 Q8CGP2 Q8CGP0 Q62193 Q5HZI8 B2RTK3 Q8CGP7 O35654 Q149V4 Q80XH7 Q6ZQJ5 O54956 P53995 Q541Z5 Q8BZQ7 S4R1M3 Q8BYJ1 Q9WVM3 Q3UFC2 Q8K2H6 Q9CPX9 Q8R1M2 S4R2B6 Q3UHW8 A2A4Z0 G3X8W7 Q3UFQ4 Q3TM92 Q3TI84 Q9D3A0 Q61457 Q544H6 Q64524 P51943 P10853 Q569Z9 Q9D600 Q3U3D4 Q8C5L1 Q9CY94 Q99LZ3 Q3UGB9 P97310 Q8BQ03 Q3UI57 Q3UI99 Q542F4 Q3U4T8 Q8K1A2 Q61456 Q66JY4 B2RS44 Q3V303 Q8C163 Q3V3C0 Q3V295 Q0VBD2 Q8R2K3 E9QLN8 Q8BH30 B2RWH3 Q75WC0 Q8R4E9 Q64475 Q3V3E7 Q64478 Q91Z50 Q9CXC3 C0HKE5 A0A0R4J145 Q6ZWY9 P27661 Q8C2T6 B9EHJ9 P33610 Q5FW94 DRUG RESISTANCE OF KIT MUTANTS%REACTOME%R-HSA-9669937.3 Drug resistance of KIT mutants P05532 ACTIVATION OF THE MRNA UPON BINDING OF THE CAP-BINDING COMPLEX AND EIFS, AND SUBSEQUENT BINDING TO 43S%REACTOME%R-HSA-72662.5 Activation of the mRNA upon binding of the cap-binding complex and eIFs, and subsequent binding to 43S Q5YLW3 Q8C470 Q9CQR2 Q5F2A7 Q3TY56 Q60876 P62264 O70194 Q3UVY8 Q6ZWN5 Q544H0 Q66JS6 Q8BGD9 Q8BMJ3 E9Q9E1 Q8QZY1 Q99JX4 Q9QZD9 Q8R1B4 Q564E5 Q3TML6 Q8JZQ9 P29341 Q3UIG0 Q6ZWX6 Q3ULL5 Q3UM46 Q561N5 Q5M9L0 Q5M9K7 Q8BTU6 Q58EA6 Q4FZE6 Q9CZX8 Q6ZWU9 Q497N1 Q5CZY9 P97461 Q545X8 P14206 Q3UC02 D3YYB0 Q5M9M4 GSD 0%REACTOME%R-HSA-3858516.4 GSD 0 Q8VCB3 FRS-MEDIATED FGFR1 SIGNALING%REACTOME DATABASE ID RELEASE 96%5654693 FRS-mediated FGFR1 signaling Q8C180 Q0VER9 Q0VG15 Q91WJ0 P35235 O35565 Q9D091 Q8C399 Q6ZWS1 Q61411 A0A7U3L6F4 Q541T2 Q3USK4 Q3U1V5 A0A7U3JW80 E9Q2N2 HDR THROUGH HOMOLOGOUS RECOMBINATION (HRR) OR SINGLE STRAND ANNEALING (SSA)%REACTOME DATABASE ID RELEASE 96%5693567 HDR through Homologous Recombination (HRR) or Single Strand Annealing (SSA) P0CG50 Q3TV35 Q4U2R1 A2RTT4 P63280 Q9D2U9 Q3ULQ6 A0A0R4J091 P52431 Q8BGX7 Q3TKD1 Q542J9 Q8R055 Q5NCT2 Q9QZ11 Q9JJN0 B9EHX4 Q8BRV3 Q5SXJ3 O70445 Q9CQ36 Q4KL82 Q9CQ71 Q3UKP1 Q9CRV6 Q9R207 O35280 Q3UYY2 Q8BMG1 O35719 Q5U4B1 Q8BPY9 Q9CX47 E9PZ97 Q8BH76 Q547B4 Q99J62 Q924H5 Q9QWZ1 Q91ZJ0 Q5SWN2 E9QK89 Q9Z0F6 D3YVU6 Q8CGP2 Q6P1D7 P97929 Q3UGT8 Q8CGP0 Q62193 Q6NV63 Q08297 Q5HZI8 Q8BJW7 Q5SV02 B2RTK3 Q8BWH5 Q8VC54 Q3TQQ9 Q9QZS2 A0A0R4J1H1 Q80W51 Q80YR6 Q8BMI4 O35654 Q3UJQ1 Q0VGM9 Q8BQY8 Q80XH7 Q6ZQJ5 Q6ZQF0 O54956 Q3UEU6 E9PUM0 Q64524 P51943 P10853 Q3UGB9 Q61456 P68433 Q64475 Q64478 Q6ZWY9 E9PYW4 P27661 Q8BPZ8 Q3UNF2 Q3UI43 Q8BJU7 Q3U574 Q8VEE2 A0A0R4J0U2 Q91WA1 P46737 Q8BZ87 A0A0R4J183 Q80YR7 Q8K3W0 Q3SYK5 Q4VBX4 EXPRESSION OF BMAL (ARNTL), CLOCK, AND NPAS2%REACTOME DATABASE ID RELEASE 96%9931509 Expression of BMAL (ARNTL), CLOCK, and NPAS2 Q3V1B5 Q8C3F5 Q6LC96 Q542P9 A0A0R4J096 Q9QXE7 Q6GQV9 Q3UHZ2 P70365 Q8CHB6 Q68ED7 Q8BHJ5 Q8R1U3 Q3TZD5 Q5XJV5 Q8BJ14 Q8CE59 Q8CBR9 Q8BYH8 O70343 Q53Z05 Q810L5 Q3UV55 Q9JM08 Q32ME6 Q8C9W6 Q9WVG6 Q91X84 Q921S6 A0A0R4J1H4 B1AQH6 A0A0G2JG60 Q8CBD1 PLC BETA MEDIATED EVENTS%REACTOME%R-HSA-112043.3 PLC beta mediated events Q80TY9 Q3UHH5 Q8BW40 Q8CED6 F8WIS9 Q8CI86 Q3UU15 Q3V1Q3 Q4VA93 P84309 Q8C078 Q3UN66 Q3UPW0 Q91WF3 A0A2I3BRC5 Q3V3V2 Q8K1M3 Q922R0 Q9DBC7 P68181 P30678 Q8VBY2 E9Q706 Q80SW1 Q8BGR3 Q8CCM0 O88444 P70227 Q9D5W0 Q91UZ1 Q3UPA1 Q53YN4 Q9DBX5 Q8C8N0 Q7TS64 Q9DBS6 Q3TY04 A2ASF9 Q3UUN2 P05132 Q8BL41 P63085 H3BK84 Q8CBT5 RMTS METHYLATE HISTONE ARGININES%REACTOME%R-HSA-3214858.4 RMTs methylate histone arginines B2RWH3 Q8CGP7 Q3TXH6 Q99MR0 Q3UID0 Q9D982 Q149V4 C0HKE5 Q68FH8 O54941 S4R1M3 P27661 Q8R1M2 Q9CX58 A0A8Q0PK87 Q8C5H3 E9QAQ7 Q790L7 P61965 A0A0R4J049 Q922H1 Q6NZB1 O88508 Q64522 Q922X9 F8VQD1 A2AB79 Q99J09 Q8CGP4 Q9CQ13 Q545C3 A3KPD0 Q9D007 Q8CGP5 A0A0R4J170 Q9WVG6 P84228 Q3UPK0 Q6ZWP4 A0A0G2JG60 Q62120 Q505L1 RESISTANCE OF ERBB2 KD MUTANTS TO SAPITINIB%REACTOME DATABASE ID RELEASE 96%9665244 Resistance of ERBB2 KD mutants to sapitinib Q61081 B7ZNX6 Q80Y52 P70424 SIGNALING BY TGF-BETA RECEPTOR COMPLEX IN CANCER%REACTOME%R-HSA-3304351.4 Signaling by TGF-beta Receptor Complex in Cancer Q8BUN5 Q62432 E3SRG8 Q3UNK5 Q3UKJ3 Q8BQS9 Q9D5H8 TRAFFICKING AND PROCESSING OF ENDOSOMAL TLR%REACTOME DATABASE ID RELEASE 96%1679131 Trafficking and processing of endosomal TLR Q545T0 P10605 P58682 E9Q8P6 Q9EQU3 Q599W9 Q543M3 Q3UE99 Q99MB1 Q3UAD6 Q8BSZ5 INITIAL TRIGGERING OF COMPLEMENT%REACTOME DATABASE ID RELEASE 96%166663 Initial triggering of complement Q3UP47 A0A3B0IP04 Q8CFG9 O08643 Q3UEK1 Q02105 A0A1W2P7F1 P21180 A0AAQ4VMX2 P01027 Q8CF98 Q3UEG8 O70497 P14847 A0A1Y7VKG6 P14106 INSULIN RECEPTOR SIGNALLING CASCADE%REACTOME%R-HSA-74751.5 Insulin receptor signalling cascade P98083 Q8K4K2 Q8VD65 Q8C180 Q6PF93 Q63844 Q3UHZ0 Q3UQ25 Q9EQU3 Q0VER9 Q8C7P2 Q60760 Q0VG15 Q505A4 Q790L8 Q3TPM5 A0A7U3JW97 A0A0R4IZY3 O35565 A0A7U3JW51 Q543V3 Q9D091 Q8C399 Q6ZWS1 A0A7U3L6F4 Q541T2 P81122 Q8BTI9 Q544I6 Q99N32 Q3U1V5 A0A7U3JW80 E9Q2N2 Q3ZB59 Q8CE74 A9QW46 P42337 P35235 Q61411 Q3USK4 Q3UEW6 Q3UUI3 O08908 Q5EEX1 P63085 RESISTANCE OF ERBB2 KD MUTANTS TO AFATINIB%REACTOME DATABASE ID RELEASE 96%9665249 Resistance of ERBB2 KD mutants to afatinib Q61081 B7ZNX6 Q80Y52 P70424 CYTOSOLIC SENSORS OF PATHOGEN-ASSOCIATED DNA%REACTOME%R-HSA-1834949.6 Cytosolic sensors of pathogen-associated DNA Q9CUY2 Q3UCL2 P52633 A0A0R4J0Q6 P27641 Q3TF92 P97313 Q91VJ1 E9PZP3 Q91XB0 A0A2R3XZC4 A0A0R4J187 Q542T3 Q8VHK9 P0CG50 J3QQ49 P52432 Q8BSY1 Q80UF7 Q9D1M1 Q91WD1 D3YXS1 B2RXC6 Q548Y4 P59470 Q5D0E0 B2RX77 Q3TLR3 Q3TSW1 Q6NXY9 O35427 Q8C108 Q9D2C6 Q3TWE8 Q02248 Q60855 Q8BFX0 Q60778 Q8CBT3 Q9Z1E3 Q8VC91 P25799 Q3V214 A0A338P6M3 P61219 Q6PDK8 Q3U7M4 A1L361 Q66X19 A2APF7 Q3U9K6 Q6GQV9 Q8BRV3 Q9CR56 Q8BJ14 Q8CEC5 Q99MB1 Q3UV15 REGULATION OF PD-L1(CD274) POST-TRANSLATIONAL MODIFICATION%REACTOME%R-HSA-9909615.2 Regulation of PD-L1(CD274) Post-translational modification P61804 Q9CTE0 A8IP69 P54775 Q99J56 Q9WTX6 Q3UPK6 Q9CPS5 Q8CDH5 Q8BVQ9 P62196 B2RT97 P0CG50 Q8K2C7 G3UZX4 Q8VEH8 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q3U304 P49722 Q9D8W5 P99026 O54734 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q790L7 P62878 Q5SUR3 Q8BRK8 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q8BMR3 Q9JKV1 A0A286YDT6 Q9DBZ2 Q3TXS7 Q01853 Q545C3 P70195 Q3U573 Q542K0 Q60692 Q6GTY4 E0CXB1 Q8BP64 Q6RI64 Q8BFZ9 Q3TS44 Q78XF5 Q99JI4 Q8BUX6 Q3TKV1 Q3U472 Q5KU03 Q60FD1 Q3TWR3 Q91X78 Q3URU8 A0A7N9VR83 Q5JCS9 O35864 Q91YT2 Q3U957 Q544F3 A2ADH1 Q6PAM0 B2RUG2 Q14C34 Q8BIQ9 Q8BGM7 O35445 A0A0R4J0D3 Q9DBG6 COPII-MEDIATED VESICLE TRANSPORT%REACTOME DATABASE ID RELEASE 96%204005 COPII-mediated vesicle transport Q0VGU0 Q9CQW1 Q9D0F3 Q9D1M0 Q7TNB5 Z4YJU8 Q9D0I4 Q9DBH5 O08547 P58019 Q8BQL3 Q544R8 Q8VCD3 Q91XT4 Q78XR0 P35846 Q3TZ89 Q7TSI3 G3X928 Q8BXT9 Q3TLI0 Q0PD66 Q0PD67 A0A2I3BQJ1 Q3UAP1 Q14BF8 D6RGU4 Q545I6 Q5J9A9 A0A1W2P7S5 P46460 P28663 O35623 Q00897 Q3SYI8 Q9CQR6 Q9JME7 Q3USK2 Q8BRF7 D3Z4P2 Q9Z1A1 Q0P648 Q3UPL0 G5E8R4 Q9Z1Z0 D0EW11 B7ZNW3 Q3TCN5 Q8BQ43 Q3U9K9 A2A9I0 Q8K000 Q9CQA1 A0A494BAE3 Q9D6E1 E9Q3T8 O88783 Q9DB05 Q4FJT2 Q80U83 Q8C1E4 Q63870 Q8K1E0 A2AA71 Q545E4 Q6NXL1 Q80ZX0 MIDOSTAURIN-RESISTANT FLT3 MUTANTS%REACTOME DATABASE ID RELEASE 96%9702600 midostaurin-resistant FLT3 mutants Q3UEW6 INTERACTION OF NURD COMPLEXES WITH TRANSCRIPTION FACTORS%REACTOME DATABASE ID RELEASE 96%9940951 Interaction of NuRD complexes with transcription factors Q9Z2V4 B2RTK3 B2RWH3 Q8CGP7 Q64475 Q9CPY4 Q64478 G3XA31 Q80Y82 O08900 Q9D2D7 Q149V4 Q8C9X3 C0HKE5 E9PYU4 O35207 Q9D2U9 Q9D4J7 Q8BG03 Q9Z2E1 Q3UST6 G5E8U2 Q6ZWY9 Q9QXD6 A0A087WNY4 S4R1M3 P35576 E9QMN5 Q3ZAS1 P27661 Q8R1M2 Q8BM83 Q8C5H3 Q8VHR5 Q3TMT1 Q8K0T3 Q3UII8 Q58E49 Q64524 P10853 Q60972 Q2KHS8 Q9Z2D8 A3KPD0 Q9R190 P84228 Q8CGP2 Q8CGP0 DEFECTIVE CYP19A1 CAUSES AEXS%REACTOME DATABASE ID RELEASE 96%5579030 Defective CYP19A1 causes AEXS Q3ZAT3 EFFECTS OF PIP2 HYDROLYSIS%REACTOME%R-HSA-114508.4 Effects of PIP2 hydrolysis Q8CED6 Q9Z1S3 Q9QUG9 Q6NV56 A0JP53 D3YWQ0 Q6DIC8 Q8C413 Q91WC9 O88673 A4FU75 Q6P5E8 Q99LR1 Q3UFN1 Q9D375 Q6NS52 P16054 A2AHK0 Q9R1C6 Q3UKY1 P70227 Q53YN4 Q8C8N0 Q3UXW9 Q8CCQ1 Q920N8 LOSS OF PHOSPHORYLATION OF MECP2 AT T308%REACTOME%R-HSA-9022535.2 Loss of phosphorylation of MECP2 at T308 P05132 Q8BGR3 RNA POLYMERASE II TRANSCRIPTION PRE-INITIATION AND PROMOTER OPENING%REACTOME DATABASE ID RELEASE 96%73779 RNA Polymerase II Transcription Pre-Initiation And Promoter Opening A2ASY1 Q3UZB8 A0A3Q4L2S8 Q8BQ46 A0A338P6M3 Q7TPV0 P61216 Q542U3 P61219 P62488 P08775 E9QAP7 Q3UIR2 B9EJX5 Q9D0D5 Q99JX1 Q3UT56 Q8VI33 Q9R1C0 A0A3Q4EGS4 P97760 B1Q2W7 E9PWD3 Q8BFX0 Q3THK3 Q8CFI7 Q3ULN2 P51949 Q3TN86 E9Q6K1 F8VPY2 Q149E9 P60898 Q9EQH4 Q8K2X8 Q7TPY0 P49135 Q3THG5 Q3UMJ4 Q6RI65 Q6PI63 Q3V214 Q62311 FGFRL1 MODULATION OF FGFR1 SIGNALING%REACTOME DATABASE ID RELEASE 96%5658623 FGFRL1 modulation of FGFR1 signaling Q541T2 A0AAQ4VMS6 Q91V87 Q3U1V5 Q0VER9 A0A7U3JW80 Q0VG15 O35565 A0A7U3JW51 Q924S8 RELAXIN RECEPTORS%REACTOME DATABASE ID RELEASE 96%444821 Relaxin receptors Q6R6I7 E9Q0U9 Q5RL10 A2RTV8 Q5Y988 A2AIY3 Q5Y985 Q8CHK2 DISEASES OF DNA DOUBLE-STRAND BREAK REPAIR%REACTOME DATABASE ID RELEASE 96%9675136 Diseases of DNA Double-Strand Break Repair Q5SV02 Q8BWH5 Q8VC54 A0A0R4J1H1 Q80YR6 Q3UJQ1 Q8BQY8 Q6ZQJ5 Q6ZQF0 Q3TKD1 Q5NCT2 Q9QZ11 B9EHX4 Q8BRV3 Q5SXJ3 O70445 Q4KL82 Q3TV35 Q9CQ71 Q9R207 Q3UYY2 Q8BMG1 O35719 Q9CX47 E9PZ97 Q99J62 Q924H5 Q9QWZ1 Q5SWN2 Q9Z0F6 D3YVU6 P97929 Q3UGT8 Q62193 Q6NV63 Q08297 Q5HZI8 RHOB GTPASE CYCLE%REACTOME DATABASE ID RELEASE 96%9013026 RHOB GTPase cycle Q68FM7 G5E825 E9QKB1 Q8K298 D3Z3A8 P63024 A0A2X0SFN9 Q8C7P2 Q8R2Y2 A2AWP8 Q8BTF1 F6XC54 F6SBR5 Q7TSI6 Q3UQS3 A0A140LJJ5 Q8CA59 Q4FJM5 Q811P8 A1A553 H3BJ45 H7BX46 Q5SS83 Q3TR46 Q540I4 Q3UE22 A0A3B2WCN9 O08908 Q542D9 Q9WVM1 A2RRK7 Q3TRQ0 Q9D3L3 Q69ZK0 Q9D0J3 E9PUE7 B7ZCJ1 B7ZNX6 Q8C474 P97393 Q3UNB6 Q8BH88 Q9Z207 Q497E4 P70268 A0A571BEH9 E9PUF7 Q3USZ7 Q02257 O54724 Q8K031 Q3UGZ6 Q80Z96 Q8C6B2 Q3UWP1 Q80U35 Q8CA35 P49817 Q8C0J6 Q8BWR8 Q8BWW9 Q8C067 P54116 F8VQ29 Q8CCL8 Q07139 Q8BQW4 A2RRK3 ACTIVATION OF RAC1%REACTOME DATABASE ID RELEASE 96%428540 Activation of RAC1 Q3TLP8 Q8BQ28 Q8BTW9 G3UYX7 A0A0A0MQ87 Q5DTJ2 Q3USK4 Q3UXH3 Q8BH99 B1GX81 Q8C015 G5E884 Q3ULB5 G ALPHA (12 13) SIGNALLING EVENTS%REACTOME%R-HSA-416482.7 G alpha (12 13) signalling events Q68FM7 A0A2X0SFN9 A2AWP8 Q7TSI6 A0A140LJJ5 Q4FJM5 Q9R0C8 H3BJ45 Q91ZT5 Q9DBL0 Q5FW61 Q3U5C8 Q8BZV1 Q3TNB8 Q80VK6 Q66JY6 B2RWT9 Q9D034 G5E8T4 Q6ZPF3 A2ANQ2 A0A0R4J0X8 E9Q5R6 F6WMJ3 P70392 Q3TQN9 Q5FWH6 B1AS67 Q3TR46 Q3UG32 Q8BWA8 P27600 Q62159 Q3UPH7 Q8VDU4 E9QK62 Q8BY35 Q3UE22 Q3U9V4 P35991 Q3USK4 Q3UG14 Q3UGN1 P29387 Q3UTH8 P63213 Q3TQ70 Q4VAE6 Q6P9R4 Q6P8Y9 Q6P1D6 P63216 A0A0A0MQ87 Q3UMY0 P61953 P50153 Q9JMF3 Q61012 Q69ZK0 D3YYY8 E9PUE7 Q8C474 Q9CXP8 Q0KL02 Q8C4B5 Q54AE3 D3Z4R2 E9PUF7 Q3USZ7 Q3UGZ6 Q9DAS9 Q80U35 Q8C067 Q07139 BETA-OXIDATION OF VERY LONG CHAIN FATTY ACIDS%REACTOME%R-HSA-390247.6 Beta-oxidation of very long chain fatty acids Q9DBM2 P51660 Q3TN99 Q921H8 P48410 Q8BZR4 Q14DI6 Q3UVJ7 SIGNALING BY PDGFR IN DISEASE%REACTOME%R-HSA-9671555.4 Signaling by PDGFR in disease Q8BRZ8 P42337 Q8C7P2 Q6GU23 Q9D091 P26618 Q61411 P35918 Q9D824 Q80WR3 Q91VW5 Q8BTI9 Q3USK4 S4R270 Q8BH57 Q99K94 O55106 O08908 S PHASE%REACTOME DATABASE ID RELEASE 96%69242 S Phase P54775 Q9WTX6 Q9CU62 Q3UPK6 Q9CPS5 Q9DBN8 Q8BVQ9 P62196 B2RT97 P0CG50 E9QPI5 P48964 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 P62878 Q5SUR3 Q14AQ1 Q58EV4 O55234 A0A1B0GRM0 Q542H2 Q5BKQ9 Q9JKV1 E9PWD3 Q3TXS7 P70195 P51949 Q8R0K9 Q60692 E0CXB1 Q6RI64 Q3TS44 Q3THG5 Q99JI4 Q3TKV1 A0A0R4J091 P52431 A0A1W2P7P4 Q3TKD1 Q542J9 Q8R055 Q8CE74 Q9CQ36 Q4KL82 Q9CQ71 Q66JV6 Q59IX1 Q9WUV0 Q3UR71 Q9JK30 Q9CZF7 Q9CWV1 Q5U4B1 Q8BH76 Q547B4 Q99J62 Q61502 Q5SWN2 Q62193 Q5HZI8 P31750 O35654 Q80XH7 Q6ZQJ5 O54956 P53995 Q541Z5 Q8BZQ7 Q8BYJ1 Q9WVM3 Q3UFC2 Q8K2H6 Q9CPX9 S4R2B6 A2A4Z0 G3X8W7 Q3UFQ4 Q3TM92 Q3TI84 Q9D3A0 P01108 Q61457 P13405 Q544H6 Q8C8M7 Q9CYB4 Q790L7 Q564P6 P51943 Q569Z9 Q9D600 Q3U3D4 Q8C5L1 Q9CY94 Q60972 Q99LZ3 Q3UGB9 P97310 Q8BQ03 Q3UI57 Q545C3 Q9D297 Q3UI99 Q542F4 Q3U4T8 P61025 P46414 Q3U148 Q8K1A2 Q3UKT9 B7ZN58 A0A0A6YVZ7 Q61456 Q05AA8 Q8CIB9 E9Q0Q9 P47810 Q3V295 Q8C6X4 Q8R4E9 Q91Z50 Q5KU03 Q3TG35 A0A0R4J145 Q3TG33 B7ZP47 Q9CPY3 Q8C2T6 B9EHJ9 P33610 F8WHU5 F8WHU7 Q5FW94 Q3TMK9 AMINE LIGAND-BINDING RECEPTORS%REACTOME DATABASE ID RELEASE 96%375280 Amine ligand-binding receptors Q61616 Q925K6 B2RTA0 Q01337 Q543D4 Q64264 P12657 P18762 Q14AW8 Q5QD04 Q5QD06 S4R2T0 Q540P3 P61168 A0A494BA82 B3Y5T0 Q542R4 Q3UVG4 Q9DBL0 Q61224 Q543V2 Q8BZV1 P34971 B6VJS3 Q0VBU3 P51436 Q02152 Q5QD13 Q9ERZ4 Q2M2N7 Q5QD17 A2ANQ2 Q3UP63 Q0VES5 B2RQS5 Q0VEC4 Q923Y8 Q920H4 A0A1B0GSX9 Q549B6 Q01338 DNA DOUBLE-STRAND BREAK REPAIR%REACTOME DATABASE ID RELEASE 96%5693532 DNA Double-Strand Break Repair Q80ZH7 Q8BQS1 P27641 P97313 A0A0R4J187 P0CG50 Q543W6 Q80ZA1 Q91VY5 Q3TV35 Q4U2R1 A2RTT4 P63280 Q9D2U9 Q3ULQ6 A0A0R4J091 P52431 Q8BGX7 Q3TKD1 Q542J9 Q8R055 Q5NCT2 Q9QZ11 Q9JJN0 B9EHX4 Q8BRV3 Q5SXJ3 O70445 Q9CQ36 Q4KL82 Q9CQ71 Q3UKP1 Q9CRV6 Q9R207 O35280 Q3UYY2 Q8BMG1 O35719 Q5U4B1 Q8BPY9 Q9CX47 E9PZ97 Q8BH76 Q547B4 Q99J62 Q924H5 Q9QWZ1 Q91ZJ0 Q5SWN2 E9QK89 Q9Z0F6 D3YVU6 Q8CGP2 Q6P1D7 P97929 Q3UGT8 Q8CGP0 Q62193 Q6NV63 Q08297 Q5HZI8 Q8BJW7 Q5SV02 B2RTK3 Q8BWH5 Q8VC54 Q3TQQ9 Q9QZS2 A0A0R4J1H1 Q80W51 Q80YR6 Q8BMI4 O35654 Q3UJQ1 Q0VGM9 Q8BQY8 Q80XH7 Q6ZQJ5 Q6ZQF0 O54956 Q921K2 Q3UEU6 O88554 E9PUM0 Q64524 P51943 P10853 Q7TSJ7 Q3UGB9 Q61456 P68433 Q64475 Q64478 Q91Z50 Q6ZWY9 E9PYW4 P27661 Q8BPZ8 Q3UNF2 Q3UI43 Q8BJU7 Q3U574 Q8VEE2 A0A0R4J0U2 Q6NZQ4 Q91WA1 Q6P1B8 P46737 Q922Y1 Q8BZ87 Q811N7 A0A0R4J183 Q9JIW4 Q80YR7 A0A0R4J024 Q8K3W0 Q9JJX7 Q32MX8 Q8BTF7 Q99PU7 Q9QXE2 Q80XB7 Q9Z277 Q8BY78 A2A8L9 Q6P4T3 Q60676 Q3SYK5 Q8C9D0 Q91ZW3 A0A0R4J2C6 Q3KNJ2 Q6PR54 Q4VBX4 REGULATION OF CDH11 EXPRESSION AND FUNCTION%REACTOME DATABASE ID RELEASE 96%9759475 Regulation of CDH11 Expression and Function A0A0R4J056 Q4FK48 Q3UQ34 Q8VD67 B1ATC3 Q8BJP2 Q3UHK8 Q3UD86 Q9Z1P8 G3X9V2 Q9CS58 Q02248 Q8BSG9 Q02257 G3X8Q0 Q9DBX7 Q8CJF9 Q8C7Q6 Q6PFX6 Q8BZ97 Q61080 A2AP51 Q545R0 Q3UHT3 Q45VK6 Q8C449 P09025 DEFECTIVE NEU1 CAUSES SIALIDOSIS%REACTOME%R-HSA-4341670.3 Defective NEU1 causes sialidosis Q3TAW7 Q3UL64 Q9D2D1 SIGNALING BY NOTCH3%REACTOME%R-HSA-9012852.3 Signaling by NOTCH3 Q3UZZ2 Q3UH93 A0A0R4J0G7 Q5SXA9 Q99LH8 Q0VGJ1 Q9WVF5 Q71VB4 A0A0R4J0F4 Q6T264 B2RR30 Q3TXI7 P51880 Q3UWD7 P0CG50 D3Z768 Q6GQV9 Q3UBT1 Q499W5 Q80SY4 Q9QYE5 Q8BYF1 Q3UVN4 B2RUG2 Q0MW30 Q6NZC0 Q61483 Q9JI71 Q8BJ14 Q6P3Z8 Q01705 Q3UM17 Q3U4P5 Q9DBX7 Q3UYK2 Q499J8 Q61982 P57716 Q8C7N7 Q99K94 Q9QUM5 POTENTIAL THERAPEUTICS FOR SARS%REACTOME%R-HSA-9679191.5 Potential therapeutics for SARS Q3UHK5 P50096 Q9CTE0 Q80Y52 Q8C833 Q3UKJ3 P15530 Q9QXJ2 A0A0R4J243 A0A140T8R7 O88574 Q8C7D2 E9QJS1 D3YWR2 Q3U1Z7 P15261 Q3URC9 E9Q317 Q63953 P17426 I4DCY6 P33896 E9QMN5 Q547N0 O08530 F8VPQ2 Q5SQF8 Q8BM83 Q541Z2 P11911 Q3UJ76 Q8K2I1 Q6PEE6 A0A0R4J0R7 A2CG63 Q3TMT1 Q3TR46 Q8CIH5 Q6ZQ88 Q71LX8 Q3UII8 Q8VDU4 P62878 P30416 Q3UE22 Q3TT90 Q5SWR1 Q60972 P35991 Q2KHS8 Q60855 Q99JA4 Q3USK4 Q9R190 Q6A0C9 P23188 Q8BH99 O88587 P06537 Q9EQU3 Q6P1E0 Q3URU8 A1L361 Q544F3 A2APF7 Q8C5H3 Q9Z239 Q8VHR5 Q9D164 Q8VCE0 Q8K0T3 P09055 P59648 Q3URV7 Q3UR55 Q58E49 Q60795 Q9D2W0 Q9Z2D8 Q545P0 F8V330 Q3UH70 Q9Z2X8 Q599W9 Q8VDN2 Q8BQ25 Q62120 Q544Q7 P99024 PROCESSING OF INTRONLESS PRE-MRNAS%REACTOME%R-HSA-77595.4 Processing of Intronless Pre-mRNAs Q9D1P6 Q3UDS1 Q8C7E9 Q80X82 Q8CE71 A2AEK1 A0A2R8VK76 Q3V141 Q9CQF3 Q3UGU6 Q99LC2 Q99LI9 Q9D824 E0CXT7 Q8BTV2 Q3UYV9 Q8CCS6 Q9CQ49 SENSORY PROCESSING OF SOUND BY OUTER HAIR CELLS OF THE COCHLEA%REACTOME%R-HSA-9662361.2 Sensory processing of sound by outer hair cells of the cochlea Q91YR1 Q9WTI7 Q32M02 F7A4A7 Q9Z0P5 Q9QZZ4 G3X8Z7 A2AI08 Q6XA19 G3X9N2 Q80VW5 B9EJ23 K4DI74 Q3UFL4 Q0VBT9 Q3V3X1 Q544Z8 B2RWL4 Q0ZLH2 Q32MT7 A6PW28 O55225 A2ASW0 Q4U4S6 F8VQ79 Q3TYR5 Q5MJ56 Q99PJ1 Q9DD12 Q6PAC1 D0VYV6 P26041 Q9JK97 Q542P4 B2RSF0 Q8R1C2 Q99K30 Q3UYR4 Q8CBU4 A0A668KLB7 A0A6S6MPY2 Q8VIM6 Q3V1V5 Q8R4P4 Q5SQK1 Q8C7F3 B2RX82 Q3UXG3 Q7TSG6 Q8VDD5 DEFECTIVE PRO-SFTPC CAUSES SMDP2 AND RDS%REACTOME%R-HSA-5688354.4 Defective pro-SFTPC causes SMDP2 and RDS Q6P8P8 IMPAIRED BRCA2 TRANSLOCATION TO THE NUCLEUS%REACTOME%R-HSA-9709275.2 Impaired BRCA2 translocation to the nucleus Q3TV35 P97929 INHIBITION OF SIGNALING BY OVEREXPRESSED EGFR%REACTOME%R-HSA-5638303.3 Inhibition of Signaling by Overexpressed EGFR Q4FJT2 Q61521 Q3UWD7 Q0VEB7 Q545E4 Q9WVF5 Q543J8 Q5FW64 POSITIVE REGULATION OF CDH1 GENE TRANSCRIPTION%REACTOME DATABASE ID RELEASE 96%9764790 Positive Regulation of CDH1 Gene Transcription Q8BPN4 B2RUC7 Q9ES18 E9QAQ7 Q60793 G3X8Q0 G5E8P5 P58463 P13405 Q8CEC4 Q8BSG9 SIGNALING BY ACTIVATED POINT MUTANTS OF FGFR1%REACTOME%R-HSA-1839122.3 Signaling by activated point mutants of FGFR1 A0A7U3L6F4 Q541T2 Q3U1V5 Q8CIM9 A0A7U3JW80 E9Q2N2 Q8C399 Q6ZWS1 CATION-COUPLED CHLORIDE COTRANSPORTERS%REACTOME%R-HSA-426117.5 Cation-coupled Chloride cotransporters E9QM38 A2AQ52 A0A076FSX1 Q3UDQ8 Q543E4 Q3V0N8 B9EIV8 DEFECTIVE B4GALT1 CAUSES B4GALT1-CDG (CDG-2D)%REACTOME DATABASE ID RELEASE 96%3656244 Defective B4GALT1 causes B4GALT1-CDG (CDG-2d) Q3U478 Q543C5 Q543D2 Q8CAZ9 A4FUJ3 O35103 P51885 DEFECTIVE HPRT1 DISRUPTS GUANINE AND HYPOXANTHINE SALVAGE%REACTOME%R-HSA-9734281.2 Defective HPRT1 disrupts guanine and hypoxanthine salvage P00493 AUF1 (HNRNP D0) BINDS AND DESTABILIZES MRNA%REACTOME%R-HSA-450408.5 AUF1 (hnRNP D0) binds and destabilizes mRNA P54775 E9Q9E1 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P29341 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q545F4 Q61696 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q504P4 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 SCAVENGING BY CLASS A RECEPTORS%REACTOME%R-HSA-3000480.2 Scavenging by Class A Receptors Q8CED7 Q920H1 Q8K299 B2MWM9 P09528 B2RQQ8 Q9CPX4 Q3TVI5 Q3TX57 P11087 Q00623 Q3TXU4 Q3UAD6 E9Q414 P02463 A0A1Y7VKG6 Q8K4Q8 A2RT24 AKT PHOSPHORYLATES TARGETS IN THE CYTOSOL%REACTOME%R-HSA-198323.6 AKT phosphorylates targets in the cytosol Q2NL51 A2AS93 Q3U9H3 P31750 Q7TT21 Q564P6 Q5KU03 Q9DB86 E9QKI5 Q8CBT3 P46414 P23804 Q8CE74 Q8C6X4 DEFECTIVE DNA DOUBLE STRAND BREAK RESPONSE DUE TO BARD1 LOSS OF FUNCTION%REACTOME%R-HSA-9699150.3 Defective DNA double strand break response due to BARD1 loss of function O70445 Q6NV63 CONJUGATION OF CARBOXYLIC ACIDS%REACTOME DATABASE ID RELEASE 96%159424 Conjugation of carboxylic acids E9Q5L8 Q8K0L3 Q91XE0 Q80W40 Q8BGA8 Q91VA0 RHOJ GTPASE CYCLE%REACTOME DATABASE ID RELEASE 96%9013409 RHOJ GTPase cycle Q8C4N2 P63024 Q8C7P2 G5E8S8 A0A0R4J0S1 Q8CA59 Q811P8 Q4FJQ0 Q8BTW9 Q5DTJ2 A0A0R4J0X8 B1GX81 Q9ESU7 Q9CXQ9 Q53WY0 Q6PEV3 O08908 Q9CQ22 Q5F258 Q542D9 Q6NVF0 Q80XR8 G3X960 Q3TXI7 E9QN92 Q9CUD0 Q9D3L3 Q69ZK0 Q9D0J3 B7ZCJ1 P97393 Q8BH88 A2AQ45 Q9Z207 Q80U72 Q0KL02 E9PUK3 Q9ER71 Q8C147 Q3TXQ1 Q7TT50 H7BX44 Q02257 Q9DB19 D3Z7A7 U3RF68 Q80Z96 Q7TMG8 P49817 P54116 G5E884 F8VQ29 Q8CCL8 Q8BQW4 SIGNALING BY MST1%REACTOME%R-HSA-8852405.2 Signaling by MST1 Q3UZ05 Q62190 Q9R097 Q9D8Q8 G3UWE8 CDH11 HOMOTYPIC AND HETEROTYPIC INTERACTIONS%REACTOME%R-HSA-9833576.1 CDH11 homotypic and heterotypic interactions Q02257 Q8C7Q6 Q6PFX6 G3X9V2 Q02248 Q545R0 Q8C449 SULFUR AMINO ACID METABOLISM%REACTOME DATABASE ID RELEASE 96%1614635 Sulfur amino acid metabolism A0A2R8VHX0 P60334 P97493 Q9QZD8 Q6PDY2 E9PY03 Q9CQT1 Q99JT9 K4DI69 Q8BGB7 Q8VCN5 Q9WVQ5 Q99J99 Q9DCM0 Q545S0 Q91WS4 P05201 P05202 A0A0R4J0G9 Q5M9P0 Q91WT9 A6H5Y3 Q8C9C1 Q91X83 Q9R112 O35490 Q9CQ65 Q8R086 PELO:HBS1L AND ABCE1 DISSOCIATE A RIBOSOME ON A NON-STOP MRNA%REACTOME%R-HSA-9954714.2 PELO:HBS1L and ABCE1 dissociate a ribosome on a non-stop mRNA Q5YLW3 Q9CQR2 P62264 Q6ZWN5 Q4FZH2 Q8BP67 Q5M9N8 Q642K1 Q9CXW4 P62717 Q80X73 Q3UHY8 Q561N5 Q5M9K7 P62830 P99027 Q9D823 Q505A8 Q58EA6 Q4FZE6 Q9CZX8 Q6ZWU9 Q564E8 Q5I0T8 Q497N1 Q5CZY9 P97461 Q4VAG4 Q58E35 P86048 Q9CQD0 P62911 Q545X8 P14206 Q9CPR4 Q0VBA4 Q3UC02 D3YYB0 Q5M9M4 Q5M9M0 E3 UBIQUITIN LIGASES UBIQUITINATE TARGET PROTEINS%REACTOME%R-HSA-8866654.5 E3 ubiquitin ligases ubiquitinate target proteins B2RTK3 A2RTT4 Q64475 Q64478 Q99J56 Q9D2U9 P97313 Q80X95 Q541Z5 B7ZWE5 Q6ZWY9 Q9D0K1 Q8K2T8 P0CG50 B1AUE5 Q3U319 Q924H7 Q5DTM8 Q5XJE5 Q542J9 Q925F3 A2RSE4 Q9CTY6 Q561N4 Q8CED3 D6RDC7 Q91YZ5 Q3UFQ4 Q9BCZ4 Q7TPQ3 Q8BG47 Q8K304 Q5SWQ8 Q05CJ7 P01898 Q3UCS1 D3YUJ1 Q9R0A0 Q6PCN7 Q64524 Q3U5E6 P10853 Q01853 B1ASK8 Q8CGP2 Q4QQL2 Q4VBX4 TOLL LIKE RECEPTOR 9 (TLR9) CASCADE%REACTOME DATABASE ID RELEASE 96%168138 Toll Like Receptor 9 (TLR9) Cascade Q3V1B5 Q8BN07 Q6GR78 Q9WTX6 Q542T3 P0CG50 Q4FJP7 Q80UF7 Q80ZA1 Q8C6X9 Q8BJQ4 Q52L79 Q548Y4 Q5D0E0 Q5SRW7 Q5SUR3 Q923A8 Q3U607 A0A286YDT6 Q60778 Q8CBT3 Q9Z1E3 Q5SRY7 Q8VC91 P25799 Q9D5S8 Q99K90 Q569Y6 Q8CF89 A2RTT4 P70196 Q810V8 E9QNX4 I3PQW8 Q3UV15 Q3UEB8 P41969 Q5SWN9 Q5NCN8 P01101 Q3U169 Q80Y56 Q8BL66 Q08EG0 Q7TPD5 Q7TSJ7 B1AXN9 Q8C9D4 Q3TMJ8 Q5U421 Q3U2P8 Q60521 Q8C094 P63085 Q8CE90 Q8VD65 Q6PF93 Q63844 Q09HN3 Q91W98 Q9EQU3 Q8K2U0 Q9WUI1 P63330 Q3U7M4 Q547H1 Q3TUH8 Q8BR10 L0CL36 Q8R4K2 Q8BFV3 Q3UY00 P04918 Q80SY9 Q540J8 E9QMH7 Q3UAR6 Q9CR56 Q5EBQ4 D3Z6V8 A0A1W2P715 F8VQ72 Q76MZ3 Q99JG7 Q8CBR9 Q3TL44 Q64HC9 Q8CEC5 Q8CFA1 Q60929 Q91V89 Q62151 E9PYI8 Q8VC16 Q3TY83 Q9D7X3 A0A0R4J174 Q3TAR6 Q599W9 E9QPQ6 Q8BIX1 DENGUE VIRUS ATTACHMENT AND ENTRY%REACTOME DATABASE ID RELEASE 96%9918485 Dengue Virus Attachment and Entry M0QWP1 Q3V1F2 Q8C7P2 Q64519 Q3TM87 Q9DBK7 Q3V033 B9EHN0 P17426 Q91ZX1 P51655 Q4FJP7 Q8R3X6 Q8VE47 P43407 Q8C7R4 Q3UJ76 Q8BKV1 Q6PEE6 Q3U5S6 Q6SJQ0 Q5SWR1 Q3U7T8 P55144 Q2UZW7 Q61592 Q4FJV3 Q60805 Q9CZX9 A0A087WPY4 H3BLN8 Q6A0C9 Q8K3C0 Q3TR66 Q3U379 P23188 Q6U7R4 P14206 Q8CCF8 Q52KG8 Q66JT6 Q2HZ94 Q3TWB2 SYNTHESIS OF LEUKOTRIENES (LT) AND EOXINS (EX)%REACTOME DATABASE ID RELEASE 96%2142691 Synthesis of Leukotrienes (LT) and Eoxins (EX) B0G0Y2 Q9Z2A9 G3UW81 A5D6P3 Q8C255 A2CF88 Q8K355 P24527 Q3V175 P48999 Q99N18 Q3U2P8 Q4FK56 A2A8T1 Q91YR9 Q3TNA0 Q8BGU0 P30355 G3UW78 Q99N16 TAT-MEDIATED HIV ELONGATION ARREST AND RECOVERY%REACTOME%R-HSA-167243.5 Tat-mediated HIV elongation arrest and recovery A0A3Q4L2S8 A0A338P6M3 Q7TSG2 O55201 Q8C4Y3 P61219 P62488 P08775 Q8BG30 Q3UIA1 G3X956 Q3UWX7 A0A087WNT1 Q922L6 P97760 Q08943 Q8BFX0 P63271 Q3THK3 Q9QWV9 Q8CFI7 P60898 Q99J95 Q8CB77 Q3UMJ4 Q6PI63 Q3V214 O08856 REACTIONS SPECIFIC TO THE HYBRID N-GLYCAN SYNTHESIS PATHWAY%REACTOME%R-HSA-975574.2 Reactions specific to the hybrid N-glycan synthesis pathway Q5RKT9 REGULATION OF MITF-M-DEPENDENT GENES INVOLVED IN PIGMENTATION%REACTOME%R-HSA-9824585.3 Regulation of MITF-M-dependent genes involved in pigmentation A0A0U1RNX8 Q5SUZ5 Q3TXH6 B5TZD5 Q3UID0 Q60696 Q8VHA8 Q921K9 Q68FH8 Q7TMU6 Q6GTK4 O54941 Q2TA50 Q8K3I4 Q8BW22 Q9CXE2 D3Z5N6 A0A0R4J075 Q544U7 Q8C402 A0A8Q0PK87 Q8CE74 Q8BPN4 E9QAQ7 Q8R4E5 Q04888 Q02248 B2RRX1 Q9D007 A0A0R4J170 Q91XK0 Q5U421 Q3UFS3 P29812 D3Z4J3 Q3UPK0 Q6ZWP4 A0A0G2JG60 Q549B6 Q505L1 ION CHANNEL TRANSPORT%REACTOME DATABASE ID RELEASE 96%983712 Ion channel transport P69744 Q8K2X1 Q3UYE9 Q80UE6 Q8BNT2 G5E8I2 Q8K595 Q6H1V1 Q8BG22 B7ZMP6 M1H0B0 Q8C8A8 Q2TV84 Q9Z1W8 A0A1B0GS49 Q9EQJ0 Q9D7Z6 Q8CIR4 Q3KP78 Q14AT5 E9Q8C1 Q8K424 Q8C6W8 V5TCP9 Q75UR0 Q3V318 A2RS45 Q3USG4 Q8R4D5 Q3TDP6 Q7TPR2 Q6NV56 D3Z0S5 Q9EPK8 E9QMI9 D3YV00 Q91WH7 Q64446 B2RS16 P0CG50 O88870 E9Q3G7 Q9Z2S7 Q8CBL5 Q8CA15 S4R234 Q9EPE9 Q80XP9 Q3UV52 Q8R429 Q9Z239 Q8CCM0 Q9D164 Q8VCE0 P59648 Q3UR55 Q9D7J8 Q9D2W0 S4R1C4 A0A140LJK7 E9PZQ0 G5E829 Q3UPA8 Q545P0 Q5DTI2 E9Q9K5 Q8BL41 Q80ZZ5 Q8VDN2 P54116 Q810R7 Q544Q7 Q8R0X5 Q3UHK5 Q8C048 Q8BW40 F8WIS9 Q6P069 Q99N57 Q80SY3 Q9D1K2 Q9JHF5 Q8BMC1 P15920 P51863 Q9CQD8 A0A0A6YX18 Q9D593 Q9CZG9 Q99M55 Q9Z1G3 Q3U861 Q99L60 A0A0N4SVQ2 P50516 Q91YH6 Q5HZY7 Q3UP55 P50518 P62814 Q3UWN7 Q3U889 Q54A87 D3YU82 Q8C4G3 E9QAL4 A0A2I3BPX3 Q6DFW5 Q6A046 Q6UQ17 Q9WUB6 Q9WUB7 Q8K4W8 Q7TNS7 S4R1L3 P98200 Q3UW73 A2AG68 Q6RUT9 Q9R0A1 A0A0R4J0P0 Q8BMS7 Q148W0 Q5DU18 Q8BH79 Q9WU39 Q6NXK8 A0A5F8MQB6 Q0VBB6 G8JL82 E9Q2A4 Q5BKR2 A7L9Z8 Q8VIM4 E9QLE4 Q3TH73 E9QKK8 Q9ERE3 Q0KK59 Q9WTR1 Q8BGT0 Q9D725 Q3UXW9 Q9JJH7 Q8BWC0 Q6PB70 Q8CCQ1 Q99J21 Q6UJY2 G3X9H8 Q91WD2 Q6P5F7 Q3UM91 Q64347 Q8BIH6 Q5SZ93 A2AI57 SUMOYLATION OF TRANSCRIPTION FACTORS%REACTOME%R-HSA-3232118.9 SUMOylation of transcription factors Q3ULB3 Q8BZ87 Q8CE69 Q2M4G9 P63280 Q3ULQ6 Q8C6Y4 Q2KHS8 G3UZA7 O54714 Q80ZA1 Q64364 Q2TVT7 P23804 O70494 Z4YJP0 TFAP2A ACTS AS A TRANSCRIPTIONAL REPRESSOR DURING RETINOIC ACID INDUCED CELL DIFFERENTIATION%REACTOME%R-HSA-8869496.3 TFAP2A acts as a transcriptional repressor during retinoic acid induced cell differentiation Q8BPN4 P63038 E9QN31 Q9DAY9 P48972 DEFECTIVE HDR THROUGH HOMOLOGOUS RECOMBINATION REPAIR (HRR) DUE TO PALB2 LOSS OF BRCA2 RAD51 RAD51C BINDING FUNCTION%REACTOME%R-HSA-9704646.4 Defective HDR through Homologous Recombination Repair (HRR) due to PALB2 loss of BRCA2 RAD51 RAD51C binding function Q5SV02 Q5SXJ3 O70445 Q8BWH5 Q3TV35 A0A0R4J1H1 Q9R207 Q80YR6 Q3UJQ1 O35719 Q9CX47 Q6ZQJ5 E9PZ97 Q924H5 D3YVU6 P97929 Q3UGT8 Q5NCT2 Q9QZ11 Q6NV63 Q08297 B9EHX4 Q8BRV3 EUKARYOTIC TRANSLATION TERMINATION%REACTOME%R-HSA-72764.6 Eukaryotic Translation Termination Q5YLW3 Q9CQR2 P62264 Q6ZWN5 Q4FZH2 Q8BP67 Q5M9N8 Q642K1 Q9CXW4 P62717 Q561N5 Q5M9K7 P62830 P99027 Q9D823 Q3TF02 Q8R146 Q505A8 Q8CCV1 Q58EA6 Q149F3 Q4FZE6 Q9CZX8 Q6ZWU9 Q564E8 Q5I0T8 Q497N1 Q5CZY9 P97461 Q4VAG4 Q58E35 P86048 Q9CQD0 Q6SKR2 P62911 Q545X8 Q5M8M3 P14206 Q9CPR4 Q0VBA4 Q3UC02 D3YYB0 Q5M9M4 Q5M9M0 FORMATION OF HIV ELONGATION COMPLEX IN THE ABSENCE OF HIV TAT%REACTOME%R-HSA-167152.5 Formation of HIV elongation complex in the absence of HIV Tat Q3UZB8 A0A3Q4L2S8 A0A338P6M3 Q7TSG2 O55201 Q8C4Y3 Q7TPV0 Q542U3 P61219 P62488 P08775 Q9CQ49 Q8BG30 Q3UIA1 G3X956 Q3U3M5 Q3UWX7 A0A087WNT1 Q922L6 P97760 E9PWD3 Q08943 Q8BFX0 P63271 Q3THK3 Q9QWV9 Q8CFI7 P51949 E9Q6K1 P60898 Q8K2X8 Q7TPY0 Q99J95 P49135 Q3UYV9 Q3THG5 Q8CB77 Q3UMJ4 Q6PI63 Q7TQK0 Q3V214 O08856 LIGAND-RECEPTOR INTERACTIONS%REACTOME DATABASE ID RELEASE 96%5632681 Ligand-receptor interactions Q7TN16 D3Z763 A0A286YD87 Q32MD9 Q62226 Q80XI9 Q5R252 Q544P6 LEADING STRAND SYNTHESIS%REACTOME DATABASE ID RELEASE 96%69109 Leading Strand Synthesis Q4KL82 Q8C2T6 B9EHJ9 O35654 P33610 Q5U4B1 Q5FW94 Q8BH76 Q547B4 Q99J62 P52431 Q3TKD1 Q542J9 Q5HZI8 SYNTHESIS OF PA%REACTOME DATABASE ID RELEASE 96%1483166 Synthesis of PA Q6GTW1 Q61586 Q0KK35 Q64521 Q6NVG1 P13707 Q3TYT9 Q8CB47 Q9DBX5 Q3TFD2 Q9CT84 Q80ZW1 Q9QZT4 B2RSR7 Q8K2C8 Q8C0N2 Q8K130 A0A0R4J263 F8WIJ5 Q8K4X7 B2RRB9 Q9D517 Q50L43 Q6NVF2 Q8CIV3 Q9CWA8 Q9EPR2 D3Z1N8 Q9D1E8 Q3UG05 F8VPQ6 B0V2Q7 Q8BP40 Q8BK03 ASSEMBLY OF THE HIV VIRION%REACTOME%R-HSA-175474.3 Assembly Of The HIV Virion Q3THR4 Q5SVY2 Q8BMZ7 Q810I0 Q78HU3 Q8R0J7 Q3UCW0 Q3UV99 A0A494BAR3 P0CG50 Q8BH48 Q8C2W4 P23188 ERBB2 REGULATES CELL MOTILITY%REACTOME%R-HSA-6785631.4 ERBB2 Regulates Cell Motility Q9WTX4 A0A3B2W7C9 D3YZR2 G3V023 Q9WVF5 F6XC54 Q4VAE6 Q61521 Q3UWD7 Q6DR99 Q543J8 Q5FW64 P70424 TOXICITY OF BOTULINUM TOXIN TYPE F (BOTF)%REACTOME%R-HSA-5250981.4 Toxicity of botulinum toxin type F (botF) Q8CHR4 Q69ZS6 Q9JIS5 Q62442 Q8BG39 AMPK INHIBITS CHREBP TRANSCRIPTIONAL ACTIVATION ACTIVITY%REACTOME%R-HSA-163680.7 AMPK inhibits chREBP transcriptional activation activity Q3V4A1 Q60994 Q99MZ3 Q8BRK8 Q53YY4 Q53YY3 Q6PAM0 Q8BIQ9 MITF-M-DEPENDENT GENE EXPRESSION%REACTOME%R-HSA-9856651.3 MITF-M-dependent gene expression Q3TXH6 Q2TV84 Q3UID0 Q9DBN8 Q8R4E5 B2RRX1 Q9DCZ1 D3Z4J3 Q3UPK0 Q505L1 P70349 Q64318 F8VQ28 Q810K9 O54941 A0JNY9 Q78P93 A1A550 Q8C8K0 O55179 Q8BSI9 Q3UQ28 Q3UET7 A2AWP0 Q8R055 A0A8Q0PK87 P31360 Q8CE74 E9QAQ7 Q60520 Q58E49 Q9CS58 Q04888 Q9D007 Q8CJF9 Q6NV63 A0A0R4J0D3 Q6ZWP4 F6XC54 Q8VD67 B1ATC3 Q3UHK8 Q8CAI6 Q64364 Q3TPZ2 F8VQL0 A0A0R4IZW5 Q790L7 Q564P6 Q02248 G5E899 P51863 Q9CQD8 Q3UGB9 P97310 Q8BQ03 A0A0A6YX18 A0A0R4J170 Q80UF1 Q91XK0 Q9Z1G3 Q5U421 Q3UFS3 P29812 P50516 Q549B6 Q5HZY7 P50518 A0A0U1RNX8 Q5SUZ5 P62814 B5TZD5 Q60696 Q8VHA8 Q921K9 Q68FH8 Q7TMU6 Q3U889 Q6GTK4 Q2TA50 Q8K3I4 Q8BW22 Q3UQ34 Q9CXE2 D3Z5N6 Q8BQK4 A0A0R4J075 Q544U7 Q8BJP2 Q3UD86 Q62469 Q8C402 Q8BPN4 O70343 Q53Z05 Q60I23 F8VQ54 A0A0G2JG60 TRAF3 DEFICIENCY - HSE%REACTOME DATABASE ID RELEASE 96%5602571 TRAF3 deficiency - HSE Q3UHJ1 Q80UF7 Q99MB1 SIGNALING BY NOTCH1 HD+PEST DOMAIN MUTANTS IN CANCER%REACTOME DATABASE ID RELEASE 96%2894858 Signaling by NOTCH1 HD+PEST Domain Mutants in Cancer Q3UZZ2 Q3UG37 E9PXW8 Q6P3E7 Q6T264 Q9WTX6 Q8VH37 P0CG50 D3Z768 Q8CAS3 Q8BYF1 Q3TMT1 P01108 A0A668KM95 P62878 Q5SUR3 Q6P3Z8 Q01705 Q6P9T4 Q3UM17 E9Q6E2 Q9QUM5 Q0VGJ1 Q6NZM9 B2RR30 Q9QXE7 Q6GQV9 Q499W5 Q80SY4 Q9QYE5 Q8CHB6 Q3UVN4 B2RUG2 Q0MW30 Q6NZC0 Q61483 Q8BHJ5 E9PXU2 Q9JI71 Q58E49 Q8BJ14 Q80ZV7 Q543U1 Q9JM08 Q3U4P5 Q9DBX7 Q3UYK2 Q499J8 P57716 Q8C7N7 PIWI-INTERACTING RNA (PIRNA) BIOGENESIS%REACTOME%R-HSA-5601884.3 PIWI-interacting RNA (piRNA) biogenesis A0A3Q4L2S8 A0A338P6M3 Q80Y52 P61219 P62488 P08775 Q8VD46 Q9CWU0 F2Z429 G3X8T0 A0A0G2JFP5 E9QLX9 Q14BI7 Q8CDG1 Q8CAE2 Q8CGT6 Q99MV1 Q91XW8 Q8BVN9 Q3V086 Q9JMB7 P97760 Q8BFX0 Q8CFI7 P60898 Q6PI63 Q3V214 SOS-MEDIATED SIGNALLING%REACTOME DATABASE ID RELEASE 96%112412 SOS-mediated signalling Q61411 P81122 Q3USK4 Q9D091 Q543V3 INLA-MEDIATED ENTRY OF LISTERIA MONOCYTOGENES INTO HOST CELLS%REACTOME DATABASE ID RELEASE 96%8876493 InlA-mediated entry of Listeria monocytogenes into host cells P0CG50 A0A0R4IZW5 G3X9V2 P05480 A0A1X7SB71 Q02248 APC C:CDC20 MEDIATED DEGRADATION OF SECURIN%REACTOME%R-HSA-174154.4 APC C:Cdc20 mediated degradation of Securin P54775 Q3UPK6 Q9CPS5 P53995 Q8BVQ9 Q541Z5 Q8BZQ7 P62196 Q8BYJ1 B2RT97 Q9WVM3 Q3UFC2 P0CG50 Q8K2H6 Q3TKG4 Q9CPX9 Q542I9 S4R2B6 A1L3B8 A2A4Z0 P14685 G3X8W7 Q545G0 Q3UFQ4 Q3TM92 Q3TI84 P49722 Q9D3A0 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 Q9CQJ7 Q9JJ66 CHAPERONE MEDIATED AUTOPHAGY%REACTOME DATABASE ID RELEASE 96%9613829 Chaperone Mediated Autophagy Q8CDL2 Q71LX8 P03995 Q80Y52 Q99LX0 P26361 Q3UG37 Q504P4 Q8C6G3 Q3U711 Q9DBG5 Q8C5K0 P41209 Q3TUP2 P0CG50 Q9CUD0 A8DUK0 METALLOTHIONEINS BIND METALS%REACTOME DATABASE ID RELEASE 96%5661231 Metallothioneins bind metals A0A1D5RLN7 Q3V2E2 Q3USP9 P02798 DISEASES OF BASE EXCISION REPAIR%REACTOME%R-HSA-9605308.6 Diseases of Base Excision Repair Q3UIL3 O35980 Q8K203 Q3U296 BINDING OF TCF LEF:CTNNB1 TO TARGET GENE PROMOTERS%REACTOME%R-HSA-4411364.5 Binding of TCF LEF:CTNNB1 to target gene promoters Q3UQK5 P01108 Q3U1Q3 Q80UF1 Q02248 Q8CAI6 Q8C402 A1A550 HIV LIFE CYCLE%REACTOME%R-HSA-162587.5 HIV Life Cycle A2ASY1 Q8BQ46 Q8CDZ5 Q7TSG2 Q8C4Y3 P61216 Q5SVY2 Q9D1M0 P27641 Q9Z0W3 A0A0R4J187 P0CG50 Q9D7F7 Q80Y09 Q78V99 A0A1B0GR63 Q9D8B3 P97760 E9PWD3 Q9CQ10 Q8BFX0 Q3THK3 Q8CFI7 P51949 E9Q6K1 B1AZ39 Q9D0L8 P60898 Q8K2X8 Q7TPY0 P49135 Q3THG5 Q3UMJ4 Q6PI63 Q3V214 Q9DCC1 Q3UZB8 Q3THR4 A0A3Q4L2S8 A0A338P6M3 O55201 Q7TPV0 Q542U3 P61219 P62488 P08775 Q60960 Q5FWJ9 Q8BUA6 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 O54962 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q3U425 Q8R055 Q8BRF6 Q8BQF0 A2BI12 Q8BPS7 Q566K0 A0A0R4J0N8 Q8BTS4 J3JSA4 Q8R4R6 Q9CR26 Q8BM73 Q8BMZ7 Q810I0 Q78HU3 Q8VEJ9 Q8R0J7 P34022 Q3UCW0 Q6PFB2 Q3UV99 Q3UJC3 A0A494BAR3 Q9D7S9 P51682 Q8BH48 Q8C2W4 P62827 Q3TSV7 P23188 Q91Z50 P59235 Q8BH74 Q9CQ49 Q8BG30 Q8R480 Q3UIA1 E9QAP7 G3X956 Q3UIR2 B9EJX5 A0A0R4J024 Q9D0D5 Q99JX1 Q8BTF7 Q3U3M5 Q3UWX7 Q3UT56 Q8VI33 Q9R1C0 A0A3Q4EGS4 A0A087WNT1 Q9CWU9 Q922L6 B1Q2W7 Q08943 P63271 Q9ERU9 Q9QWV9 Q3ULN2 Q3TN86 F8VPY2 Q149E9 Q9EQH4 Q99J95 Q8BYY5 Q3UYV9 Q8CB77 Q6RI65 G3X9H8 Q7TQK0 Q62311 O08856 DEFECTIVE TRANSPORT BY SLC5A7 CAUSES DISTAL HEREDITARY MOTOR NEURONOPATHY 7A (HMN7A)%REACTOME%R-HSA-5658471.5 Defective transport by SLC5A7 causes distal hereditary motor neuronopathy 7A (HMN7A) Q8BGY9 ASSEMBLY AND RELEASE OF RESPIRATORY SYNCYTIAL VIRUS (RSV) VIRIONS%REACTOME DATABASE ID RELEASE 96%9820962 Assembly and release of respiratory syncytial virus (RSV) virions Q71LX8 Q80Y52 ASTROCYTIC GLUTAMATE-GLUTAMINE UPTAKE AND METABOLISM%REACTOME DATABASE ID RELEASE 96%210455 Astrocytic Glutamate-Glutamine Uptake And Metabolism Q8K2P7 Q3UYK6 P15105 Q543U3 KSRP (KHSRP) BINDS AND DESTABILIZES MRNA%REACTOME%R-HSA-450604.4 KSRP (KHSRP) binds and destabilizes mRNA P31750 Q9WUI1 Q3U671 Q9DAA6 Q921I9 Q5U421 Q9JHI7 Q7TQK4 Q9D0M0 A0A0R4J0P6 P63101 Q571G2 Q3TKQ3 Q9CRA8 Q9CSH3 Q8BTW3 LIGAND-INDEPENDENT CASPASE ACTIVATION VIA DCC%REACTOME DATABASE ID RELEASE 96%418889 Ligand-independent caspase activation via DCC Q8K3H0 E9JGN0 Q05A21 A2AS93 Q8K1S3 Q8K1S4 Q9QYH6 Q3UKP8 Q3TZP5 P70677 LOSS OF FUNCTION OF KMT2D IN MLL4 COMPLEX FORMATION IN KABUKI SYNDROME%REACTOME%R-HSA-9944997.1 Loss of Function of KMT2D in MLL4 Complex Formation in Kabuki Syndrome Q99LT0 A0A0A0MQ73 Q8BX09 P61965 Q3UKZ9 REGULATION OF TP53 DEGRADATION%REACTOME%R-HSA-6804757.3 Regulation of TP53 Degradation Q3UHZ0 P31750 Q6ZQK4 Q8BN07 E9Q8C1 F8VPX1 Q6QI06 P63330 Q3UTC9 Q9JLN9 P0CG50 P11440 Q8BKH7 Q543W6 Q80ZA1 Q8BLG0 Q812A5 Q64364 P23804 B9EHX4 Q3UD78 Q8CE74 Q99KR6 A0A3Q4EC26 P51943 Q76MZ3 Q3UKR0 Q3UGB9 Q8BIX1 Q61456 O88623 Q8C6X4 INSULIN EFFECTS INCREASED SYNTHESIS OF XYLULOSE-5-PHOSPHATE%REACTOME%R-HSA-163754.4 Insulin effects increased synthesis of Xylulose-5-Phosphate Q93092 P40142 DEFECTIVE EXT1 CAUSES EXOSTOSES 1, TRPS2 AND CHDS%REACTOME DATABASE ID RELEASE 96%3656253 Defective EXT1 causes exostoses 1, TRPS2 and CHDS Q3U5S6 M0QWP1 Q3V1F2 Q64519 Q3V1P4 P51655 H3BLN8 Q3U379 Q8R3X6 P43407 Q52KG8 Q3UDB5 Q8BKV1 Q3TWB2 MITOTIC PROMETAPHASE%REACTOME DATABASE ID RELEASE 96%68877 Mitotic Prometaphase Q9CPV1 Q569L8 P30276 Q8CDZ5 Q9CPV5 Q8CJF7 A0A0R4J037 Q8BN07 E9QQ10 Q9WVA3 Q3TWG5 Q8C3Y4 Q9D1M0 Q64702 Q5HZH8 Q5SW18 Q9CU62 Q9Z0W3 Q99L00 Q5SS40 A0A1L1SV84 A0A494BB86 Q9ERR1 Q6PD28 Q8K1K8 Q0VGR5 O35216 Q9JJ94 A0A1I7Q4A6 Q3UZD6 Q8BHK9 E9QPI5 E9Q3P4 Q9R1K9 Q8QZX2 Q6NV99 Q8BFT2 Q6ZQ12 Q9CQS9 B1AXI9 Q3USK2 U5KVR9 A0A1D5RMI8 Q9D6F9 D3YVU3 P33215 H3BK84 P68372 Q8CDL2 P68369 P68368 Q3URP3 Q3UZY0 Q66JX5 Q80UF4 F8WJ93 Q6F4J1 Q9R0L6 Q0VEJ0 Q8BKT8 A2AUM9 Q9D3R3 Q3TN15 Q69Z43 Q9ES70 P05132 E9Q5A8 A0A494BB26 Q3TPZ5 Q9D786 E9Q919 P99024 Q3TQQ9 Q6P5D4 Q80Y52 Q7TSH4 Q6P7V9 A0A0R4J0H7 Q99NF3 Q8BUR9 B8JJE7 Q3ULS2 A8IP69 Q9CQ25 Q8BKN5 Q8BUH2 Q6F4J0 P58854 A0A494BA29 Q8CDH5 Q8C156 Q8BYN2 Q3UIT6 E9Q7G0 Q6IQY5 P11440 G3UZX4 Q3TPZ2 Q8BP64 Q9CZW2 B8JK52 B2RVI6 Q61151 Q9D481 Q9D084 Q14A61 Q8BZ45 Q9CQU5 Q549P2 P63168 Q66JQ7 Q3UK10 K3W4R5 Q6ZQK4 O70126 P59235 Q6PD03 Q9CYC5 J3QMK1 Q3TYE1 B2RX66 O54692 Q99P69 A2RSC8 P63330 E9QME3 Q3TG35 Q9QYM8 J3QP81 Q9CY25 Q9JHU4 Q3TG33 Q3TDV6 Q8BK67 B7ZP47 H3BKZ0 Q8BHX3 Q8BSE7 Q8BH74 Q8C4M7 Q3TJM4 Q8R480 Q9CPY3 Q6ZWM8 Q9CXH7 Q6ZWU9 Q3TYJ3 Q9D0F1 Q923A2 Q76MZ3 F8WHU5 E9QKK1 F8WHU7 Q9JJ66 Q9CWU9 Q91V89 Q9CQA0 Q3TPJ8 Q3UD72 Q9ERU9 Q9D0M5 Q3U4H0 Q6PDL0 Q8BIX1 Q9CQ82 Q8BYY5 O35685 Q3UA16 Q3TTB0 Q3UPF6 F8WIA1 Q9WU62 Q3TMK9 RHO GTPASES ACTIVATE NADPH OXIDASES%REACTOME DATABASE ID RELEASE 96%5668599 RHO GTPases Activate NADPH Oxidases Q8VD65 Q63844 Q6PF93 Q3UBI5 Q3U6G0 Q3TLP8 Q53YN4 B3VQI8 Q9WUI1 Q4VA93 Q8CJ00 P97369 Q3V341 Q05144 Q3UP42 Q5U421 Q53X15 Q8CIZ9 P68404 Q672J9 O70145 P63085 Q8VCM2 Q9QUR7 REGULATION BY TREX1%REACTOME DATABASE ID RELEASE 96%3248023 Regulation by TREX1 Q91XB0 BETA OXIDATION OF BUTANOYL-COA TO ACETYL-COA%REACTOME%R-HSA-77352.5 Beta oxidation of butanoyl-CoA to acetyl-CoA Q61425 Q07417 Q8BH95 Q3UNX5 CHROMATIN MODIFICATIONS DURING THE MATERNAL TO ZYGOTIC TRANSITION (MZT)%REACTOME%R-HSA-9821002.1 Chromatin modifications during the maternal to zygotic transition (MZT) B2RTK3 B2RWH3 Q8CGP7 Q64475 Q64478 Q149V4 C0HKE5 Q9D2U9 Q6ZWY9 S4R1M3 P27661 Q8R1M2 Q5NCY0 Q3TPN3 Q8VDF2 Q9DAG5 A0A5K1VVP6 Q3UXZ9 Q9WVE0 A2AA28 Q64524 P10853 Q80Y84 A3KPD0 P84228 Q8CGP2 Q8CGP0 DEFECTIVE FV CAUSES THROMBOPHILIA%REACTOME%R-HSA-9930483.1 Defective FV causes thrombophilia P33587 O88783 Q3TR66 RNA POLYMERASE III CHAIN ELONGATION%REACTOME%R-HSA-73780.4 RNA Polymerase III Chain Elongation Q3TSW1 A0A338P6M3 Q6NXY9 O35427 Q8C108 P61219 Q9D2C6 Q3TWE8 Q8BFX0 P52432 Q9D1M1 Q91WD1 D3YXS1 B2RXC6 Q3V214 P59470 B2RX77 TRAF6 MEDIATED IRF7 ACTIVATION%REACTOME DATABASE ID RELEASE 96%933541 TRAF6 mediated IRF7 activation Q9CPR7 B2RRA5 P70196 Q3TU94 A1L0V6 Q3TGP5 Q8BJ14 Q3U5B1 Q0VE17 Q542T3 A1L361 Q3U9K6 Q6GQV9 Q8C2D3 Q9R0T8 Q8C6X9 LATE SARS-COV-2 INFECTION EVENTS%REACTOME DATABASE ID RELEASE 96%9772573 Late SARS-CoV-2 Infection Events P61804 M1H0B0 Q14AT5 Q75UR0 Q5SUC3 Q9JIQ8 Q3URC9 P0CG50 Q9CX58 O54734 Q8CBI1 Q3URR1 Q8BMR3 Q3U573 P23188 Q78XF5 E9PYK3 H7BWY5 Q2NL51 Q9D306 Q3UFE4 Q3U518 Q7TMM8 P59268 G5E856 Q5Y5T1 Q8CIE4 Q8C4L1 Q2EMV9 P63280 Q80UM7 F8WIK2 Q8C3J2 A2AJ15 Q6PJ87 Q5KU03 Q812G0 Q921V5 Q544F0 Q14AK4 Q60FD1 Q8BJT9 A0A571BEV7 Q91Y74 A0A7N9VR83 Q91W53 Q544T4 Q8BM62 Q2TGE7 Q11204 P70277 Q059T5 A0A2I3BPX3 Q544M3 A2ADH1 P59267 B2X2D8 Q8VDZ4 A1A4T2 Q812F8 S4R1L3 Q8BH79 G8JL82 Q6PB70 A0A0R4J0D3 Q9DBG6 DEFECTIVE DPM2 CAUSES CDG-1U%REACTOME DATABASE ID RELEASE 96%4719377 Defective DPM2 causes CDG-1u Q9D1Q4 O70152 Q545R7 IKK COMPLEX RECRUITMENT MEDIATED BY RIP1%REACTOME DATABASE ID RELEASE 96%937041 IKK complex recruitment mediated by RIP1 Q569Y6 Q62210 A2RTT4 P70196 Q64HC9 Q60855 E9PZP3 Q8CBT3 P0CG50 Q4FJP7 Q80UF7 Q3TSE5 L0CL36 Q8BJQ4 Q8VC91 Q3UFQ4 Q4QQL2 Q5D0E0 RESPIRATORY SYNCYTIAL VIRUS (RSV) ATTACHMENT AND ENTRY%REACTOME DATABASE ID RELEASE 96%9820960 Respiratory syncytial virus (RSV) attachment and entry Q3U5S6 M0QWP1 Q3V1F2 Q64519 Q9WVF5 Q543X3 Q64HC9 Q3U1L4 Q8C458 Q9CQD1 Q8C266 P51655 H3BLN8 Q4FJP7 Q3U379 Q8R3X6 P23188 P43407 Q52KG8 L0CL36 Q8BKV1 Q3TWB2 RECOGNITION AND ASSOCIATION OF DNA GLYCOSYLASE WITH SITE CONTAINING AN AFFECTED PURINE%REACTOME DATABASE ID RELEASE 96%110330 Recognition and association of DNA glycosylase with site containing an affected purine Q8K1K3 B2RTK3 B2RWH3 Q8CGP7 Q64475 Q64478 Q149V4 C0HKE5 Q91VL8 B2RS36 Q9D2U9 Q3V252 Q6ZWY9 S4R1M3 P27661 Q8R1M2 Q3UIL3 Q8K203 Q91WC1 Q64524 P10853 Q04841 A3KPD0 E9QM06 Q8CGP2 Q8CGP0 P68433 SYNTHESIS OF PIPS IN THE NUCLEUS%REACTOME%R-HSA-8847453.3 Synthesis of PIPs in the nucleus F8WHW3 Q3UJ95 Q544E3 O2 CO2 EXCHANGE IN ERYTHROCYTES%REACTOME DATABASE ID RELEASE 96%1480926 O2 CO2 exchange in erythrocytes Q3KNK3 A0A3B2WBH6 Q9DB73 Q91VB8 P00920 P13634 Q02013 Q64444 Q3TDX8 Q53ZN9 B1AS42 A8DUK0 POTASSIUM CHANNELS%REACTOME%R-HSA-1296071.4 Potassium Channels Q9JJ14 A0A1D5RMH2 Q3V1G1 Q3U9V4 Q8K3F6 Q3UG14 Q3UGN1 P29387 Q9JK97 P63213 Q3TQ70 Q6P8Y9 P63216 Q3UMY0 P61953 P50153 Q5SQK1 Q3UY10 Q8C7F3 Q9JMF3 Q3UXG3 Q61012 Q9CXP8 Q54AE3 Q61743 Q9DAS9 E9PUE8 Q544N3 Q80T41 P48545 Q9D3L6 Q9Z307 Q8C7Z5 Q543W5 Q9WV18 Q8CFS6 Q3UHC9 Q8CD65 F6TUN6 Q53Z04 Q8JZN3 Q8C8Y6 G5E845 G3UYG5 Q3ZAT1 Q3LS21 B2RRB5 Q9QYK8 Q3UHB6 Q920E3 P58391 Q9CZM9 E9QKI2 O35111 Q3TYG8 Q32ME0 B2RQA1 B2RVK9 A2AEX0 Q9JIN6 Q80XM3 Q3UPV6 Q8BQZ8 Q3UH54 Q6VV64 Q17ST2 Q8BZB0 Q61423 A0A1D5RMB2 O88704 F7A6P6 O88703 A6H8H5 O70507 Q6P6P9 Q9ER47 A0A1W2P796 P16388 O89109 G3UWE7 A2A5F7 Q61923 E9PYC0 Q0VD85 Q61762 P16390 Q9Z0V2 Q69ZQ8 Q9WVJ0 P59053 P63141 A0A571BG98 Q3TY49 Q8VD73 P97414 Q8BZN2 Q53Z09 Q03717 B2RUS7 Q3U118 SMOOTH MUSCLE CONTRACTION%REACTOME%R-HSA-445355.8 Smooth Muscle Contraction Q8K0Z5 Q3UI56 Q9ERL9 Q9D1R6 Q80TM2 Q8K0M3 P51637 E9QNY3 Q3THE2 Q80YP4 Q545G1 E9Q7P2 F8VQ28 F8VPR1 Q5SVI8 Q3UH83 Q5DTJ2 Q6ZWQ9 Q8BPT3 Q544B1 A0A0G2JF67 Q9WUT2 E9QNA7 Q542G9 Q642K0 Q8CI43 Q1XH17 E9QPE7 B1B1A8 Q6PE70 Q3UX23 G5E884 Q64727 Q4FJV4 E9QL12 CONSTITUTIVE SIGNALING BY OVEREXPRESSED ERBB2%REACTOME%R-HSA-9634285.2 Constitutive Signaling by Overexpressed ERBB2 Q61411 P98083 Q3USK4 Q61081 B7ZNX6 Q80Y52 P70424 Q9D091 P35831 RUNX1 AND FOXP3 CONTROL THE DEVELOPMENT OF REGULATORY T LYMPHOCYTES (TREGS)%REACTOME%R-HSA-8877330.2 RUNX1 and FOXP3 control the development of regulatory T lymphocytes (Tregs) Q544I2 Q6GTR6 P04351 Q53Z59 Q8C443 A0A7R8C347 Q540M6 Q08024 BETA OXIDATION OF PALMITOYL-COA TO MYRISTOYL-COA%REACTOME%R-HSA-77305.3 Beta oxidation of palmitoyl-CoA to myristoyl-CoA Q99JY0 Q8BMS1 P50544 DEFECTIVE MOGS CAUSES CDG-2B%REACTOME DATABASE ID RELEASE 96%4793954 Defective MOGS causes CDG-2b Q80UM7 DEFECTIVE GALE CAUSES EDG%REACTOME%R-HSA-5609977.5 Defective GALE causes EDG Q8R059 MAP3K8 (TPL2)-DEPENDENT MAPK1 3 ACTIVATION%REACTOME%R-HSA-5684264.4 MAP3K8 (TPL2)-dependent MAPK1 3 activation Q8K2U0 Q5SUR3 Q99JG7 Q3UEB8 Q9WTX6 A0A286YDT6 Q8CBT3 Q3TMJ8 Q5SRY7 P0CG50 Q8VC91 P25799 Q5D0E0 NEF AND SIGNAL TRANSDUCTION%REACTOME%R-HSA-164944.6 Nef and signal transduction Q5DTJ2 D3YZ57 Q6A0A3 E9Q696 Q3TLP8 P08103 Q8BPU7 DISEASES ASSOCIATED WITH O-GLYCOSYLATION OF PROTEINS%REACTOME%R-HSA-3906995.5 Diseases associated with O-glycosylation of proteins Q0VAV1 Q69Z28 P59509 E9PUF1 A0A7N9VSW1 P58459 Q03350 Q80T21 Q3V1S6 A2AE15 E9QNR5 Q8BNJ2 Q9CX59 Q8BGP4 G3UXC7 G3XA27 Q9JMG2 Q8BWP8 Q4VC17 Q3UPR9 B2RRW2 Q9JJ06 A0A0R4J0H1 P70419 Q6P4U0 Q8R2R1 Q01705 Q60519 Q8BMS2 Q3TTE6 Q8BMS3 Q8VCC9 Q8BHT6 G3X9D2 Q3UQW9 B2RXX5 D3Z1A5 Q3UPZ0 F8VQ15 A1A5B7 Q80YQ1 Q8BGQ4 A7LM19 Q9CRC7 Q3UTY6 Q059X9 P59384 Q60GT3 Q8C9W3 Q6PD18 Q91X88 Q0VEM9 O35516 P31695 Q8CBE6 Q61982 G-PROTEIN BETA:GAMMA SIGNALLING%REACTOME DATABASE ID RELEASE 96%397795 G-protein beta:gamma signalling P29387 Q3UHZ0 P31750 Q8CI86 P63213 Q4VAE6 Q3TQ70 Q3UPW0 Q6P8Y9 P63216 Q3UMY0 Q3V3V2 P61953 P50153 Q9JMF3 Q61012 F6WMJ3 Q8C5Q7 Q8CE74 Q9CXP8 Q3U6Q4 Q3U9V4 Q54AE3 A1A4T4 P35991 Q9DAS9 Q3UG14 Q3UGN1 G5E884 Q8C6X4 SIGNALING BY FGFR2 AMPLIFICATION MUTANTS%REACTOME%R-HSA-2023837.3 Signaling by FGFR2 amplification mutants E9QK53 AFLATOXIN ACTIVATION AND DETOXIFICATION%REACTOME%R-HSA-5423646.6 Aflatoxin activation and detoxification Q9Z2A9 Q53ZD4 Q8CG76 A7DTG9 Q8C255 Q91X75 Q91XE4 A0A0A6YWX7 Q9CPU4 Q99JP7 Q3V175 A0A0R4J050 Q4FK56 B6VGH4 Q2KHL4 G ALPHA (Q) SIGNALLING EVENTS%REACTOME%R-HSA-416476.8 G alpha (q) signalling events Q9Z1S3 Q6GR78 P30678 Q3UFN1 Q3UPA1 Q3U9V4 P35991 Q99JA4 Q3UG14 Q3UGN1 Q920A1 Q8CBT5 P29387 Q3UHH5 Q76JU9 P63213 Q3V249 Q6S9I3 Q9QXZ9 O08675 Q3TQ70 A0A1Y7VN85 Q6P8Y9 Q544V2 P58308 P63216 Q8BZ39 Q3UMY0 Q4VA56 Q3TJ94 P61953 P29754 P50153 A1KXK3 Q542U0 Q8VCK6 D3Z621 Q9JMF3 Q8BMJ5 Q8BR34 A2ACT4 P56942 Q61012 Q542T1 Q8CDT4 Q05AD1 Q8BLG2 Q9JL25 Z4YJQ4 Q922W6 O54798 Q14AB2 Q14A28 P70227 P55095 Q059S5 Q91UZ1 P21729 Q0VDP6 Q8C8N0 A0A0R4J289 Q9CXP8 O88536 Q8R1I2 Q8BFQ3 P30558 Q54AE3 P32299 G3X9K0 Q3UQ86 Q3V0U2 Q9WVA8 P48757 P22389 P30548 E0CY28 Q9DAS9 Q9QY96 Q3TPL0 Q8R041 O88634 Q547R2 Q8BZV9 Q3UN81 Q544K2 Q149W7 Q62361 Q3TST4 Q6P8H4 Q9JKL1 Q5D078 Q3TU81 Q8CED6 Q8BFU7 A7VJD3 Q8BFU4 Q3UTR7 Q541G7 Q8BMC0 Q08AU6 O08849 Q0VEH1 Q4VA00 I0J0X7 Q3UTE9 Q8BNT7 B2RS62 A0A250SH12 Q8K443 Q544B4 P0C0P8 Q0VBD7 Q5FW64 Q3ZB46 E9Q468 Q9Z282 Q6NS65 Q91YU8 C5H7S2 A0A0A6YWD0 Q9JL06 Q0VBE5 Q924H0 Q5NCN8 Q32MS1 Q61614 Q8CE23 Q9JJL9 Q3UZ41 S4R1K3 Q3V2S5 P47937 V9GXQ3 Q9D3P9 Q7TPD5 Q8K4Z6 A0A1C7ZMY0 B1AXN9 P55099 Q8BUD0 Q62035 P04918 Q53YN4 Q7TS64 Q3UXW9 Q8CCQ1 Q6NV56 Q3U1H9 Q545V4 Q3UUQ5 A0A0N4SVY6 Q9WU02 Q8JZL2 Q920N8 Q9QUG9 Q8CI86 Q4VA93 Q3UPW0 Q3V3V2 Q544E0 A0JP53 D3YWQ0 Q6DIC8 Q8C413 Q91WC9 O88673 A2APU5 A4FU75 Q6P5E8 Q99LR1 Q9D375 Q6NS52 P16054 A2AHK0 Q9R1C6 P48302 Q3UKY1 Q3UXE9 Q810V8 G5E825 Q9WVF5 Q8C7P2 Q9DBL0 Q5FW61 Q8BZV1 A2ANQ2 P42337 Q61411 Q3USK4 O08908 P63085 Q920H4 Q549B6 Q543D4 Q63844 P12657 S4R2T0 B3Y5T0 Q9D091 Q542R4 Q02152 Q0KL02 D3Z4R2 Q4FJV4 GENERATION OF SECOND MESSENGER MOLECULES%REACTOME DATABASE ID RELEASE 96%202433 Generation of second messenger molecules Q8CIH5 Q6PB99 Q53WY0 P70460 Q62077 Q3TSV7 O78196 Q6P5P1 Q3U0E8 Q5DTJ2 A8E0Y8 Q5STT8 A6H6M1 Q60787 E9Q696 P43404 Q546H1 B2RUR0 Q8BH99 B1GX81 G5E884 Q3U4Y3 MYD88 DEPENDENT CASCADE INITIATED ON ENDOSOME%REACTOME DATABASE ID RELEASE 96%975155 MyD88 dependent cascade initiated on endosome Q3V1B5 Q8BN07 Q6GR78 Q3UEB8 Q9WTX6 Q542T3 P0CG50 Q4FJP7 Q80UF7 Q80ZA1 Q8C6X9 P41969 Q8BJQ4 Q52L79 Q548Y4 Q5D0E0 Q5SWN9 Q5SRW7 Q5NCN8 P01101 Q5SUR3 Q923A8 Q7TPD5 Q7TSJ7 B1AXN9 Q3U607 Q8C9D4 A0A286YDT6 Q60778 Q8CBT3 Q9Z1E3 Q3TMJ8 Q5SRY7 Q5U421 Q3U2P8 Q60521 Q8C094 P63085 Q8VC91 P25799 Q9D5S8 Q99K90 Q569Y6 Q8CE90 Q8CF89 A2RTT4 Q63844 P70196 Q09HN3 Q9EQU3 Q8K2U0 Q9WUI1 P63330 Q3U7M4 Q547H1 Q3TUH8 Q8BR10 L0CL36 Q8R4K2 Q8BFV3 Q3UY00 P04918 Q80SY9 Q540J8 E9QMH7 Q3UAR6 Q9CR56 Q5EBQ4 D3Z6V8 A0A1W2P715 Q810V8 F8VQ72 Q99JG7 Q76MZ3 Q8CBR9 Q3TL44 Q64HC9 Q8CEC5 E9QNX4 Q8CFA1 I3PQW8 Q60929 Q62151 Q91V89 E9PYI8 Q8VC16 Q3TY83 Q9D7X3 A0A0R4J174 Q3TAR6 Q599W9 E9QPQ6 Q8BIX1 Q3UV15 DEFECTIVE F8 CLEAVAGE BY THROMBIN%REACTOME%R-HSA-9672391.3 Defective F8 cleavage by thrombin Q3TJ94 E9QPU1 Q8BQ43 REGULATION OF CDH11 MRNA TRANSLATION BY MICRORNAS%REACTOME DATABASE ID RELEASE 96%9759811 Regulation of CDH11 mRNA translation by microRNAs Q8VD67 B1ATC3 Q8BJP2 Q8CJF9 Q3UHK8 Q8C7Q6 Q3UD86 Q9CS58 Q3UQ34 ROLE OF LAT2 NTAL LAB ON CALCIUM MOBILIZATION%REACTOME%R-HSA-2730905.4 Role of LAT2 NTAL LAB on calcium mobilization D3YZ57 Q8BTI9 Q3USK4 Q3UHZ0 P42337 Q8C7P2 Q6P1E0 Q9JHL0 Q3ZB59 O08908 Q8CEI0 DISEASES OF CELLULAR RESPONSE TO STRESS%REACTOME%R-HSA-9675132.4 Diseases of cellular response to stress Q545C3 Q0VBK8 Q64364 SUCCINYL-COA BIOSYNTHESIS%REACTOME DATABASE ID RELEASE 96%9853506 Succinyl-CoA Biosynthesis O08749 Z4YJV4 Q9D2G2 DISEASES OF BRANCHED-CHAIN AMINO ACID CATABOLISM%REACTOME%R-HSA-9865118.1 Diseases of branched-chain amino acid catabolism P53395 O08749 Q6P3A8 Q3U3J1 Q3UCB5 Q8QZT1 Q8BH95 Q6PD20 E9QMT1 Q9JHI5 B9EHW0 Q99MR8 Q8QZS1 SIGNALING BY RAF1 MUTANTS%REACTOME%R-HSA-9656223.2 Signaling by RAF1 mutants B1AYC9 Q3TU98 A2AI78 Q63844 Q8BW40 Q80TM2 Q3UER8 F8WIS9 Q91YS7 E9PV24 E9QPU1 J3JS97 Q99N57 Q3UV75 Q9D091 O54890 P28028 Q3TGR2 A2A9K7 Q8CAD1 A0A1Y7VNZ6 Q3UZF9 P41241 Q8CCM0 P05480 Q61411 A2A5N2 Q3TMJ8 Q8BL41 Q3V3W9 Q9QUM0 Q8BWG8 P63085 Q52L50 Q64727 Q62120 LOSS OF FUNCTION OF FBXW7 IN CANCER AND NOTCH1 SIGNALING%REACTOME DATABASE ID RELEASE 96%2644607 Loss of Function of FBXW7 in Cancer and NOTCH1 Signaling P62878 Q5SUR3 Q01705 Q9WTX6 POLYMERASE SWITCHING%REACTOME DATABASE ID RELEASE 96%69091 Polymerase switching Q4KL82 Q8C2T6 B9EHJ9 O35654 P33610 Q5U4B1 Q5FW94 Q8BH76 Q547B4 Q99J62 P52431 Q3TKD1 Q542J9 Q5HZI8 RUNX1 REGULATES GENES INVOLVED IN MEGAKARYOCYTE DIFFERENTIATION AND PLATELET FUNCTION%REACTOME%R-HSA-8936459.2 RUNX1 regulates genes involved in megakaryocyte differentiation and platelet function B2RTK3 Q8CGP7 F8WI37 Q149V4 Q8VD67 B1ATC3 S4R1M3 E9PYH6 Q3UHK8 Q8R1M2 Q9CX58 Q6ZWQ9 Q6PHU4 Q6P8R3 Q64524 P10853 A2CFB8 Q08024 Q80YQ1 Q9QUM0 Q920N8 Q99LT0 B2RWH3 Q64475 Q64478 C0HKE5 Q9D2U9 B2RR30 Q6ZWY9 A0A0A0MQ73 Q8BJP2 Q3URP1 Q8BX09 Q3UD86 P27661 Q3UKZ9 Q60520 Q58E49 Q8BJ14 P61965 Q9CS58 Q6NZB1 A3KPD0 A0A0R4J0Y5 Q8CJF9 Q3TN09 O35615 P84228 Q8CGP2 Q8CGP0 P17679 A0A6F8X1J9 SMAD2 3 MH2 DOMAIN MUTANTS IN CANCER%REACTOME%R-HSA-3315487.4 SMAD2 3 MH2 Domain Mutants in Cancer Q8BUN5 Q62432 E3SRG8 REGULATION OF TP53 EXPRESSION%REACTOME%R-HSA-6804754.2 Regulation of TP53 Expression Q60636 Q80ZA1 REGULATION OF CDH11 FUNCTION%REACTOME DATABASE ID RELEASE 96%9762292 Regulation of CDH11 function Q02257 Q8C7Q6 Q9Z1P8 Q6PFX6 G3X9V2 A2AP51 Q02248 Q545R0 Q3UHT3 Q8C449 TICAM1,TRAF6-DEPENDENT INDUCTION OF TAK1 COMPLEX%REACTOME DATABASE ID RELEASE 96%9014325 TICAM1,TRAF6-dependent induction of TAK1 complex Q99K90 Q8CF89 P70196 P0CG50 Q80UF7 Q99MB1 Q923A8 Q9D5S8 LAGGING STRAND SYNTHESIS%REACTOME DATABASE ID RELEASE 96%69186 Lagging Strand Synthesis Q4KL82 Q9CQ71 Q91Z50 Q8C2T6 B9EHJ9 O35654 P33610 Q5U4B1 Q5FW94 Q6ZQJ5 Q8BH76 Q547B4 Q99J62 Q5SWN2 P52431 Q3TKD1 Q542J9 Q8R055 Q62193 Q5HZI8 SIGNALING BY CTNNB1 PHOSPHO-SITE MUTANTS%REACTOME%R-HSA-4839743.5 Signaling by CTNNB1 phospho-site mutants Q7TS75 Q14DJ8 Q8BN07 Q6ZQK4 Q6PJ87 Q6PD03 Q76MZ3 Q5KU03 Q02248 Q91V89 P63330 Q6PD28 Q8BIX1 Q61151 Q8BNP7 REGULATION OF SIGNALING BY CBL%REACTOME%R-HSA-912631.3 Regulation of signaling by CBL Q91ZZ2 P42337 Q8VDU4 Q6P1E0 Q8C7P2 Q3UXE9 A2RS58 A0A0X1KG61 D3YWR2 D3YZ57 Q8BTI9 Q8JZR2 Q8CI98 O08908 P08103 Q8CEI0 Q3TJI7 GAMMA CARBOXYLATION, HYPUSINYLATION, HYDROXYLATION, AND ARYLSULFATASE ACTIVATION%REACTOME%R-HSA-163841.7 Gamma carboxylation, hypusinylation, hydroxylation, and arylsulfatase activation A0A0R4J138 P33587 Q61592 Q3TR66 P23188 Q8BQ43 Q9CWQ0 Q9CR25 Q8CI01 Q7TQJ3 Q9JJF3 Q4FK50 Q5NBZ3 P63242 Q3TYD4 Q8K274 Q8R0F3 Q8CD15 Q3U0K8 Q9QXB9 Q3TXU5 P50428 B2RS80 Q32KI9 Q3TJ94 Q32KI8 A0A0R4J1N2 Q8BTU7 Q9CQK7 Q5NCQ5 Q8BFT6 Q9CQ28 Q8BPG6 P58252 Q91ZF0 Q3U4N2 Q3TQN1 Q3TF02 Q99LN9 Q80Y26 B2WTI2 Q9CXT6 Q3U5K4 D3YXV3 Q8BGY2 Q542C2 P16294 Q9D7J8 Q3TIV5 NFG AND PRONGF BINDS TO P75NTR%REACTOME%R-HSA-205017.3 NFG and proNGF binds to p75NTR Q9Z0W1 Q6LDU8 HUR (ELAVL1) BINDS AND STABILIZES MRNA%REACTOME DATABASE ID RELEASE 96%450520 HuR (ELAVL1) binds and stabilizes mRNA Q53YN4 Q5F2A4 Q80U93 P70372 Q8BYY5 D3Z7M9 Q4VA93 HYPUSINYLATION%REACTOME%R-HSA-204626.3 Hypusinylation Q8BGY2 P63242 Q99LN9 Q3TXU5 MATURATION OF PROTEIN E%REACTOME DATABASE ID RELEASE 96%9694493 Maturation of protein E P0CG50 REGULATION OF COMPLEMENT CASCADE%REACTOME%R-HSA-977606.9 Regulation of Complement cascade A0A3B0IP04 Q8CFG9 Q02105 A0A1W2P7F1 Q3TJ94 P58019 P29788 Q5U7A4 A2A998 Q8BH35 Q9DBB9 E9Q6D8 Q9JHH6 Q9JJN5 Q4LDF6 P97290 Q3UP87 O88174 Q3TQG5 Q61129 E9Q8I0 Q3TR66 P21180 Q549A5 A0AAQ4VMX2 Q61406 P35762 P01027 P06684 P30993 Q3UEG8 Q9DAC2 E9QQ21 Q9DC83 A0A0R4J032 P14106 D3YXF5 CLATHRIN-MEDIATED ENDOCYTOSIS%REACTOME DATABASE ID RELEASE 96%8856828 Clathrin-mediated endocytosis Q6P1B9 Q6PAR5 F2Z3W8 Q3U0D7 Q8CD59 Q9DCE6 P63024 Q9D1J1 Q8BVT9 Q3UGH4 Q0VB06 O35114 Q3TN93 Q5NCM7 Q3TPH5 Q8BNK9 Q3TX55 Q3U1P2 Q543N7 Q2TK26 V9GXM1 Q9JM76 Q80VP1 Q3UQN2 P17426 A0AAQ4VMU6 P0CG50 Q8C9W4 Q8K285 Q9JKY5 Q921L6 Q5SW83 Q570Z8 Q9R0Q6 Q3UFC3 Q9ER41 Q3UJ76 Q3TTB3 Q6PEE6 Q8CJ53 Q7TT20 A0A0G2JEG8 Q3UUQ5 Q3UHF8 Q3SWS4 F8WHW6 Q8C788 Q9CXQ9 A0A087WSR7 Q8C142 Q9R0N9 Q3UHJ0 F8VPL2 A0A0R4J0F6 A2ARV4 Q3TV62 Q8BZ60 Q5SWR1 Q9QZM0 Q543Y7 Q9CPW4 Q6A0C9 Q9CVB6 Q8BZ98 Q3ULF7 A0A0J9YUN4 A0A1L1SRE8 Q60838 P29754 Q8VD75 E9Q7S0 Q8BLL2 P26361 A2AQ45 E9PUK3 Q3TYJ1 P30548 Q545E4 P22725 Q8BWG8 Q6PFA2 Q9WVF5 J3JS97 Q61521 Q0VEB7 Q14AI7 Q8BV13 Q543J8 Q5FW64 Q8VBV7 Q3UQL2 Q68FD5 Q9CZ04 Q3V3N6 P70280 Q3UMA3 Q3UIT2 Q3TRJ7 Q3TGH8 Q3TWZ9 Q62420 Q3UGN9 Q504P4 Q80TZ3 Q3TSV7 Q6P5P1 Q3TT90 Q9CZV7 Q3UKQ5 Q8C458 Q9CQD1 Q80ZL3 A0A0X1KG61 Q8C266 Q3TCR7 A0A0R4J0R1 Q8C6V9 Q3UI46 Q3U4Y3 Q542D9 Q6NVF0 P18762 Q8BSN6 Q4FJT2 O35864 Q921I1 Q3UWD7 Q8CHR4 Q9ERZ4 H6RXZ1 A0A0R4J2C2 Q7TS64 Q8C4B5 E9Q414 SULFIDE OXIDATION TO SULFATE%REACTOME DATABASE ID RELEASE 96%1614517 Sulfide oxidation to sulfate Q9QZD8 E9PY03 Q9R112 Q9DCM0 Q545S0 Q8R086 HDACS DEACETYLATE HISTONES%REACTOME%R-HSA-3214815.5 HDACs deacetylate histones B2RTK3 Q8CGP7 Q149V4 A0A0R4J243 A0A140T8R7 Q6P3E7 O88574 Q8VH37 Q3U1Z7 E9Q317 E9QMN5 Q547N0 F8VPQ2 Q5SQF8 Q8BM83 A2CG63 Q3TMT1 Q6ZQ88 Q3UII8 Q64524 P10853 Q64525 Q60972 Q2KHS8 Q9R190 B2RWH3 Q64475 Q64478 C0HKE5 Q921N8 Q9D2U9 Q6ZWY9 Q9QXE7 Q8CHB6 Q8C5H3 Q8VHR5 Q8BHJ5 Q8K0T3 Q58E49 Q80ZV7 Q64522 A2AB79 Q9Z2D8 Q8CGP4 F8V330 A3KPD0 Q8CGP5 Q9JM08 P84228 Q8CGP2 Q8CGP0 MALATE-ASPARTATE SHUTTLE%REACTOME DATABASE ID RELEASE 96%9856872 Malate-aspartate shuttle Q80X52 P05201 Q5SX53 P05202 Q8BH59 Q8C140 P08249 A0A5F8MPN8 Q9DB41 SARS-COV-1 TARGETS PDZ PROTEINS IN CELL-CELL JUNCTION%REACTOME DATABASE ID RELEASE 96%9692912 SARS-CoV-1 targets PDZ proteins in cell-cell junction B2RRY4 CONJUGATION OF BENZOATE WITH GLYCINE%REACTOME DATABASE ID RELEASE 96%177135 Conjugation of benzoate with glycine E9Q5L8 Q91XE0 Q91VA0 FOXO-MEDIATED TRANSCRIPTION%REACTOME%R-HSA-9614085.3 FOXO-mediated transcription Q9Z2V4 P47876 E3SRG8 P31750 P10639 A8IP69 O70456 P35576 Q9WVH4 Q99PH8 Q4FJK3 Q9DB01 Q5HZK4 Q9CPU7 Q6PEB3 Q4FJX9 P57774 Q3TMT1 Q8CFN7 Q564P6 A0A1B0GRM0 Q8BUN5 A2A5N2 Q62432 P46414 Q9WTN3 Q3V405 Q3UU47 Q8BG60 Q5BMX4 Q8C6X4 Q810M8 Q540E2 P06537 Q4KL34 Q3V4A1 Q80UG2 Q99MQ3 Q3UEG0 Q8K441 P01193 B2RR30 Q6GQV9 Q9R1E0 P63101 Q3UMH6 Q8CE74 Q60793 Q60520 O35740 Q58E49 Q8BJ14 Q3V1Q8 P24270 Q8C590 Q7TPS7 O70343 Q53Z05 Q5SVI6 P49817 Q9DBV7 Q544F9 Q5EEX1 THE ROLE OF GTSE1 IN G2 M PROGRESSION AFTER G2 CHECKPOINT%REACTOME%R-HSA-8852276.4 The role of GTSE1 in G2 M progression after G2 checkpoint P30276 Q80Y52 P54775 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 P11440 Q80ZA1 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q3TPZ2 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 Q71LX8 O35593 Q9R1P3 Q14AQ1 Q564P6 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P70195 Q3U4H0 O35450 Q60692 E0CXB1 Q542Q3 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 TRANSLATION OF REPLICASE AND ASSEMBLY OF THE REPLICATION TRANSCRIPTION COMPLEX%REACTOME%R-HSA-9694676.4 Translation of Replicase and Assembly of the Replication Transcription Complex A0A1B0GR63 Q9CQ10 Q8VD65 Q6PF93 B1AZ39 E9QAM0 Q9D7F7 D3Z7W0 Q9D8B3 M0QWC2 Q8K245 Q78V99 DEFECTIVE SLC2A9 CAUSES HYPOURICEMIA RENAL 2 (RHUC2)%REACTOME DATABASE ID RELEASE 96%5619047 Defective SLC2A9 causes hypouricemia renal 2 (RHUC2) Q3T9X0 NUCLEOSOME ASSEMBLY%REACTOME DATABASE ID RELEASE 96%774815 Nucleosome assembly B2RVH1 A2AQ14 B2RTK3 B2RWH3 A2AC07 Q8CGP7 Q66JQ7 Q64475 Q64478 A0A0R4J037 Q149V4 C0HKE5 Q9D2U9 Q9DAY9 Q6ZWY9 S4R1M3 O35216 Q9QYM8 A0A1I7Q4A6 P27661 Q8R1M2 Q8C5H3 Q8C4M7 Q3TJM4 Q3U1C2 Q64524 P10853 Q60972 Q9CQA0 A3KPD0 Q91ZW3 Q9CZW2 Q9CQ82 Q8CGP2 B8JK52 B2RVI6 Q8CGP0 Q3TTB0 Q3UPF6 Q9D084 Q9CZJ6 Q14A61 Q80WQ8 E9PWW9 VIRUS ASSEMBLY AND RELEASE%REACTOME%R-HSA-168268.5 Virus Assembly and Release B2MWM9 Q5SUC3 ACTIVATED PKN1 STIMULATES TRANSCRIPTION OF AR (ANDROGEN RECEPTOR) REGULATED GENES KLK2 AND KLK3%REACTOME DATABASE ID RELEASE 96%5625886 Activated PKN1 stimulates transcription of AR (androgen receptor) regulated genes KLK2 and KLK3 P19091 B2RTK3 B2RWH3 Q8CGP7 Q6ZQ88 A2BEG5 Q64475 Q64478 Q64524 Q8CE59 Q149V4 P10853 C0HKE5 Q9D2U9 P70268 A3KPD0 Q6ZWY9 S4R1M3 P84228 Q8CGP2 P27661 Q8R1M2 Q8CGP0 FGFR2 MUTANT RECEPTOR ACTIVATION%REACTOME%R-HSA-1839126.4 FGFR2 mutant receptor activation A0A3Q4L2S8 A0A338P6M3 Q0VER9 P61219 Q0VG15 P62488 P08775 A0A7U3JW97 O35565 A0A7U3JW51 Q8C399 Q6ZWS1 A0A7U3L6F4 Q541T2 Q544I6 Q3U1V5 A0A7U3JW80 E9Q2N2 Q9CQ49 E9QK53 P97760 Q8BFX0 Q3THK3 Q8CFI7 P60898 Q3UYV9 Q3UMJ4 Q6PI63 Q3V214 PEROXISOMAL PROTEIN IMPORT%REACTOME DATABASE ID RELEASE 96%9033241 Peroxisomal protein import Q9D0K1 P0CG50 B1AUE5 Q91YZ5 Q3UFQ4 Q5SWQ8 Q9R0A0 Q9DBM2 P51660 Q3TN99 Q9CT84 Q921H8 Q8BZR4 Q14DI6 Q3UVJ7 P38060 Q8BK80 Q4QQL2 O88844 Q91X34 Q3TXR6 Q3UEE8 Q9R0H0 Q9D2U3 Q3UEN9 Q9NYQ2 Q5BL07 Q9DC50 Q8C7T5 Q99LC9 Q99P30 P11930 Q99MZ7 P32020 Q9DCM2 O09174 P29477 H7BX88 Q91WH3 Q9DCH6 Q8CGB9 Q9D2B4 Q3UQ71 Q8C178 A2AL50 Q9QXD1 Q9DBA6 B7ZNK8 Q3UEJ8 O35459 D3Z3F5 Q6P2K2 G3UVW1 Q9QXE0 Q3TPC7 P24270 GROWTH HORMONE RECEPTOR SIGNALING%REACTOME%R-HSA-982772.3 Growth hormone receptor signaling E9PXU2 Q63844 Q8C3F4 Q3UP14 Q6GU23 Q8C5N1 O35716 Q548Q7 Q543V3 Q3TZW9 P81122 P42232 Q9JIA0 Q99K94 Q9CPQ2 Q3UCJ0 Q8CEI0 P63085 Q62120 O35718 TRANSMISSION ACROSS ELECTRICAL SYNAPSES%REACTOME DATABASE ID RELEASE 96%112307 Transmission across Electrical Synapses O54851 Q9JIP4 A0A654IER4 Q6IMP4 INFECTIOUS DISEASE%REACTOME DATABASE ID RELEASE 96%5663205 Infectious disease Q5SVY2 Q3UKJ3 Q8C833 P15530 Q9QXJ2 A0A0R4J243 A0A140T8R7 O88574 Q8C7D2 E9QJS1 Q5SS40 D3YWR2 Q3U1Z7 P15261 E9Q317 Q63953 P17426 I4DCY6 P68181 P33896 Q547N0 O08530 F8VPQ2 Q5SQF8 Q541Z2 Q52L79 P11911 Q3UJ76 Q8K2I1 A0A0R4J0R7 Q6PEE6 A2CG63 Q9D1P6 Q3UDS1 Q8C7E9 Q80X82 Q8CE71 P09103 A2AEK1 A0A2R8VK76 P62878 Q3V141 Q9CQF3 Q3UGU6 Q3V1M8 Q99LC2 Q99LI9 Q3U9V4 Q5SWR1 Q6A0C9 Q3UG14 Q3UGN1 P29387 P63213 Q3TQ70 Q6P8Y9 P63216 Q3UMY0 P61953 P50153 Q8R3X6 Q9JMF3 Q61012 Q8BKV1 Q9CXP8 Q54AE3 Q9CUZ6 Q9DAS9 P22725 M0QWP1 Q9CTE0 Q3V1F2 Q64519 Q8K2T8 Q5XJE5 Q9CTY6 D6RDC7 Q3U5S6 Q05CJ7 P13405 Q3U5E6 Q5FW97 Q3UKR0 Q6SJQ0 Q3U7T8 P55144 Q2UZW7 Q61592 Q4FJV3 Q60805 Q9CZX9 A0A087WPY4 Q8K3C0 H3BLN8 Q3TR66 Q6U7R4 Q8CCF8 Q2HZ94 P63168 P59235 B2RX66 P51655 Q9JHU4 A0A2I3BPX3 P43407 Q8BH74 S4R1L3 Q8R480 Q6ZWM8 Q6ZWU9 Q3TYJ3 Q8BH79 Q9CWU9 G8JL82 Q3TPJ8 Q9ERU9 Q9D0M5 Q6PDL0 Q3U379 Q3UTZ4 Q52KG8 Q6PB70 Q3TWB2 Q8CDZ5 M1H0B0 Q3TWG5 Q14AT5 Q9D1M0 Q75UR0 Q9Z0W3 Q3UHJ1 Q4FJP7 Q9R0T8 Q3UII8 Q8VEK3 B9EHJ3 Q2KHS8 P97760 E9PWD3 Q8BFX0 Q3THK3 Q8CFI7 P51949 E9Q6K1 Q9D0L8 P60898 Q8K2X8 Q7TPY0 P49135 Q3THG5 Q3UMJ4 Q6PI63 E9PYK3 Q3V214 H7BWY5 Q9DCC1 Q3UZB8 Q2NL51 A0A3Q4L2S8 Q3THR4 Q3UFE4 Q7TMM8 A0A338P6M3 O55201 G5E856 Q7TPV0 Q8CIE4 Q542U3 Q2EMV9 P61219 F8WIK2 P62488 P08775 Q8CAH8 Q9D2U9 A0A7N9VR83 Q544F3 Q9DBC7 Q8BKH7 A2ADH1 Q3UCJ0 Q8CEI0 Q3TJI7 Q8C5H3 Q8CE74 Q3TLP8 Q9CR26 Q8BM73 Q8BMZ7 Q810I0 Q921E6 Q3TSR1 Q78HU3 Q8VEJ9 A2A4K0 Q8R0J7 A2A6M1 A3KPD0 P34022 Q3UCW0 Q6PFB2 Q3UV99 Q3UH70 A0A494BAR3 Q3UJC3 P51682 Q9D7S9 Q8BH48 Q8C2W4 P84228 Q8BFR5 Q8CGP2 Q99K94 Q8CGP0 Q3UV15 A0A0R4J0D3 Q9DBG6 B2RTK3 Q8CGP7 P61804 Q3UHZ0 P31750 Q8C7P2 Q149V4 A8IP69 Q6QI06 Q8CDH5 Q5DTJ2 Q9JLN9 G3UZX4 Q812A5 O54734 A0A3Q4EC26 Q9CPR7 B2RRA5 Q3TU94 A1L0V6 Q8VDU4 Q3TGP5 Q64524 Q3U5B1 Q8CBI1 P35235 P10853 Q3URR1 Q543X3 Q3TSV7 Q3U1L4 Q8C458 Q8BMR3 Q60972 Q9CQD1 Q8C266 Q01853 D3YZ57 Q3U573 E9Q696 Q8BP64 Q78XF5 Q3U4Y3 Q8C6X4 B2RWH3 Q64475 Q64478 Q8CDB3 Q5KU03 Q6PJ87 C0HKE5 Q6AXH7 Q60FD1 Q3URU8 Q6ZWY9 Q91ZX1 E9PW15 Q9CQ49 Q8BG30 Q3UIA1 E9QAP7 G3X956 P09055 Q3UIR2 B9EJX5 Q9D0D5 Q99JX1 Q3U3M5 Q3UWX7 Q3UT56 Q8VI33 Q9R1C0 A0A3Q4EGS4 A0A087WNT1 Q922L6 B1Q2W7 Q6A0A3 Q08943 P63271 Q9QWV9 Q3ULN2 Q3TN86 F8VPY2 Q149E9 Q9EQH4 Q99J95 Q3UYV9 A0A0R4J119 Q8CB77 Q6RI65 Q7TQK0 Q62311 O08856 A2ASY1 Q8BQ46 Q7TSG2 Q8C4Y3 Q8BUR4 P61216 Q8C4N2 Q8BHL5 Q4FJQ0 P62137 P62141 B2RRX1 K7Q751 Q8BH99 P97333 Q60960 Q5FWJ9 Q8BUA6 F6ZDS4 Q9JIH2 Q6PDG0 Q3TJ94 Q8BU75 Q8K1M3 O54962 P29341 Q8VCB1 A0A1D5RLQ0 P48962 Q8C570 Q80U93 E9QL43 Q3TRQ0 Q3U425 Q8BRF6 Q8BQF0 Q545A2 A2BI12 Q8BPS7 A0A0R4J0N8 Q566K0 Q8BTS4 J3JSA4 Q8R4R6 P97461 Q4VAG4 Q58E35 P86048 Q4FJX1 Q9CQD0 P62911 Q545X8 E0CXT7 Q9D1Q4 P14206 Q9CPR4 O70152 Q0VBA4 Q3UC02 Q545R7 D3YYB0 Q8CCS6 Q5M9M4 Q5M9M0 Q4FJR9 Q6PFA2 Q5YLW3 B2MWM9 P62827 Q80Y52 Q9CQR2 C0LLJ0 P62264 E9Q179 Q6ZWN5 Q543M7 Q4FZH2 Q8BP67 Q5SUC3 Q5M9N8 Q642K1 Q9JIQ8 Q9CXW4 P62717 Q3V033 Q9D2Y4 Q3URC9 Q3UNK5 Q8BKC5 Q561N5 Q5M9K7 P62830 Q5FW64 Q3UHW8 P41969 Q921K2 P99027 Q9D823 Q68FD5 Q61696 Q03963 Q3UFV9 Q505A8 Q58EA6 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 Q504P4 Q497N1 Q5CZY9 P84078 P19096 O88587 Q8VD65 Q6PF93 Q9EQU3 Q62093 P84104 E9PUK6 Q3THA6 Q6PDM2 Q3TWW8 Q80X98 Q91VC3 Q9DC48 Q8BV04 Q8BGJ9 Q9D0B0 O08583 Q3URV7 Q99M28 P70372 Q549A5 Q8VE47 Q8C7R4 P29788 A0A0R4J1L4 Q7TN05 Q8CC13 Q8CBB7 Q8BW87 Q3UG16 P01898 P01887 P61967 Q8K212 Q64525 E9QAM0 D3Z7W0 Q66JT6 M0QWC2 Q8K245 Q9D5S8 Q99K90 Q569Y6 Q8CF89 A2RTT4 P70196 Q3TM87 Q9DBK7 Q2M4H5 Q3TTE7 P29477 E9Q555 P63101 A2AN08 P68510 Q6P2K2 Q58E49 Q8QZY9 Q5KU39 Q5KU38 Q569Z5 Q920D3 Q9JKR6 Q3U3K9 A2ALF2 Q80Y51 Q9Z2X8 Q9Z2X1 Q60943 Q99JH8 E9Q5R7 Q9DCY1 Q8C016 P49817 Q8C1S0 Q91YR7 Q8BPI5 A2AER7 Q4QQM3 B9EJX8 Q9JKK0 Q8CFR9 Q9CX86 P50096 Q8VCS6 Q5SX75 Q3UJR8 Q8CFQ9 Q9D8V7 Q7TNI7 Q8C839 Q9EQC8 Q7TSI6 Q9CQI7 Q3TKY6 Q3TVM1 Q9Z0E6 Q9R0C8 Q69ZQ2 Q5U3M2 Q9D2N9 B9EHN0 P50404 Q62276 Q8BTS3 Q9CZW5 O19441 Q8BTV2 Q5EBP8 A2AQA7 Q544E6 Q9DBB5 Q9QZU9 Q8VDM6 A7VMS3 Q9Z204 A0JNY7 Q4KL81 Q3UR88 Q570Z0 Q9CRI3 Q8CH18 Q3TR46 Q8CH02 Q9WV02 Q6ZQ58 Q71LX8 Q9DBF7 Q9QYJ0 Q8BHS3 Q3UEB3 Q5FWJ3 P08071 Q3UE22 Q8CAB9 Q3U1N0 Q99LP6 Q6NV83 Q8C076 Q56A08 Q9R007 P41245 Q8VHM5 Q58E59 B2RSV4 Q8QZT4 Q3UV88 Q9DB91 A2ADL9 A0A2I3BRW0 B2RRY4 Q6PE01 P23188 Q9CXG3 Q3UDU9 Q3UE64 Q922V4 Q8JZX4 Q05CL7 Q8VCM2 Q9EPL8 Q7TN25 Q9CQ39 A2AR02 Q8BH43 P09411 Q8BQR8 Q8C470 Q3UF16 Q8C2Q7 A2AS98 Q3UJ82 Q5FWJ5 Q8R5H6 H7BX23 B3VQI8 Q542W3 Q8CB58 Q5QJQ9 Q9D8C6 Q6AXH6 G3X8Y8 Q91VR8 Q91W86 E9Q9E1 Q8CJ00 Q8VIJ6 A4FUW1 Q6ZWQ7 Q3UW57 Q99KG3 A0A140LHR3 Q923D5 Q3UKP6 Q923D4 Q5D0A4 P60335 Q3TPY5 Q9D873 Q8CHR4 P60879 Q9Z1K5 Q69ZS6 Q9CVU5 P61264 Q8K1X4 Q6GQS5 Q9JIS5 Q3UN87 Q8CIZ9 H6RXZ1 B9EJ46 Q8BKC7 A0A0R4J2C2 Q3UCF2 Q62442 Q8BG39 Q810A7 P70333 P27773 P70362 Q8VE91 Q6GQT6 Q8BTI8 Q80U83 Q9D6L8 Q99KV1 Q8C1E4 Q3TQX5 Q921W0 O88569 Q9DCD2 Q543F1 P83870 G5E8G0 Q4G0C5 Q8VCI5 Q78JM7 P59708 G5E8I8 Q8BGT7 G3X8Q0 Q91YN9 Q9CZ96 A0A0R4J0D4 A2AA71 Q61335 Q9CZ82 P57784 Q61107 Q3UNG1 P08103 Q3TEK8 Q6NXL1 D3Z569 Q8BPU7 D3Z0M9 Q8BKP8 Q9D6D8 Q80ZX0 Q99MR6 Q8R307 Q0VGU0 Q9ES97 Q3TT81 Q9CYJ8 Q9QZH3 Q31093 Q99JW5 Q9JHS9 A2RSB9 Q6P4T2 Q91YE7 Q9CWL8 P97390 Q5SUH7 P84309 Q3UJB0 Q9WV32 E9Q9A9 Q91WF3 Q9CUG0 P29452 Q3TX55 Q9CWK3 E9PZP3 B2RVZ3 Q6PCP3 A0A2I3BRC5 Q497W9 Q542R8 Q99KP6 Q9JM76 Q8R2Q8 Q922R0 P70343 P63154 Q9DC51 Q9ESJ4 Q3U0Y6 Q8CDV7 P26151 Q9D7F7 E9Q706 Q5SW83 Q9R0Q6 Q80Y09 Q8K1I7 Q8R4B8 Q78V99 A0A0B4J1G0 Q2PMY2 Q059V7 A0A0R4J0P5 A0A1B0GR63 Q9WTI7 Q8CIH5 O88444 Q9CXQ9 Q8C863 Q53WY0 Q9Z257 Q5U7A4 Q6PGK0 E9Q967 Q54AA2 Q9D8B3 Q3TY04 Q60614 Q3UUN2 P10749 P35991 Q99JA4 Q60855 Q6PEV3 Q9CQ10 P51141 Q9CPW4 P14234 A0A679AXP3 Q3V175 Q9CVB6 B2RSH2 B1AZ39 Q4FK56 Q3ULF7 Q920A1 D3Z4J3 Q8VHI6 Q80TR9 H3BK84 Q60838 Q3TQC7 Q9Z2A9 E9Q2D0 Q80TY9 Q8C255 Q32MT1 Q9CX34 Q6P1E0 Q3UU15 Q3V1Q3 E9PUV2 G3UW82 Q0VEE0 Q8CHP4 P08752 A0A1Y7VKW0 Q8R055 Q80SW1 Q9Z239 Q8CCM0 Q9D164 Q8VCE0 P59648 P70227 Q3UR55 Q8C8N0 Q9D2W0 P05132 Q545P0 Q8BL41 Q8VDN2 Q544Q7 P40240 Q3UHK5 Q8BW40 Q8CED6 F8WIS9 P10639 A2RTD1 Q0VE17 Q7TSJ7 Q8CE90 Q8K2U0 Q62077 Q5HZH3 Q547H1 P58252 Q80SY9 Q540J8 E9PXU2 Q9CQQ4 Q6P6L6 Q549F9 Q9CWY4 P62315 P27048 Q3TR97 Q8CFA1 P62320 Q9JJY4 Q14AF6 A0AAQ4VMX2 P01027 Q3UWA6 Q9D306 Q3U518 P59268 Q5Y5T1 Q8C4L1 Q80UM7 Q8C3J2 A2AJ15 Q812G0 Q921V5 Q544F0 Q14AK4 Q8BJT9 Q6P1Y9 A0A571BEV7 Q91Y74 Q91W53 Q544T4 Q8BM62 Q2TGE7 Q11204 P70277 Q059T5 Q544M3 P59267 B2X2D8 Q8VDZ4 A1A4T2 Q812F8 Q8VDD5 Q80WQ6 B7ZMW6 Q3U879 Q548A9 Q8BQ25 P99024 E3SRG8 Q6DFZ1 Q9WVF5 O70456 D3YUV1 Q9Z160 Q5SWW4 Q9CQI9 Q6KAM1 Q8K0T3 Q80ZV7 Q5EBP9 E0CZG8 F8VQ87 E9QMN5 A6PW47 Q8BM83 Q6ZQ88 P30416 Q8BTS0 Q8BSJ6 Q8BUN5 Q9CXU1 Q9CXU0 E9Q6E2 Q9DAY7 Q9DAY9 F8WJB0 Q3UBT1 Q8VHR5 Q7TN02 Q8VIM0 Q8CAS3 Q3UET8 Q8BG60 Q91Z50 Q5F2A7 Q8BTU6 Q8BR10 Q64522 Q9JMH6 A2AB79 Q8CGP4 Q9Z2D8 Q3SYK5 Q8CGP5 P58682 Q599W9 Q99MB1 G3X9H8 A0A3B0IP04 Q3UEK1 A0A1W2P7F1 P27641 P54775 Q3TF92 Q3UPK6 Q9CPS5 Q9CQA5 A0A2R3XZC4 Q8BVQ9 A0A0R4J187 P62196 Q542T3 B2RT97 P0CG50 Q8BSY1 E0CYA6 Q3TKG4 Q542I9 Q9CX58 A1L3B8 P14685 Q545G0 Q548Y4 Q5D0E0 P49722 Q9D8W5 Q3TMT1 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q5SUR3 Q14AQ1 Q58EV4 Q923A8 O55234 Q542H2 Q2NLB9 Q5BKQ9 Q9JKV1 A0A286YDT6 Q3TXS7 P70195 Q60778 Q8CBT3 Q9Z1E3 Q9R190 Q9R0X0 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q8VC91 P25799 Q8VCD5 Q3TKV1 P06537 P63280 Q921N8 Q3TZH7 A0A140LHG7 A2ABV5 F8V330 Q62120 F8VQL0 Q3UMA3 Q3TRJ7 Q3TGH8 Q62420 Q3UGN9 A0A0R4IZW5 G3X9V2 P05480 A0A1X7SB71 Q02248 Q3TT90 Q9CZV7 Q80ZL3 A0A0X1KG61 Q9D824 A0A0A6YX18 A2A5N2 Q3USK4 Q8JZR2 Q3TMJ8 Q5U421 P63085 Q63844 Q91YS7 A1L361 A2APF7 Q9QXE7 Q3U9K6 Q6GQV9 L0CL36 A8DUK0 Q8CHB6 Q8BHJ5 A0A0R4J024 Q8BJ14 Q8BTF7 Q60795 Q64HC9 Q3U5U6 Q9JM08 Q91VB8 Q00623 Q8BYY5 B1AQH6 DEFECTIVE EXT2 CAUSES EXOSTOSES 2%REACTOME DATABASE ID RELEASE 96%3656237 Defective EXT2 causes exostoses 2 Q3U5S6 M0QWP1 Q3V1F2 Q64519 Q3V1P4 P51655 H3BLN8 Q3U379 Q8R3X6 P43407 Q52KG8 Q3UDB5 Q8BKV1 Q3TWB2 RUNX1 REGULATES TRANSCRIPTION OF GENES INVOLVED IN INTERLEUKIN SIGNALING%REACTOME DATABASE ID RELEASE 96%8939247 RUNX1 regulates transcription of genes involved in interleukin signaling Q3V1H4 Q3UKU5 Q08024 BIOSYNTHESIS OF DPAN-3-DERIVED MARESINS%REACTOME%R-HSA-9026290.3 Biosynthesis of DPAn-3-derived maresins P48999 A2CF85 TRNA-DERIVED SMALL RNA (TSRNA OR TRNA-RELATED FRAGMENT, TRF) BIOGENESIS%REACTOME%R-HSA-9708296.3 tRNA-derived small RNA (tsRNA or tRNA-related fragment, tRF) biogenesis Q3U0M8 F8VQ54 Q3TBG7 CYTOSOLIC SULFONATION OF SMALL MOLECULES%REACTOME DATABASE ID RELEASE 96%156584 Cytosolic sulfonation of small molecules P52843 Q9QWG7 Q4FK50 P63046 Q9D566 G3X9D3 P0CC03 Q80V26 Q91W19 Q3TQN1 E9QN99 D3Z0E6 FORMATION OF RNA POL II ELONGATION COMPLEX%REACTOME%R-HSA-112382.4 Formation of RNA Pol II elongation complex Q7TSG2 Q8C4Y3 Q8K2T8 Q5XJE5 Q9CTY6 D6RDC7 Q3UWU8 B7ZNX0 Q05CJ7 Q9ERL0 Q9D2P1 Q9D4C5 A0A1D5RLV0 Q3U5E6 P97760 E9PWD3 Q8BFX0 Q3THK3 Q8CFI7 P51949 E9Q6K1 P60898 Q8K2X8 Q7TPY0 P49135 Q3THG5 Q3UMJ4 Q6PI63 Q3V214 Q3UZB8 A0A3Q4L2S8 A0A338P6M3 O55201 Q7TPV0 Q542U3 P61219 P62488 P08775 Q9CQ49 Q8BG30 Q3UIA1 G3X956 Q3U3M5 Q3UWX7 A0A087WNT1 Q922L6 Q08943 P63271 Q9QWV9 Q99J95 Q3UYV9 Q8CB77 Q7TQK0 O08856 SPERM MOTILITY AND TAXES%REACTOME DATABASE ID RELEASE 96%1300642 Sperm Motility And Taxes E0Z0E1 O54982 B3VNK5 Q91ZR5 Q3U2S8 A0A0A0MQ85 E9Q9F6 A2RTF1 E9Q355 RHOT2 GTPASE CYCLE%REACTOME DATABASE ID RELEASE 96%9013419 RHOT2 GTPase cycle Q8JZN7 Q80VE1 Q811U4 E9Q912 Q8BZ57 Q80U63 MET PROMOTES CELL MOTILITY%REACTOME DATABASE ID RELEASE 96%8875878 MET promotes cell motility Q91ZZ2 Q505A4 A2RS58 Q3TZ05 Q61789 Q3USI2 Q8C5B3 F8VQJ3 G5E874 P19137 Q3UHL7 P97927 Q5DTP0 Q62469 Q9R0B6 Q62470 F8VQL0 P09055 Q3TLP8 P05480 Q8BZ33 Q8BWF4 E9PX48 Q8C9G5 Q8JZR2 K7Q751 Q3V3W9 Q52L50 SUMOYLATION%REACTOME%R-HSA-2990846.7 SUMOylation Q61686 Q8CDZ5 Q9D1M0 Q9CU62 Q9Z0W3 Q80ZA1 Q9R0T8 Q548Y4 Q2TVT7 O70494 Z4YJP0 Q9R1K9 Q3TMT1 Q8BTS0 Q8BSJ6 Q2KHS8 Q80Z37 S4R1M2 Q6DFW4 Q9CPR8 A0A5F8MQ33 A0A286YDG5 Q9Z1E3 Q7TMI3 Q4U2R1 Q3V124 Q3UQU1 Q9R1T2 E9PVB7 A0A0R4J0C0 Q6NXL6 Q8VC91 Q9Z1F9 Q8K392 Q91ZX6 Q3ULF5 P19091 M0QWX4 P06537 Q01320 Q3ULB3 Q6GU14 Q64511 Q2M4G9 A0A2I3BS18 Q546B3 G3XA30 Q3UZT5 A0A286YDI1 P63280 P33242 Q924W5 Q8C3F5 Q3TEY6 Q6NZM9 Q6LC96 P48281 Q505F1 A3KN90 Q5FWJ9 Q542P9 Q9DAY9 Q8BUA6 Q3ULQ6 F6ZDS4 Q8BW69 A0A1Y7VKW0 Q9JIH2 E7FJU2 Q6PDG0 Q5D0E9 Q8BP65 Q3TTE7 G3UZA7 Q8BU75 Q3U5E7 Q8VCB1 Q3TYI4 A0A1D5RLQ0 O54714 Q8C570 Q80U93 E9QL43 Q542J9 Q3U425 Q8BRF6 Q8BQF0 Q8BPS7 Q8BTS4 J3JSA4 Q8R4R6 Q60520 Q80XB1 Q99LX0 Q58E49 B6ZI39 E9PZ97 Q8C6Y4 Q5SWN2 E9QK89 Q3UV15 Q6NV63 Q8BWH5 Q8CE69 E9PXW8 Q9QWH1 Q3V116 Q921K2 Q64364 Q9Z204 P23804 Q9CQJ4 Q03963 Q3URA3 D3YY34 P51612 Q9QXV1 Q3UKR0 O55187 A0A0J9YU62 Q2LC58 Q549P2 O35730 Q5FWJ5 O70126 P59235 Q3TG35 Q3TG33 E9PYW4 Q6GQV9 P70365 Q8BHX3 E9PW15 Q8BH74 Q8VEE2 Q8R480 Q8K0T3 Q8BZ87 A0A0R4J024 Q7TSJ0 Q8BJ14 Q8CE59 Q80ZV7 Q541E5 F8WHU7 O88508 O70343 Q9CWU9 Q9ERU9 Q5EBP9 P23798 Q9WU62 Q3TMK9 Q8CBD1 DOWNSTREAM SIGNALING OF ACTIVATED FGFR3%REACTOME DATABASE ID RELEASE 96%5654708 Downstream signaling of activated FGFR3 Q8C180 P42337 Q8C7P2 Q505A4 Q91WJ0 P35235 A0A7U3JW97 Q62077 A0A7U3JW51 Q9D091 Q6ZWS1 Q61411 A0A7U3L6F4 Q541T2 Q3USK4 Q3U1V5 A0A7U3JW80 E9Q2N2 INTERLEUKIN-37 SIGNALING%REACTOME DATABASE ID RELEASE 96%9008059 Interleukin-37 signaling Q6PB44 Q06180 Q2M4G8 Q6GU23 P35235 Q8CAV9 O55082 Q8BQQ4 Q61152 A0A1B0GT50 Q8BUM3 P35831 P29452 Q8BV52 Q8BUN5 Q8C257 Q80WU9 Q3UKS3 A1L361 Q3UCJ0 CREB1 PHOSPHORYLATION THROUGH THE ACTIVATION OF CAMKII CAMKK CAMKIV CASCASDE%REACTOME DATABASE ID RELEASE 96%442729 CREB1 phosphorylation through the activation of CaMKII CaMKK CaMKIV cascasde Q8BW40 Q8BL41 Q8VBY2 Q8C078 Q8BGR3 TOLL LIKE RECEPTOR 2 (TLR2) CASCADE%REACTOME%R-HSA-181438.3 Toll Like Receptor 2 (TLR2) Cascade Q3V1B5 Q8BN07 Q6GR78 Q9WTX6 P0CG50 Q4FJP7 Q80ZA1 Q8C6X9 Q52L79 Q548Y4 Q5D0E0 Q5SRW7 Q5SUR3 Q923A8 Q3U607 P35991 A0A286YDT6 Q60778 Q8CBT3 Q9Z1E3 Q5SRY7 Q8VC91 P25799 Q9D5S8 Q99K90 Q569Y6 Q8CF89 A2RTT4 P70196 Q3UKS3 Q0VB14 Q8C6Z4 Q542S6 Q91V77 Q810V8 E9QNX4 I3PQW8 Q3UV15 Q3UER8 E9PV24 O35716 Q3UEB8 Q3TGR2 Q3UP42 Q53X15 P41969 Q5SWN9 Q5NCN8 P01101 Q7TPD5 Q7TSJ7 B1AXN9 Q8C9D4 Q3UV88 Q3TMJ8 Q5U421 Q3U2P8 Q60521 Q8C094 P63085 Q8CE90 Q63844 Q09HN3 Q8K2U0 Q9WUI1 G3X8Y8 P63330 Q3U7M4 Q547H1 Q3TUH8 Q8BR10 L0CL36 B9EJ46 Q8R4K2 Q8BFV3 Q3UY00 P04918 Q80SY9 Q540J8 E9QMH7 Q3UAR6 Q9CR56 Q5EBQ4 D3Z6V8 A0A1W2P715 F8VQ72 Q76MZ3 Q99JG7 Q8CBR9 Q3TL44 Q64HC9 Q8CEC5 Q8CFA1 Q60929 Q91V89 Q62151 E9PYI8 Q8VC16 Q3TY83 Q9D7X3 A0A0R4J174 Q3TAR6 E9QPQ6 Q8BIX1 MRNA DECAY BY 3' TO 5' EXORIBONUCLEASE%REACTOME%R-HSA-429958.5 mRNA decay by 3' to 5' exoribonuclease Q8C2W7 Q9DAA6 Q921I9 F8VPK0 Q9JHI7 Q7TQK4 Q3TGM7 Q9D0M0 Q9DAR7 A0A0R4J146 Q571G2 D6RDC7 Q3TKQ3 Q9CRA8 Q9CSH3 Q8BTW3 PKMTS METHYLATE HISTONE LYSINES%REACTOME DATABASE ID RELEASE 96%3214841 PKMTs methylate histone lysines Q99LT0 F8WI37 Q6AXH7 Q8C358 A0A0A0MQ73 E9PYH6 Q9D177 Q3URP1 Q8BX09 A2CG76 Q3UKZ9 Q7TT18 E9Q5F9 Q8BJU7 Q9CWY3 Q548Y4 E9PW15 Q99MY8 Q8C5H3 Q6Q783 A2AC19 Q6PHU4 B2RXP3 Q9Z248 Q9CWR2 Q91WC0 Q6XZL8 Q8VHL1 Q8C1L9 P61965 D3Z357 Q3UL03 E9Q4V2 H9T841 Q921E6 Q8BNF5 G5E8N3 A0A0R4J074 Q60972 P84228 Q3UV15 P25799 DEGRADATION OF CYSTEINE AND HOMOCYSTEINE%REACTOME%R-HSA-1614558.10 Degradation of cysteine and homocysteine A0A2R8VHX0 P60334 P97493 Q9QZD8 Q6PDY2 E9PY03 K4DI69 Q8VCN5 Q99J99 Q9DCM0 Q545S0 P05202 Q8C9C1 Q9R112 Q8R086 METHIONINE SALVAGE PATHWAY%REACTOME DATABASE ID RELEASE 96%1237112 Methionine salvage pathway P05201 Q9CQT1 Q99JT9 Q8BGB7 Q9WVQ5 Q9CQ65 CELLULAR RESPONSE TO CHEMICAL STRESS%REACTOME%R-HSA-9711123.6 Cellular response to chemical stress P12787 Q3UCL2 P54775 Q9WTX6 Q3UPK6 P43023 Q9CPS5 B2RSM1 Q8BVQ9 P35700 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q5M9N9 Q9QZN1 Q8R4B8 Q548Y4 Q792A4 Q4FJX9 P49722 Q9D8W5 P99026 Q9R1P0 Q3V2F7 Q3TV35 P56391 P09103 O35593 P48771 Q62425 Q9R1P3 P62878 Q5SUR3 Q14AQ1 Q01705 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 A0A286YDT6 Q3TXS7 P70195 Q60692 Q546G4 E0CXB1 Q6RI64 Q542C8 Q3TS44 M0QWC2 Q99JI4 P25799 Q5FW98 Q3TKV1 O88844 Q6LC96 Q542P9 Q7TQC8 Q8CE74 Q9DCD0 Q60520 Q6GU23 Q8VCM5 Q3TQP6 A0A0U1RPV8 Q3V1C8 P30115 Q3U6G1 Q6GT24 Q9Z2X8 Q543K2 P46412 Q545B5 D3YVU6 Q3UDF3 Q3UJ16 Q497S6 Q4FJZ6 Q3UNA7 Q3UDK5 Q6NV63 Q3TNK3 O54790 A0A0R4J015 Q99LE6 Q8CF69 Q91WR8 A2AQU8 P97493 Q4FK57 O08997 Q9CTE0 Q91W29 A0A338P7G6 P31750 Q6PGJ8 Q8CDQ5 Q7JCZ1 Q8BJ75 P10639 Q542Y0 Q9CY64 Q542X9 P20108 G5E8R8 Q8R0L1 Q8CDH5 G3UZX4 Q64337 Q64364 P01108 Q564P6 Q8BRK8 Q569Z9 Q544R7 Q01853 Q9DCW5 Q8BG60 Q3UDU9 Q05AA8 Q1XG80 Q8C6X4 A0A0R4J111 Q7TS75 A5D6P3 Q3U6G0 B3VQI8 P58043 Q5KU03 A0A0R4J0B6 Q93092 V9GXN3 P40142 P97369 Q4FJT2 Q8BQK4 Q5HZH3 Q3UWD7 Q99L56 Q5DTK3 Q9QXE7 Q6GQV9 P70365 A8DUK0 O70145 Q3US24 Q8CHB6 Q7JCX7 P70362 Q8BHJ5 A2AG68 Q3UBI5 Q3TZD5 Q5XJV5 Q53YN4 Q8BJ14 Q8CE59 Q60795 Q80ZV7 P24270 Q8BYH8 Q64445 Q9MD68 Q9JMH6 Q3U5U6 A2RSV8 Q9JM08 Q91VB8 G3X8Q0 Q9WVG6 Q790Y8 Q3UP84 B1AQH6 A0A0G2JG60 MATURATION OF SPIKE PROTEIN%REACTOME DATABASE ID RELEASE 96%9683686 Maturation of spike protein Q3U518 Q80UM7 Q544F0 A1A4T2 Q5SUC3 PI-3K CASCADE:FGFR2%REACTOME%R-HSA-5654695.4 PI-3K cascade:FGFR2 Q8C180 P42337 Q0VER9 Q8C7P2 Q505A4 Q0VG15 P35235 A0A7U3JW97 O35565 A0A7U3JW51 Q8C399 Q6ZWS1 A0A7U3L6F4 Q541T2 Q544I6 Q3U1V5 A0A7U3JW80 E9Q2N2 SIGNALLING TO P38 VIA RIT AND RIN%REACTOME DATABASE ID RELEASE 96%187706 Signalling to p38 via RIT and RIN Q3UFB7 P70425 E9Q672 Q6LDU8 P28028 MYOGENESIS%REACTOME%R-HSA-525793.4 Myogenesis Q3V1B5 V9GX46 Q9WUI1 O08911 Q91VL0 P12979 Q8BSI9 A2RSK4 P10085 Q52KG2 Q91YV0 Q0VEJ7 Q61301 P33146 Q80ZV4 Q6PA03 Q7TQG5 E9PWE4 Q32MD9 Q02248 Q60929 Q3SYK5 Q5U421 Q60521 Q545R0 Q921S6 CREB PHOSPHORYLATION%REACTOME DATABASE ID RELEASE 96%199920 CREB phosphorylation Q3U2P8 Q810V8 Q3TUH8 Q7TPD5 B1AXN9 DEVELOPMENTAL CELL LINEAGES%REACTOME%R-HSA-9734767.4 Developmental Cell Lineages O35565 Q3TZ05 Q541T2 Q4FJT2 Q61789 Q3USI2 Q544I6 Q8C5B3 Q3UWD7 F8VQJ3 Q545E4 G5E874 A0A7U3JW80 P19137 Q3UHL7 Q9CPQ2 P97927 Q3UZF9 Q5DTP0 Q9R0B6 P29788 INTERCONVERSION OF 2-OXOGLUTARATE AND 2-HYDROXYGLUTARATE%REACTOME%R-HSA-880009.3 Interconversion of 2-oxoglutarate and 2-hydroxyglutarate Q91YP0 E9QN44 Q8R0N6 TRANSCRIPTIONAL REGULATION BY RUNX1%REACTOME%R-HSA-8878171.5 Transcriptional regulation by RUNX1 Q61586 V9GX46 Q3TXH6 Q3UID0 Q8C443 P54775 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 Q99LW6 E9PYH6 B2RT97 P0CG50 Q3TKG4 Q542I9 Q53Z59 Q9CX58 A1L3B8 P14685 Q545G0 E9PWE4 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 Q8C863 O35593 Q9R1P3 Q14AQ1 Q58EV4 B9EHJ3 Q8CCI5 O55234 A0A7R8C347 A2CFB8 Q542H2 Q5BKQ9 Q8BSJ6 F8VQD1 Q9JKV1 E9PWD3 Q3TXS7 Q544I2 P70195 P51949 Q60692 E0CXB1 Q6RI64 Q3TS44 P68404 Q3UPK0 Q3THG5 Q99JI4 Q920N8 Q3U320 Q3TKV1 Q505L1 Q99MR0 A0A087WPF7 Q9D2U9 O54941 O54942 E7FJU2 Z4YK94 Q5D0E9 Q6GTR6 B2RR30 Q3UUX5 Q3URP1 Q8BX09 Q3UKZ9 Q8CDC0 A0A8Q0PK87 E9QAQ7 Q60520 Q58E49 P61965 Q9CS58 Q3U0R5 Q6NZB1 Q3TZH7 A3KPD0 Q9D007 A0A0R4J0Y5 Q8CJF9 P84228 Q8CGP2 Q8CGP0 P17679 Q540M6 Q6ZWP4 A0A6F8X1J9 B2RTK3 Q8CGP7 Q3UZX1 F8WI37 Q149V4 Q8CDH5 Q8VD67 Q9QWH1 B1ATC3 P04351 S4R1M3 Q544Z2 Q3UHK8 G3UZX4 Q3V116 Q8R1M2 Q9CQJ4 Q6ZWQ9 P46938 Q3URA3 Q6PHU4 Q2TJ95 Q6P8R3 D3YY34 Q14DJ8 Q9DBY5 Q64524 Q790L7 P35235 Q9QXV1 P05480 P10853 P16277 Q3V1H4 Q02650 Q8C253 Q3TVH6 Q08024 S4R216 A0A0R4J170 Q0VBK8 O55187 Q80YQ1 Q4FK45 Q2LC58 Q9QUM0 Q99LT0 B2RWH3 O35730 Q5SX78 Q64475 Q64478 Q9D982 C0HKE5 Q68FH8 Q3UQ34 A0A0A0MQ73 Q6ZWY9 Q8BJP2 Q543M3 D3Z1C5 Q3UD86 Q6GQV9 P27661 Q3UKU5 O35718 Q545T0 A2RS47 Q8BJ14 Q3U5L4 Q3UK78 Q3SYK5 Q8C1K3 Q3TN09 O35615 A0A0G2JG60 CELL-CELL JUNCTION ORGANIZATION%REACTOME DATABASE ID RELEASE 96%421270 Cell-cell junction organization A0A0R4J056 Q4FK48 Q8BUR4 Q811P8 E9QJS1 Q60989 Q3TBG7 E9PWE4 Q62210 Q6ZQ88 Q3U0X6 Q9Z1P8 Q8R2R1 S4R2K9 Q8BGQ4 B2RUC7 Q9ES18 P58463 Q8CEC4 Q60793 A2RTD1 Q5SUC3 P33146 Q80ZV4 P23804 Q9ET43 Q8BRE1 Q8BXA6 Q91VS8 Q199A7 P55284 P13405 Q8BM92 K4DI58 Q9WTR5 Q8BZS5 Q3U1Y7 O88552 Q3UH53 Q9Z261 Q8R007 O70220 Q9Z0S6 Q9Z0S5 Q9Z0S7 Q5RJH3 Q3TCR7 Q4FJV3 F8WHU6 Q8BJS8 Q3UGS4 Q9JLB9 Q5D1E7 Q3UZK2 A0ABA7IXE6 A2RSP0 Q9JKF6 Q14BW2 P70408 Q3UM35 Q3UYK5 Q6PDI9 E9PYN1 Q3UNX6 Q0GH64 E9Q3A7 Q8BLQ9 Q61139 Q9D7U6 Q545A5 Q3TYA6 Q9JK83 Q6PFG2 P52480 Q3ULX4 Q6P1D6 Q8C6F2 Q6V4S5 Q9CU65 P68040 Q8CBL3 Q60771 G5E8P5 A2A3Z3 Q5DTK3 Q8VBU8 Q3URV7 P26687 Q8BSG9 P10605 Q3U0D9 Q8BSZ5 V9GX46 P54775 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q548Y4 P49722 Q3TMT1 Q9D8W5 P99026 F8WHW6 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q14AQ1 Q58EV4 E9Q2L7 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 P25799 Q3TKV1 Q3U518 Q8C2K8 Q80UM7 Q64318 Q9D2U9 O54942 Q3UZ96 Q8BSI9 A1A4T2 Q8C5H3 E9QAQ7 Q3TLP8 Q58E49 Q9CS58 Q6GU23 Q921E6 Q04888 A3KPD0 Q02257 Q8CJF9 P84228 Q8CGP2 Q8CGP0 Q9DBG6 Q64727 Q3UII1 Q62120 B2RTK3 Q8CGP7 P61804 Q9D8V7 Q149V4 Q7TSI6 Q8CDH5 Q8VD67 B1ATC3 S4R1M3 Q3UHK8 G3UZX4 Q8R1M2 Q3TQN9 P01108 O54734 A0A0R4IZW5 Q64524 G3X9V2 P05480 A0A1X7SB71 P10853 Q02248 Q8BMR3 Q80ZL3 Q60972 Q3U573 A0A0R4J170 Q8QZT4 A2ADL9 B2RRY4 A0A2I3BRW0 P23188 F6XJP7 A0A0J9YU62 Q91YZ2 Q78XF5 P63085 B2RWH3 Q63844 Q64475 Q64478 C0HKE5 Q6AXH7 Q60FD1 G3XA13 Q3URU8 Q3TY70 Q6ZWQ7 Q3UQ34 O88792 A0A140LHR3 Q6ZWY9 Q3TZS1 Q8BJP2 Q3UD86 P27661 E9PW15 Q8BPN4 Q8C1L9 Q53Z05 G3X8Q0 Q9DBX7 Q8C7Q6 Q6PFX6 Q8BZ97 Q61080 A2AP51 D3Z569 Q545R0 Q3UHT3 Q8BPU7 Q45VK6 Q8C449 A5D6P6 P09025 TRAF6-MEDIATED INDUCTION OF TAK1 COMPLEX WITHIN TLR4 COMPLEX%REACTOME%R-HSA-937072.4 TRAF6-mediated induction of TAK1 complex within TLR4 complex Q99K90 Q8CF89 P70196 P0CG50 Q4FJP7 Q80UF7 Q923A8 L0CL36 Q8BJQ4 Q64HC9 Q8CFA1 Q9D5S8 INTERFERON SIGNALING%REACTOME%R-HSA-913531.6 Interferon Signaling Q31093 Q9QXJ2 E9Q9A9 P29452 E9QJS1 P15261 Q8R2Q8 Q63953 A0A3Q4EGX3 P33896 P26151 Q80ZA1 Q541Z2 Q8K2I1 A0A7R8C347 Q8BSJ6 B2RRX1 Q3U2Z2 Q8BH99 Q06180 Q8CI15 Q60960 Q5FWJ9 Q9DAY9 Q8BUA6 F6ZDS4 Q9JIH2 Q6PDG0 E9QB01 Q8BU75 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q3UBT1 Q8BQF0 Q8BPS7 Q8CCM0 Q8BTS4 J3JSA4 Q8R4R6 Q80X37 Q4FJX1 Q8BL41 Q4FJR9 Q8BW40 F8WIS9 C0LLJ0 Q543M7 Q3UHY8 Q3UHW8 Q61696 Q9QUR7 Q03963 Q3UFV9 Q4FJN2 Q504P4 Q3U169 Q0VE17 Q3U7T8 Q62035 Q60521 Q9D084 Q5SUZ5 Q5F2A7 P59235 Q6PD03 Q62077 P63330 Q3UH31 D3Z3L3 Q8CBB9 Q91VC3 F7DAL6 Q8BTU6 G3X9I6 Q8BUY9 Q5SZ99 Q9BDB7 Q3V0E0 Q544J7 Q80X90 Q8BH74 Q60710 O35718 P97431 Q8R480 A4QPC9 F6VAN0 Q8CAT6 Q3UAR6 Q9D8C4 Q9D1E1 A0A0R4J031 Q9CQW9 Q53YN4 Q8BPC3 Q76MZ3 O55042 Q3UN58 Q8BMN7 Q9JL70 Q8VI94 Q3TDT0 Q9CWU9 Q8VI93 Q3UHH4 Q3UFX3 P17156 Q9ERU9 B2RQP1 Q8R0K2 Q3UNH9 Q8K469 Q9WTX2 Q6PD02 B2RPW6 Q8BIX1 Q3UKQ7 Q3TEX6 Q9CXY6 Q9ESY9 Q80V85 Q4FK39 Q3TC52 Q3U8M7 Q99J93 Q3U687 Q7TPM3 Q8CDZ5 Q8BGE5 Q8BGE7 A2ACJ2 Q3TIU4 Q8BN07 Q8HW99 Q9CR14 Q6PFY8 Q3UCL2 Q3UPN1 E9Q5Z5 Q9D1M0 Q99PJ2 Q9WUH5 Q3TF92 Q8BHL6 Q9Z0W3 Q6GTM0 A0A0A6YXT7 A1L347 Q91Z40 Q542T3 Q3TML6 Q6ZWX6 Q3ULL5 P0CG50 Q5D0E0 P01898 P01887 Q8CBT3 P28063 E9QAM0 Q8VC91 B2RSC8 A2AC07 A2RTT4 Q2M4G9 P63280 Q5SX13 Q9DBK7 Q99NF7 Q3UCJ0 Q7TQC8 Q6GU23 O78196 P02798 Q8CBR3 Q99K94 Q62120 O35716 Q99N57 Q9Z0E6 Q541Z5 O70456 Q8BTS3 O19441 P11440 Q9DBB5 Q9QZU9 A7VMS3 A0JNY7 Q4KL81 Q3TU94 A1L0V6 Q3TGP5 Q3U5B1 P35235 P23188 P63085 Q8BQR8 Q8C470 Q63844 E9Q9E1 Q3URU8 Q3U9K6 Q9Z1K5 Q14A90 Q3TZW9 Q61107 B7FAU9 Q45VK6 MITOTIC METAPHASE AND ANAPHASE%REACTOME DATABASE ID RELEASE 96%2555396 Mitotic Metaphase and Anaphase Q6P1H6 A2AQ07 Q9ERD7 P14733 Q7TSG3 Q9JJZ2 P05213 P05214 Q9D7F7 Q3UX10 Q78V99 Q7TMM9 Q3UMM1 A0A1B0GR63 Q9D8B3 B2RSN3 Q9CQ10 Q9CWU3 Q9D6F9 B1AZ39 Q52L87 P68372 P68369 P68368 Q5FWJ9 Q8BUA6 Q6PDG0 O54962 Q8VCB1 A0A1D5RLQ0 Q3U425 Q8BTS4 J3JSA4 Q8R4R6 P62827 Q3UHW8 Q9CZW2 B8JK52 B2RVI6 Q61151 Q9D481 Q9D084 Q14A61 Q8BZ45 Q9CQU5 Q549P2 P63168 Q66JQ7 Q3UK10 K3W4R5 Q6ZQK4 O70126 P59235 Q6PD03 Q9CYC5 J3QMK1 B2RX66 O54692 Q99P69 A2RSC8 P63330 E9QME3 Q3TG35 Q9QYM8 J3QP81 Q9CY25 Q9JHU4 Q3TG33 Q3TDV6 Q8BK67 B7ZP47 H3BKZ0 Q8BHX3 Q8BSE7 Q8BH74 Q8C4M7 Q3TJM4 Q8R480 Q9CPY3 Q6ZWM8 Q9CXH7 Q6ZWU9 Q3TYJ3 Q9D0F1 Q923A2 Q76MZ3 F8WHU5 E9QKK1 F8WHU7 Q9JJ66 Q9CWU9 Q91V89 Q9CQA0 Q3TPJ8 Q3UD72 Q9ERU9 Q9D0M5 Q3U4H0 Q6PDL0 Q8BIX1 Q9CQ82 O35685 Q3UA16 Q3TTB0 Q3UPF6 F8WIA1 Q9WU62 Q3TMK9 Q9CPV1 P30276 Q8CDZ5 Q9CPV5 Q8CJF7 A0A0R4J037 Q8BN07 Q9WVA3 Q3TWG5 Q8C3Y4 Q9D1M0 Q5HZH8 Q5SW18 P54775 Q9CU62 Q3UPK6 Q9Z0W3 Q9CPS5 A0A1L1SV84 Q3U9G9 Q9ERR1 Q8BVQ9 Q6PD28 Q9CX00 Q8K1K8 Q8VDQ8 O35216 P62196 B2RT97 Q6DVA0 A0A1I7Q4A6 P0CG50 P60330 Q3UZD6 Q3UWH3 Q8BHK9 E9QPI5 A0A3B2WC92 E9Q3P4 Q3TKG4 Q8BRN9 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 P63280 Q9CQJ7 Q8VEJ9 Q8BFY9 Q6PFB2 P53995 Q541Z5 Q8BZQ7 Q8BYJ1 Q9WVM3 Q3UFC2 Q8K2H6 P11440 Q9CPX9 S4R2B6 A2A4Z0 G3X8W7 Q3TPZ2 Q3UFQ4 Q3TM92 Q3TI84 Q9D3A0 E9QP59 Q3THM8 Q8BYY5 TBC RABGAPS%REACTOME DATABASE ID RELEASE 96%8854214 TBC RABGAPs Q3U0D7 Q7TT21 Q9EP53 Q0PD50 Q4FJQ0 Q0PD45 S4R2S6 Q9D0K0 Q8K3K8 Q9DCD6 B2RRC5 Q78ZJ8 Q3U0T9 Q3SXA7 Q9JM13 Q6KAP5 Q8C9V1 J3QJV7 Q8BHL3 Q3UUG6 B1AVH7 A2A9W7 Q7TPU5 Q8R0H9 Q6PB82 Q3TZ63 Q6P5E6 Q8C458 P58802 Q9CQD1 Q3ULK1 Q0PD21 Q8C266 P60521 Q921M0 I6L974 Q0PD49 Q8BXD8 Q0P648 Q3U4W5 Q0PD53 M0QWC2 ACYL CHAIN REMODELLING OF PC%REACTOME DATABASE ID RELEASE 96%1482788 Acyl chain remodelling of PC Q497J1 Q6GTW1 Q91V01 Q6NVG1 Q3TYT9 Q8CB47 Q9DBX5 Q3TFD2 Q9QZT4 Q8K130 Q8K1N1 Q8BYI6 Q50L43 Q8VCI0 Q3UN31 Q8R3U1 Q9EPR2 Q8K255 D3Z1N8 Q50L42 Q64GA5 Q3UG05 Q50L41 Q6AXH0 Q8BN01 LOSS OF MECP2 BINDING ABILITY TO 5HMC-DNA%REACTOME%R-HSA-9022534.2 Loss of MECP2 binding ability to 5hmC-DNA MANIPULATION OF HOST ENERGY METABOLISM%REACTOME DATABASE ID RELEASE 96%9636667 Manipulation of host energy metabolism P09411 Q5FW97 REGULATION OF THE APOPTOSOME ACTIVITY%REACTOME DATABASE ID RELEASE 96%9627069 Regulation of the apoptosome activity A0A1L1SVG0 Q60989 Q63844 A2AS93 Q9JIQ3 A2AGL5 Q9WVQ5 P63085 Q5DU30 FASL CD95L SIGNALING%REACTOME%R-HSA-75157.4 FasL CD95L signaling Q99PH8 Q61160 Q8C350 Q3U607 RNA POLYMERASE III TRANSCRIPTION INITIATION%REACTOME%R-HSA-76046.4 RNA Polymerase III Transcription Initiation A0A338P6M3 Q8R2K7 A0A0R4J0C6 P61219 O70230 Q91XA5 Q9CQB0 Q8K0S9 Q8BP86 P52432 Q8BL74 Q9D1M1 E9Q2B0 Q91WD1 D3YXS1 B2RXC6 Q571C7 P59470 B2RX77 Q9DB36 Q3TSW1 Q6NXY9 Q3UI98 O35427 F8VQL7 Q8VHT7 Q8C108 Q9D2C6 Q3TMP1 G3X8S2 Q3TWE8 Q8K284 Q8BFX0 Q6RI65 Q3V214 IGF1R SIGNALING CASCADE%REACTOME DATABASE ID RELEASE 96%2428924 IGF1R signaling cascade Q8K4K2 Q8VD65 Q8C180 Q6PF93 Q3UHZ0 Q3UQ25 Q9EQU3 Q0VER9 Q8C7P2 Q0VG15 Q505A4 Q790L8 A0A7U3JW97 A0A0R4IZY3 O35565 A0A7U3JW51 Q9Z0Y7 Q543V3 P09535 Q9D091 Q8C399 Q8CAR0 Q6ZWS1 A0A7U3L6F4 Q541T2 P81122 Q8BTI9 Q544I6 Q99N32 Q3U1V5 A0A7U3JW80 E9Q2N2 Q3ZB59 Q8CE74 A9QW46 P42337 P35235 Q3U1L4 Q61411 Q3USK4 Q3UEW6 Q3UUI3 O08908 ZYGOTIC GENOME ACTIVATION (ZGA)%REACTOME DATABASE ID RELEASE 96%9819196 Zygotic genome activation (ZGA) P46938 E9PUA2 Q62296 Q8BJ14 Q6GQV9 Q80ZA1 Q9EQN6 HISTAMINE RECEPTORS%REACTOME DATABASE ID RELEASE 96%390650 Histamine receptors Q2M2N7 Q540P3 B3Y5T0 A0A1B0GSX9 T(4;14) TRANSLOCATIONS OF FGFR3%REACTOME DATABASE ID RELEASE 96%2033515 t(4;14) translocations of FGFR3 Q7TSI8 HH MUTANTS ARE DEGRADED BY ERAD%REACTOME%R-HSA-5362768.4 Hh mutants are degraded by ERAD P54775 Q3UPK6 Q9CPS5 Q8BVQ9 A0A0R4J1R1 P62196 Q3U957 B2RT97 Q62226 P0CG50 Q8K2C7 Q8VEH8 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 Q01853 P70195 Q60692 Q6GTY4 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 DEADENYLATION OF MRNA%REACTOME DATABASE ID RELEASE 96%429947 Deadenylation of mRNA Q8C470 Q5F2A7 Q8VEG6 Q9CWN7 Q8K0V4 Q8BGD9 E9Q9E1 Q3TMD4 Q9EQN6 E9PUA2 Q640Q5 Q8BGF7 P29341 D3Z3J6 Q91VC3 Q8BTU6 Q9JKY0 B7ZWL1 Q543X5 P58871 Q5CZY5 Q8BH15 Q8K3P5 Q9D8X5 A0A0R4J0P6 SCAVENGING BY CLASS B RECEPTORS%REACTOME DATABASE ID RELEASE 96%3000471 Scavenging by Class B Receptors P35700 Q8C6Z4 Q3UP42 Q8BV57 Q00623 Q9QWK4 E9Q414 P04918 MITOTIC G1 PHASE AND G1 S TRANSITION%REACTOME%R-HSA-453279.6 Mitotic G1 phase and G1 S transition Q8BN07 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q7TSG3 Q8BVQ9 P62196 B2RT97 P0CG50 P48964 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q8VHT4 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q5SUR3 Q14AQ1 Q58EV4 O55234 A0A1B0GRM0 Q542H2 Q5BKQ9 Q9JKV1 E9PWD3 Q3TXS7 P70195 Q9CWU3 P51949 Q8R0K9 Q60692 E0CXB1 Q6RI64 Q3TS44 Q3THG5 Q99JI4 Q3TKV1 P48972 Q01320 A0A0R4J091 P04184 A0A1W2P7P4 Q544L2 Q542J9 Q8C774 Q8CEI0 Q544T5 Q8CE74 Q9CQ36 Q9CQ71 Q66JV6 Q59IX1 Q58E49 Q9WUV0 Q3UR71 Q9JK30 Q9CZF7 Q9CWV1 Q61502 Q5SWN2 Q62193 Q62120 P31750 Q80XH7 O54956 P11440 Q64364 Q549R4 P01108 Q61457 P13405 Q544H6 Q8C8M7 Q9CYB4 Q790L7 Q564P6 P51943 Q8BJ38 Q569Z9 Q8C5L1 Q60972 S4R216 Q3UGB9 P97310 Q8BQ03 Q791X1 Q3UI57 Q545C3 Q9D297 Q3UI99 Q6ZQJ8 Q542F4 Q9D153 Q3U4T8 P61025 P46414 Q3U148 Q0VBK8 Q4FK45 B7ZN58 A0A0A6YVZ7 Q61456 Q66JY4 B2RS44 Q05AA8 E9Q0Q9 P47810 Q3V295 Q0VBD2 Q8C6X4 Q8R4E9 P11157 P63330 A0A0R4J145 Q8C2T6 B9EHJ9 Q76MZ3 P33610 Q5FW94 Q6PAR4 Q3SYK5 Q8BIX1 LXRS REGULATE GENE EXPRESSION LINKED TO CHOLESTEROL TRANSPORT AND EFFLUX%REACTOME%R-HSA-9029569.2 LXRs regulate gene expression linked to cholesterol transport and efflux Q91X41 Q6LC96 Q921N8 Q3UQ34 Q8VD67 Q8VCR0 Q8BP65 B1ATC3 P34928 Q8BJP2 Q3UHK8 Q9QXE7 Q3UJG0 Q3UD86 P70365 Q8CIG3 P61208 Q8CHB6 A0A023ULC4 Q3TGW2 Q8BPY1 P51910 Q8BHJ5 Q6ZQ88 Q8BJ14 Q9CS58 Q80ZV7 A2A8L9 Q9JM08 Q61268 Q8CJF9 Q0VDW9 Q3TXU4 Q99PE8 Q7TSR6 GPCR LIGAND BINDING%REACTOME DATABASE ID RELEASE 96%500792 GPCR ligand binding Q6GR78 O08530 Q5U7A4 Q3UY07 Q5R252 Q3U9R0 Q3U9V4 Q60614 Q3TNJ3 Q9Z0L6 Q99JA4 Q0VBT1 P70701 Q8C6P4 Q542J1 Q9JIP6 Q80ZS9 Q8BJN8 A0A0R4J003 Q3UG14 Q3UGN1 Q8R5M2 Q920A1 Q1RME7 A0A158RFU9 P27467 Q6PDY6 Q0P543 Q60755 Q8CIT0 P29387 P97751 Q6NXJ9 O70283 Q61086 Q7TNK8 Q3UFJ9 P63213 Q61091 Q546Q8 O35595 Q3TQ70 Q6P8Y9 P48756 P63216 Q3UMY0 Q9DC42 P61953 P24383 P50153 Q62226 Q9WUP0 Q9WUP1 Q9JMF3 Q8BRC7 Q9R216 Q61012 Q3TQ59 Q3UTY8 Q544P6 Q3UR96 Q924X4 P41593 Q3ZB23 Q91V95 Q544X5 P55095 Q8BLL2 Q80XI9 Q3V1A7 P81615 Q9CXP8 Q8BJT8 P97297 Q54AE3 P12968 O70421 A2AR99 A0A1B0GR43 Q149J3 Q9CUZ6 Q8C718 Q8BQD1 Q9DAS9 Q545B5 P22725 P32082 Q3UEG1 Q3ZAT0 P22727 Q3UN81 O35659 Q80T41 Q9WV18 P15409 P04918 P01027 P06684 Q3U1H9 Q545V4 Q3UUQ5 Q3SWS4 A0A0N4SVY6 Q9WU02 Q8JZL2 P48298 Q3UZW2 Q9JKT3 Q8K1Z6 P30875 Q543T0 Q543S8 Q6IYF8 Q3U1E8 Q91X56 Q542U1 Q642U4 Q3V2F3 Q14AA9 Q3V2F0 P30730 Q6PDF2 G3X986 Q9JL21 Q543U8 P51682 Q543U6 Q9Z0L1 Q3U1J5 Q8CAU3 Q8BMP4 Q14AC3 Q9EQ16 Q543X1 P50228 A0A0R4J0T3 P51680 Q3UXY8 Q5QNV9 Q5QNW0 A0A0R4J0W1 Q9D1T9 O35457 Q78U67 P70263 Q548V9 Q9EQF2 G3UWC3 Q8CAH1 Q61041 Q7M721 Q7M720 P30935 Q9QY42 Q7M725 Q3U4C5 Q6VZZ7 Q91YP2 E9PZR8 Q3U5H1 Q544P9 Q3ZB17 F6R5P4 G3XA00 P35343 Q5SVU3 Q546S6 Q7M708 Q0VB35 Q0VBT7 Q8BFZ2 Q9JIL2 Q059K7 A2RSW3 Q497D3 Q3SWR9 Q80Z58 Q0VB49 Q9EQI5 P49681 Q3U5L7 Q543X3 Q9Z2J6 Q9JHH5 Q8BKB0 Q925I4 Q9QYS2 Q8BVW4 Q8BJ52 P56479 A2CFE9 Q544F4 Q542B6 Q496X5 Q5UCB4 O08790 G5E8D5 G3X9G6 P56485 Q3V002 P59529 Q6W5C0 Q9WUT7 Q546L4 P59530 Q3U6B2 P59532 A0A0R4J0J4 Q3UR83 E9QAX3 Q5XZF2 B9EII2 Q925D8 O88410 Q8BFQ1 Q05BD6 Q9WV08 Q7TME0 A9Z1Z1 Q14BV9 Q810W6 P47774 P51491 P56469 Q91VE4 Q3V1K5 O08707 A1L151 Q14BI2 A0A140T8J4 B2RU75 A0A183ZRM3 O88853 Q7TQB8 Q8CB97 Q7TQA4 Q7TQA5 Q9WUK7 Q7TQA6 Q3UEX0 Q0VBA6 P18340 Q8BLP9 A0A385KNU8 A0A0R4J1D6 O08858 Q8CC99 Q3US12 Q6VMN6 P52592 Q545V6 Q04683 Q544B5 Q9Z0U9 B2RQM3 P47936 O35188 A0A0F7RQR1 Q543A9 F8VQN3 Q99MT6 A2RTH0 P33766 Q3V334 A0A087WQF0 Q3SXF8 Q9D8I2 Q4FJV4 Q76JU9 Q3V249 Q6S9I3 Q9QXZ9 O08675 A0A1Y7VN85 Q544V2 P58308 Q8BZ39 Q4VA56 Q3TJ94 P29754 A1KXK3 H7BX38 Q8VCK6 D3Z621 Q8BMJ5 A2ACT4 P56942 Q542T1 Q05AD1 Q8BLG2 A0A0R4J0N8 O54798 Q14AB2 Q14A28 Q059S5 P21729 Q0VDP6 A0A0R4J289 O88536 Q8R1I2 Q8BFQ3 P30558 P32299 G3X9K0 Q3UQ86 Q3V0U2 Q9WVA8 P22389 P30548 E0CY28 Q9QY96 Q3TPL0 Q8R041 O88634 Q547R2 Q8BZV9 Q149W7 Q62361 Q6P8H4 Q9JKL1 Q3TU81 Q8BFU7 A7VJD3 Q3UTR7 Q541G7 Q8BMC0 Q08AU6 Q0VEH1 Q4VA00 I0J0X7 Q3UTE9 Q8BNT7 B2RS62 A0A250SH12 Q544B4 P0C0P8 Q0VBD7 Q3ZB46 E9Q468 Q9Z282 Q6NS65 Q91YU8 C5H7S2 Q9JL06 Q0VBE5 Q924H0 Q32MS1 Q6P8R3 Q61614 Q8CE23 Q9JJL9 Q3UZ41 S4R1K3 Q3V2S5 P47937 Q9D3P9 Q8K4Z6 A0A1C7ZMY0 P55099 Q8BUD0 Q62035 A1KZZ4 Q01338 Q925K6 Q01337 P30993 E9QQ21 P57774 Q3UVW8 Q496T0 P01193 Q544E0 P56450 A2APU5 P48302 Q6R6I7 E9Q0U9 A0A0B6VTJ4 Q5RL10 A2RTV8 Q5Y988 A2AIY3 Q544G7 Q5Y985 Q8CHK2 E9Q4F3 A0A0F7RQH1 Q9DBL0 Q5FW61 Q8BZV1 A2ANQ2 Q920H4 A0A1B0GSX9 Q549B6 Q61616 B2RTA0 Q543D4 Q64264 P12657 P18762 Q14AW8 Q5QD04 Q5QD06 S4R2T0 Q540P3 P61168 A0A494BA82 B3Y5T0 Q542R4 Q3UVG4 Q61224 Q543V2 P34971 B6VJS3 Q0VBU3 P51436 Q02152 Q5QD13 Q9ERZ4 Q2M2N7 Q5QD17 Q3UP63 Q0VES5 B2RQS5 Q0VEC4 Q923Y8 NRIF SIGNALS CELL DEATH FROM THE NUCLEUS%REACTOME DATABASE ID RELEASE 96%205043 NRIF signals cell death from the nucleus Q3U4P5 P70196 Q3UYK2 P0CG50 P57716 Q8C7N7 Q9CQ82 Q64337 Q9Z0W1 Q6LDU8 Q7TSJ7 REGULATION OF EXPRESSION AND FUNCTION OF TYPE I CLASSICAL CADHERINS%REACTOME DATABASE ID RELEASE 96%9764274 Regulation of Expression and Function of Type I Classical Cadherins Q4FK48 V9GX46 P54775 Q811P8 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 E9PWE4 P49722 Q9D8W5 Q3TMT1 P99026 F8WHW6 Q9R1P0 Q6ZQ88 Q3TV35 O35593 Q3U0X6 Q9R1P3 Q14AQ1 Q8R2R1 Q58EV4 O55234 Q542H2 Q5BKQ9 S4R2K9 Q9JKV1 Q3TXS7 P70195 Q60692 Q8BGQ4 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 Q3U518 Q80UM7 Q64318 Q9D2U9 B2RUC7 Q3UZ96 Q9ES18 P58463 Q8CEC4 A1A4T2 Q8C5H3 E9QAQ7 Q60793 Q58E49 Q9CS58 Q921E6 A3KPD0 Q02257 Q8CJF9 P84228 Q8CGP2 Q8CGP0 Q9DBG6 Q64727 Q3UII1 B2RTK3 Q8CGP7 P61804 Q9D8V7 Q149V4 Q5SUC3 Q8CDH5 Q8VD67 B1ATC3 S4R1M3 Q3UHK8 G3UZX4 Q8R1M2 P23804 P01108 Q199A7 O54734 P13405 A0A0R4IZW5 Q64524 G3X9V2 P05480 P10853 A0A1X7SB71 Q02248 Q8BMR3 O70220 Q60972 Q80ZL3 Q3TCR7 Q3U573 Q8BJS8 A0A0R4J170 Q3UGS4 A0A2I3BRW0 P23188 F6XJP7 A0A0J9YU62 Q91YZ2 Q78XF5 P63085 B2RWH3 Q63844 Q64475 Q61139 Q64478 Q3TYA6 Q6PFG2 C0HKE5 P52480 Q6AXH7 Q60FD1 Q9CU65 Q3UQ34 Q6ZWQ7 P68040 A0A140LHR3 Q6ZWY9 Q3TZS1 G5E8P5 A2A3Z3 Q8BJP2 Q3UD86 P27661 E9PW15 Q8BPN4 Q8VBU8 Q8C1L9 P26687 Q8BSG9 Q53Z05 P10605 G3X8Q0 Q8BSZ5 D3Z569 Q545R0 A5D6P6 PD-L1(CD274) GLYCOSYLATION AND TRANSLOCATION TO PLASMA MEMBRANE%REACTOME%R-HSA-9931295.1 PD-L1(CD274) glycosylation and translocation to plasma membrane O54734 P61804 Q3U472 Q60FD1 Q8BMR3 Q3URU8 A0A7N9VR83 Q5JCS9 Q3U573 Q544F3 A2ADH1 Q78XF5 A0A0R4J0D3 Q3U304 Q9DBG6 B2RUG2 G-PROTEIN ACTIVATION%REACTOME%R-HSA-202040.3 G-protein activation P29387 Q3UHH5 Q3UZW2 Q3UPA1 P63213 Q9CXP8 Q3U9V4 Q3TQ70 Q54AE3 Q6P8Y9 P63216 P01193 Q3UMY0 P61953 P50153 Q9DAS9 P30678 Q3UG14 A1KZZ4 Q9JMF3 Q3UGN1 Q61012 Q8CBT5 HYALURONAN DEGRADATION%REACTOME%R-HSA-2160916.7 Hyaluronan degradation P29416 Q8BHC0 Q8BN82 Q3UPW7 E5RKF9 P61022 Q812F3 Q80X37 Q3TXR9 Q99KJ6 Q91ZJ9 Q8VEI3 Q3UDC9 L0MX76 Q3UZE4 Q5M9P4 SUNITINIB-RESISTANT FLT3 MUTANTS%REACTOME DATABASE ID RELEASE 96%9702632 sunitinib-resistant FLT3 mutants Q3UEW6 HS-GAG BIOSYNTHESIS%REACTOME DATABASE ID RELEASE 96%2022928 HS-GAG biosynthesis P52850 M0QWP1 Q3V1F2 Q80UW0 Q64519 Q6P1H4 Q3V1P4 A0A1Y7VL74 Q8C089 Q9EPS3 O35310 Q8R3H7 B2RXW6 P51655 Q8R3X6 P43407 Q3UTM4 Q8BKV1 Q3U5S6 E9PZJ4 Q9QYK5 D3YVV6 Q9EQW8 Q3UHN9 Q9QZS6 Q52KJ0 Q3UIC7 H3BLN8 Q3U379 Q52KG8 Q673U1 Q3UDB5 Q3TWB2 DEFECTIVE DHDDS CAUSES RP59%REACTOME%R-HSA-4755609.4 Defective DHDDS causes RP59 Q99LJ8 Q99KU1 KILLING MECHANISMS%REACTOME%R-HSA-9664420.3 Killing mechanisms P51141 Q9CUZ6 Q3TLP8 P22725 B3VQI8 E9Q967 Q8CIZ9 Q52L79 Q7TSJ7 Q8VCM2 Q8CJ00 Q60838 SHC-MEDIATED CASCADE:FGFR1%REACTOME DATABASE ID RELEASE 96%5654688 SHC-mediated cascade:FGFR1 Q0VER9 Q0VG15 O35565 Q9D091 Q8C399 Q6ZWS1 Q61411 A0A7U3L6F4 Q541T2 Q3USK4 Q3U1V5 A0A7U3JW80 E9Q2N2 ANTIGEN PROCESSING-CROSS PRESENTATION%REACTOME%R-HSA-1236975.3 Antigen processing-Cross presentation P70452 Q14AX9 Q9CQS8 Q3U6V4 B2MWM9 Q9CYJ6 Q3UER8 P63024 Q31093 Q792S7 Q8VBX4 E9PV24 P54775 Q3UPK6 Q9CPS5 Q3TGR2 Q8BVQ9 P62196 B2RT97 P0CG50 Q3UP42 O19441 Q4FJP7 Q53X15 P26151 Q3TKG4 O08547 Q542I9 A1L3B8 P14685 Q545G0 A7VMS3 Q5D0E0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 P01898 O35593 P01887 Q9R1P3 Q14AQ1 Q58EV4 O55234 Q542H2 G3X9V0 Q5BKQ9 Q5HZK3 Q9JKV1 P35991 Q3TXS7 P70195 A0A0R4J0R1 O35955 Q8CBT3 P28063 Q3UV88 Q60692 E0CXB1 P43406 Q6RI64 Q8C129 Q2HZ94 Q3TS44 Q99JI4 A0A0R4J256 Q8VC91 Q3TKV1 Q3U6G0 B3VQI8 G3X8Y8 P97369 Q3U7M4 Q8C6Z4 Q542S6 Q91V77 Q543M3 L0CL36 Q9D3L3 B9EJ46 O70145 P27773 Q3UBI5 Q64HC9 Q8BSZ5 Q6PE70 P61620 Q9D679 DEFECTIVE SLC17A5 CAUSES SALLA DISEASE (SD) AND ISSD%REACTOME%R-HSA-5619035.3 Defective SLC17A5 causes Salla disease (SD) and ISSD Q8BN82 SENSORY PROCESSING OF SOUND%REACTOME%R-HSA-9659379.3 Sensory processing of sound P60904 Q0PD63 E9PYR6 A0A411ACZ2 Q9QYX7 Q5M8M9 O88935 Q3UE85 Q923G3 Q5DQJ3 A0A589Q4M7 Q5RKN9 Q62277 G5E8W3 Q3UXD6 Q91YR1 Q9WTI7 Q32M02 F7A4A7 Q9Z0P5 Q9QZZ4 G3X8Z7 A2AI08 Q6XA19 G3X9N2 Q80VW5 B9EJ23 K4DI74 Q3UFL4 Q0VBT9 Q3V3X1 Q544Z8 B2RWL4 Q0ZLH2 Q32MT7 A6PW28 O55225 A2ASW0 Q4U4S6 F8VQ79 Q3TYR5 Q5MJ56 Q99PJ1 Q9DD12 Q6PAC1 D0VYV6 P26041 Q9JK97 Q542P4 B2RSF0 Q8R1C2 Q99K30 Q3UYR4 Q8CBU4 A0A668KLB7 A0A6S6MPY2 Q8VIM6 Q3V1V5 Q8R4P4 Q5D0A4 Q8CHR4 Q5SQK1 P60879 Q8C7F3 B2RX82 Q3UXG3 Q7TSG6 Q8VDD5 G5E829 Q32MF3 SIGNALING BY TGFBR3%REACTOME%R-HSA-9839373.1 Signaling by TGFBR3 V9GX46 E3SRG8 Q6LC96 J3JS97 Q3UQ34 P12979 Q8VD67 A2RSK4 Q541T2 B1ATC3 Q9WTR0 P10085 Q04997 Q3U5E7 Q3UNK5 Q60848 Q91YV0 Q8BJP2 Q3UHK8 P53690 Q0VEJ7 Q8BRV4 Q3UD86 Q9Z0G0 Q3UY39 Q8CDZ9 Q8BSJ3 P12032 B2RPU7 E9PWE4 A0A0R4J097 Q8BJ14 Q9CS58 Q8BUN5 Q3U4P5 G3X8Q0 Q3UYK2 Q8CJF9 P57716 Q8C7N7 Q8BQS9 Q9D5H8 Q8BWG8 Q3UII1 PHENYLALANINE METABOLISM%REACTOME DATABASE ID RELEASE 96%8964208 Phenylalanine metabolism A0A0R4J0C2 Q8C0M9 Q3UEH8 P61458 Q05CI8 Q8BVI4 DEFECTIVE SLC2A1 CAUSES GLUT1 DEFICIENCY SYNDROME 1 (GLUT1DS1)%REACTOME DATABASE ID RELEASE 96%5619043 Defective SLC2A1 causes GLUT1 deficiency syndrome 1 (GLUT1DS1) P17809 TGF-BETA RECEPTOR SIGNALING ACTIVATES SMADS%REACTOME%R-HSA-2173789.6 TGF-beta receptor signaling activates SMADs E3SRG8 G5E919 Q3UKJ3 O54890 B2RUC7 Q9CSE3 Q3UNK5 P0CG50 Q8CDZ9 Q8BSC0 A0A0R4J097 P62137 P09055 Q6ZWM8 Q61810 Q9Z0T9 Q9WUP7 Q3TSV9 Q0VBD0 A2ARA8 Q91YU7 Q9WUD1 Q9D0L6 P62141 A2APF5 Q0VD84 Q3UGU1 A0A0X1KG61 Q91XS1 Q8BUN5 Q8CG19 Q62432 P23188 B2RPW6 P43406 Q3UI46 Q8BQS9 Q8BYY5 Q9D5H8 Q6PE70 G3X9H8 DOWNREGULATION OF ERBB2:ERBB3 SIGNALING%REACTOME%R-HSA-1358803.2 Downregulation of ERBB2:ERBB3 signaling A2AI52 D3YZR2 P0CG50 P31750 Q6DR99 Q8BH75 P70424 Q8C6X4 Q8CE74 CHYLOMICRON ASSEMBLY%REACTOME DATABASE ID RELEASE 96%8963888 Chylomicron assembly P09813 Q0VGU0 P09103 P06728 Q00623 Q3UJG0 Q3TXU4 E9QP56 O08601 E9Q414 DEFECTIVE GALM CAUSES GALAC4%REACTOME%R-HSA-9931929.1 Defective GALM causes GALAC4 Q8K157 NORC NEGATIVELY REGULATES RRNA EXPRESSION%REACTOME%R-HSA-427413.4 NoRC negatively regulates rRNA expression B2RTK3 Q8CGP7 Q149V4 A0A0R4J243 O88574 S4R1M3 E9Q317 P52432 Q9D1M1 Q8R1M2 Q5SQF8 A2CG63 Q3TMT1 Q64524 P10853 E9PWD3 Q8BFX0 P70700 Q02614 Q9DBH1 P51949 Q3V054 E9Q6K1 Q791N7 Q76KJ5 Q8K2X8 Q3TQG6 Q7TPY0 P97358 P49135 A0ABA7IXJ6 Q3V1B9 Q3THG5 Q6PDZ2 F8VPM0 Q9D4V4 Q3V214 Q3UHI3 Q3UZB8 B2RWH3 A0A338P6M3 Q64475 Q7TPV0 Q64478 Q542U3 P61219 C0HKE5 Q9D2U9 Q9Z2E1 Q6ZWY9 P27661 Q60520 Q7TSJ0 Q58E49 Q541E5 A3KPD0 Q91ZW3 Q3TN09 P84228 Q8CGP2 Q8CGP0 Q6RI65 ANCHORING FIBRIL FORMATION%REACTOME DATABASE ID RELEASE 96%2214320 Anchoring fibril formation G3X9F5 Q9WVM6 Q61789 P98063 Q8C5B3 G5E874 Q63870 LORLATINIB-RESISTANT ALK MUTANTS%REACTOME DATABASE ID RELEASE 96%9717329 lorlatinib-resistant ALK mutants P97793 DEFECTIVE VWF CLEAVAGE BY ADAMTS13 VARIANT%REACTOME DATABASE ID RELEASE 96%9845621 Defective VWF cleavage by ADAMTS13 variant A7LM19 E9QPU1 MATURATION OF PROTEIN 3A%REACTOME%R-HSA-9683673.5 Maturation of protein 3a Q3UFE4 Q544T4 Q8BM62 Q11204 P70277 Q544M3 Q8C3J2 Q91Y74 TRANSCRIPTIONAL ACTIVATION OF P53 RESPONSIVE GENES%REACTOME%R-HSA-69560.4 Transcriptional activation of p53 responsive genes Q564P6 Q80ZA1 A0A2R8VHX5 Q9DB01 CELLULAR RESPONSE TO HEAT STRESS%REACTOME%R-HSA-3371556.3 Cellular response to heat stress Q8CDZ5 Q8BW40 Q80Y52 F8WIS9 Q3UG37 Q9D1M0 Q9Z0W3 Q5SS40 A1L347 Q9JLN9 Q61696 A0A3Q4EC26 Q71LX8 Q504P4 P30416 Q3U7T8 Q01853 Q3U2P8 P63085 P38647 E9Q9H2 Q63844 Q52L78 Q99L47 Q9CUY1 P48722 Q9JLV1 P59235 Q9CZJ2 Q5KU03 Q3TYL7 Q8CI32 Q3U2G2 Q5FWJ9 Q8C6B9 Q52L52 Q8BUA6 F6ZDS4 A4FUW1 Q61699 Q9JIH2 A6H6S8 Q6PDG0 Q9JK92 Q8BU75 E9QKI5 A0A140LJ25 Q99M31 Q8VCB1 Q8VDP4 A0A1D5RLQ0 G3X8S5 Q9CQZ1 Q8C570 A2A5E1 Q6GQV9 Q80U93 Q8K0U4 E9QL43 D3Z0Y0 Q3U425 Q8BRF6 Q8BQF0 B9EHX4 Q8BH74 Q8BPS7 Q8CCM0 Q8R480 Q8BTS4 J3JSA4 Q8R4R6 Q9CQ71 Q8BJ14 Q53Z05 Q9CWU9 P17156 Q9ERU9 Q91YN9 Q5SWN2 Q8BL41 Q62193 FORMATION OF INCISION COMPLEX IN GG-NER%REACTOME%R-HSA-5696395.2 Formation of Incision Complex in GG-NER Q3UZB8 Q2M4G9 A2RTT4 Q7TPV0 P63280 Q542U3 G3UZA7 Q64267 Q3UV64 P0CG50 O54714 Q3U1J4 Q3TCH7 Q9CXF7 Q3TP81 Q4FZK4 Q921K2 Q8CAP3 Q3UEU6 A0A1L1SRK3 Q9R1K9 Q8K387 O88554 E9PUM0 Q9CQ71 Q3UQN3 P62878 P51612 E9PWD3 P51949 Q5SWN2 E9Q6K1 Q8K2X8 Q7TPY0 P49135 Q62193 Q3THG5 Q4VBX4 TRIF-MEDIATED PROGRAMMED CELL DEATH%REACTOME%R-HSA-2562578.3 TRIF-mediated programmed cell death E9PZP3 Q4FJP7 Q80UF7 L0CL36 Q61160 Q8BJQ4 Q64HC9 Q3U607 Q60855 PKA-MEDIATED PHOSPHORYLATION OF KEY METABOLIC FACTORS%REACTOME%R-HSA-163358.7 PKA-mediated phosphorylation of key metabolic factors P05132 A2AFM9 P68181 Q99MZ3 DEFECTIVE TRANSPORT OF NEUROTRANSMITTERS BY SLC6A3 CAUSES PARKINSONISM-DYSTONIA INFANTILE (PKDYS)%REACTOME%R-HSA-5660724.5 Defective transport of neurotransmitters by SLC6A3 causes Parkinsonism-dystonia infantile (PKDYS) Q61327 ISG15 ANTIVIRAL MECHANISM%REACTOME DATABASE ID RELEASE 96%1169408 ISG15 antiviral mechanism Q4FJR9 Q3U687 Q8CDZ5 C0LLJ0 Q9D1M0 Q543M7 Q9Z0W3 Q541Z5 P0CG50 Q3UHW8 Q9DBB5 Q9QZU9 A0JNY7 Q9QUR7 Q03963 Q3TU94 A1L0V6 E9QAM0 B2RSC8 Q8BQR8 Q8C470 A2RTT4 Q63844 Q5F2A7 P59235 Q62077 Q60960 Q5FWJ9 Q9DBK7 E9Q9E1 Q8BUA6 Q3URU8 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 Q8VCB1 A0A1D5RLQ0 Q9Z1K5 Q91VC3 Q8BTU6 Q8C570 Q3U9K6 Q99NF7 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q80X90 Q8BH74 Q8BPS7 Q8R480 Q8BTS4 J3JSA4 Q3UAR6 Q8R4R6 Q9CWU9 Q9ERU9 Q4FJX1 Q99K94 P38MAPK EVENTS%REACTOME DATABASE ID RELEASE 96%171007 p38MAPK events Q61411 Q09HN3 Q5U421 Q3U2P8 Q3UIB2 Q9WUI1 Q6ZPU1 P63321 O08911 Q9D091 Q8CCG5 TOXICITY OF TETANUS TOXIN (TETX)%REACTOME%R-HSA-5250982.4 Toxicity of tetanus toxin (tetX) Q8CHR4 DEFECTS OF CONTACT ACTIVATION SYSTEM AND KALLIKREIN-KININ SYSTEM%REACTOME%R-HSA-9946127.1 Defects of contact activation system and kallikrein-kinin system P97290 Q3TJ94 Q80YC5 P26262 GLUTATHIONE CONJUGATION%REACTOME DATABASE ID RELEASE 96%156590 Glutathione conjugation Q9Z2A9 Q53ZD4 A7DTG9 P15626 A0A0A6YWX7 Q9CPU4 Q99JP7 Q80XJ7 Q9DCM2 E9Q6L7 A2AE91 Q9JHF7 Q61133 Q9D2S1 Q8K010 Q8R3J5 H3BKH6 Q9JJA0 D3YVP5 P48774 Q9CQG1 A2AE89 Q9D1A2 Q9DCY6 P30115 Q4FK56 Q541E2 Q4FJZ6 Q3UNA7 O09131 ASL VARIANTS CAUSE ARGININOSUCCINATE ACIDURIA%REACTOME DATABASE ID RELEASE 96%9956529 ASL variants cause argininosuccinate aciduria Q91YI0 RNA POLYMERASE I TRANSCRIPTION%REACTOME DATABASE ID RELEASE 96%73864 RNA Polymerase I Transcription B2RTK3 Q8CGP7 Q149V4 Q9DCC5 S4R1M3 P52432 A2CG76 E9QMN5 Q9D1M1 Q8R1M2 Q8BM83 Q3TMT1 Q3UII8 Q64524 Q6P3Z8 P10853 Q60972 Q2KHS8 E9PWD3 Q8BFX0 P70700 Q9DBH1 P51949 Q9R190 Q3V054 E9Q6K1 Q791N7 Q76KJ5 Q8K2X8 Q3TQG6 Q7TPY0 P97358 P49135 Q3V1B9 Q3THG5 Q6PDZ2 Q9D4V4 Q3V214 Q3UHI3 Q3UZB8 B2RWH3 A0A338P6M3 Q63844 Q64475 Q7TPV0 Q64478 Q542U3 P61219 C0HKE5 Q9D2U9 Q9Z2E1 B2RR30 Q6ZWY9 P27661 Q8C5H3 Q8VHR5 Q8K0T3 Q58E49 F8VPZ5 B2RS91 Q9Z2D8 A3KPD0 O54724 P84228 Q8CGP2 Q8CGP0 Q6RI65 CYTOSOLIC IRON-SULFUR CLUSTER ASSEMBLY%REACTOME%R-HSA-2564830.6 Cytosolic iron-sulfur cluster assembly Q99KN2 Q5SXJ3 Q7TMW6 Q8WTY4 A0A3Q4EH93 Q9D187 E9Q6K1 P52431 Q0VGM9 Q9R060 A0A2I3BQN1 Q9D071 SIGNALING BY PLASMA MEMBRANE FGFR1 FUSIONS%REACTOME%R-HSA-8853336.2 Signaling by plasma membrane FGFR1 fusions A6H6S8 Q8CIM9 Q8BFZ9 FGFR3 MUTANT RECEPTOR ACTIVATION%REACTOME%R-HSA-2033514.4 FGFR3 mutant receptor activation A0A7U3L6F4 Q7TSI8 Q541T2 Q3U1V5 A0A7U3JW80 E9Q2N2 A0A7U3JW97 A0A7U3JW51 Q6ZWS1 GABA B RECEPTOR ACTIVATION%REACTOME%R-HSA-977444.5 GABA B receptor activation Q3ZAT1 P29387 Q80TY9 Q9QYK8 Q3UU15 Q3V1Q3 P63213 Q544N3 P84309 Q3TQ70 Q6P8Y9 P08752 Q91WF3 P63216 B2RVZ3 Q3UMY0 Q80T41 A0A2I3BRC5 P61953 P50153 Q9DC51 P48545 Q9JMF3 E9Q706 Q61012 Q9D3L6 Q9Z307 O88444 Q9CXP8 Q8C7Z5 Q3U9V4 Q54AE3 Q3UUN2 Q543W5 Q9WV18 B2RSH2 Q9DAS9 Q3UG14 Q3UGN1 Q53Z04 Q8C8Y6 Q8BHK8 RRNA PROCESSING IN THE NUCLEUS AND CYTOSOL%REACTOME DATABASE ID RELEASE 96%8868773 rRNA processing in the nucleus and cytosol Q6DFW4 Q3USK2 E9QN31 Q9DBR1 Q9D6Z1 P97461 Q4VAG4 Q58E35 P86048 Q9CQD0 Q9CPS7 P62911 Q9DAA6 Q4V9X1 Q545X8 Q921I9 Q9Z0H1 Q9JHI7 Q9EQ61 P14206 Q7TQK4 Q8BHB4 Q9CPR4 Q9D0M0 Q8C7V3 Q0VBA4 Q571G2 A0A158SIT8 Q3UC02 Q8K224 D3YYB0 Q3TKQ3 Q9D7V6 Q9CRA8 Q9CSH3 Q91WM3 Q5M9M4 Q3U821 Q5M9M0 Q8BTW3 Q99J36 Q8BHY2 E9QK83 Q5YLW3 Q91WE3 Q4FZF3 A0A0R4J114 A0A3B2WB30 Q9CQR2 Q8R2N2 Q922Q2 P62264 Q9D903 Q6PGF5 Q6ZWN5 Q6ZQL4 Q8R5K4 Q4FZH2 Q9CQS5 Q8BP67 A0AAA9WWH1 Q6NSQ7 Q5M9N8 Q9CZU3 Q642K1 Q9CQS2 Q9CXW4 Q9D1Q1 P62717 Q2M1K2 Q8CGC6 Q9DCT4 O54825 Q561N5 P97452 Q5M9K7 Q8BHW1 P62830 Q9EP97 Q9ESX5 A0A0R4J0R3 P99027 G3X9B1 Q9D823 Q8VCY6 A2AJG0 A2BE28 Q8BV98 Q5SWD9 Q505A8 E9Q109 Q58EA6 Q9CRB2 Q4FZE6 Q9CZJ1 Q9CZX8 Q9CQH8 Q564E8 Q9D0D4 Q5I0T8 Q8VHZ7 Q497N1 Q8C4J7 Q5CZY9 Q3TKX4 Q3TF81 Q4VBG1 Q9CY66 Q3TZX8 Q148S3 O35473 Q640M1 Q8BGA5 Q6PCP0 Q6PAC3 Q542P8 Q8R040 Q8C539 Q5M8M3 Q9JI13 Q6NS46 Q9JJT0 P56183 Q8BG17 Q8CI11 Q6NZL1 Q9DBE9 Q8BJW5 G3UYU5 Q921Y2 P35550 Q8K366 Q9DBU3 Q4VBE8 Q3TYE1 Q6ZWU9 GPVI-MEDIATED ACTIVATION CASCADE%REACTOME DATABASE ID RELEASE 96%114604 GPVI-mediated activation cascade Q3UDZ1 Q3UHZ0 P0C191 Q8C7P2 Q6P1E0 D3YVS6 P20491 A8Y5F6 Q7TSI6 Q4VAE6 Q4FJM5 Q9R0C8 Q3V341 Q8BTI9 Q05144 Q3UCJ0 Q8CEI0 Q8C5Q7 A0T1G3 Q8CIH5 Q3TLP8 P42337 Q8VDU4 Q3UXE9 P35235 Q3U6Q4 A1A4T4 D3YZ57 Q60787 E9Q696 Q546H1 O08908 INTERLEUKIN-10 SIGNALING%REACTOME DATABASE ID RELEASE 96%6783783 Interleukin-10 signaling Q5QNV9 Q5QNW0 Q5SX78 Q5XZF2 Q8C833 Q548V9 Q0VB73 Q542W1 Q3U479 Q545P4 A2RTD1 Q3URU8 Q8VH33 E9QJS1 Q549G3 F8WH42 Q3U593 Q8VHM7 Q3ZAX5 Q4FK69 Q3UE89 Q3U0Y6 P12032 Q546S6 Q2PMY2 Q549R2 Q543S8 Q6GU23 P07141 Q3U879 Q642U4 P10749 Q62035 Q8BVW4 Q05769 P51682 Q61238 Q545B5 A2RTH0 P33766 Q6W5C0 Q3U8M7 LATENT INFECTION - OTHER RESPONSES OF MTB TO PHAGOCYTOSIS%REACTOME DATABASE ID RELEASE 96%1222499 Latent infection - Other responses of Mtb to phagocytosis P08071 GSK3B AND BTRC:CUL1-MEDIATED-DEGRADATION OF NFE2L2%REACTOME DATABASE ID RELEASE 96%9762114 GSK3B and BTRC:CUL1-mediated-degradation of NFE2L2 Q5KU03 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q5SUR3 P62878 Q14AQ1 Q58EV4 Q60795 O55234 Q542H2 Q5BKQ9 Q9JKV1 A0A286YDT6 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 PLATELET ACTIVATION, SIGNALING AND AGGREGATION%REACTOME DATABASE ID RELEASE 96%76002 Platelet activation, signaling and aggregation P70452 Q3UDZ1 Q9Z1S3 Q5SVY2 Q6GR78 B2RVZ3 Q9DC51 P30678 Q8CDZ9 P12032 Q3UFN1 Q6GQT1 Q8CIH5 Q3UPA1 Q91YU7 Q3U9V4 A2CFB8 K7Q751 B2RSH2 Q3UG14 Q546G4 Q3UGN1 Q8CBT5 P29387 Q3UHH5 Q6P1E0 P68368 P63213 Q6S9I3 O08675 Q3TQ70 Q5SX50 P08752 Q6P8Y9 P40124 P63216 Q3UMY0 Q3TJ94 P61953 B1AV14 P50153 Q8C6Z4 Q9JMF3 Q8BMJ5 Q61012 P70227 Q8C8N0 Q9CXP8 P30558 Q54AE3 Q9DAS9 O88634 P40240 Q8CED6 Q3UN66 Q3UNK5 Q6P8R3 G5E899 Q3U7T8 Q61592 Q60787 Q546H1 Q80YQ1 Q3TR66 Q9QUM0 Q01338 Q925K6 Q01337 P0C191 D3YVS6 P20491 A8Y5F6 Q3UWD7 Q9CY42 G3X8T9 Q91XH6 Q8BH02 Q8K1I3 A0A0N4SVV4 Q8CFZ6 Q3V3W7 Q69ZY2 P47867 A0A146E664 P13609 P48036 Q8C7K6 Q01102 Q8R127 Q5FWB7 Q00731 Q9CZ30 Q3V1T9 Q53YN4 Q19LI2 Q9DBX5 Q07797 Q549D0 Q3UJK4 F8WI14 E9Q7U5 A0A0R4J039 Q544Y7 Q9WVA4 P57785 Q8C139 P97290 Q6XLQ8 Q54AE5 Q548T0 Q3TEE6 Q549A5 Q9CS95 Q8BGA2 Q3UXW9 Q3TJP4 Q91VU0 A0A0R4IZW4 Q8CCQ1 Q3TJ22 A0A0R4J242 Q3ULT2 Q8BXZ1 Q3UP47 Q549X6 Q549X4 Q8BND5 Q9CXI5 B2RR26 P49766 J3JRU4 Q9ER67 Q8CAW4 Q921M7 Q61704 P70274 Q64348 Q3UJC1 P97946 Q6NV56 P97953 Q3UTF8 Q5NCU5 Q3UQC2 Q5F271 Q3UEK9 Q543R9 G3UVV6 Q5ND36 A6MDD3 Q9CZP7 Q3UZF9 Q3TJY2 Q60770 Q8C2M0 E9Q5L2 E9Q137 Q00897 P68404 Q8BQ43 Q920N8 O88783 Q9QUG9 Q4VA93 B2KF05 P09535 Q8CAR0 Q8BTI9 A0JP53 D3YWQ0 Q6DIC8 Q8C413 Q91WC9 O88673 Q3UCJ0 A4FU75 Q8CEI0 P63101 Q6P5E8 Q99LR1 Q9D375 Q6NS52 P16054 A2AHK0 Q9R1C6 Q3UKY1 Q3TLP8 Q5FW75 Q3UXE9 Q3U6Q4 Q8C5K0 A1A4T4 Q8CA35 Q8BWG8 Q52L50 Q64727 B1AYC9 Q80TM2 Q3UHZ0 Q3UER8 P31750 Q8C7P2 E9PV24 E9QPU1 Q7TSI6 J3JS97 Q99N57 Q4FJM5 O54890 Q9R0C8 Q3TGR2 E9Q467 Q5FW61 A1BN54 Q05144 Q9D034 Q8C5Q7 P41241 P27600 P42337 Q8VDU4 Q9EQI5 P05480 P35235 D3YZ57 Q9DB73 Q3USK4 Q8C9G5 E9Q696 Q8JZR2 Q5U421 Q3V3W9 O08908 P63085 Q546L4 P98083 Q63844 Q8BFQ1 Q4VAE6 Q3V341 Q921I1 A0T1G3 Q3TZW9 Q00623 B7FAU9 B2RR03 O88186 Q9QZU3 GLYCOSAMINOGLYCAN-PROTEIN LINKAGE REGION BIOSYNTHESIS%REACTOME DATABASE ID RELEASE 96%1971475 Glycosaminoglycan-protein linkage region biosynthesis P59270 M0QWP1 Q8BHA9 Q3V1F2 Q8VCS3 Q64519 P58158 Q3TSQ8 A0A0R4IZX5 Q3URZ9 P51655 Q3TNY9 Q8R3X6 Q71M36 Q3UCI0 P43407 Q8BKV1 Q3UKR1 F8VPK6 Q8BS97 Q3U5S6 Q8R1V2 Q91Z92 Q91XL3 Q3TAW1 H3BLN8 Q3U379 Q52KG8 Q3TWB2 UCH PROTEINASES%REACTOME%R-HSA-5689603.4 UCH proteinases Q8CGP7 Q149V4 P54775 Q3UPK6 Q9CPS5 Q8CGY8 A0A6Q6QAE5 Q8BVQ9 Q3U1J1 Q6ZPV2 P62196 Q3UNK5 B2RT97 P0CG50 A0A0A0MQ89 Q3TKG4 Q8R2S9 Q542I9 A1L3B8 P14685 Q545G0 Q8BHA0 Q8BJR0 P49722 Q9R0P9 Q9D8W5 Q5XJH3 Q6PIJ4 P99026 Q3UCQ1 Q9R1P0 Q8BWQ9 Q3TV35 B1AUX2 O35593 P42128 Q3U1C2 Q9WUP7 Q9R1P3 Q3UWN3 Q3TSV9 Q24JP2 Q14AQ1 B1AT32 Q58EV4 Q8R359 O55234 Q542H2 Q5BKQ9 Q9JKV1 B2RRX1 Q3TXS7 P70195 Q60692 E0CXB1 Q3UI46 Q6RI64 Q8BQS9 Q3TS44 Q9D5H8 Q99JI4 Q3TKV1 Q505L1 B2RWH3 C0HKE5 Q00899 Q8CIG3 O70445 Q99PU7 Q64522 A2AB79 Q8CGP4 A3KPD0 Q8CGP5 B2RPW6 ACTIVATION OF NA-PERMEABLE KAINATE RECEPTORS%REACTOME DATABASE ID RELEASE 96%451307 Activation of Na-permeable kainate receptors Q6PAQ0 Q8C825 AMINE OXIDASE REACTIONS%REACTOME DATABASE ID RELEASE 96%140179 Amine Oxidase reactions Q3UJ53 Q3TXR6 Q8BW75 SIGNALING BY ERBB2 KD MUTANTS%REACTOME%R-HSA-9664565.3 Signaling by ERBB2 KD Mutants P98083 Q9WTX4 D3YZR2 P42337 Q80Y52 B7ZNX6 G3V023 Q8C7P2 Q9WVF5 Q505A4 Q62077 Q9D091 Q61411 Q3USK4 Q61521 Q3UWD7 Q61081 Q6DR99 Q543J8 Q5FW64 P70424 CO-INHIBITION BY BTLA%REACTOME DATABASE ID RELEASE 96%9927353 Co-inhibition by BTLA A0A1W2P7D5 P35235 Q3UCJ0 Q32MV8 CHAHP COMPLEX ASSEMBLY%REACTOME DATABASE ID RELEASE 96%9940465 ChAHP complex assembly B2RTK3 B2RWH3 Q8CGP7 Q9CYJ8 Q64475 Q64478 Q64524 Q149V4 Q8CHC8 Q9DCC5 P10853 Q5BL11 C0HKE5 Q9D2U9 A3KPD0 Q6ZWY9 S4R1M3 P84228 Q8CGP2 P27661 Q8R1M2 Q8CGP0 Q8BM83 RND1 GTPASE CYCLE%REACTOME DATABASE ID RELEASE 96%9696273 RND1 GTPase cycle Q8C180 Q8C7P2 Q91WJ0 Q8BV52 Q5SS83 Q3V1S6 B1AS67 E9QP59 Q9WV02 P97393 E9PZW0 Q8BH88 Q8CDN6 D3Z482 Q60864 Q9D3Q7 A0A087WRT5 L0N7N1 Q9QY73 P70206 Q9CTF6 Q8BLR7 O89001 Q80Z96 Q3UIX3 Q03145 Q03160 A0A6I8MX08 Q6NXJ3 P49817 Q9D572 O08908 Q91ZD4 Q0VBM2 B1AV77 Q545S4 Q542D9 Q0VAV5 E9Q9B7 Q8CCL8 Q99ME2 ROLE OF ABL IN ROBO-SLIT SIGNALING%REACTOME DATABASE ID RELEASE 96%428890 Role of ABL in ROBO-SLIT signaling G3UYX7 F8VQH0 Q3SYK5 J3QP81 Q3UXH3 Q9CYT6 Q8BSE7 P40124 SORAFENIB-RESISTANT PDGFR MUTANTS%REACTOME DATABASE ID RELEASE 96%9674404 Sorafenib-resistant PDGFR mutants P26618 TRANS-GOLGI NETWORK VESICLE BUDDING%REACTOME%R-HSA-199992.5 trans-Golgi Network Vesicle Budding P70452 Q6PFA2 Q6DFZ1 Q0VB06 Q5SUH7 Q6GR78 Q3U1P2 Q9JKY5 Q570Z8 Q68FD5 A0A0R4J1L4 Q7TN05 Q9D8S2 Q8CC13 A0A1B0GR63 Q8CBB7 P70280 Q3UMA3 Q9WVL1 Q8BW87 Q3UG16 Q8BG92 Q3TWZ9 Q3UM14 Q62420 P09528 Q3UWX1 P61967 Q504P4 F8VPL2 Q3U9D1 A0A0R4J0F6 Q80TZ3 Q9JKC7 Q545I6 Q80V94 Q3UKQ5 P84078 Q9D4C9 Q8C266 O55102 Q3TCR7 A0A0R4J0R1 O89001 Q8C6V9 Q542D9 Q9D8U8 E9QAH1 Q8VED2 Q91WZ8 Q6NVF0 Q6PHU5 Q3U8S0 A0A571BGG1 Q9CWK8 Q3V2G6 Q5U5M8 Q6P9T6 Q8BR70 Q9Z266 Q9CPX4 Q3TTW5 Q9DB05 Q9R0C0 A3KGB4 Q8CHR4 Q9D3L3 Q8BFR4 Q3UPG0 Q8BWG8 CASPASE-MEDIATED CLEAVAGE OF CYTOSKELETAL PROTEINS%REACTOME DATABASE ID RELEASE 96%264870 Caspase-mediated cleavage of cytoskeletal proteins F8WHZ9 Q62418 Q6S393 Q4FJQ4 Q3TPJ9 Q6PAC1 Q5FWJ3 P70677 Q3U607 Q9D699 Q3V1V5 LXRS REGULATE GENE EXPRESSION LINKED TO GLUCONEOGENESIS%REACTOME%R-HSA-9632974.2 LXRs regulate gene expression linked to gluconeogenesis Q9Z2V4 Q91X41 Q8VCR0 Q6LC96 Q8CBD1 DEFECTIVE ALG11 CAUSES CDG-1P%REACTOME%R-HSA-4551295.4 Defective ALG11 causes CDG-1p A0A077K846 UNFOLDED PROTEIN RESPONSE (UPR)%REACTOME DATABASE ID RELEASE 96%381119 Unfolded Protein Response (UPR) Q8CF69 P47876 P48678 P47856 B2MWM9 Q80TM2 Q3U671 Q8C089 P50544 Q6PD28 V9GXM1 Q3TML6 Q6ZWX6 Q3ULL5 Q3UFV9 Q3UAP1 P51863 Q3U7T8 Q91XE9 Q3UPN9 Q3UPL0 Q3V405 A2A9I0 Q2NL51 P98083 Q6P1H4 F8WHZ9 A0A0R4J1R1 Q6NZM3 Q8R3E3 Q8BH52 Q3TSP4 F8VQE6 A0A2I3BPX1 Q9Z1W5 Q8CDG5 Q7TQC8 Q921X9 P47758 A0A0R4J082 O89023 Q9DBG7 Q4FJW1 F6VAN0 Q3TML0 Q7TQI8 Q91XB7 Q99KV1 Q542Q0 Q9QYI6 Q8R1L4 A6H6B9 Q54AJ1 A9C491 Q8C590 Q541B1 Q7TPS7 Q3UN10 Q8C4N0 Q9EQY0 A0A2Y9CZM3 A0A0R4J0W0 Q9JKR6 Q9CY50 Q3UNH6 Q61024 Q9CPT4 Q9WTZ2 Q3UJ07 Q9DAA6 Q9D2A5 Q545B5 Q921I9 P51859 Q9JHI7 Q925U4 Q7TQK4 Q9D0M0 Q3UAD6 Q9DBV7 A0A0R4J0P6 Q571G2 Q3TKQ3 Q9CRA8 Q8CHX6 Q9CSH3 Q8BTW3 LTC4-CYSLTR MEDIATED IL4 PRODUCTION%REACTOME%R-HSA-9664535.2 LTC4-CYSLTR mediated IL4 production Q9Z2A9 Q8C255 Q3V175 Q4FK56 Q920A1 Q99JA4 CYCLIN A:CDK2-ASSOCIATED EVENTS AT S PHASE ENTRY%REACTOME%R-HSA-69656.6 Cyclin A:Cdk2-associated events at S phase entry P31750 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q9DBN8 Q8BVQ9 P62196 B2RT97 P0CG50 P48964 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P01108 P99026 Q61457 Q9R1P0 P13405 Q3TV35 Q544H6 O35593 Q8C8M7 Q9R1P3 Q9CYB4 Q790L7 Q5SUR3 P51943 Q564P6 Q14AQ1 Q58EV4 Q569Z9 O55234 A0A1B0GRM0 Q542H2 Q3U3D4 Q5BKQ9 Q9JKV1 Q60972 Q3UGB9 E9PWD3 Q3TXS7 Q545C3 P70195 Q9D297 P51949 P61025 P46414 Q3U148 Q8R0K9 Q60692 B7ZN58 E0CXB1 A0A0A6YVZ7 Q61456 Q6RI64 Q05AA8 Q3TS44 E9Q0Q9 Q3THG5 Q99JI4 P47810 Q3TKV1 Q8C6X4 A0A1W2P7P4 Q8CE74 Q61502 DISORDERS OF TRANSMEMBRANE TRANSPORTERS%REACTOME%R-HSA-5619115.5 Disorders of transmembrane transporters Q8CDZ5 Q62273 Q3UE85 Q9D1M0 P54775 Q3UPK6 Q9Z0W3 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q8R1T4 Q3UQE3 Q3U1H9 P49722 Q8BPY1 Q9D8W5 Q3UUQ5 P99026 Q8BGY9 Q3SWS4 Q9R1P0 Q3TV35 Q9WU02 O35593 Q9R1P3 P51906 Q14AQ1 Q58EV4 Q3TRY2 A0A0U1RPK4 O55234 Q8VDB9 Q542H2 Q5BKQ9 A1L359 Q91WV7 Q9JKV1 Q3TXS7 P70195 Q60692 Q9Z1K8 E0CXB1 Q5SX17 Q6AXE3 Q6RI64 Q3TS44 Q99JI4 Q99PE8 Q3T9X0 Q7TSR6 Q8BHK3 Q3TKV1 Q543U3 Q5FWJ9 Q91X78 Q8BUA6 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 Q3U957 Q8VCB1 A0A1D5RLQ0 Q8C570 A2AQ52 Q80U93 E9QL43 Q3U425 Q543E4 Q3V0N8 Q8BRF6 Q8BQF0 Q8BPS7 Q14C34 Q8BTS4 J3JSA4 Q8R4R6 P26361 Q5SVI6 Q91X44 G3X8P5 O35445 Q61743 Q9QY30 Q9JIH0 Q544N9 E9PUE8 B2RXV9 A2ATP8 Q9R1S7 Q80UP8 O89016 Q99P65 Q99J27 Q9DC29 E9Q8N8 Q8R2I1 Q9R155 Q78IQ7 P21440 P18572 Q3TED0 A2A4V1 F7B0S9 Q61420 E9Q876 Q8R2I2 Q99J56 A0A0R4J1I9 Q8K0B2 Q9JJL3 Q91VE0 Q9WVC8 Q8K2C7 Q8VEH8 P48410 Q01853 A0A3B2WBH6 Q9JHI9 Q6GTY4 Q53ZN9 Q8BFZ9 A2AI62 P49282 Q6GQU1 P59235 Q8BU82 P17809 Q91YT2 Q91WD8 Q8BZ00 Q8VI47 Q8BH74 A1L3P4 Q9D2V6 Q8R480 Q9DBP0 Q80SU6 Q8BN82 Q9CWU9 P14246 Q9QXI6 Q61327 Q9ERU9 B2RUS7 Q00623 A0A0R4J0P7 U12 DEPENDENT SPLICING%REACTOME DATABASE ID RELEASE 96%72165 U12 Dependent Splicing A0A3Q4L2S8 A0A338P6M3 P61219 Q6P4T2 P62488 P08775 Q8C839 Q62093 Q3UJB0 Q3UZ01 Q9D384 Q3THA6 Q9D361 Q923D4 Q6PDM2 Q8BG24 Q3TWW8 Q9CQR5 Q3U2X6 Q8VIK1 Q3UBT1 Q810A7 Q9CQ49 Q543F1 P62315 Q8QZY9 P27048 P62320 P97760 Q78JM7 P59708 Q8BFX0 Q3THK3 Q14AF6 B2RSV4 Q8CFI7 Q9CZ96 P60898 Q6PE01 Q3UNG1 Q3UYV9 Q91YR7 D3Z0M9 Q3UMJ4 Q6PI63 Q3V214 TWIK-RELEATED ACID-SENSITIVE K+ CHANNEL (TASK)%REACTOME%R-HSA-1299316.3 TWIK-releated acid-sensitive K+ channel (TASK) Q3LS21 O35111 BETA DEFENSINS%REACTOME%R-HSA-1461957.3 Beta defensins Q30KP5 Q30KN1 Q8K3U4 Q543S8 G3X8Y8 Q542B6 Q8R2I5 Q30KP0 Q7TNV9 B9EJ46 Q8K3I8 A3KGR0 A0A0R4J0S5 Q30KN8 DISEASES ASSOCIATED WITH GLYCOSYLATION PRECURSOR BIOSYNTHESIS%REACTOME%R-HSA-5609975.6 Diseases associated with glycosylation precursor biosynthesis Q3TQJ2 P47856 Q99LJ8 Q8K157 Q3V100 Q8R059 Q9DCE3 Q3U6X6 Q99KU1 Q9D1Q4 O70152 Q9CXZ9 Q3UW64 Q9WUP4 Q545R7 Q8R2Y3 RESISTANCE OF ERBB2 KD MUTANTS TO AEE788%REACTOME DATABASE ID RELEASE 96%9665250 Resistance of ERBB2 KD mutants to AEE788 Q61081 B7ZNX6 Q80Y52 P70424 ALKBH2 MEDIATED REVERSAL OF ALKYLATION DAMAGE%REACTOME%R-HSA-112122.3 ALKBH2 mediated reversal of alkylation damage Q6P6J4 FLT3 MUTANTS BIND TKIS%REACTOME DATABASE ID RELEASE 96%9702509 FLT3 mutants bind TKIs Q3UEW6 NOREPINEPHRINE NEUROTRANSMITTER RELEASE CYCLE%REACTOME DATABASE ID RELEASE 96%181430 Norepinephrine Neurotransmitter Release Cycle Q0PD63 O08966 E9Q263 P63040 B2RXW8 Q8BRU6 Q3UJ53 Q5D0A4 Q8CHR4 B8QI36 P60879 O70577 H6RXZ1 F7CYX4 DEFECTIVE B3GALT6 CAUSES EDSP2 AND SEMDJL1%REACTOME DATABASE ID RELEASE 96%4420332 Defective B3GALT6 causes EDSP2 and SEMDJL1 Q8BS97 Q3U5S6 M0QWP1 Q3V1F2 Q64519 Q91Z92 Q3TSQ8 A0A0R4IZX5 P51655 Q3URZ9 H3BLN8 Q3U379 Q3TNY9 Q8R3X6 Q71M36 P43407 Q52KG8 Q8BKV1 Q3UKR1 Q3TWB2 HDMS DEMETHYLATE HISTONES%REACTOME%R-HSA-3214842.5 HDMs demethylate histones B2WTI2 Q6ZQ88 A2BEG5 Q6ZPY7 Q9WTU0 A2ABV3 Q3U2K5 Q62240 F6YRW4 E9QL25 P41230 Q8CD15 Q8BM75 A2A8L9 Q80Y84 P84228 Q3UWM4 Q5NCY0 Q3TPN3 Q8CIG3 Q91VY5 A0A023ULC4 Q3UXZ9 ASSEMBLY AND RELEASE OF DENGUE VIRUS VIRIONS%REACTOME DATABASE ID RELEASE 96%9918476 Assembly and Release of Dengue Virus Virions Q3UCW0 Q6DFZ1 Q99JH8 P23188 Q3UBT1 Q8CEI0 Q5SUH7 SEMA4D IN SEMAPHORIN SIGNALING%REACTOME%R-HSA-400685.4 Sema4D in semaphorin signaling Q68FM7 F8VQL0 Q3TR46 Q62159 Q3TLP8 Q3THE2 Q8VDD5 Q3UE22 Q4VAE6 Q4FJM5 Q3U1N3 Q3UR47 Q5SV64 O09126 Q6URW6 Q8BS94 Q8BLR7 B2RWT9 Q642K0 E9QPE7 P70424 Q8CCL8 Q6ZWQ9 DEFECTIVE DPM1 CAUSES CDG-1E%REACTOME%R-HSA-4717374.4 Defective DPM1 causes CDG-1e Q9D1Q4 O70152 Q545R7 INTERCONVERSION OF NUCLEOTIDE DI- AND TRIPHOSPHATES%REACTOME DATABASE ID RELEASE 96%499943 Interconversion of nucleotide di- and triphosphates P70698 Q32M07 A0A0R4J093 E9Q7K1 P07742 P10639 Q5NC82 P11157 Q5NC81 Q544L2 Q6PEE3 Q9JMH6 Q3U6L3 A0A0G2JEH8 Q9QY93 P70303 Q9WTP6 Q6GRA7 Q920P5 F8WIC0 Q9WV85 Q8JZU0 Q9R0Y5 Q9WV84 G3X908 JOSEPHIN DOMAIN DUBS%REACTOME DATABASE ID RELEASE 96%5689877 Josephin domain DUBs Q01853 Q810M8 D3YTZ7 P0CG50 Q3UQN3 A0A3B2W489 Q8CAP3 TRIGLYCERIDE BIOSYNTHESIS%REACTOME%R-HSA-75109.8 Triglyceride biosynthesis Q91ZV4 Q61586 Q9DCV3 Q0KK35 Q9WU65 Q8CD95 Q80W94 Q571G1 E9PWN0 Q3TET2 Q54AA6 SEALING OF THE NUCLEAR ENVELOPE (NE) BY ESCRT-III%REACTOME%R-HSA-9668328.2 Sealing of the nuclear envelope (NE) by ESCRT-III P68372 P68369 A2AQ07 P68368 Q9ERD7 Q9JJZ2 Q9CX00 P05213 P05214 Q6DVA0 A0A3B2WC92 Q9D7F7 Q8BRN9 Q3UX10 Q78V99 Q7TMM9 Q3UMM1 A0A1B0GR63 Q9D8B3 Q8VEJ9 B2RSN3 Q9CQ10 Q9D6F9 B1AZ39 Q52L87 SYNTHESIS OF DOLICHYL-PHOSPHATE MANNOSE%REACTOME%R-HSA-162699.4 Synthesis of dolichyl-phosphate mannose Q9D1Q4 O70152 Q545R7 TOLL LIKE RECEPTOR 7 8 (TLR7 8) CASCADE%REACTOME DATABASE ID RELEASE 96%168181 Toll Like Receptor 7 8 (TLR7 8) Cascade Q3V1B5 Q8BN07 Q6GR78 Q9WTX6 Q542T3 P0CG50 Q4FJP7 Q80UF7 Q80ZA1 Q8C6X9 Q8BJQ4 Q52L79 Q548Y4 Q5D0E0 Q5SRW7 Q5SUR3 Q923A8 Q3U607 A0A286YDT6 Q60778 Q8CBT3 Q9Z1E3 Q5SRY7 Q8VC91 P25799 Q9D5S8 Q99K90 Q569Y6 Q8CF89 A2RTT4 P70196 Q810V8 E9QNX4 I3PQW8 Q3UV15 Q3UEB8 P41969 Q5SWN9 Q5NCN8 P01101 Q3U169 Q08EG0 Q7TPD5 Q7TSJ7 B1AXN9 Q8C9D4 Q3TMJ8 Q5U421 Q3U2P8 Q60521 Q8C094 P63085 Q8CE90 Q63844 Q09HN3 Q91W98 Q9EQU3 Q8K2U0 Q9WUI1 P63330 Q3U7M4 Q547H1 Q3TUH8 Q8BR10 L0CL36 Q8R4K2 Q8BFV3 Q3UY00 P04918 Q80SY9 Q540J8 E9QMH7 Q3UAR6 Q9CR56 Q5EBQ4 D3Z6V8 A0A1W2P715 F8VQ72 Q76MZ3 Q99JG7 Q8CBR9 Q3TL44 Q64HC9 Q8CEC5 Q8CFA1 Q60929 Q91V89 Q62151 E9PYI8 Q8VC16 Q3TY83 Q9D7X3 P58682 A0A0R4J174 Q3TAR6 Q599W9 E9QPQ6 Q8BIX1 BBSOME-MEDIATED CARGO-TARGETING TO CILIUM%REACTOME%R-HSA-5620922.5 BBSome-mediated cargo-targeting to cilium Q9DBF3 Q8BVY8 Q3U4U6 P80316 Q8VD72 Q3TUM2 P11983 P30935 Q564F4 Q9DBI2 Q811G0 Q8K2G4 Q8BJN8 Q9JHQ5 Q542X7 Q3V3N7 Q8JZL2 Q9CZQ9 Q9CWF6 A6H669 Q8BR32 Z4YKQ3 PI3K AKT ACTIVATION%REACTOME%R-HSA-198203.6 PI3K AKT activation P81122 Q8BTI9 P42337 Q3UFB7 Q8C7P2 O08908 Q4VAE6 Q6LDU8 Q543V3 SIGNALING BY NOTCH1%REACTOME%R-HSA-1980143.5 Signaling by NOTCH1 Q3UZZ2 Q3UG37 E9PXW8 J3JS97 Q6P3E7 Q6T264 Q9WTX6 Q8VH37 P0CG50 D3Z768 Q8CAS3 Q8BYF1 Q3TMT1 P01108 A0A668KM95 Q8C863 P62878 Q5SUR3 Q6P3Z8 Q01705 Q6P9T4 Q3UM17 E9Q6E2 Q9QZS3 Q9QUM5 Q3UY41 Q0VGJ1 Q8JZM4 Q9DAU5 Q6NZM9 Q61010 A0A0R4IZY1 Q6PFG2 Q5DTI7 B2RR30 Q6PDK8 Q9QXE7 P12960 Q6GQV9 Q3UCW2 Q499W5 Q80SY4 Q9QYE5 Q8CHB6 Q3UVN4 B2RUG2 Q0MW30 Q6NZC0 Q61483 Q8BHJ5 E9PXU2 Q9JI71 Q58E49 Q8BJ14 Q80ZV7 Q543U1 Q9JM08 Q3U4P5 Q9DBX7 Q3UYK2 Q499J8 P57716 Q8C7N7 Q8BWG8 TNFR1-INDUCED NF-KAPPA-B SIGNALING PATHWAY%REACTOME DATABASE ID RELEASE 96%5357956 TNFR1-induced NF-kappa-B signaling pathway Q99K90 Q8CF89 Q80TQ2 Q3TPN5 Q3U479 Q91WA6 Q7TQD1 Q924T7 P68040 B2RUR8 Q8K004 Q3U593 Q60989 E9PUE2 P39428 B2RRZ7 Q8C6X9 Q8K3K8 Q5D0E0 Q62210 Q923A8 Q9WUB0 Q60855 Q8CBT3 Q3TSE5 Q8VC91 Q9D5S8 O88623 AUTODEGRADATION OF CDH1 BY CDH1:APC C%REACTOME%R-HSA-174084.6 Autodegradation of Cdh1 by Cdh1:APC C P54775 Q3UPK6 Q9CPS5 P53995 Q8BVQ9 Q541Z5 Q8BZQ7 P62196 Q8BYJ1 B2RT97 Q9WVM3 Q3UFC2 P0CG50 Q8K2H6 Q3TKG4 Q9CPX9 Q542I9 S4R2B6 A1L3B8 A2A4Z0 P14685 G3X8W7 Q545G0 Q3UFQ4 Q3TM92 Q3TI84 P49722 Q9D3A0 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q14AQ1 Q58EV4 O55234 Q542H2 Q3U3D4 Q5BKQ9 Q9JKV1 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 BUDDING AND MATURATION OF HIV VIRION%REACTOME DATABASE ID RELEASE 96%162588 Budding and maturation of HIV virion A0A1B0GR63 Q9CR26 Q5SVY2 Q8BM73 Q8BMZ7 Q810I0 Q9D8B3 Q78HU3 Q8VEJ9 Q8R0J7 Q3UCW0 Q9CQ10 Q3UV99 A0A494BAR3 Q9D7S9 P0CG50 Q8BH48 Q8C2W4 B1AZ39 Q9D7F7 Q80Y09 G3X9H8 Q78V99 NUCLEAR EVENTS STIMULATED BY ALK SIGNALING IN CANCER%REACTOME%R-HSA-9725371.3 Nuclear events stimulated by ALK signaling in cancer Q63844 Q5SUZ5 Q9WTX6 Q9DAY9 Q3UQ34 O55179 B1ATC3 Q9JIA0 A2RSY7 Q8BJP2 Q6P1H7 Q3UE89 Q5SUZ7 Q3UD86 Q80YV2 Q3UCJ0 P13405 Q7TSJ0 Q58E49 Q5SUR3 P62878 Q9CS58 Q569U6 Q6GU23 Q3TZH4 P26687 Q3UPN9 P43404 Q8CJF9 P63085 PYRIMIDINE CATABOLISM%REACTOME%R-HSA-73621.4 Pyrimidine catabolism Q8CHR6 Q9EQF5 Q8VCE6 Q5SUC8 Q3UEK4 A3KFX0 Q0VEE0 A2A9X5 Q8R093 H7BWY3 Q99N42 THROMBOXANE SIGNALLING THROUGH TP RECEPTOR%REACTOME%R-HSA-428930.4 Thromboxane signalling through TP receptor P29387 Q3UHH5 Q3UPA1 P63213 Q9CXP8 Q3U9V4 Q3TQ70 Q54AE3 Q6P8Y9 P63216 Q3UMY0 Q5FW61 P61953 P50153 Q9DAS9 P30678 Q9D034 Q3UG14 Q9JMF3 Q3UGN1 Q61012 Q3TJ22 Q8CBT5 PERK REGULATES GENE EXPRESSION%REACTOME DATABASE ID RELEASE 96%381042 PERK regulates gene expression Q8CF69 P47876 Q3U671 Q3TML6 Q6ZWX6 Q3ULL5 Q7TQC8 Q4FJW1 F6VAN0 Q54AJ1 Q8C590 Q7TPS7 Q8C4N0 Q3U7T8 Q3UPN9 Q61024 Q9DAA6 Q545B5 Q921I9 Q9JHI7 Q3V405 Q7TQK4 Q9D0M0 Q9DBV7 A0A0R4J0P6 Q571G2 Q3TKQ3 Q9CRA8 Q9CSH3 Q8BTW3 RA BIOSYNTHESIS PATHWAY%REACTOME%R-HSA-5365859.4 RA biosynthesis pathway Q3UKA4 Q62148 Q8BH00 Q8K3M1 Q148Q4 P24549 Q8BSF7 Q3UIA4 Q3U538 Q9D2U3 A0A0N4SUV4 B2RXA7 Q9R1R8 A0A0R4J1N8 G5E8W9 Q7TQA3 Q8VCH7 P62965 Q9ERI6 A0A0R4J061 Q9QYY9 SHC1 EVENTS IN ERBB4 SIGNALING%REACTOME%R-HSA-1250347.5 SHC1 events in ERBB4 signaling Q61411 P98083 Q9WTX4 Q3USK4 Q61521 D3YZR2 G3V023 Q6DR99 Q543J8 Q5FW64 Q9D091 ABACAVIR TRANSMEMBRANE TRANSPORT%REACTOME DATABASE ID RELEASE 96%2161517 Abacavir transmembrane transport P21447 Q547K2 O08966 O70577 A0A0R4J0B6 TP53 REGULATES TRANSCRIPTION OF GENES INVOLVED IN G1 CELL CYCLE ARREST%REACTOME%R-HSA-6804116.5 TP53 Regulates Transcription of Genes Involved in G1 Cell Cycle Arrest Q61457 Q544H6 Q9CYB4 P51943 Q564P6 Q3UGB9 P46414 Q61456 Q80ZA1 Q58FA4 A0A2R8VHX5 Q9DB01 Q6S7F2 MECHANICAL LOAD ACTIVATES SIGNALING BY PIEZO1 AND INTEGRINS IN OSTEOCYTES%REACTOME DATABASE ID RELEASE 96%9856532 Mechanical load activates signaling by PIEZO1 and integrins in osteocytes A2A545 Q14BH8 P09055 P31750 Q8C4N2 D3Z3Z3 Q9JIP4 Q8CHP4 O54890 Q32MF3 B9EJ14 P43406 Q547B5 Q52KG8 Q80YP5 Q3UX23 ROLE OF PHOSPHOLIPIDS IN PHAGOCYTOSIS%REACTOME DATABASE ID RELEASE 96%2029485 Role of phospholipids in phagocytosis Q8CIH5 Q8CED6 P42337 P70227 Q6P1E0 Q8C7P2 Q53YN4 E9PUV2 Q8C8N0 Q62077 Q80ZW1 Q8BG07 Q8BTI9 Q6P6K4 Q6NVF2 Q0VBU9 P26151 Q3UN31 O35405 O08908 Q80SW1 Q3U4Y3 A0A0B4J1G0 P16054 LOSS OF FUNCTION OF SMAD4 IN CANCER%REACTOME DATABASE ID RELEASE 96%3304347 Loss of Function of SMAD4 in Cancer Q8BUN5 Q62432 E3SRG8 IRAK2 MEDIATED ACTIVATION OF TAK1 COMPLEX%REACTOME DATABASE ID RELEASE 96%937042 IRAK2 mediated activation of TAK1 complex Q99K90 Q8CF89 P70196 P0CG50 Q923A8 Q8CFA1 Q9D5S8 INITIATION OF NUCLEAR ENVELOPE (NE) REFORMATION%REACTOME DATABASE ID RELEASE 96%2995383 Initiation of Nuclear Envelope (NE) Reformation Q6P1H6 P30276 E9QP59 Q76MZ3 P14733 Q3U9G9 P63330 Q8VDQ8 O54962 Q9CWU3 Q6DVA0 Q3UWH3 P11440 Q3THM8 Q3UHW8 REGULATION OF PAK-2P34 ACTIVITY BY PS-GAP RHG10%REACTOME DATABASE ID RELEASE 96%211728 Regulation of PAK-2p34 activity by PS-GAP RHG10 Q5DTJ2 Q8C9L7 ACTIVATION OF BH3-ONLY PROTEINS%REACTOME DATABASE ID RELEASE 96%114452 Activation of BH3-only proteins Q63810 P63168 P31750 A8IP69 Q5SS40 Z4YK94 P70444 Q8BQK4 O70456 Q80ZA1 P63101 P68510 Q6PEB3 Q8CE74 Q3U9H3 Q8C8M7 Q9CYB4 Q5CZX0 Q7TSJ7 A2A5N2 Q9D297 Q9D0M5 Q62415 E9QJU8 Q80XK0 A2AV75 Q8C6X4 SORAFENIB-RESISTANT FLT3 MUTANTS%REACTOME DATABASE ID RELEASE 96%9702624 sorafenib-resistant FLT3 mutants Q3UEW6 ACTIVATED NTRK2 SIGNALS THROUGH FYN%REACTOME DATABASE ID RELEASE 96%9032500 Activated NTRK2 signals through FYN Q3TLP8 P05480 Q3UHH9 Q3UHE3 G3X9V4 Q541P3 G BETA:GAMMA SIGNALLING THROUGH PI3KGAMMA%REACTOME%R-HSA-392451.5 G beta:gamma signalling through PI3Kgamma P29387 Q3UHZ0 P31750 P63213 Q3U6Q4 Q9CXP8 Q4VAE6 Q3U9V4 Q3TQ70 Q54AE3 A1A4T4 Q6P8Y9 P63216 Q3UMY0 P61953 P50153 Q9DAS9 Q3UG14 Q9JMF3 Q3UGN1 Q61012 Q8C5Q7 Q8CE74 Q8C6X4 INTERLEUKIN-12 FAMILY SIGNALING%REACTOME%R-HSA-447115.7 Interleukin-12 family signaling O08915 Q8K3I6 Q542A3 A0A1D5RL98 Q543F3 D3YTQ3 Q9JM58 Q3V157 Q5SVY2 Q545F0 Q61823 Q3U1K3 D3Z6H5 Q5ND42 P14733 Q5RKN9 Q5SUC3 E9QJS1 Q5DTJ2 Q4FJX9 P70280 P09103 A0A7R8C347 G3X9V0 P11983 P84078 P13634 Q542G9 P63321 O09131 Q6PDI9 P38647 P26041 Q93092 Q3URU8 Q549G3 Q3ZAX5 O88569 Q6GU23 Q3U879 Q544Y7 Q9Z2X1 P57784 Q99K94 Q61233 G5E8U4 Q52L50 Q3UZN3 Q9CQ65 Q62120 Q8BGS2 DEFECTIVE GALK1 CAUSES GALCT2%REACTOME DATABASE ID RELEASE 96%5609976 Defective GALK1 causes GALCT2 Q9CXZ9 AGGREPHAGY%REACTOME DATABASE ID RELEASE 96%9646399 Aggrephagy Q569Y6 P63168 A2RTT4 Q8CDL2 Q80Y52 Q99LX0 Q3TYJ3 A0A3B2W489 P26361 Q3UG37 Q3TWG5 P41209 Q3TUP2 Q52L52 Q01853 Q3TPJ8 Q9D0M5 P0CG50 Q6PDL0 Q9JHU4 Q9CUD0 FGFR1B LIGAND BINDING AND ACTIVATION%REACTOME%R-HSA-190370.4 FGFR1b ligand binding and activation Q541T2 Q0VER9 Q0VG15 Q9Z0G0 O35565 A0A0R4J097 Q6ZWS1 INTERLEUKIN RECEPTOR SHC SIGNALING%REACTOME DATABASE ID RELEASE 96%912526 Interleukin receptor SHC signaling P98083 Q5SX78 Q8C7P2 Q05A81 Q3URU8 P26952 Q5SV01 P16297 Q00941 Q3U1Z1 P04351 Q8BTI9 Q8CI98 Q3ZB59 Q3UCJ0 V5SIM2 A0A0R4J0R7 Q9ES52 P42337 Q3UXE9 Q6P549 Q544I2 Q3USK4 O08908 Q62120 VITAMIN C (ASCORBATE) METABOLISM%REACTOME%R-HSA-196836.4 Vitamin C (ascorbate) metabolism P17809 Q9D2S1 Q9DCN2 Q9Z2J0 Q544Z9 Q9EPR4 O09131 Q8BLF7 O-LINKED GLYCOSYLATION OF MUCINS%REACTOME DATABASE ID RELEASE 96%913709 O-linked glycosylation of mucins Q0VEM9 Q3UFE4 Q8C3J2 Q1RLK6 Q91Y74 Q0VAV1 Q5JCS9 Q544T4 Q8BM62 E9PUF1 Q8K0J2 A0A7N9VSW1 Q11204 P70277 Q921L8 Q544M3 A0A0R4J1C9 Q3V1S6 Q6PB93 Q8R3I9 Q08EC9 Q9D2N8 Q5SQF9 Q5JCT0 Q8BGY6 Q3USF0 Q9JMG2 Q14B51 Q8VI16 Q3U129 Q09324 Q9JJ06 O08832 A0A0R4J0H1 Q59J92 P70419 Q8C7U7 A2RRI8 Q59J91 Q14BT6 F8WK01 Q9JJ61 Q3U8I4 Q9D4M9 Q3TVJ9 Q3U7I0 Q3UUA9 Q60GT3 MITOCHONDRIAL CALCIUM ION TRANSPORT%REACTOME%R-HSA-8949215.3 Mitochondrial calcium ion transport Q9DB10 Q925Q3 Q99JB2 Q9Z2I0 P67778 Q60930 Q5EBQ0 Q8VCX5 Q60932 Q9CTT7 Q3ULF4 Q8JZQ2 Q8CD10 Q8BHE8 Q9CTY5 Q3V235 A2AIW9 Q3UMR5 Q8BXN1 O88967 Q9CXT8 A0A338P6A0 D6RIL8 SYNTHESIS OF PIPS AT THE ER MEMBRANE%REACTOME DATABASE ID RELEASE 96%1483248 Synthesis of PIPs at the ER membrane Q6ZPE2 Q6P572 Q8CBQ5 A0A1S6GWJ7 A0A5F8MPK9 ACTIVATION AND OLIGOMERIZATION OF BAK PROTEIN%REACTOME DATABASE ID RELEASE 96%111452 Activation and oligomerization of BAK protein O08734 P70444 SCAVENGING BY CLASS F RECEPTORS%REACTOME%R-HSA-3000484.3 Scavenging by Class F Receptors Q9JKR6 B2MWM9 Q80Y52 Q68EF1 E9Q414 Q61699 MATURATION OF PROTEIN 3A%REACTOME%R-HSA-9694719.4 Maturation of protein 3a Q3UFE4 Q544T4 Q8BM62 Q11204 P70277 Q544M3 Q8C3J2 Q91Y74 UPTAKE AND ACTIONS OF BACTERIAL TOXINS%REACTOME DATABASE ID RELEASE 96%5339562 Uptake and actions of bacterial toxins P40240 Q8CE90 Q71LX8 Q80Y52 Q8K2U0 Q91YS7 Q3UWA6 Q9JMH6 Q5D0A4 Q3TMJ8 A0A0R4J0D4 Q8CHR4 P60879 P23188 Q69ZS6 Q5FW64 P61264 P58252 Q9JIS5 H6RXZ1 A0A0R4J2C2 Q80Y09 Q62442 Q8BG39 ELEVATION OF CYTOSOLIC CA2+ LEVELS%REACTOME DATABASE ID RELEASE 96%139853 Elevation of cytosolic Ca2+ levels Q8CED6 P70227 Q9Z257 A0A1B0GRA5 Q8K3P1 Q8C8N0 Q91VE2 P51576 Q3UR32 Q8CHP4 Q149L9 Q6NV56 A3KCG1 Q3UXW9 Q8CCQ1 Q14BR6 TP53 REGULATES TRANSCRIPTION OF SEVERAL ADDITIONAL CELL DEATH GENES WHOSE SPECIFIC ROLES IN P53-DEPENDENT APOPTOSIS REMAIN UNCERTAIN%REACTOME%R-HSA-6803205.2 TP53 regulates transcription of several additional cell death genes whose specific roles in p53-dependent apoptosis remain uncertain Q549P2 Q9CS14 Q9CPT0 Q9JHK4 Q5CZX0 Q9JK95 Q545R3 Z4YK94 Q62415 E9QJU8 Q80ZA1 Q544F9 Q3TVF4 INTERLEUKIN-18 SIGNALING%REACTOME DATABASE ID RELEASE 96%9012546 Interleukin-18 signaling Q8C257 P07750 P48999 A0A1B0GT50 Q3TTU1 P20109 Q2PMY2 CHD3, CHD4, CHD5 SUBFAMILY%REACTOME DATABASE ID RELEASE 96%9943965 CHD3, CHD4, CHD5 subfamily Q9Z2V4 B2RTK3 Q8CGP7 Q9CYJ8 Q149V4 Q9DCC5 S4R1M3 P35576 E9QMN5 Q8R1M2 Q8BM83 Q3TMT1 Q3UII8 Q64524 Q8CHC8 Q5BL11 P10853 Q60972 Q2KHS8 Q9R190 B2RWH3 Q64475 Q64478 Q9CPY4 P63280 G3XA31 Q80Y82 O08900 Q9D2D7 C0HKE5 Q8C9X3 E9PYU4 O35207 Q9D2U9 Q9D4J7 Q8BG03 Q9Z2E1 Q3UST6 Q69Z61 G5E8U2 Q0P5Y0 Q6ZWY9 Q9QXD6 A0A087WNY4 Q3TYY8 Q3ZAS1 P27661 Q8C5H3 Q8VHR5 Q8K0T3 Q58E49 Q9Z2D8 A3KPD0 P84228 Q8CGP2 Q8CGP0 REGULATION OF ENDOGENOUS RETROELEMENTS BY KRAB-ZFP PROTEINS%REACTOME%R-HSA-9843940.1 Regulation of endogenous retroelements by KRAB-ZFP proteins B2RTK3 Q61686 B2RWH3 Q8CGP7 Q64475 P63280 Q64478 Q149V4 Q8BIK0 C0HKE5 G3UY09 Q9D2U9 Q8BFS8 Q6ZWY9 S4R1M3 Q7M6X7 Q5PPR4 Q8BW39 F8VPP0 E9QMN5 P27661 Q8R1M2 Q7TT18 Q8BM83 Q8C5H3 Q8VHR5 Q3TMT1 Q8K0T3 Q3UII8 Q58E49 Q64524 P10853 G5E8N3 Q8C0Q5 Q60972 Q2KHS8 Q9Z2D8 A3KPD0 Q9R190 B2RXC5 P84228 Q5EBP9 Q8CGP2 Q8CGP0 INTERLEUKIN-7 SIGNALING%REACTOME%R-HSA-1266695.10 Interleukin-7 signaling Q8C7P2 Q3UXE9 Q8C3F4 Q6GU23 O35716 Q548Q7 Q543V3 Q3URU8 P81122 P42232 Q8C9G5 Q9JIA0 A0A0R4J170 Q8BPZ1 Q544C8 Q8C9W4 Q9JIE6 P84228 A0A0R4J0F5 Q3TR87 O08908 Q542D1 V5SIM2 A0A0R4J0R7 KIDNEY DEVELOPMENT%REACTOME%R-HSA-9830369.1 Kidney development Q19AB2 P27889 B9VVT6 G3UYX7 Q541T2 P97785 A2ASM7 Q544D2 Q3UTY8 Q61572 Q3UVN4 P31311 P31313 Q8BSP4 Q61483 Q569N5 Q3ZB23 Q199A7 P10284 P09055 B2RRW2 Q3TNY7 Q3ULR1 Q3TYB4 Q147Z9 Q3U0R5 P81068 A2ARA8 P48540 P81066 H9T841 P31361 Q02248 Q62232 G3X8Q7 Q6P5E3 P35546 Q00288 Q9WVG7 Q8C9D0 B9EI61 Q4FZJ6 Q0VEU7 Q8C718 Q9JI48 Q04744 Z-DECAY: DEGRADATION OF MATERNAL MRNAS BY ZYGOTICALLY EXPRESSED FACTORS%REACTOME%R-HSA-9820865.1 Z-decay: degradation of maternal mRNAs by zygotically expressed factors E9PUA2 Q8C470 P29341 D3Z3J6 Q8CI75 Q5F2A7 Q8BTU6 Q91VC3 Q8BGD9 Q8CCS6 E9Q9E1 Q9EQN6 REGULATION OF ACTIVATED PAK-2P34 BY PROTEASOME MEDIATED DEGRADATION%REACTOME DATABASE ID RELEASE 96%211733 Regulation of activated PAK-2p34 by proteasome mediated degradation P54775 Q3UPK6 Q9CPS5 Q5DTJ2 Q8BVQ9 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 ALPHA-OXIDATION OF PHYTANATE%REACTOME%R-HSA-389599.4 Alpha-oxidation of phytanate Q99MZ7 Q9QXE0 Q3TPC7 O70579 Q3TN99 ENTRY OF INFLUENZA VIRION INTO HOST CELL VIA ENDOCYTOSIS%REACTOME%R-HSA-168275.6 Entry of Influenza Virion into Host Cell via Endocytosis Q6PFA2 Q68FD5 OTC MAIN CHAIN VARIANTS CAUSE OTC DEFICIENCY%REACTOME DATABASE ID RELEASE 96%9956553 OTC main chain variants cause OTC deficiency Q8R1A8 DAG AND IP3 SIGNALING%REACTOME DATABASE ID RELEASE 96%1489509 DAG and IP3 signaling Q80TY9 Q8BW40 Q8CED6 F8WIS9 Q3UU15 Q3V1Q3 Q62077 Q4VA93 P84309 Q8C078 Q3UN66 Q91WF3 A0A2I3BRC5 Q8K1M3 Q922R0 Q9DBC7 P68181 Q8VBY2 E9Q706 Q80SW1 Q8BGR3 P16054 Q8CCM0 O88444 P70227 Q9D5W0 Q53YN4 Q8C8N0 Q7TS64 Q9DBS6 Q3TY04 A2ASF9 Q3UUN2 P05132 Q8BL41 H3BK84 DEFECTIVE CYP11A1 CAUSES AICSR%REACTOME%R-HSA-5579026.4 Defective CYP11A1 causes AICSR Q9QZ82 Q61578 Q545P3 Q9CPW2 PTK6 DOWN-REGULATION%REACTOME DATABASE ID RELEASE 96%8849472 PTK6 Down-Regulation Q3TZW9 Q05AA8 Q8BQI4 GLYCOSAMINOGLYCAN METABOLISM%REACTOME DATABASE ID RELEASE 96%1630316 Glycosaminoglycan metabolism Q91XQ5 Q62273 Q8CAZ9 Q3V1P4 E5RKF9 A0A1Y7VL74 Q8C089 Q8CC47 Q8BHA9 Q543D2 Q1RLK6 P61022 Q8R3H7 Q3UY35 Q91Y74 Q5JCS9 Q543C5 Q544T4 Q8BLI4 Q9JJ04 B2RXW6 Q11204 B2RY83 Q8R3X6 Q3UCI0 O88325 F8WGD7 Q3UTM4 Q6ZQ11 Q8BKV1 A0A494BB18 E9PZJ4 Q91Z92 P70312 D3YVV6 Q812F3 Q80X37 Q52KJ0 Q8BFR4 Q91XL3 Q6NZM8 Q9QUP4 Q99LL3 Q3UUA9 Q673U1 D3Z6E3 Q5DTK1 P59270 M0QWP1 Q3V1F2 Q3UUP6 Q64519 Q80V53 Q3UPW7 Q6P8Q2 O35310 Q08890 Q3TAW7 Q3TXR9 Q9EQ08 Q3TSQ8 A0A0R4IZX5 Q8K0J2 Q99KJ6 Q3URZ9 Q0VBN2 A0A0R4J138 Q91ZN5 Q3TNY9 O35103 Q71M36 Q91ZJ9 O08650 Q8VEI3 O88199 Q8BZW3 L0MX76 Q6IQX7 Q8BMG0 Q3UKR1 Q3UPH6 A0A1B0GSK9 Q8BS97 Q8BWP8 P29416 Q3U5S6 Q80WV3 Q8R1V2 Q8BHC0 B1ASJ2 Q9QYK5 Q9EQW8 B9EHC3 H3BLN8 Q3TVJ9 A4FUJ3 Q3U7I0 Q3UDB5 Q5M9P4 Q3TRA2 P52850 Q8VCS3 Q80UW0 Q6P1H4 P58158 P51885 Q9EPS3 Q8C1F4 P51655 Q6YGZ1 P43407 Q3UDC9 F8VPK6 Q3U478 Q8BN82 Q9EP78 Q3UHN9 Q9QZS6 Q8BJQ9 Q3UIC7 Q80ZD3 Q3TAW1 Q3U379 Q52KG8 Q3U260 Q3UZE4 Q3TWB2 Q8VIB3 PERVASIVE DEVELOPMENTAL DISORDERS%REACTOME DATABASE ID RELEASE 96%9005895 Pervasive developmental disorders P05132 Q8BHJ5 Q9JM08 Q60520 Q58E49 Q9QXE7 Q80ZV7 Q921N8 Q8BGR3 Q8CHB6 RRNA MODIFICATION IN THE NUCLEUS AND CYTOSOL%REACTOME%R-HSA-6790901.6 rRNA modification in the nucleus and cytosol Q99J36 Q8BHY2 E9QK83 Q4FZF3 A0A0R4J114 A0A3B2WB30 Q8R2N2 P62264 Q6PGF5 Q6ZWN5 Q6ZQL4 Q8R5K4 A0AAA9WWH1 Q9CQS2 Q2M1K2 Q9DCT4 Q8BHW1 Q9ESX5 G3X9B1 Q8VCY6 Q9CRB2 Q4FZE6 Q9CZJ1 Q9D0D4 Q8VHZ7 Q8C4J7 Q3TKX4 Q4VBG1 Q9CY66 Q640M1 Q6DFW4 Q8BGA5 Q6PAC3 Q542P8 E9QN31 Q8C539 Q5M8M3 Q9JI13 Q6NS46 Q9JJT0 Q6NZL1 Q8BJW5 Q9D6Z1 Q921Y2 P35550 Q9CPS7 Q9Z0H1 Q8BHB4 Q8C7V3 Q8K224 Q9D7V6 Q91WM3 Q3U821 DEFECTIVE ANO6 DOES NOT EXPOSE PS, PE ON THE PLATELET MEMBRANE%REACTOME%R-HSA-9853846.1 Defective ANO6 does not expose PS, PE on the platelet membrane A0A2I3BPX3 TRANSLOCATION OF SLC2A4 (GLUT4) TO THE PLASMA MEMBRANE%REACTOME DATABASE ID RELEASE 96%1445148 Translocation of SLC2A4 (GLUT4) to the plasma membrane Q6P1D3 Q3TSE2 P70452 E9Q6Q8 Q8VBT9 P31750 Q8K0E2 A8IP69 Q3TWR3 Q6P1Y9 Q0PD50 Q5SS40 Q9CRX5 Q3TPX4 O70456 A0ABA7IXD2 Q0PD45 Q8CHR4 P63101 Q9D3L3 Q60770 Q6PAM0 P68510 Q8CE74 Q9WTI7 Q3UI47 Q3TLP8 Q8BRK8 Q8VDD5 Q6PGF7 Q8C670 Q3ULK1 Q8BIQ9 Q8BGM7 A2A5N2 Q9CXE1 Q542K0 Q8C129 Q50HX4 D3Z4J3 Q3U3T9 P63321 D3YUS4 P14142 F8WHN4 Q542L0 Q4FJL0 TGFBR3 EXPRESSION%REACTOME DATABASE ID RELEASE 96%9839394 TGFBR3 expression V9GX46 E3SRG8 Q6LC96 Q3UQ34 P12979 Q8VD67 A2RSK4 B1ATC3 P10085 Q3U5E7 Q60848 Q91YV0 Q8BJP2 Q3UHK8 Q0VEJ7 Q3UD86 B2RPU7 E9PWE4 A0A0R4J097 Q8BJ14 Q9CS58 Q8BUN5 G3X8Q0 Q8CJF9 Q3UII1 GALACTOSE CATABOLISM%REACTOME DATABASE ID RELEASE 96%70370 Galactose catabolism Q3TQJ2 Q3U6X6 Q3UDY1 Q8K157 Q9CXZ9 Q8R059 DEFECTIVE MTR CAUSES HMAG%REACTOME DATABASE ID RELEASE 96%3359469 Defective MTR causes HMAG A0A0R4J0G9 A6H5Y3 PROTON-COUPLED MONOCARBOXYLATE TRANSPORT%REACTOME DATABASE ID RELEASE 96%433692 Proton-coupled monocarboxylate transport Q149G3 Q3UDP9 Q5UB50 P21995 P18572 Q544N9 REGULATION OF SIGNALING BY NODAL%REACTOME DATABASE ID RELEASE 96%1433617 Regulation of signaling by NODAL P57785 Q8BRV4 Q64280 P43021 P27040 A2ADM9 Q3V348 Q3TZF1 Q3UPN3 PI AND PC TRANSPORT BETWEEN ER AND GOLGI MEMBRANES%REACTOME DATABASE ID RELEASE 96%1483196 PI and PC transport between ER and Golgi membranes Q8JZZ5 LIPOPHAGY%REACTOME%R-HSA-9613354.4 Lipophagy Q542K0 Q504P4 Q8BRK8 Q3U711 Q9DBG5 Q6PAM0 Q3TWR3 Q8BIQ9 Q8BGM7 SUPPRESSION OF PHAGOSOMAL MATURATION%REACTOME DATABASE ID RELEASE 96%9637687 Suppression of phagosomal maturation A0A0A6YX18 Q3UMA3 P29477 P0CG50 Q3UHW8 Q3U1N0 Q60960 Q8C076 Q4FJQ0 Q9CQD1 POU5F1 (OCT4), SOX2, NANOG ACTIVATE GENES RELATED TO PROLIFERATION%REACTOME DATABASE ID RELEASE 96%2892247 POU5F1 (OCT4), SOX2, NANOG activate genes related to proliferation Q9CYI8 Q541T2 Q62521 Q60750 A2BDY3 Q6GU23 Q6P5E3 A0A2I6EDI9 Q60I23 NEF MEDIATED CD4 DOWN-REGULATION%REACTOME%R-HSA-167590.5 Nef Mediated CD4 Down-regulation A0A0A6YX18 E9Q696 Q6A0C9 P17426 Q3TSV7 Q5SWR1 Q3UJ76 P84078 Q6PEE6 ALECTINIB-RESISTANT ALK MUTANTS%REACTOME%R-HSA-9717316.3 alectinib-resistant ALK mutants P97793 SENESCENCE-ASSOCIATED SECRETORY PHENOTYPE (SASP)%REACTOME DATABASE ID RELEASE 96%2559582 Senescence-Associated Secretory Phenotype (SASP) B2RTK3 Q8CGP7 Q149V4 A2RTD1 Q8C358 P53995 Q541Z5 Q8BZQ7 S4R1M3 Q8BYJ1 Q9WVM3 Q3UFC2 P0CG50 Q8K2H6 Q3U0Y6 A2CG76 Q9CPX9 Q8R1M2 S4R2B6 F8WH23 A2A4Z0 Q64364 G3X8W7 Q52L79 Q549R4 Q548Y4 Q3UFQ4 Q3TM92 Q3TI84 Q9D3A0 Q5NCN8 P01101 Q64524 P51943 Q564P6 P10853 Q7TPD5 Q3U3D4 B1AXN9 Q3UGB9 Q545C3 Q3UPN9 Q9D153 P46414 Q0VBK8 Q61456 P63085 P25799 B2RWH3 Q63844 Q64475 Q64478 C0HKE5 Q9D2U9 Q6ZWY9 P27661 Q810V8 Q6GU23 A3KPD0 P84228 Q8CGP2 Q8CGP0 DAG1 CORE M2 GLYCOSYLATIONS%REACTOME%R-HSA-8932504.1 DAG1 core M2 glycosylations Q765H6 Q8BGQ4 Q8R2R1 Q8CBE6 Q91X88 SEROTONIN NEUROTRANSMITTER RELEASE CYCLE%REACTOME DATABASE ID RELEASE 96%181429 Serotonin Neurotransmitter Release Cycle Q0PD63 O88935 E9Q263 P63040 B2RXW8 Q3KN99 Q8BRU6 Q8CE19 Q5D0A4 Q8CHR4 B8QI36 P60879 H6RXZ1 F7CYX4 DNA DAMAGE RECOGNITION IN GG-NER%REACTOME DATABASE ID RELEASE 96%5696394 DNA Damage Recognition in GG-NER Q00899 A0A6Q6QAE5 O35864 Q3U1J1 Q6ZPV2 P0CG50 Q3U1J4 Q8BV13 Q14AI7 Q3TCH7 A0A0A0MQ89 Q3TP81 Q4FZK4 Q8R2S9 Q8VBV7 Q921K2 Q8CAP3 Q3UQL2 Q8BHA0 Q9CZ04 Q3V3N6 Q9R1K9 Q6PIJ4 Q3UIT2 O88554 Q3U1C2 Q3UQN3 P62878 P51612 B1AT32 Q8R359 B2RRX1 Q505L1 RHO GTPASES ACTIVATE PKNS%REACTOME DATABASE ID RELEASE 96%5625740 RHO GTPases activate PKNs B2RTK3 Q8CGP7 Q3UHZ0 Q3THE2 Q149V4 A8IP69 Q3UQS3 Q4FJM5 Q5SS40 Q3UR74 O70456 S4R1M3 A6H644 A0A140LI58 Q9DBR7 Q8R1M2 Q6ZWQ9 Q6ZQ88 Q62159 Q64524 P10853 P62141 Q5SV64 A2A5N2 Q6URW6 P19091 B2RWH3 A2BEG5 Q64475 Q64478 C0HKE5 Q4VAE6 Q9D2U9 Q6ZWY9 P27661 P63101 P68510 Q3TLP8 Q8VDD5 Q8CE59 P70268 A3KPD0 Q642K0 P84228 Q8CGP2 E9QPE7 Q8CGP0 Q8BWW9 G5E884 H139HFS13* PPM1K CAUSES A MILD VARIANT OF MSUD%REACTOME%R-HSA-9912529.1 H139Hfs13* PPM1K causes a mild variant of MSUD P53395 O08749 Q6P3A8 Q3U3J1 B9EHW0 REGULATION OF HSF1-MEDIATED HEAT SHOCK RESPONSE%REACTOME DATABASE ID RELEASE 96%3371453 Regulation of HSF1-mediated heat shock response Q8CDZ5 Q9D1M0 Q9Z0W3 Q5SS40 A1L347 Q61696 Q504P4 Q3U7T8 Q3U2P8 P63085 P38647 E9Q9H2 Q63844 Q99L47 Q9CUY1 P48722 Q9JLV1 P59235 Q9CZJ2 Q5KU03 Q3TYL7 Q8CI32 Q3U2G2 Q5FWJ9 Q8C6B9 Q52L52 Q8BUA6 F6ZDS4 Q61699 Q9JIH2 A6H6S8 Q6PDG0 Q8BU75 A0A140LJ25 Q99M31 Q8VCB1 Q8VDP4 A0A1D5RLQ0 G3X8S5 Q8C570 A2A5E1 Q80U93 Q8K0U4 E9QL43 D3Z0Y0 Q3U425 Q8BRF6 Q8BQF0 B9EHX4 Q8BH74 Q8BPS7 Q8R480 Q8BTS4 J3JSA4 Q8R4R6 Q9CQ71 Q53Z05 Q9CWU9 P17156 Q9ERU9 Q91YN9 Q5SWN2 Q62193 OTHER INTERLEUKIN SIGNALING%REACTOME DATABASE ID RELEASE 96%449836 Other interleukin signaling P70452 P40223 Q3V1F2 Q0VB73 P07141 Q3TSV7 P70677 Q3URU8 E9QJS1 Q8VHM7 Q5D0A4 Q548T0 Q8CHR4 P60879 Q3URN4 Q8C4M8 Q6NXV8 A0A0R4IZY6 Q3UZI9 Q3UD58 Q8R1R4 O54824 HCMV LATE EVENTS%REACTOME DATABASE ID RELEASE 96%9610379 HCMV Late Events B2RTK3 Q8CDZ5 Q8CGP7 Q149V4 Q9D1M0 Q9Z0W3 Q9D7F7 Q78V99 A0A1B0GR63 Q64524 P10853 Q9D8B3 Q64525 Q9CQ10 B1AZ39 Q3UE64 B2RWH3 Q64475 Q64478 Q5FWJ5 P59235 C0HKE5 Q5FWJ9 Q9D2U9 Q8BUA6 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 Q6ZWY9 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q8BH74 Q8BPS7 Q8R480 Q8BTS4 J3JSA4 Q8R4R6 Q921W0 Q8BMZ7 Q810I0 Q3TSR1 Q78HU3 Q64522 Q8VEJ9 A2A4K0 Q9CWU9 A2AB79 Q8R0J7 Q8CGP4 A2A6M1 Q3UCW0 A3KPD0 Q3UV99 Q8CGP5 Q9ERU9 A0A494BAR3 Q8BH48 Q8C2W4 P84228 Q8CGP2 Q8CGP0 HISTIDINE CATABOLISM%REACTOME DATABASE ID RELEASE 96%70921 Histidine catabolism Q3UKB9 E9PX09 Q3UEL5 Q9DBA8 P23738 Q91XD4 Q8CE60 A2AQK4 Q80UY1 EICOSANOIDS%REACTOME DATABASE ID RELEASE 96%211979 Eicosanoids B0G0Y2 G3UW81 Q99N18 A0A0R4J0N7 Q3UTF0 A2A8T1 O35074 Q9EP75 Q3TNA0 Q8BGU0 G3UW78 Q99N16 GAP-FILLING DNA REPAIR SYNTHESIS AND LIGATION IN GG-NER%REACTOME%R-HSA-5696397.3 Gap-filling DNA repair synthesis and ligation in GG-NER Q9CQ36 Q4KL82 Q9CQ71 Q9CRV6 Q80ZH7 O35654 Q8BQS1 Q5U4B1 Q80XH7 Q8BH76 O54956 Q547B4 Q99J62 Q5SWN2 P0CG50 A0A0R4J091 P52431 Q3TKD1 Q542J9 Q8R055 Q62193 Q5HZI8 PREGNENOLONE BIOSYNTHESIS%REACTOME DATABASE ID RELEASE 96%196108 Pregnenolone biosynthesis Q3UDY1 Q9QZ82 Q61578 Q545P3 A0A0G2JE93 Q9CPW2 Q80SX0 P50637 P51557 Q544C3 ABC-FAMILY PROTEIN MEDIATED TRANSPORT%REACTOME%R-HSA-382556.7 ABC-family protein mediated transport Q9DC29 P21440 E9Q876 P54775 Q6P8Q2 Q99J56 Q3UPK6 Q9CPS5 E9Q467 Q8BVQ9 Q3TML6 P62196 B2RT97 Q6ZWX6 P0CG50 Q3ULL5 Q8K2C7 Q8VEH8 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q14AQ1 Q58EV4 O55234 P48410 Q542H2 Q5BKQ9 Q9JKV1 Q9JJ59 Q3TXS7 Q01853 Q9JI39 P70195 O35600 A2AM56 Q91WA9 Q9CXJ4 E9Q6G4 Q60692 Q6GTY4 Q61285 E0CXB1 A0A0G2JDI9 Q6AXE3 Q0VDW9 Q6RI64 Q8BFZ9 Q9CTU3 Q3TS44 Q3UIG2 Q8R4P9 Q99JI4 Q99PE8 Q8K448 Q7TSR6 Q8K449 A2AJ26 Q3TKV1 Q6P542 A5D6P3 Q91X78 Q8K441 Q91YT2 Q3U957 Q8VI47 Q14C34 P26361 Q8VCI5 P21447 O35445 Q61743 Q00623 E9PUE8 Q9R1S7 A0A0R4J015 IONOTROPIC ACTIVITY OF KAINATE RECEPTORS%REACTOME DATABASE ID RELEASE 96%451306 Ionotropic activity of kainate receptors Q6PAQ0 Q8C825 Q52KF7 Q3UP61 Q80WU3 B1AS29 Q8BMF5 Q91X97 A0A338P6I6 PHOSPHORYLATION OF PROTEINS INVOLVED IN G1 S TRANSITION BY ACTIVE CYCLIN E:CDK2 COMPLEXES%REACTOME%R-HSA-69200.4 Phosphorylation of proteins involved in G1 S transition by active Cyclin E:Cdk2 complexes Q61457 P13405 Q544H6 Q3UGB9 DEFECTIVE SLC1A1 IS IMPLICATED IN SCHIZOPHRENIA 18 (SCZD18) AND DICARBOXYLIC AMINOACIDURIA (DCBXA)%REACTOME DATABASE ID RELEASE 96%5619067 Defective SLC1A1 is implicated in schizophrenia 18 (SCZD18) and dicarboxylic aminoaciduria (DCBXA) P51906 INTEGRIN CELL SURFACE INTERACTIONS%REACTOME DATABASE ID RELEASE 96%216083 Integrin cell surface interactions Q8K4G2 M0QWP1 Q3UER8 P18572 E9PV24 Q8CAW4 Q9QZS0 Q3UPN1 B2RQQ8 O54890 Q3TGR2 Q547B5 Q3UZF9 P29788 Q9Z0T9 A0A0R4IZW5 Q0VBD0 A2ARA8 P35918 Q3UT74 Q80YQ1 P43406 Q9QUM0 Q80YP5 E9PXZ3 Q61554 Q61711 Q60625 Q8CE84 A0A0U1RNJ3 Q8C9Z1 H3BKX8 Q542I8 Q9D8B7 Q9JI59 P26011 P51885 Q3U967 Q9R0G6 Q8BS01 Q14AB0 G5E8F1 O88792 P35330 Q8CC06 Q62469 Q3TZS3 Q62470 Q8BPT3 P09055 Q3TB85 D3Z7B9 Q80X37 E9QPX1 I7HJR1 Q52KG8 Q9D0D2 Q9QZR9 Q6PE70 Q8BLX7 Q8BSX1 Q8BQ25 P02463 Q3U8M7 ADIPOGENESIS%REACTOME%R-HSA-9843745.1 Adipogenesis Q9CQA5 E9QMN5 E0CYA6 Q542H7 A6PW47 Q8BM83 Q548Y4 Q792A4 Q3TMT1 Q3UII8 Q8VEK3 P12242 Q9Z1P8 O08792 O70302 Q3V017 Q05BA5 Q8BNF5 P23359 Q2NLB9 A0A498WFQ4 Q8CGN5 Q2KHS8 P11152 Q9CXU1 Q9CXU0 Q9R190 Q9R0X0 Q1RME7 E9Q6E2 Q8VCD5 P25799 Q6GU14 Q60994 Q6LC96 Q9DAY7 Q542P9 F8WJB0 Q3UST6 Q8C6Z4 Q8C5H3 Q3UR96 Q8VHR5 Q60793 Q58E49 Q920D3 A0A140LHG7 A2ABV5 Q8C1S0 P14142 Q9Z2V4 Q8VCS6 Q7TN02 E3SRG8 Q8VIM0 Q62276 Q3UNK5 Q8VHJ7 Q8CAS3 Q3UET8 Q60972 S4R216 Q545C3 Q3UPN9 Q9DB91 Q3UE64 Q9CQ39 Q9D8C6 Q3USQ2 E9QML5 Q3U593 Q569Z6 P70340 Q3U207 Q544U0 Q6RI63 Q5SWW4 Q8CBL7 Q9QXE7 Q6GQV9 Q6GQS5 Q9CQI9 P70365 Q8BKC7 Q6KAM1 Q8CHB6 Q8BHJ5 P53566 Q8K0T3 Q3TZD5 Q5XJV5 Q3U1N2 Q8BJ14 Q9Z0Z7 Q8CE59 Q80ZV7 Q8BYH8 O70343 Q9Z2D8 Q9JM08 Q9WVG6 Q9CZ82 E0CZG8 B1AQH6 A0A0G2JG60 TP53 REGULATES TRANSCRIPTION OF DEATH RECEPTORS AND LIGANDS%REACTOME%R-HSA-6803211.2 TP53 Regulates Transcription of Death Receptors and Ligands Z4YK94 G5E8V1 Q62415 E9QJU8 Q9QZM4 Q80ZA1 Q5CZX0 Q8C350 Q3UR87 DISEASES OF GLYCOSYLATION%REACTOME%R-HSA-3781865.4 Diseases of glycosylation Q62273 Q8CAZ9 Q3V1P4 Q0VAV1 Q69Z28 P59509 E9PUF1 A0A7N9VSW1 P58459 Q03350 Q80T21 Q3V1S6 A2AE15 E9QNR5 Q8BNJ2 Q9CX59 Q8BGP4 G3UXC7 G3XA27 Q9JMG2 Q4VC17 Q3UPR9 B2RRW2 Q9JJ06 A0A0R4J0H1 P70419 Q6P4U0 Q8R2R1 Q01705 Q60519 Q8BMS2 Q3TTE6 Q8BMS3 Q8VCC9 Q8BHT6 G3X9D2 Q3V100 Q3UQW9 B2RXX5 D3Z1A5 Q9DCE3 Q3UPZ0 F8VQ15 A1A5B7 Q8BGQ4 A7LM19 Q9CRC7 Q3UTY6 Q059X9 P59384 Q60GT3 Q8C9W3 Q6PD18 Q91X88 Q0VEM9 Q543D2 P31695 Q80UM7 A2AJ15 Q921V5 Q543C5 A0A077K846 Q8R3X6 Q6ZQ11 Q8BKV1 Q8CBE6 Q3TQJ2 A0A494BB18 Q91Z92 Q9D2D1 Q3UL64 Q99KU1 Q61982 Q9D1Q4 Q9QUP4 O70152 Q3UW64 Q9WUP4 Q545R7 Q8R2Y3 P47856 M0QWP1 Q3V1F2 Q99LJ8 Q64519 Q80V53 Q8R059 Q3TAW7 Q3TXR9 Q3TSQ8 A0A0R4IZX5 Q3URZ9 Q3TNY9 O35103 Q71M36 O88199 Q3UKR1 Q8BS97 Q8BWP8 P29416 Q3U5S6 Q9D081 Q3U6X6 H3BLN8 Q80YQ1 A4FUJ3 Q9CXZ9 Q3UDB5 O35516 P58158 P51885 P51655 Q6P8H8 A0A338P726 Q8R0J2 P43407 Q8C3B8 Q8VDI9 Q9DBE8 Q9CPT1 Q3TAE8 Q921Q3 Q3U478 Q8K157 Q3TAW1 Q3U379 Q52KG8 Q3TWB2 DEFECTIVE ABCC8 CAN CAUSE HYPO- AND HYPER-GLYCEMIAS%REACTOME%R-HSA-5683177.4 Defective ABCC8 can cause hypo- and hyper-glycemias B2RUS7 Q61743 MPS VI - MAROTEAUX-LAMY SYNDROME%REACTOME%R-HSA-2206285.5 MPS VI - Maroteaux-Lamy syndrome A0A0R4J138 FORMATION OF DEFINITIVE ENDODERM%REACTOME%R-HSA-9823730.2 Formation of definitive endoderm Q61169 A0A0R4J0N8 O54839 Q9WUI0 A0A0A6YXS3 E3SRG8 Q02591 Q78ZW9 A0A0R4IZW5 Q3UYJ1 Q02248 Q8BUN5 Q62432 G5E8P5 Q8CAI6 SARS-COV INFECTIONS%REACTOME%R-HSA-9679506.7 SARS-CoV Infections Q8R307 Q0VGU0 Q3TT81 Q8C4N2 Q31093 Q5SVY2 Q3UKJ3 Q8C833 P15530 Q9QXJ2 P97390 A0A0R4J243 A0A140T8R7 O88574 Q8C7D2 P29452 Q5SS40 E9QJS1 E9PZP3 D3YWR2 Q3U1Z7 P15261 E9Q317 Q8R2Q8 Q63953 P17426 I4DCY6 E9QMN5 P33896 Q547N0 O08530 Q9D7F7 F8VPQ2 Q5SQF8 Q8BM83 Q541Z2 P11911 Q3UJ76 Q8K2I1 Q8R4B8 Q78V99 A0A0R4J0R7 Q6PEE6 A2CG63 A0A1B0GR63 Q8CIH5 Q6ZQ88 Q8C863 P62878 P30416 Q54AA2 Q9D8B3 Q8BTS0 Q5SWR1 P35991 Q99JA4 Q60855 Q8BUN5 Q9CQ10 Q6A0C9 B1AZ39 Q8BH99 Q6P1E0 P97333 Q5FWJ9 Q9DAY9 Q8BUA6 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 Q8VCB1 A0A1D5RLQ0 Q8R3X6 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q8BKV1 Q9Z239 Q8BPS7 Q8VHR5 Q9D164 Q8BTS4 J3JSA4 Q8VCE0 Q8R4R6 P59648 Q3UR55 Q9D2W0 P97461 Q545P0 Q545X8 P14206 Q8VDN2 Q3UC02 D3YYB0 Q5M9M4 Q544Q7 Q4FJR9 Q3UHK5 Q5YLW3 M0QWP1 Q3V1F2 Q9CTE0 Q80Y52 Q9CQR2 Q64519 P62264 Q6ZWN5 Q5SUC3 Q9JIQ8 Q3V033 Q3URC9 Q561N5 Q5M9K7 Q3UHW8 Q3U5S6 Q58EA6 P13405 Q4FZE6 Q9CZX8 Q497N1 Q5CZY9 Q0VE17 H3BLN8 O88587 Q8VD65 Q6PF93 Q9EQU3 P59235 Q5HZH3 P51655 Q547H1 A0A2I3BPX3 Q8BR10 P43407 Q8BH74 S4R1L3 Q80SY9 Q8R480 Q540J8 Q9CQQ4 Q6P6L6 Q6ZWU9 Q3URV7 Q549F9 Q9CWY4 Q8BH79 P62315 P27048 Q3TR97 Q8CFA1 G8JL82 P62320 Q9CWU9 Q9Z2D8 Q9JJY4 Q14AF6 Q9ERU9 P58682 Q599W9 Q3U379 Q3UTZ4 Q52KG8 Q6PB70 Q3TWB2 Q8CDZ5 Q3UEK1 M1H0B0 Q14AT5 Q9D1M0 Q75UR0 Q9Z0W3 A0A2R3XZC4 Q542T3 P0CG50 Q3UHJ1 Q9R0T8 Q9CX58 Q548Y4 Q5D0E0 Q3TMT1 P01898 P01887 Q3UII8 Q14AQ1 B9EHJ3 Q923A8 Q2KHS8 Q8CBT3 Q9Z1E3 Q9R190 E9QAM0 D3Z7W0 M0QWC2 Q8K245 Q8VC91 P25799 E9PYK3 Q9D5S8 H7BWY5 Q99K90 Q2NL51 P06537 Q569Y6 Q3UFE4 Q9D306 Q8CF89 Q3U518 Q7TMM8 A2RTT4 G5E856 P59268 Q8CIE4 P70196 Q5Y5T1 Q8C4L1 Q2EMV9 P63280 Q80UM7 F8WIK2 Q8C3J2 A2AJ15 Q812G0 Q921V5 Q544F0 Q14AK4 Q8BJT9 A0A571BEV7 Q91Y74 A0A7N9VR83 Q91W53 Q544T4 Q3TTE7 Q8BM62 Q2TGE7 Q11204 Q544F3 P70277 Q059T5 Q544M3 A2ADH1 P59267 B2X2D8 Q3UCJ0 Q8VDZ4 P63101 A1A4T2 Q812F8 P68510 Q8C5H3 Q8CE74 Q58E49 Q5KU39 Q5KU38 F8V330 Q3UH70 Q9Z2X8 Q60943 Q8BFR5 E9Q5R7 Q9DCY1 P49817 Q99K94 Q8C016 A0A0R4J0D3 Q8BPI5 Q8BQ25 Q9DBG6 P99024 Q62120 Q9JKK0 P50096 P61804 E3SRG8 Q3UHZ0 P31750 Q7TNI7 A8IP69 Q9D2N9 P50404 O70456 Q9CZW5 O19441 Q5EBP8 Q544E6 A7VMS3 Q3UR88 Q3TR46 O54734 Q9CPR7 Q6ZQ58 Q71LX8 B2RRA5 Q3TU94 A1L0V6 Q8VDU4 Q3TGP5 Q3U5B1 Q3UE22 Q8CBI1 P35235 Q3URR1 Q3TT90 Q8C076 Q8BMR3 Q60972 Q01853 A2A5N2 Q3U573 Q3USK4 Q8QZT4 A2ADL9 B2RRY4 P23188 Q78XF5 Q8C6X4 A2AR02 Q3UJ82 Q542W3 Q6PJ87 Q5KU03 Q5QJQ9 G3X8Y8 Q60FD1 Q91W86 Q3URU8 A1L361 A2APF7 Q3U9K6 Q6GQV9 B9EJ46 Q8K0T3 P09055 Q80U83 Q8C1E4 Q8BJ14 Q60795 Q4G0C5 G3X8Q0 Q9CZ96 A2AA71 Q6NXL1 Q80ZX0 MINERALOCORTICOID BIOSYNTHESIS%REACTOME DATABASE ID RELEASE 96%193993 Mineralocorticoid biosynthesis A0A0F7RQH1 Q3UJ12 P15539 Q7TPU0 Q3UJ92 G3X9G6 LXRS REGULATE GENE EXPRESSION TO LIMIT CHOLESTEROL UPTAKE%REACTOME DATABASE ID RELEASE 96%9031525 LXRs regulate gene expression to limit cholesterol uptake Q91X41 Q8VCR0 Q8BP65 Q8BM54 Q6LC96 ACETYLCHOLINE BINDING AND DOWNSTREAM EVENTS%REACTOME DATABASE ID RELEASE 96%181431 Acetylcholine binding and downstream events F8VQK4 Q9R0W9 Q3UZS0 Q80VZ5 Q8BIE9 Q0VBK4 Q5SXG9 Q3USV2 Q53YK0 G3X8Z7 Q91X60 Q05A24 Q9ERK7 SARS-COV-1-HOST INTERACTIONS%REACTOME DATABASE ID RELEASE 96%9692914 SARS-CoV-1-host interactions Q9JKK0 Q3TT81 Q5YLW3 Q3UHZ0 E3SRG8 Q9CQR2 Q5SVY2 Q3UKJ3 P62264 A8IP69 Q6ZWN5 P29452 Q5SS40 E9PZP3 A0A2R3XZC4 P50404 O70456 Q8R2Q8 Q9CZW5 P0CG50 Q3UHJ1 Q561N5 Q5EBP8 Q5M9K7 Q9R0T8 Q3UHW8 Q8R4B8 Q548Y4 Q58EA6 Q9CPR7 Q4FZE6 Q9CZX8 Q8C863 Q3TU94 A1L0V6 Q3TGP5 Q497N1 Q3U5B1 Q14AQ1 Q5CZY9 Q54AA2 Q8BUN5 A2A5N2 Q9Z1E3 B2RRY4 P25799 A2AR02 P70196 P63280 Q3UJ82 Q9DAY9 Q5HZH3 A1L361 Q3U9K6 P63101 P68510 Q6ZWU9 Q8BJ14 Q8CFA1 Q4G0C5 P97461 G3X8Q0 Q545X8 Q599W9 P14206 Q9DCY1 Q3UTZ4 P49817 Q3UC02 D3YYB0 Q5M9M4 ADP SIGNALLING THROUGH P2Y PURINOCEPTOR 12%REACTOME DATABASE ID RELEASE 96%392170 ADP signalling through P2Y purinoceptor 12 Q546L4 P29387 P63213 Q9CXP8 Q3U9V4 Q3TQ70 Q54AE3 Q6P8Y9 P08752 P63216 B2RVZ3 Q3UMY0 P61953 P50153 Q9DC51 Q9DAS9 B2RSH2 Q3UG14 Q9JMF3 Q3UGN1 Q61012 RRNA PROCESSING%REACTOME DATABASE ID RELEASE 96%72312 rRNA processing Q3U0M8 Q6DFW4 Q3USK2 E9QN31 Q9DBR1 Q9D6Z1 P97461 Q4VAG4 Q58E35 P86048 Q9CQD0 Q9CPS7 P62911 Q9DAA6 Q4V9X1 Q545X8 Q921I9 Q9Z0H1 Q9JHI7 Q9EQ61 P14206 Q7TQK4 Q8BHB4 Q9CPR4 Q9D0M0 Q8C7V3 Q0VBA4 Q571G2 A0A158SIT8 Q3UC02 Q8K224 D3YYB0 Q3TKQ3 Q9D7V6 Q9CRA8 Q9CSH3 Q91WM3 Q5M9M4 Q3U821 Q5M9M0 Q8BTW3 Q99J36 Q8BHY2 E9QK83 Q5YLW3 Q91WE3 Q4FZF3 A0A0R4J114 A0A3B2WB30 Q9CQR2 Q8R2N2 Q922Q2 P62264 Q9D903 Q6PGF5 Q6ZWN5 Q6ZQL4 Q8R5K4 Q4FZH2 Q9CQS5 Q8BP67 A0AAA9WWH1 Q6NSQ7 Q5M9N8 Q9CZU3 Q642K1 Q9CQS2 Q9CXW4 Q9D1Q1 P62717 Q2M1K2 Q8CGC6 Q9DCT4 O54825 Q561N5 P97452 Q5M9K7 Q8BHW1 P62830 Q9EP97 Q9ESX5 A0A0R4J0R3 P99027 G3X9B1 Q9D823 Q8VCY6 A2AJG0 A2BE28 Q8BV98 Q5SWD9 Q505A8 E9Q109 Q58EA6 Q9CRB2 Q4FZE6 Q9CZJ1 Q9CZX8 Q9CQH8 Q564E8 Q9D0D4 Q5I0T8 Q8VHZ7 Q497N1 Q8C4J7 Q5CZY9 Q3TKX4 Q3TF81 Q4VBG1 Q9CY66 Q3TZX8 Q148S3 O35473 Q640M1 Q8BGA5 Q6PCP0 Q6PAC3 Q542P8 Q8R040 Q8C539 Q5M8M3 Q9JI13 Q6NS46 Q9JJT0 P56183 Q8BG17 Q8CI11 Q6NZL1 Q9DBE9 Q8BJW5 G3UYU5 Q921Y2 P35550 Q8K366 Q9DBU3 Q4VBE8 Q3TYE1 Q6ZWU9 Q9CZ57 H3BKT7 Q9CWX4 Q8JZM0 Q99J25 Q99N15 Q9CPY0 Q3UFY8 Q548B0 Q99KS2 Q5ND52 Q8JZY4 Q922E6 D3Z3A2 Q8R3J4 GSD IV%REACTOME DATABASE ID RELEASE 96%3878781 GSD IV Q9D6Y9 Q8VCB3 ATTACHMENT OF BACTERIA TO EPITHELIAL CELLS%REACTOME DATABASE ID RELEASE 96%9638630 Attachment of bacteria to epithelial cells Q99JW5 A2RSB9 REGULATION OF PD-L1(CD274) TRANSLATION%REACTOME DATABASE ID RELEASE 96%9909620 Regulation of PD-L1(CD274) translation Q8VD67 B1ATC3 Q8BJP2 Q8CJF9 Q3UHK8 Q3U472 Q3UD86 Q9CS58 Q3UQ34 SIGNALING BY JUXTAMEMBRANE DOMAIN KIT MUTANTS%REACTOME DATABASE ID RELEASE 96%9669935 Signaling by juxtamembrane domain KIT mutants P05532 PLATELET AGGREGATION (PLUG FORMATION)%REACTOME%R-HSA-76009.4 Platelet Aggregation (Plug Formation) B1AYC9 Q925K6 P98083 Q01337 Q3UHZ0 Q80TM2 P31750 Q3UER8 Q9Z1S3 Q6P1E0 Q9QUG9 E9PV24 E9QPU1 O54890 Q3TGR2 Q3UQC2 Q3TJ94 Q543R9 Q3UZF9 P41241 P05480 A2CFB8 E9Q7U5 Q3TZW9 Q3USK4 Q8JZR2 K7Q751 Q9CS95 Q3V3W9 Q3TJP4 Q9QUM0 Q52L50 B2RR03 O88186 Q9QZU3 Q01338 SHC-RELATED EVENTS TRIGGERED BY IGF1R%REACTOME%R-HSA-2428933.3 SHC-related events triggered by IGF1R Q61411 Q3USK4 Q3U1L4 Q9D091 P09535 Q8CAR0 EPH-EPHRIN SIGNALING%REACTOME DATABASE ID RELEASE 96%2682334 EPH-Ephrin signaling Q6PFV6 E9PYG6 Q8CA63 Q6PFA2 A0A0G2JGE9 Q8CC52 Q8BRB1 O08543 Q543Q7 Q3THE2 Q9D7K8 G1K381 Q4FJM3 Q7TSI6 Q3USB4 Q9CZS8 Q9WV32 Q9R0C8 Q3TX55 Q5DTJ2 Q60750 Q9JM76 P17426 Q5SW83 Q9R0Q6 A0A0R4J0X8 B1GX81 Q3UJ76 Q68FD5 Q6PEE6 Q4KL81 Q6ZWQ9 Q3TR46 Q9CXQ9 Q3TWZ9 Q3TMX0 E9QK62 Q3UE22 Q5SWR1 Q3UR47 Q5SV64 P41245 Q61411 B2RRX1 D3YZ57 Q6URW6 Q9CPW4 Q8BS94 Q9CVB6 K7Q751 Q6A0C9 Q3ULF7 A0A0J9YUN4 Q5F258 Q8BQ28 Q4VAE6 Q6P1D6 G3X9V4 P54763 P43407 Q8CEI0 Q3TJI7 Q6NZC0 A2AI21 Q3TLP8 Q8VDD5 Q8C4B5 A0A571BEH9 D3Z4R2 Q544Y7 Q3U4P5 Q03145 Q3UYK2 Q642K0 P57716 Q8C7N7 Q8C8K1 E9QPE7 O09127 O08644 Q3UG07 G5E884 Q03137 P54754 Q544L9 REGULATION OF ENDOGENOUS RETROELEMENTS BY PIWI-INTERACTING RNAS (PIRNAS)%REACTOME%R-HSA-9845323.1 Regulation of endogenous retroelements by Piwi-interacting RNAs (piRNAs) B2RTK3 Q8CGP7 Q3TXH6 Q3UID0 Q149V4 D3YUQ4 B1ASB6 S4R1M3 E9QMN5 Q8R1M2 Q8BM83 Q3TMT1 Q3UII8 Q64524 P10853 Q60972 Q2KHS8 B2RRX1 A0A0R4J170 Q9R190 Q3UPK0 Q505L1 B2RWH3 Q64475 Q64478 A0A0U1RNX8 B5TZD5 Q8VHA8 Q921K9 C0HKE5 Q68FH8 Q6GTK4 Q9D2U9 O54941 Q8BW22 Q9CXE2 D3Z5N6 Q6ZWY9 P27661 A0A8Q0PK87 Q8CGT6 Q8C5H3 Q8VHR5 Q8K0T3 E9QAQ7 Q58E49 O88508 Q9Z2D8 A3KPD0 Q9D007 P84228 Q8CGP2 Q8CGP0 Q6ZWP4 A0A0G2JG60 SIGNALING BY NOTCH%REACTOME%R-HSA-157118.7 Signaling by NOTCH Q3UH93 A0A0R4J0G7 Q5SXA9 Q99LH8 Q71VB4 A0A0R4J0F4 P54775 Q9WTX6 Q8VH37 Q3UPK6 Q2LEK5 Q9CPS5 O09009 Q5SU94 Q8BVQ9 Q91ZW2 Q3UPI0 P62196 Q8BV60 P51880 B2RT97 P0CG50 Q80ZA1 Q3TKG4 Q542I9 A1L3B8 P14685 Q52L79 Q545G0 P49722 Q9D8W5 Q3TMT1 P99026 Q9R1P0 B2RRW2 Q3TV35 Q8C863 O35593 Q9R1P3 P62878 Q5SUR3 Q14AQ1 Q6P3Z8 Q01705 Q58EV4 O55234 Q542H2 Q3TZH4 Q5BKQ9 Q9JKV1 Q8BUN5 Q3TXS7 Q3UM17 P70195 Q3UP87 Q60692 E0CXB1 Q6RI64 Q3TS44 E9Q6E2 Q99JI4 Q3TKV1 Q9QZS3 P31695 Q0VGJ1 Q6NZM9 Q9D2U9 Q91Y74 B2RR30 Q3TXI7 P12960 P63101 Q3UBT1 Q8R429 Q3UPW2 Q3UKP1 Q58E49 Q9CS58 Q543U1 A3KPD0 Q5DTI2 Q8CJF9 Q61982 P84228 Q8CGP2 Q99K94 Q8CGP0 Q8BWG8 Q3UZZ2 Q8R0X5 B2RTK3 Q8CGP7 P31750 Q9WVF5 Q3UG37 E9PXW8 Q149V4 J3JS97 Q6P3E7 Q6T264 Q8VD67 B1ATC3 S4R1M3 Q3UHK8 D3Z768 Q8R1M2 Q8CAS3 Q8BYF1 P01108 A0A668KM95 Q8C8M7 Q9CYB4 Q64524 Q790L7 P10853 Q6P9T4 Q9D297 Q6ZQJ8 Q6GTY4 P23188 Q3U4W5 Q9QUM5 B2RWH3 O35516 Q64475 Q3UY41 Q64478 Q8JZM4 Q9DAU5 Q61010 A0A0R4IZY1 Q6PFG2 C0HKE5 Q5DTI7 Q8VH33 Q3UQ34 Q6ZWY9 Q6PDK8 Q3UWD7 Q8BJP2 Q5DTK3 Q9QXE7 Q3UD86 Q6GQV9 P27661 Q3UCW2 Q499W5 Q80SY4 Q9QYE5 Q3UVN4 Q8CHB6 B2RUG2 Q0MW30 Q6NZC0 Q3U478 Q61483 Q8BHJ5 E9PXU2 Q9JI71 Q8BJ14 Q80ZV7 Q9JM08 Q3U4P5 Q9DBX7 Q3UYK2 Q499J8 P57716 Q8C7N7 Q8VIB3 P75NTR REGULATES AXONOGENESIS%REACTOME%R-HSA-193697.3 p75NTR regulates axonogenesis Q99PT1 Q3ZB60 Q8CAB4 Q99P72 A9DA50 Q9Z0W1 Q4VAE6 Q8C067 Q6LDU8 DEFECTIVE GGT1 CAUSES GLUTH%REACTOME DATABASE ID RELEASE 96%5579022 Defective GGT1 causes GLUTH Q4FK56 ESSENTIAL FRUCTOSURIA%REACTOME DATABASE ID RELEASE 96%5657562 Essential fructosuria E9Q1Q9 BETA OXIDATION OF HEXANOYL-COA TO BUTANOYL-COA%REACTOME%R-HSA-77350.3 Beta oxidation of hexanoyl-CoA to butanoyl-CoA Q61425 Q99JY0 Q07417 Q8BMS1 Q8BH95 DEFECTIVE SLC16A1 CAUSES SYMPTOMATIC DEFICIENCY IN LACTATE TRANSPORT (SDLT)%REACTOME%R-HSA-5619070.4 Defective SLC16A1 causes symptomatic deficiency in lactate transport (SDLT) P18572 Q544N9 SIGNALING BY NTRK1 (TRKA)%REACTOME%R-HSA-187037.4 Signaling by NTRK1 (TRKA) Q3V1B5 V9GX46 Q8BN07 E9Q8C1 Q543F6 P17426 Q9WV31 Q02067 A0A0R4J088 O35926 Q8BM83 A0A087WSU4 Q3UJ76 Q3URA9 Q542T9 Q8CDT8 Q6PEE6 Q0VGU4 Q3ZB14 A0A571BE88 Q9JHZ8 Q6PGA2 Q545T4 Q8K4K4 Q545W1 Q3UMK5 Q3TYF1 Q9WVS7 Q5SWR1 Q6A0C9 Q8BZ98 A0A0J9YUN4 Q6NXJ9 Q6GTZ3 Q8BTI9 Q544D2 Q810V8 Q6GU23 Q8BJT8 F8V330 Q9JM73 Q8CAU3 P15066 Q6PFA2 Q8C7P2 P41969 Q68FD5 Q5NCN8 P42337 P01101 Q62420 Q7TPD5 Q9CZV7 B1AXN9 Q61411 A2A5N2 Q3TCR7 A0A5F8MPM1 Q3USK4 Q8JZR2 Q3TMJ8 Q5U421 Q3U2P8 Q8BMC3 Q3V3W9 P70425 O08908 P63321 P63085 Q6LDU8 E9Q9B7 Q8CCG5 Q91ZZ2 P98083 Q8C180 Q63844 Q09HN3 Q3UFB7 Q91YS7 A2RS58 Q3UIB2 Q9WUI1 Q6ZPU1 Q62077 O08911 E9Q672 Q3UHE3 Q4VAE6 Q543V3 Q9D091 P28028 P63330 A2RSD4 P81122 Q3U207 Q3TUH8 Q8BFV3 Q8CAT6 Q8BJ14 A0A1W2P715 Q569U6 Q76MZ3 Q8CBR9 Q60929 Q91V89 Q3TY83 Q9D7X3 Q3TAR6 Q8BIX1 Q921S6 NEDDYLATION%REACTOME%R-HSA-8951664.7 Neddylation Q9QUH1 Q9QZN4 D3YUA8 Q9QXW2 Q6PAS7 P62878 Q8CHQ0 D3Z584 Q80ZU1 Q9JMJ2 H3BLP9 Q9D4H8 Q8BNS3 Q3U1J4 Q3TCH7 Q3TP81 Q3TLR7 Q8VCM5 Q3UDF3 Q501K2 Q9CTE0 G5E8R8 Q8BV13 Q8VBV7 Q64337 Q3UQL2 Q9CPU7 Q9CZ04 Q3UIT2 Q564P6 Q569Z9 Q6PAC3 Q7TS75 Q549P2 O35718 A2RS47 Q6ZQ32 Q9D4Y2 Q14DU1 Q3UQV5 Q3V492 Q9CZV8 Q9CY34 D3YY91 P58544 Q9CQ31 B7ZP43 F8VQK6 Q8VCK5 A0A1B0GQV2 Q8BIA4 B2RPY3 P54775 Q9WTX6 Q8C565 Q3UPK6 Q9CPS5 Q8VBX0 Q8BVQ9 Q8K0L0 P62196 B2RT97 A0A5F8MPW7 P0CG50 B2KFS7 Q3TKG4 Q542I9 A1L3B8 P14685 Q9R1A8 Q545G0 A0A0R4J1W2 P49722 Q9D8W5 P99026 Q9R1P0 Q8BWQ9 Q3TV35 O35593 Q9D3I7 Q9R1P3 Q3UWN3 Q3U5A0 Q5SUR3 Q14AQ1 V9GXH8 Q6ZPT1 Q58EV4 A2A5J5 Q80ZK9 Q3U410 O55234 B7ZNP3 Q542H2 A0A1N9M8A6 A2AUC9 Q5BKQ9 D3YXY5 Q9JKV1 Q3TKN7 A0A286YDT6 Q3UR91 A2A7H6 Q3TXS7 Q8K0V2 P70195 Q99LF7 Q9D5L7 Q8C5X2 B7ZNK2 Q9Z2G0 Q2VPQ8 Q9Z2G1 Q5SRY7 Q60692 Q9DC22 Q69ZK3 E0CXB1 Q8BID8 Q0VBL6 Q6RI64 A0A0R4J0U7 Q66JT6 Q3TS44 B2RRW5 Q3V064 D3YW96 Q99JI4 A2AKB9 Q9JLY0 Q8N7N5 Q91W61 Q3TKV1 Q3UT23 Q56A13 Q8BH83 Q9JIG7 Q91ZT8 Q3UV57 Q3UGI9 P63072 Q80TT8 D3YZV8 Q3UK27 Q8K2Q0 O54929 Q9CQ02 O54928 Q3TZV2 Q497T6 Q2M4H5 Q63829 Q4QQP1 Q8CA72 Q3UD98 Q3TSY8 Q3TTE7 A2RSF1 Q3UGY7 Z4YK64 Q3TD55 Q80TF4 Q8BX09 Q6PB97 O88838 Q8C5H3 P97481 Q8BJL1 P61965 Q8C3F4 C0H5Y0 A9C491 Q548Q7 Q3USR5 Q8R5B6 Q8C841 Q8BJK1 Q9WV71 Q9Z2X8 Q9WV72 P51944 Q7TPD1 D3YVU6 Q7TQF2 Q8VHS5 Q6NV63 Q3KN92 Q8CDC1 Q3KNI9 Q6DIA9 G5E919 Q3TQF0 Q5BJ29 Q8K1C9 Q8VHP9 D3Z392 Q8VDH1 Q14AI7 Q3UQ17 Q4FZK4 G5E817 Q8BK06 Q3UFQ4 Q8R2P1 Q91ZU1 Q3V3N6 Q01853 Q3UI46 Q6ZQ38 Q3UDU9 Q4QQL2 O35864 Q3UCW2 P70362 Q60795 A0A087WNT1 POLB-DEPENDENT LONG PATCH BASE EXCISION REPAIR%REACTOME DATABASE ID RELEASE 96%110362 POLB-Dependent Long Patch Base Excision Repair O88554 G3X8U8 Q8CG72 Q91Z50 Q8R055 Q8K409 Q921K2 Q544Z7 PHASE 0 - RAPID DEPOLARISATION%REACTOME DATABASE ID RELEASE 96%5576892 Phase 0 - rapid depolarisation A2A545 B1AYL0 B1AYL1 Q8BW40 F8WIS9 A0A411ACZ2 A0A5H1ZRM8 Q9R053 F7CZ64 K3W4P8 O89096 Q3UFZ2 Q14C42 Q0PCR6 Q6NXW2 A0A7U3JW69 F7D6K4 Q8CCM0 Q3UF73 Q8C3I3 G3X8T7 Q1MXF9 Q32MF3 B9EJ14 Q1MXF8 Q8BL41 A2AAU2 Q0P666 P97952 A2APX8 SUMOYLATION OF RNA BINDING PROTEINS%REACTOME%R-HSA-4570464.4 SUMOylation of RNA binding proteins Q8CDZ5 O35730 P63280 Q5FWJ5 P59235 Q9D1M0 Q5FWJ9 Q8BUA6 Q9Z0W3 F6ZDS4 Q9JIH2 Q6PDG0 Q9QWH1 Q8BU75 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 Q3V116 E9QL43 Q3U425 Q8BRF6 Q9Z204 Q8BQF0 Q8BH74 Q9CQJ4 Q8BPS7 Q3URA3 Q8R480 Q8BTS4 J3JSA4 Q8R4R6 D3YY34 Q9QXV1 Q9CWU9 Q6DFW4 Q9ERU9 O55187 P23798 Q2LC58 DEFECTIVE ABCG8 CAUSES GBD4 AND SITOSTEROLEMIA%REACTOME%R-HSA-5679090.4 Defective ABCG8 causes GBD4 and sitosterolemia Q99PE8 Q7TSR6 PROLACTIN RECEPTOR SIGNALING%REACTOME DATABASE ID RELEASE 96%1170546 Prolactin receptor signaling P42232 Q9JIA0 P62878 Q5SUR3 Q3UP14 Q8C5N1 P35235 Q9CPQ2 Q9WTX6 Q62120 A0A286YDT6 NFE2L2 REGULATES PENTOSE PHOSPHATE PATHWAY GENES%REACTOME%R-HSA-9818028.2 NFE2L2 regulates pentose phosphate pathway genes Q790Y8 Q8BJ14 Q6GQV9 Q60795 Q93092 O54790 P40142 Q9DCD0 REGULATION OF GENE EXPRESSION IN EARLY PANCREATIC PRECURSOR CELLS%REACTOME%R-HSA-210747.3 Regulation of gene expression in early pancreatic precursor cells O08755 Q8K557 A2ATA7 P27889 Q99MA9 O35565 P52946 SYNTHESIS OF DNA%REACTOME DATABASE ID RELEASE 96%69239 Synthesis of DNA P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 P62878 Q5SUR3 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 A0A0R4J091 P52431 Q3TKD1 Q542J9 Q8R055 Q9CQ36 Q4KL82 Q9CQ71 Q66JV6 Q59IX1 Q9WUV0 Q3UR71 Q9JK30 Q9CZF7 Q9CWV1 Q5U4B1 Q8BH76 Q547B4 Q99J62 Q5SWN2 Q62193 Q5HZI8 O35654 Q80XH7 Q6ZQJ5 O54956 P53995 Q541Z5 Q8BZQ7 Q8BYJ1 Q9WVM3 Q3UFC2 Q8K2H6 Q9CPX9 S4R2B6 A2A4Z0 G3X8W7 Q3UFQ4 Q3TM92 Q3TI84 Q9D3A0 Q61457 Q544H6 P51943 Q569Z9 Q9D600 Q3U3D4 Q8C5L1 Q9CY94 Q99LZ3 Q3UGB9 P97310 Q8BQ03 Q3UI57 Q3UI99 Q542F4 Q3U4T8 Q8K1A2 Q61456 Q3V295 Q8R4E9 Q91Z50 A0A0R4J145 Q8C2T6 B9EHJ9 P33610 Q5FW94 TERMINATION OF O-GLYCAN BIOSYNTHESIS%REACTOME DATABASE ID RELEASE 96%977068 Termination of O-glycan biosynthesis Q0VEM9 A0A0R4J0H1 Q8C3J2 Q91Y74 Q0VAV1 Q544T4 Q8BM62 E9PUF1 A0A7N9VSW1 Q11204 P70277 Q544M3 Q3V1S6 RNA POLYMERASE III TRANSCRIPTION TERMINATION%REACTOME%R-HSA-73980.5 RNA Polymerase III Transcription Termination Q3TSW1 A0A338P6M3 Q6NXY9 O35427 Q8C108 P61219 Q9D2C6 Q3TWE8 Q8BFX0 P52432 Q9D1M1 Q91WD1 D3YXS1 Q3UTK6 B2RXC6 Q3UHA6 Q3V214 Q564E6 P59470 B2RX77 Q5CZY4 APOPTOSIS INDUCED DNA FRAGMENTATION%REACTOME DATABASE ID RELEASE 96%140342 Apoptosis induced DNA fragmentation Q8C535 Q8BP66 P43274 P30681 Q149Z9 Q5SZA3 P43275 P43276 P10922 Q3UHW8 Q60960 P70677 HDR THROUGH SINGLE STRAND ANNEALING (SSA)%REACTOME DATABASE ID RELEASE 96%5685938 HDR through Single Strand Annealing (SSA) Q5SV02 Q8BWH5 Q8VC54 Q80YR6 Q3UJQ1 Q8BQY8 Q6ZQJ5 Q6ZQF0 Q3TKD1 Q8R055 Q5NCT2 Q9QZ11 B9EHX4 Q8VEE2 Q8BRV3 Q3UEU6 Q5SXJ3 O70445 Q4KL82 E9PUM0 Q9CQ71 Q9R207 Q3UYY2 Q8BMG1 E9PZ97 Q99J62 Q3SYK5 Q9QWZ1 Q5SWN2 Q9Z0F6 Q62193 Q6NV63 Q08297 Q5HZI8 SEMA4D MEDIATED INHIBITION OF CELL ATTACHMENT AND MIGRATION%REACTOME DATABASE ID RELEASE 96%416550 Sema4D mediated inhibition of cell attachment and migration O09126 F8VQL0 Q8BLR7 Q3TLP8 B2RWT9 Q4VAE6 Q3U1N3 Q8CCL8 NEGATIVE REGULATION OF FGFR4 SIGNALING%REACTOME DATABASE ID RELEASE 96%5654733 Negative regulation of FGFR4 signaling Q8C180 Q3U1I8 Q63844 B2RS85 Q8BN07 Q790L8 P35235 Q76MZ3 A0A7U3JW97 A0A0R4IZY3 A0A7U3JW51 Q8C399 P28028 Q6ZWS1 A0A0X1KG61 A0A7U3L6F4 P63330 Q541T2 Q99N32 Q3U1V5 P0CG50 A0A7U3JW80 E9Q2N2 P63085 ABERRANT REGULATION OF MITOTIC G1 S TRANSITION IN CANCER DUE TO RB1 DEFECTS%REACTOME%R-HSA-9659787.2 Aberrant regulation of mitotic G1 S transition in cancer due to RB1 defects Q61457 P13405 Q544H6 Q8C8M7 Q9CYB4 Q790L7 Q564P6 Q8BJ38 S4R216 Q3UGB9 Q791X1 Q545C3 Q9D297 Q6ZQJ8 P46414 Q0VBK8 Q4FK45 G1 S-SPECIFIC TRANSCRIPTION%REACTOME%R-HSA-69205.5 G1 S-Specific Transcription Q8R4E9 P11157 Q7TSG3 A0A0R4J145 P11440 P04184 Q544L2 Q542J9 Q544T5 Q8VHT4 Q61457 Q8C8M7 Q9CYB4 Q58E49 Q3UR71 B9EHJ9 A0A1B0GRM0 Q60972 Q6PAR4 Q3UI99 Q61502 Q9D297 Q8R0K9 B7ZN58 Q61456 A0A0A6YVZ7 E9Q0Q9 MET RECEPTOR ACTIVATION%REACTOME%R-HSA-6806942.5 MET Receptor Activation F8VQL0 Q8C9G5 Q545J3 Q9R097 Q9D8Q8 G3UWE8 FORMATION OF THE ANTERIOR NEURAL PLATE%REACTOME DATABASE ID RELEASE 96%9823739 Formation of the anterior neural plate Q6KAS7 F8VPV3 P48031 Q8VBX9 Q3UTH6 Q8VD35 P53783 Q8BSG9 A0A2I6EDI9 Q60I23 BASE EXCISION REPAIR%REACTOME DATABASE ID RELEASE 96%73884 Base Excision Repair B2RTK3 Q8CGP7 Q80ZH7 O35654 Q8BQS1 Q149V4 Q8K409 Q91VL8 Q544Z7 B2RS36 Q80XH7 Q3V252 O54956 S4R1M3 Q8R1M2 Q921K2 O88554 Q91WC1 Q64524 P10853 Q04841 E9QM06 P68433 Q8K1K3 B2RWH3 Q64475 Q64478 Q91Z50 C0HKE5 Q9D2U9 Q6ZWY9 G3X8U8 Q8CG72 A0A0R4J091 P52431 P27661 Q3TKD1 Q542J9 Q8R055 Q3UIL3 O35980 Q1LZM6 Q9CQ36 Q4KL82 Q8K203 Q6P5C5 Q9CQ71 Q3U296 Q3UGS3 G5E8N7 Q5U4B1 Q8BH76 Q547B4 Q99J62 A3KPD0 Q5SWN2 Q8CGP2 Q8CGP0 Q62193 Q5HZI8 DEFECTIVE ST3GAL3 CAUSES MCT12 AND EIEE15%REACTOME DATABASE ID RELEASE 96%3656243 Defective ST3GAL3 causes MCT12 and EIEE15 Q543C5 Q543D2 Q8CAZ9 A4FUJ3 O35103 P51885 RESOLUTION OF D-LOOP STRUCTURES THROUGH HOLLIDAY JUNCTION INTERMEDIATES%REACTOME%R-HSA-5693568.6 Resolution of D-loop Structures through Holliday Junction Intermediates Q5SV02 Q8BWH5 Q3TQQ9 A0A0R4J1H1 Q80W51 Q80YR6 Q8BMI4 Q3UJQ1 Q6ZQJ5 Q8BGX7 Q5NCT2 Q9QZ11 B9EHX4 Q8BRV3 Q5SXJ3 O70445 Q3TV35 Q9R207 O35719 Q8BPY9 Q9CX47 E9PZ97 Q924H5 Q91ZJ0 D3YVU6 Q6P1D7 P97929 Q3UGT8 Q6NV63 Q08297 Q8BJW7 FATTY ACIDS%REACTOME%R-HSA-211935.6 Fatty acids B0G0Y2 G3UW81 Q91X75 Q9EP75 Q99N18 P33267 A2A8T1 Q3TNA0 Q8CC91 Q8BGU0 Q9WUD0 Q9JKY7 G3UW78 Q9D748 Q99N16 DEFECTIVE VISUAL PHOTOTRANSDUCTION DUE TO OPN1LW LOSS OF FUNCTION%REACTOME%R-HSA-9918450.1 Defective visual phototransduction due to OPN1LW loss of function Q3UEX0 VOLTAGE GATED POTASSIUM CHANNELS%REACTOME%R-HSA-1296072.4 Voltage gated Potassium channels G3UYG5 Q3UHB6 Q920E3 Q9JK97 E9QKI2 Q32ME0 B2RQA1 B2RVK9 A2AEX0 Q80XM3 Q3UPV6 Q8BQZ8 Q3UH54 Q17ST2 Q61423 Q3UY10 F7A6P6 A6H8H5 Q9ER47 A0A1W2P796 P16388 A2A5F7 Q61923 E9PYC0 Q61762 P16390 Q9Z0V2 Q69ZQ8 Q9WVJ0 P59053 P63141 A0A571BG98 Q3TY49 Q8K3F6 Q8VD73 P97414 Q8BZN2 Q53Z09 Q03717 Q8CFS6 Q3UHC9 Q8CD65 F6TUN6 CPS1 VARIANTS CAUSE CPS1 DEFICIENCY%REACTOME%R-HSA-9955542.1 CPS1 variants cause CPS1 deficiency Q8C196 NFE2L2 REGULATING MDR ASSOCIATED ENZYMES%REACTOME DATABASE ID RELEASE 96%9818032 NFE2L2 regulating MDR associated enzymes A5D6P3 Q8BJ14 Q6GQV9 Q3UP84 Q60795 A0A0R4J0B6 A0A0R4J015 Q99LE6 VRNP ASSEMBLY%REACTOME%R-HSA-192905.5 vRNP Assembly Q80Y52 Q8BKC5 GRB2:SOS PROVIDES LINKAGE TO MAPK SIGNALING FOR INTEGRINS%REACTOME DATABASE ID RELEASE 96%354194 GRB2:SOS provides linkage to MAPK signaling for Integrins B1AYC9 Q80TM2 Q3UER8 E9PV24 E9QPU1 P05480 O54890 Q3TGR2 Q3USK4 K7Q751 Q3V3W9 Q3UZF9 Q9QUM0 Q52L50 INTERLEUKIN-9 SIGNALING%REACTOME%R-HSA-8985947.8 Interleukin-9 signaling P42232 Q9JIA0 Q78PA5 Q99K94 Q6GU23 P15247 V5SIM2 A0A0R4J0R7 Q3URU8 GSD IA%REACTOME%R-HSA-3274531.4 GSD Ia P35576 DEPURINATION%REACTOME DATABASE ID RELEASE 96%73927 Depurination Q8K1K3 B2RTK3 B2RWH3 Q8CGP7 Q64475 Q64478 Q149V4 C0HKE5 Q91VL8 B2RS36 Q9D2U9 Q3V252 Q6ZWY9 S4R1M3 P27661 Q8R1M2 Q3UIL3 Q8K203 Q91WC1 Q64524 P10853 Q04841 A3KPD0 E9QM06 Q8CGP2 Q8CGP0 P68433 ACTIVATION OF NIMA KINASES NEK9, NEK6, NEK7%REACTOME DATABASE ID RELEASE 96%2980767 Activation of NIMA Kinases NEK9, NEK6, NEK7 Q9ES70 P30276 P11440 Q3TPZ2 Q3TN15 Q69Z43 CDC6 ASSOCIATION WITH THE ORC:ORIGIN COMPLEX%REACTOME DATABASE ID RELEASE 96%68689 CDC6 association with the ORC:origin complex A0A0R4J145 Q66JV6 Q59IX1 Q9WUV0 Q3UR71 Q9JK30 Q9CZF7 Q9CWV1 MRNA EDITING: C TO U CONVERSION%REACTOME DATABASE ID RELEASE 96%72200 mRNA Editing: C to U Conversion Q497M3 Q3U9G8 Q3U5C5 Q9WV35 Q5YD48 SIGNALING BY FGFR1 IN DISEASE%REACTOME DATABASE ID RELEASE 96%5655302 Signaling by FGFR1 in disease Q3V0H4 Q8C180 Q8C7P2 Q505A4 Q62077 Q9D091 Q8C399 Q9CU65 Q6ZWS1 A6H6S8 A0A7U3L6F4 Q541T2 P42232 A2RRK7 Q9JIA0 Q8CIM9 Q3U1V5 A0A7U3JW80 Q66JX5 E9Q2N2 Q3ZB59 P42337 Q6GU23 Q9JJB6 Q61411 H3BJW3 Q3UIM4 Q9CRA9 Q3USK4 Q8BFZ9 Q99K94 CIPROFLOXACIN ADME%REACTOME DATABASE ID RELEASE 96%9793528 Ciprofloxacin ADME Q9EP96 O88909 O08966 Q546G4 A0A0R4J0B6 AMINO ACID CONJUGATION%REACTOME DATABASE ID RELEASE 96%156587 Amino Acid conjugation E9Q5L8 Q8K0L3 Q91XE0 Q80W40 Q8BGA8 Q91VA0 SDK INTERACTIONS%REACTOME DATABASE ID RELEASE 96%373756 SDK interactions Q3UH53 Q6V4S5 PYRUVATE METABOLISM%REACTOME%R-HSA-70268.10 Pyruvate metabolism Q544J2 Q8BFP9 Q548Z6 Q4FJR4 A0A6I8MX27 Q91YQ7 Q566C3 P35487 Q7TSQ8 Q9D051 Q8BMF4 Q3UWT3 Q4VC33 E0CYH4 Q99KE1 Q564E2 G3X920 Q504M2 Q9JK42 A8Y5Q1 Q8R216 P0CG50 A0AAG1ESS4 O08749 Q9JJA0 Q3TQP6 E9Q5D6 Q60932 Q3UXI0 Q8BKZ9 Q3UX28 Q9D7M1 Q9CPY6 Q9D023 Q8BVP2 Q3UFJ3 Q80YQ8 Q8BMF3 Q8BP54 A5GZX3 BETAKLOTHO-MEDIATED LIGAND BINDING%REACTOME DATABASE ID RELEASE 96%1307965 betaKlotho-mediated ligand binding Q99N32 Q790L8 A0A0R4IZY3 NEUROTRANSMITTER UPTAKE AND METABOLISM IN GLIAL CELLS%REACTOME DATABASE ID RELEASE 96%112313 Neurotransmitter uptake and metabolism In glial cells Q8K2P7 Q3UYK6 P15105 Q543U3 REGULATION OF TBK1, IKKΕ-MEDIATED ACTIVATION OF IRF3, IRF7 UPON TLR3 LIGATION%REACTOME DATABASE ID RELEASE 96%9828211 Regulation of TBK1, IKKε-mediated activation of IRF3, IRF7 upon TLR3 ligation A1L361 Q3UHJ1 P0CG50 Q80UF7 Q8C2D3 Q99MB1 Q9R0T8 Q8K3K8 STING MEDIATED INDUCTION OF HOST IMMUNE RESPONSES%REACTOME%R-HSA-1834941.5 STING mediated induction of host immune responses Q9CUY2 Q3UCL2 P52633 P27641 P97313 Q91XB0 A0A2R3XZC4 A0A0R4J187 Q6PDK8 A1L361 Q66X19 J3QQ49 Q8BSY1 Q3U9K6 Q8BRV3 DRUG RESISTANCE OF PDGFR MUTANTS%REACTOME%R-HSA-9674415.3 Drug resistance of PDGFR mutants P26618 VXPX CARGO-TARGETING TO CILIUM%REACTOME DATABASE ID RELEASE 96%5620916 VxPx cargo-targeting to cilium Q6DFZ1 Q8K0E2 Q6PGF7 Q3UW12 Q8C670 Q3UJA5 Q6P1Y9 Q0PD50 O35245 Q3TPX4 A0ABA7IXD2 Q0PD45 Q9CXE1 A3KGE1 Q8CHD8 Q5DU58 P15409 Q8BR32 Q14BR4 Q542L0 CONSTITUTIVE SIGNALING BY ABERRANT PI3K IN CANCER%REACTOME DATABASE ID RELEASE 96%2219530 Constitutive Signaling by Aberrant PI3K in Cancer Q3UDZ1 Q8C7P2 Q9WVF5 Q61521 Q05144 Q0VEB7 P05622 Q543J8 Q3TNY3 Q5FW64 Q9EQ32 A0A338P6G9 Q8C5Q7 F8VQL0 P42337 A9QW46 Q8VDU4 P35235 P05480 D3YZ57 Q8C9G5 E9Q696 Q6DR99 Q3UEW6 O08908 Q9WTX4 Q8C180 D3YZR2 G3V023 Q0VER9 Q0VG15 Q8CDB3 Q505A4 Q790L8 A0A7U3JW97 Q80VU4 A0A0R4IZY3 O35565 Q3UHE3 A0A7U3JW51 Q543V3 Q8C399 P05532 Q6ZWS1 Q541P3 A0A7U3L6F4 E7FJU2 Q3V1A4 Q4FJT2 Q541T2 P81122 Q8BTI9 Q544I6 Q99N32 Q3UWD7 Q3U1V5 A0A7U3JW80 Q8CI98 E9Q2N2 Q3ZB59 O55106 Q3TLP8 Q549R2 Q3UXE9 Q3U6Q4 A1A4T4 P26618 Q61238 Q3TQG5 Q545E4 A0A1W2P736 P70424 A0A0R4IZW4 SIGNALING BY SCF-KIT%REACTOME%R-HSA-1433557.6 Signaling by SCF-KIT Q8C7P2 Q60760 O35716 Q4VA93 Q9D091 P05532 P42232 Q9JIA0 Q3ZB59 D3Z3Y5 Q3UCJ0 A0A0G2JED4 Q8CEI0 Q8CGG9 Q3TZJ5 Q3TJI7 Q8CFK4 Q9CX99 A4QPC5 Q80ZN2 Q3TLP8 P42337 Q8VDU4 Q3UXE9 O35280 P35235 Q6GU23 A0A0X1KG61 Q61411 P41245 Q3U0E8 D3YZ57 Q3USK4 E9Q696 Q03160 Q99K94 O08908 Q9JLY0 Q62120 CELL CYCLE CHECKPOINTS%REACTOME%R-HSA-69620.5 Cell Cycle Checkpoints Q5SS40 Q3UR74 P48964 Q80ZA1 P62878 Q66JV6 Q59IX1 Q9WUV0 Q3UR71 Q9JK30 Q9CZF7 Q9CWV1 Q3UTC9 Q64364 P23804 Q61457 Q544H6 Q564P6 P51943 Q3UGB9 P46414 Q9CZW2 Q61456 B8JK52 B2RS44 B2RVI6 Q61151 Q9D481 Q9D084 P68433 Q14A61 Q0VBD2 Q8BZ45 Q9CQU5 Q549P2 P63168 Q66JQ7 Q3UK10 K3W4R5 Q6ZQK4 O70126 P59235 Q6PD03 Q9CYC5 J3QMK1 B2RX66 O54692 Q99P69 A2RSC8 P63330 E9QME3 Q9QYM8 J3QP81 Q9CY25 Q9JHU4 E9PYW4 Q3TDV6 Q8BK67 Q8BPZ8 Q3UI43 H3BKZ0 Q8BJU7 Q8BHX3 Q8BSE7 Q8BH74 Q8C4M7 Q3TJM4 Q8R480 P46737 Q8BZ87 Q6ZWM8 A0A0R4J183 Q9CXH7 Q80YR7 Q6ZWU9 Q8K3W0 Q3TYJ3 Q9D0F1 Q923A2 Q76MZ3 E9QKK1 Q9JJ66 Q9CWU9 Q91V89 Q9CQA0 Q3TPJ8 Q3UD72 Q9ERU9 Q9D0M5 Q3U4H0 Q6PDL0 Q8BIX1 Q9CQ82 O35685 Q3UA16 Q3TTB0 Q3UPF6 F8WIA1 Q4VBX4 Q9WU62 Q9CPV1 P30276 Q6P571 Q8CDZ5 Q9CPV5 Q8CJF7 A0A0R4J037 Q8BN07 Q9WVA3 Q3TWG5 Q8C3Y4 Q9D1M0 Q5HZH8 Q5SW18 P54775 Q9WTX6 Q3UPK6 Q9Z0W3 Q9CPS5 A0A1L1SV84 Q9ERR1 Q8BVQ9 Q6PD28 Q8K1K8 O35216 P62196 B2RT97 A0A1I7Q4A6 P0CG50 Q3UZD6 Q8BHK9 Q543W6 E9Q3P4 A0A2R8VHX5 Q3TKG4 Q8BLG0 Q542I9 A1L3B8 Q9DB01 P14685 Q9R1A8 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q5SUR3 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 A0A286YDT6 Q3TXS7 P70195 Q4U2R1 Q5SRY7 Q60692 Q542Q3 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 A2RTT4 Q9D2U9 Q3ULQ6 Q3TKD1 P63101 Q5NCT2 Q9QZ11 P68510 B9EHX4 Q8BRV3 Q5SXJ3 O70445 Q4KL82 Q9CQ71 Q9R207 O35280 Q3UYY2 Q8BMG1 E9PZ97 Q99J62 Q9QWZ1 Q5SWN2 E9QK89 Q9Z0F6 Q8CGP2 Q8CGP0 Q62193 Q6NV63 Q5HZI8 Q5SV02 B2RTK3 Q8BWH5 Q8VC54 Q80YR6 Q3UJQ1 A8IP69 Q8BQY8 Q6ZQJ5 Q6ZQF0 P53995 Q541Z5 Q8BZQ7 O70456 Q8BYJ1 Q9WVM3 Q3UFC2 Q8K2H6 P11440 Q9CPX9 S4R2B6 A2A4Z0 G3X8W7 Q3TPZ2 Q3UFQ4 Q3TM92 Q3TI84 Q9D3A0 Q9ESG9 Q64524 P10853 Q8C5L1 P97310 Q8BQ03 Q3UI57 A2A5N2 Q3UI99 Q542F4 Q3U4T8 Q5U421 Q66JY4 P47810 Q64475 Q64478 Q6PJ87 Q5KU03 Q9WUI1 Q8C0Q4 Q3TYE1 A0A0R4J145 Q6ZWY9 P27661 Q8BYY5 INITIATION OF COAGULATION CASCADE%REACTOME%R-HSA-9769735.1 Initiation of coagulation cascade Q3U5S6 M0QWP1 Q543J5 Q3V1F2 O88783 Q542C2 Q64519 P16294 E9QPU1 Q3TJ94 P51655 H3BLN8 Q3TR66 Q3U379 Q8R3X6 P43407 Q52KG8 A0A0R4J088 Q8BQ43 Q8BKV1 Q3TWB2 Q80Y26 MPS IV - MORQUIO SYNDROME B (CS DS DEGRADATION)%REACTOME%R-HSA-9953111.1 MPS IV - Morquio syndrome B (CS DS degradation) Q3TAW7 MPS IIID - SANFILIPPO SYNDROME D%REACTOME%R-HSA-2206305.5 MPS IIID - Sanfilippo syndrome D Q8BFR4 GSK3B-MEDIATED PROTEASOMAL DEGRADATION OF PD-L1(CD274)%REACTOME%R-HSA-9929356.1 GSK3B-mediated proteasomal degradation of PD-L1(CD274) Q3U472 Q5KU03 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q8BVQ9 O35864 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q5SUR3 P62878 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 A0A286YDT6 Q3TXS7 P70195 Q60692 E0CXB1 Q8BP64 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 GAP JUNCTION DEGRADATION%REACTOME DATABASE ID RELEASE 96%190873 Gap junction degradation Q3TCR7 Q6PFA2 V9GX76 Q3TWZ9 Q8C4N2 Q9DCE6 Q6A0C9 Q68FD5 A0A0J9YUN4 AMYLOID FIBER FORMATION%REACTOME%R-HSA-977225.8 Amyloid fiber formation B2RTK3 Q8CGP7 E9PV24 Q149V4 Q6GR78 P61092 S4R1M3 P0CG50 Q9CPQ2 Q9QZU9 Q9CUU5 Q3UA95 P01887 P12658 D3Z641 A2A9W7 Q64524 A0A3B2W489 Q5M9K1 P08071 A1L353 Q8R0H9 Q8QZY6 P10853 P21460 Q3V1N2 Q6P5E6 F7BWT7 O89051 Q8R3S2 Q3TDU5 P05125 A1E960 O88307 Q4JFI8 Q9JIY7 P06728 P23188 Q3UEV2 B2RWH3 Q64475 Q64478 Q6PAC1 C0HKE5 Q8C7T5 Q9D2U9 Q6ZWY9 P27661 P04918 Q6NZC0 O55042 P12968 A3KPD0 P84228 Q00623 P57716 Q8CGP2 Q8C7N7 Q3TXU4 Q52KG8 Q8CGP0 Q5EEX1 GSD 0 (MUSCLE)%REACTOME%R-HSA-3828062.5 GSD 0 (muscle) Q9Z1E4 Q9R062 MET ACTIVATES RAS SIGNALING%REACTOME%R-HSA-8851805.2 MET activates RAS signaling Q61411 F8VQL0 E9PUF1 Q8C9G5 Q3USK4 A9UGK3 Q9D091 E9Q5D6 TP53 REGULATES TRANSCRIPTION OF GENES INVOLVED IN G2 CELL CYCLE ARREST%REACTOME%R-HSA-6804114.3 TP53 Regulates Transcription of Genes Involved in G2 Cell Cycle Arrest Q8C8M7 Q8BJ14 Q3TEY6 A0A1B0GRM0 Q6PAR4 Q9D297 Q3UR74 O70456 Q8K3J2 Q8R0K9 Q9WVG6 P11440 Q80ZA1 A0A2R8VHX5 Q9CX58 Q542J9 Q3UMH6 HDR THROUGH MMEJ (ALT-NHEJ)%REACTOME DATABASE ID RELEASE 96%5685939 HDR through MMEJ (alt-NHEJ) Q5SV02 O88554 Q91Z50 Q80YR6 Q9R207 Q80ZH7 P97929 Q8BQS1 Q921K2 Q80XB7 Q8VEE2 Q8BRV3 MMR%REACTOME%R-HSA-5358508.3 MMR Q9CQ71 O35654 Q8BH76 Q547B4 Q5SWN2 P52431 P54279 Q542J9 Q8R055 P54276 Q62193 Q9QZ11 E9QPY6 Q3TZI5 Q9JK91 DOPAMINE RECEPTORS%REACTOME DATABASE ID RELEASE 96%390651 Dopamine receptors Q61616 P51436 P61168 B2RQS5 Q0VEC4 SCAVENGING BY CLASS H RECEPTORS%REACTOME DATABASE ID RELEASE 96%3000497 Scavenging by Class H Receptors Q5NCU5 G3X973 E5RKF9 E9Q414 DEFENSINS%REACTOME DATABASE ID RELEASE 96%1461973 Defensins Q30KP5 Q30KN1 Q8K3U4 Q543S8 Q3TSV7 G3X8Y8 Q542B6 Q792Y6 Q9D7F1 Q8R2I5 Q30KP0 Q7TNV9 B9EJ46 Q8K3I8 A3KGR0 A0A0R4J0S5 Q30KN8 POU5F1 (OCT4), SOX2, NANOG REPRESS GENES RELATED TO DIFFERENTIATION%REACTOME DATABASE ID RELEASE 96%2892245 POU5F1 (OCT4), SOX2, NANOG repress genes related to differentiation A0A2I6EDI9 Q60I23 OPSINS%REACTOME DATABASE ID RELEASE 96%419771 Opsins Q9WUK7 Q6VZZ7 Q3UEX0 P51491 Q9D1T9 P15409 Q9QXZ9 Q543X1 DEFECTIVE SLC22A12 CAUSES RENAL HYPOURICEMIA 1 (RHUC1)%REACTOME%R-HSA-5619071.4 Defective SLC22A12 causes renal hypouricemia 1 (RHUC1) A0A0R4J1I9 PEPTIDE HORMONE METABOLISM%REACTOME%R-HSA-2980736.5 Peptide hormone metabolism Q9D8V7 Q3UTR7 B2RVZ3 Q04997 Q3URC9 Q3UY39 Q8CAI6 Q059V7 A4QPC5 P09103 Q3UCD9 Q6PGF7 Q3V2S5 Q3UYJ1 Q02248 Q545I6 A0A2I3BRW0 P0C7A3 Q32MU0 G3X9G6 D3Z4J3 Q543L9 Q497Z7 Q04999 B2RS76 Q3V2A6 Q8BTH7 Q542L0 Q8VCT4 Q9CUT6 Q8CD51 O08717 Q542E3 Q3TU20 Q1XID4 Q8BGG0 Q8K0E2 Q76JU9 Q7TQP3 Q60963 A0A1Y7VNF4 Q8VBX9 P97449 Q3TQ70 Q547J8 Q3TR43 Q6P1Y9 Q8K3I4 P48756 P28738 Q8CAR0 Q6ZWQ7 Q5ERJ2 P01193 Q543R4 Q8R4H9 A0A140LHR3 Q3US62 Q3TPX4 Q544U7 A0ABA7IXD2 Q61391 Q544U0 Q9ESG4 Q5D0A4 Q8CHR4 Q9JMF3 Q60793 P55095 P81615 Q8C670 Q8R1I2 Q03311 Q54AE3 Q9JHH6 E9Q4F3 A0A0F7RQH1 A0A0F7RQR1 Q9CXE1 D3Z569 Q5EEX1 Q543Z1 REV-MEDIATED NUCLEAR EXPORT OF HIV RNA%REACTOME%R-HSA-165054.4 Rev-mediated nuclear export of HIV RNA Q8CDZ5 P62827 P59235 Q9D1M0 Q5FWJ9 Q8BUA6 Q9Z0W3 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q8BH74 Q8BPS7 Q8R480 Q8BTS4 J3JSA4 Q8R4R6 Q9CWU9 P34022 Q6PFB2 Q9ERU9 Q8BYY5 SYNTHESIS, SECRETION, AND DEACYLATION OF GHRELIN%REACTOME DATABASE ID RELEASE 96%422085 Synthesis, secretion, and deacylation of Ghrelin Q60793 P55095 Q9D8V7 Q60963 P81615 Q03311 Q8CAR0 Q6ZWQ7 Q5ERJ2 A0A140LHR3 Q544U0 A0A2I3BRW0 P0C7A3 Q32MU0 D3Z569 Q5EEX1 Q543Z1 SYNTHESIS AND PROCESSING OF ENV AND VPU%REACTOME%R-HSA-171286.3 Synthesis and processing of ENV and VPU P23188 GSD IB%REACTOME%R-HSA-3229133.4 GSD Ib Q9D1F9 DEFECTIVE GCLC CAUSES HAGGSD%REACTOME%R-HSA-5578999.4 Defective GCLC causes HAGGSD Q4FJZ6 Q3UNA7 TOLL-LIKE RECEPTOR CASCADES%REACTOME%R-HSA-168898.11 Toll-like Receptor Cascades Q3V1B5 Q8BN07 Q6GR78 Q9WTX6 E9PZP3 Q542T3 P0CG50 Q3UHJ1 Q4FJP7 Q80UF7 Q80ZA1 Q8C2D3 Q9R0T8 Q8C6X9 Q61160 Q8K3K8 Q8BJQ4 Q52L79 Q548Y4 Q5D0E0 Q5SRW7 Q8CIH5 Q62210 E9Q5V3 Q5SUR3 Q923A8 Q3U607 P35991 A0A286YDT6 Q60855 Q60778 Q8CBT3 A0A679AXP3 Q9Z1E3 Q5SRY7 Q3TSE5 Q8BZ98 Q8VC91 A0A0J9YUN4 P25799 Q9D5S8 Q99K90 Q569Y6 Q8CF89 A2RTT4 P70196 Q3UKS3 Q0VB14 Q8C6Z4 Q542S6 Q91V77 Q810V8 E9QNX4 I3PQW8 Q3UV15 Q3UER8 E9PV24 O35716 Q8BQQ4 Q3UEB8 Q3TGR2 Q3UP42 Q53X15 P41969 Q3UFQ4 Q5SWN9 Q5NCN8 P01101 Q3U169 P35235 Q80Y56 Q8BL66 Q08EG0 Q7TPD5 Q7TSJ7 B1AXN9 Q8C9D4 Q3TCR7 Q3UV88 Q3TMJ8 Q5U421 Q3U2P8 Q60521 Q8C094 P63085 Q4QQL2 Q8CE90 Q8VD65 Q6PF93 Q63844 Q09HN3 Q91W98 Q9EQU3 Q8K2U0 Q542I8 Q9WUI1 G3X8Y8 G5E8F1 P63330 Q3U7M4 A1L361 Q62192 Q547H1 A0A0U5J712 Q3TUH8 Q543M3 Q67E05 Q3U9K6 Q8BR10 Q61805 L0CL36 B9EJ46 Q8R4K2 Q8BFV3 Q3UY00 P04918 Q80SY9 Q540J8 Q545T0 E9QMH7 Q3UAR6 Q9CR56 Q5EBQ4 D3Z6V8 A0A1W2P715 F8VQ72 Q76MZ3 Q99JG7 Q8CBR9 Q8CB40 Q3TL44 Q64HC9 Q8CEC5 Q8CFA1 Q60929 Q91V89 Q62151 E9PYI8 Q8VC16 Q3TY83 P10605 Q9D7X3 P58682 A0A0R4J174 Q3TAR6 E9Q8P6 Q599W9 E9QPQ6 Q8BIX1 Q3UE99 Q99MB1 Q3UAD6 Q8BSZ5 E9Q414 CARGO RECOGNITION FOR CLATHRIN-MEDIATED ENDOCYTOSIS%REACTOME DATABASE ID RELEASE 96%8856825 Cargo recognition for clathrin-mediated endocytosis Q6PFA2 F2Z3W8 Q8CD59 Q9DCE6 P63024 Q9D1J1 Q9WVF5 Q8BVT9 Q3UGH4 Q0VB06 O35114 J3JS97 Q3TN93 Q5NCM7 Q3TPH5 Q2TK26 Q80VP1 Q61521 Q3UQN2 P17426 P0CG50 Q0VEB7 A0AAQ4VMU6 Q8BV13 Q543J8 Q14AI7 Q8C9W4 Q8K285 Q5FW64 Q570Z8 Q8VBV7 Q3UFC3 Q9ER41 Q3UQL2 Q3UJ76 Q68FD5 Q6PEE6 Q9CZ04 Q7TT20 Q3V3N6 Q3UUQ5 Q3UHF8 P70280 Q3UMA3 Q3SWS4 Q3UIT2 Q3TRJ7 Q3TGH8 Q3TWZ9 A0A087WSR7 Q8C142 Q62420 Q9R0N9 Q3UGN9 Q3UHJ0 A2ARV4 Q3TV62 Q3TSV7 Q8BZ60 Q3TT90 Q5SWR1 Q6P5P1 Q9QZM0 Q9CZV7 Q3UKQ5 Q80ZL3 A0A0X1KG61 A0A0R4J0R1 Q6A0C9 Q8C6V9 Q3UI46 Q3U4Y3 Q60838 Q542D9 A0A1L1SRE8 P18762 Q8BSN6 Q4FJT2 O35864 Q921I1 P29754 Q3UWD7 Q8CHR4 Q9ERZ4 H6RXZ1 A0A0R4J2C2 Q8BLL2 P26361 Q7TS64 Q8C4B5 Q3TYJ1 P30548 Q545E4 P22725 Q8BWG8 E9Q414 ACTIVATION OF RAS IN B CELLS%REACTOME DATABASE ID RELEASE 96%1169092 Activation of RAS in B cells Q61411 Q6NZH9 Q9Z1S3 Q9D091 PD-1 SIGNALING%REACTOME%R-HSA-389948.6 PD-1 signaling P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q52L79 Q545G0 Q548Y4 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 P62878 Q5SUR3 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 A0A286YDT6 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 P25799 Q3TKV1 Q5SX13 Q9D2U9 Q91X78 A1A550 A0A7N9VR83 Q5JCS9 Q3U957 Q544F3 Q8BX09 A2ADH1 Q3UKZ9 Q3UCJ0 Q8C5H3 Q14C34 Q4FJW1 P97481 Q9EPK5 P61965 Q9CS58 Q6GU23 Q921E6 O78196 Q8BIQ9 Q8BGM7 A3KPD0 Q3UH70 A6H6M1 Q8CJF9 O35445 P84228 Q8CGP2 Q99K94 Q8CGP0 Q3UV15 A0A0R4J0D3 Q9DBG6 Q3UII1 P15066 B2RTK3 Q8CGP7 P61804 Q9CTE0 F8VPU0 F8WI37 Q149V4 A8IP69 Q99J56 Q8CDH5 Q8VD67 B1ATC3 S4R1M3 Q3UHK8 Q8K2C7 G3UZX4 Q8VEH8 Q8R1M2 Q8CAI6 Q3U304 P41241 P46938 P01108 O54734 P01101 Q64524 Q790L7 Q8BRK8 P35235 P10853 Q3TSV7 Q02248 Q6P5P1 Q8BMR3 Q60972 Q9DBZ2 Q01853 Q545C3 Q3U573 E9Q696 Q80UF1 Q542K0 Q6GTY4 Q8BP64 Q8BFZ9 Q78XF5 Q8BUX6 Q3U4Y3 Q80W05 Q99LT0 B2RWH3 Q62296 Q64475 Q64478 Q3U472 Q80UL2 Q5KU03 C0HKE5 Q6AXH7 Q60FD1 Q3TWR3 Q3URU8 Q3UQ34 A2RSD4 O35864 Q6ZWY9 Q91YT2 Q8BJP2 Q3UD86 Q6GQV9 P27661 Q3UCW2 Q6PAM0 Q8C402 E9PW15 B2RUG2 Q8BJ14 Q60795 MITOCHONDRIAL TRANSCRIPTION INITIATION%REACTOME%R-HSA-163282.5 Mitochondrial transcription initiation P40630 B2RSE6 Q3V3C0 ACTIVATION OF ANTERIOR HOX GENES IN HINDBRAIN DEVELOPMENT DURING EARLY EMBRYOGENESIS%REACTOME DATABASE ID RELEASE 96%5617472 Activation of anterior HOX genes in hindbrain development during early embryogenesis B2RTK3 Q8CGP7 Q71VB4 F8WI37 Q149V4 S4R1M3 Q8R1M2 Q3TPN3 Q52L79 Q64524 P10853 Q05BA5 Q60972 P97760 Q8BFX0 Q8CFI7 Q8K3P5 P18911 P60898 Q6DFX0 Q6PI63 Q3V214 Q99LT0 A0A3Q4L2S8 B2RWH3 A0A338P6M3 Q64475 Q64478 P61219 P62488 P08775 Q6LC96 C0HKE5 Q8VBX9 Q6AXH7 Q9D2U9 Q00899 Q6ZWY9 A0A0A0MQ73 Q3U5E7 Q3U207 Q8BX09 P31245 Q6GQV9 P27661 Q3UKZ9 Q9JKY0 Q99L02 Q6P5F4 Q8BNI8 E9PW15 Q8CHB6 Q60954 Q8C5H3 Q3UZR4 Q6NZQ4 Q61164 Q91XC0 P09026 P10284 P02831 P17919 A0A0R4J193 A0A494B9U0 Q5XJV5 Q8BJ14 Q08624 P61965 P0C1T1 Q01822 P54841 P10628 Q921E6 Q3V3U5 A3KPD0 Q9JM08 P84228 Q8CGP2 P23798 Q8CGP0 NUCLEAR IMPORT OF REV PROTEIN%REACTOME%R-HSA-180746.3 Nuclear import of Rev protein Q8CDZ5 P62827 P59235 Q9D1M0 Q5FWJ9 Q8BUA6 Q9Z0W3 Q9DAY9 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q3UHW8 Q3U425 Q8BRF6 Q8BQF0 Q8BH74 Q8BPS7 Q8R480 Q8BTS4 J3JSA4 Q8R4R6 Q9CWU9 Q6PFB2 Q9ERU9 CLASSICAL KIR CHANNELS%REACTOME%R-HSA-1296053.4 Classical Kir channels Q543W5 Q9QYK8 Q9D3L6 Q8JZN3 PI METABOLISM%REACTOME DATABASE ID RELEASE 96%1483255 PI Metabolism A2AJ88 F8WHW3 B1AUL6 Q3UEQ1 Q3UJ95 G5E8H5 Q3URI3 Q544E3 E9PXF8 Q69ZU4 Q8C7P2 E9QAN8 Q80U24 Q9ERS4 Q9ERS5 A0A140LI54 Q9CRY7 B2RQ14 Q8JZZ5 Q8BIJ7 Q6ZPK1 Q8BGN3 Q8VE11 Q7TPM9 D3Z5N5 Q9Z2C9 Q3TBL6 Q9Z2C4 Q5ND43 Q8K288 Q3TTB3 Q8C5Q7 F8WHW6 P42337 F8VPL2 Q9CQD1 Q3ULK1 P84078 Q91XS1 O08908 Q8VD65 Q6ZPE2 Q6NVF0 Q6PF93 Q6P572 Q8CBQ5 A0A1S6GWJ7 A0A5F8MPK9 Q3UUT8 Q8BV52 Q8BTI9 Q8CI98 A2AIX0 Q9ES52 E9Q7S0 Q3UXE9 Q3U6Q4 Q6P549 P70181 A1A4T4 Q9D8Y7 Q99LY2 P70182 Q8BKC8 Q9Z2D0 D3Z325 Q80WQ2 Q91WF7 D3YU01 Q9JL56 Q2TBE6 Q80TA6 Q9D4L1 Q50HX4 O70167 A0A1L1STK0 Q8VEL2 Q80W71 Q3U344 THE IPAF INFLAMMASOME%REACTOME%R-HSA-844623.2 The IPAF inflammasome Q3UP24 P29452 ERYTHROPOIETIN ACTIVATES STAT5%REACTOME%R-HSA-9027283.2 Erythropoietin activates STAT5 Q0VED9 P42232 P81122 Q9JIA0 Q3UTV9 Q8CEI0 Q62120 SYNTHESIS OF PYROPHOSPHATES IN THE CYTOSOL%REACTOME DATABASE ID RELEASE 96%1855167 Synthesis of pyrophosphates in the cytosol Q6PD10 B2KF67 Q8BYN3 Q4FJR0 P0C028 Q8BWD2 A0A217FL54 A2ARP1 Q8BWK5 NFE2L2 REGULATING ER-STRESS ASSOCIATED GENES%REACTOME DATABASE ID RELEASE 96%9818035 NFE2L2 regulating ER-stress associated genes Q8CF69 Q8BJ14 Q6GQV9 Q3UP84 Q60795 SIGNALING BY BMP%REACTOME DATABASE ID RELEASE 96%201451 Signaling by BMP P21274 E3SRG8 P27040 A2ADM9 P70340 Q04997 Q9CSE3 Q8BRV4 Q3UY39 Q8BSC0 Q3UFQ4 A0A0R4J097 Q80U44 Q9WV56 Q3UU71 A0A8Q0P8A2 Q3UVC6 Q8K592 P97454 Q9R229 Q61288 Q62356 A2RTJ4 Q3TST1 Q53Z43 Q3USS1 O35182 B2RPW6 B1AUF1 Q4QQL2 GLUTATHIONE SYNTHESIS AND RECYCLING%REACTOME DATABASE ID RELEASE 96%174403 Glutathione synthesis and recycling Q9Z2A9 Q8K010 Q8R3J5 A7DTG9 Q99JP7 Q9CQG1 Q4FK56 Q541E2 Q9D1A2 Q4FJZ6 Q3UNA7 NEURONAL SYSTEM%REACTOME%R-HSA-112316.9 Neuronal System Q9ES97 Q6PAQ0 Q8C825 Q52KF7 Q3UP61 Q80WU3 B1AS29 P84309 Q8BMF5 Q91X97 Q91WF3 A0A338P6I6 B2RVZ3 A0A2I3BRC5 Q922R0 P17426 Q9DC51 P68181 Q5SS83 E9Q706 Q8BGY9 O88444 Q540I4 Q3TY04 Q3U9V4 Q3UUN2 G3X957 Q8K3F6 Q69Z70 Q8BLY3 Q3TY61 A0A0U1RPM0 A0A498WGM0 E9Q5N7 B2RSH2 Q3UG14 Q80XU8 Q149A4 Q3UGN1 Q8C8L1 Q6PHN2 Q3TER1 F8WIG2 P0C192 H3BK84 A6H6M2 Q0VDP7 Q8BGS1 Q8BZ81 P29387 Q3UVU8 Q80TY9 G3UWQ9 Q0VBP3 Q80TG9 Q14AG7 H3BIV5 D0VYV6 Q3UU15 Q5D052 Q9JK97 P63213 D3YZU5 Q3V1Q3 Q3V0J9 Q8C8U0 E9QK34 Q3TQ70 E9Q4F9 P08752 Q6P8Y9 O08599 Q4ACU6 P63216 Q99JP6 A0A571BEG4 Q3UMY0 Q4VA56 Q9CRA2 P61953 Q811B2 Q8K1M3 Q8BYM5 P50153 Q4VBF8 Q8K377 Q5SQK1 Q3UY10 Q3UCF7 Q8C7F3 Q14DT0 Q9JMF3 Q3TQ52 Q3UXG3 Q61012 Q8CCM0 Q9CXP8 Q8R5M7 O54851 Q03311 Q9JIP4 E9Q263 Q54AE3 A0A654IER4 B2RXW8 Q6IMP4 Q8BRU6 A2AIS0 P05132 Q3TYJ1 Q3V0U2 P15105 Q32MF3 Q8CF74 Q8R5J9 B8QI36 Q9DAS9 Q61743 Q3V023 Q8BL41 Q3TYI5 O70577 Q571F8 P31650 E9PUE8 F7CYX4 Q6PCX2 P61922 Q8BQV2 Q543Z1 A2A545 Q14BH8 P60904 B2RS41 Q8BW40 Q0PD63 F8WIS9 A0A411ACY3 Q6GQT7 O08966 P56476 A0A411ACZ2 P56475 Q60857 Q544F7 Q49S98 Q544N3 O88935 Q8BHJ7 A0A087WS83 Q8C078 D3Z3Z3 Q3UN66 Q548L6 A1Y9I9 Q8C069 Q548L4 P63040 F7CZ64 Q3KN99 E9PUP0 Q8CE19 Q80T41 Q3TP00 A2AM72 Q7TNB5 B2RUJ5 O88951 P48545 Q3ZB20 Q8VBY2 O88952 Q9D3L6 Q3UTL8 P23804 P70392 Q9Z307 P22723 Q544G1 Q8C446 P60761 Q8C1W2 Q62283 B2RXA8 Q8K1F4 Q9JHJ5 Q504P4 Q9QZR7 Q9JJV5 Q5NCT9 Q8C7Z5 Q7TPD5 E9Q3E3 P27681 P46460 B1AXN9 G3XA20 P16305 Q543W5 P63137 B9EJ23 Q9WV18 Q53WT3 Q6DR99 Q543Z0 Q3UY17 A2AAU2 Q91ZU9 Q3TUM0 G5E811 Q53Z04 O88587 Q8C8Y6 Q8BHK8 Q3ZAT1 Q8CAB3 Q9QYK8 Q3UTH8 G3X9V4 D3Z7P3 Q059J3 B2RUS7 Q3U118 Z4YKJ7 Q8K2P7 Q544B1 Q8VCS9 Q9R0N9 Q8CFE6 Q9JJ14 P51906 A0A1D5RMH2 Q3V1G1 Q3UYK6 Q3TXM3 P68404 Q543U3 Q8CI86 Q4VA93 Q3UPW0 Q62418 Q3V3V2 Q3UJ53 Q9DBC7 Q8BGR3 Q03391 Q3UY68 D3YWU0 B2KGP3 A2A6S2 P35436 A2AI21 Q3TLP8 Q8CGA0 Q5FW75 Q810V8 P08551 Q8BIQ9 Q8BGM7 Q3UHZ0 Q3TNY3 V9GX76 F8VQK4 Q9R0W9 Q4LG64 Q8BRK8 Q3UZS0 P05480 Q80VZ5 Q8BIE9 Q0VBK4 Q5SXG9 Q3USV2 Q53YK0 G3X8Z7 Q91X60 Q61411 Q05A24 Q9ERK7 Q542K0 Q8CFS6 Q3UHC9 Q8CD65 P63085 Q8BUX6 F6TUN6 Q8JZN3 Q5F258 G5E845 G3UYG5 Q3LS21 B2RRB5 Q3UHB6 Q63844 Q920E3 P58391 Q9CZM9 E9QKI2 O35111 Q3TYG8 Q32ME0 B2RQA1 B2RVK9 A2AEX0 Q91WA6 Q3TWR3 Q9D091 Q9JIN6 Q80XM3 Q3UPV6 Q8BQZ8 Q3UH54 Q6VV64 Q17ST2 Q8BZB0 Q5D0A4 Q61423 Q8CHR4 P60879 A0A1D5RMB2 O88704 F7A6P6 O88703 H6RXZ1 A6H8H5 Q6PAM0 O70507 A0A0R4J2C2 Q6P6P9 Q69ZV6 Q9ER47 A0A1W2P796 P16388 O89109 G3UWE7 A2A5F7 Q810B9 Q61923 E9PYC0 Q0VD85 Q61762 P16390 Q9Z0V2 Q69ZQ8 Q9WVJ0 P59053 P63141 A0A571BG98 Q3TY49 Q8VD73 P97414 Q61327 Q8BZN2 Q53Z09 Q03717 LXRS REGULATE GENE EXPRESSION LINKED TO TRIGLYCERIDE LIPOLYSIS IN ADIPOSE%REACTOME%R-HSA-9031528.2 LXRs regulate gene expression linked to triglyceride lipolysis in adipose Q91X41 Q8VCR0 Q8BP65 Q6LC96 Q8CGN5 STEROLS ARE 12-HYDROXYLATED BY CYP8B1%REACTOME%R-HSA-211994.3 Sterols are 12-hydroxylated by CYP8B1 A0A0R4J0N7 SYNTHESIS OF 12-EICOSATETRAENOIC ACID DERIVATIVES%REACTOME%R-HSA-2142712.4 Synthesis of 12-eicosatetraenoic acid derivatives A0A0R4J111 A2CF88 A2CF85 Q14B96 Q2KHL0 Q76LV0 RNA POLYMERASE I PROMOTER ESCAPE%REACTOME DATABASE ID RELEASE 96%73772 RNA Polymerase I Promoter Escape Q3UZB8 B2RTK3 B2RWH3 A0A338P6M3 Q8CGP7 Q64475 Q7TPV0 Q64478 Q542U3 P61219 Q149V4 Q9DCC5 C0HKE5 Q9D2U9 Q6ZWY9 S4R1M3 P52432 Q9D1M1 P27661 Q8R1M2 Q64524 P10853 B2RS91 E9PWD3 Q8BFX0 A3KPD0 P70700 Q9DBH1 P51949 Q3V054 E9Q6K1 Q791N7 P84228 Q76KJ5 Q8K2X8 Q8CGP2 Q7TPY0 P97358 P49135 Q8CGP0 Q3THG5 Q3V1B9 Q6PDZ2 Q6RI65 Q9D4V4 Q3V214 Q3UHI3 RND3 GTPASE CYCLE%REACTOME DATABASE ID RELEASE 96%9696264 RND3 GTPase cycle Q8C7P2 Q8BV52 Q5SS83 Q3V1S6 Q570Z8 Q8BGV7 O70479 Q3TFA9 Q8CF63 P61588 B1AS67 Q9Z123 E9QP59 Q8BMK4 Q9WV02 Q3V086 Q04447 B7ZCJ1 P97393 E9PZW0 Q8BH88 Q3UE22 Q8CDN6 D3Z482 Q80U72 Q61495 O89001 Q80Z96 Q3UIX3 Q03145 A0A6I8MX08 Q6NXJ3 P49817 Q9D572 F8VQC7 O08908 Q91ZD4 Q0VBM2 Q0VAV5 Q8CCL8 Q99ME2 RESISTANCE OF ERBB2 KD MUTANTS TO TESEVATINIB%REACTOME DATABASE ID RELEASE 96%9665245 Resistance of ERBB2 KD mutants to tesevatinib Q61081 B7ZNX6 Q80Y52 P70424 EXPRESSION AND PROCESSING OF NEUROTROPHINS%REACTOME DATABASE ID RELEASE 96%9036866 Expression and Processing of Neurotrophins Q91VK0 P23188 F6XJP7 Q6LDU8 FORMYL PEPTIDE RECEPTORS BIND FORMYL PEPTIDES AND MANY OTHER LIGANDS%REACTOME DATABASE ID RELEASE 96%444473 Formyl peptide receptors bind formyl peptides and many other ligands O08790 A0A140T8J4 P33766 O88536 Q6GR78 Q4FJV4 P04918 ACTIVATION OF PPARGC1A (PGC-1ALPHA) BY PHOSPHORYLATION%REACTOME%R-HSA-2151209.2 Activation of PPARGC1A (PGC-1alpha) by phosphorylation Q542K0 Q5U421 Q8BRK8 Q9WUI1 Q6PAM0 O08911 O70343 Q3TWR3 Q8BIQ9 Q8BGM7 RECRUITMENT AND ATM-MEDIATED PHOSPHORYLATION OF REPAIR AND SIGNALING PROTEINS AT DNA DOUBLE STRAND BREAKS%REACTOME DATABASE ID RELEASE 96%5693565 Recruitment and ATM-mediated phosphorylation of repair and signaling proteins at DNA double strand breaks Q5SV02 B2RTK3 Q3UJQ1 P0CG50 Q543W6 Q80ZA1 Q91VY5 Q64524 P10853 Q7TSJ7 Q4U2R1 P68433 A2RTT4 Q64475 Q64478 P63280 Q9D2U9 Q3ULQ6 Q6ZWY9 E9PYW4 P27661 Q8BPZ8 Q3UI43 Q8BJU7 B9EHX4 Q8BRV3 O70445 P46737 Q8BZ87 Q922Y1 Q811N7 A0A0R4J183 Q8K3W0 Q9R207 Q99PU7 Q9Z277 Q8BY78 A2A8L9 Q6P4T3 Q60676 Q3SYK5 Q8C9D0 Q91ZW3 A0A0R4J2C6 E9QK89 Q8CGP2 Q8CGP0 Q6NV63 Q4VBX4 LOSS-OF-FUNCTION MUTATIONS IN BCKDHA OR BCKDHB CAUSE MSUD%REACTOME%R-HSA-9865125.1 Loss-of-function mutations in BCKDHA or BCKDHB cause MSUD P53395 Q6P3A8 Q3U3J1 LOSS OF FUNCTION OF KMT2D IN KABUKI SYNDROME%REACTOME%R-HSA-9944971.2 Loss of Function of KMT2D in Kabuki Syndrome Q99LT0 A0A0A0MQ73 Q8BX09 P61965 Q3UKZ9 STAT5 ACTIVATION%REACTOME%R-HSA-9645135.5 STAT5 Activation P42232 Q9JIA0 A9QW46 Q3UEW6 Q3ZB59 P35235 REGULATION OF MITOTIC CELL CYCLE%REACTOME DATABASE ID RELEASE 96%453276 Regulation of mitotic cell cycle Q9WVA3 Q5HZH8 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q7TSG3 P53995 Q8BVQ9 Q541Z5 Q8BZQ7 P62196 Q8BYJ1 B2RT97 Q9WVM3 Q3UFC2 P0CG50 Q3UZD6 Q8K2H6 P11440 Q3TKG4 Q9CPX9 Q542I9 S4R2B6 A1L3B8 A2A4Z0 P14685 G3X8W7 Q545G0 Q3TPZ2 Q3UFQ4 Q3TM92 Q3TI84 P49722 Q9D3A0 Q9D8W5 P99026 Q9R1P0 P13405 Q3TV35 O35593 Q9R1P3 Q5SUR3 P51943 Q14AQ1 Q58EV4 Q569Z9 O55234 Q542H2 Q3U3D4 Q5BKQ9 Q9JKV1 A0A286YDT6 Q3UGB9 Q3TXS7 P70195 Q60692 E0CXB1 Q8BP64 Q61456 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 O70126 Q3TEY6 A0A5F8MPZ4 Q9CQJ7 Q9JJ66 TRANSPORT OF MATURE MRNAS DERIVED FROM INTRONLESS TRANSCRIPTS%REACTOME%R-HSA-159234.4 Transport of Mature mRNAs Derived from Intronless Transcripts Q8CDZ5 Q8C470 V9GXF3 P59235 Q9D1M0 Q5FWJ9 Q8BUA6 Q9Z0W3 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q8BH74 Q9CQ49 Q8BPS7 Q9D1P6 Q8R480 Q3UDS1 Q8BTS4 J3JSA4 Q8K2W7 Q80X82 Q8R4R6 A0A2R8VK76 O08583 Q3UGU6 Q9CWU9 Q9D824 Q9ERU9 E0CXT7 Q3UYV9 SIGNALING BY INTERLEUKINS%REACTOME%R-HSA-449147.13 Signaling by Interleukins Q3V1B5 O08915 Q8K3I6 Q542A3 A0A1D5RL98 Q543F3 D3YTQ3 Q9JM58 Q5SVY2 Q3V157 Q8C833 Q545F0 Q61823 Q3U1K3 Q9QXJ2 Q6GR78 D3Z6H5 Q5ND42 Q05A81 P14733 P26952 P29452 E9QJS1 Q5SV01 D3YWR2 P16297 Q00941 Q3U1Z1 Q9WVH4 Q3U0Y6 Q99PH8 O08530 Q8C6X9 Q52L79 A0A0R4J0R7 Q4FJX9 Q2PMY2 Q059V7 Q5SRW7 P09103 P62878 P10749 Q3U607 A0A679AXP3 P38647 Q6P1E0 Q6PB44 Q06180 Q2M4G8 Q8CAV9 O55082 Q61152 A0A1B0GT50 Q3TTU1 Q8BUM3 Q8BV52 P20109 P07750 Q8C257 Q80WU9 Q3UKS3 Q0VB14 Q8C6Z4 Q8BPZ1 Q544C8 Q9JIE6 A0A0R4J0F5 Q3TR87 Q542D1 V5SIM2 Q9ES52 Q6P549 P05132 Q545B5 Q9CQ65 Q3V1F2 A2RTD1 Q3URN4 Q8C4M8 A0A0R4IZY6 Q3UZI9 Q3UD58 Q8R1R4 O54824 Q5SWN9 Q5NCN8 Q790L7 Q564P6 Q7TPD5 Q7TSJ7 B1AXN9 Q8C9D4 Q60521 Q8C094 Q6PDI9 Q8CE90 Q549P2 A2CF88 A0A0U1RNJ3 Q8K2U0 Q5SUZ5 Q542I8 Q93092 G5E8F1 P63330 Q8BQK4 Q5HZH3 Q3U7M4 Q547H1 Q8R4K2 Q8BFV3 Q3UY00 P04918 Q80SY9 Q540J8 E9QMH7 Q3UAR6 Q9CR56 Q5EBQ4 D3Z6V8 A0A1W2P715 Q99JG7 Q76MZ3 Q3TL44 Q8CEC5 Q8CFA1 Q60929 Q62151 Q91V89 E9PYI8 Q8VC16 Q3TY83 Q9D7X3 Q05769 P48999 Q3TAR6 E9QPQ6 Q8BIX1 Q3UG07 Q3U8M7 Q8BN07 Q3UPN1 P70677 Q64318 O54928 Q3UJ53 Q8BTI9 Q3UCJ0 Q8CEI0 Q3TJI7 P48298 Q549R2 Q3UXE9 Q543S8 Q78PA5 P15247 Q6GU23 Q3U879 Q642U4 E9QNX4 I3PQW8 P51682 Q61238 P84228 Q99K94 Q3UV15 Q5QNV9 Q5QNW0 P31750 Q8C7P2 Q548V9 Q3UEB8 Q5DTJ2 P04351 Q546S6 Q8CFK4 P01108 P42337 P01101 Q8VDU4 P35235 Q3TSV7 Q8BVW4 D3YZ57 A0A0R4J170 E9Q696 P13634 O08908 Q6W5C0 Q5SX78 Q5XZF2 Q3URU8 Q8CI98 Q3TUH8 Q61805 Q9R1E0 Q3UCW2 P09055 Q8BLP9 Q569U6 A2RTH0 P33766 Q544F9 Q4FJV4 P70452 Q5RKN9 P35831 Q3U5I5 P42232 Q9JIA0 A0A3Q4EGX3 Q80ZA1 P12032 F8VQL7 A0A0R4J0H1 A0A7R8C347 P11983 Q8BUN5 Q544I2 Q542G9 Q0VDP7 P26041 A0A0A0MQ87 Q922W6 Q9EPL5 Q8BNM4 Q3TRK8 Q543U7 Q541U3 Q9QYY1 F7AT44 Q149U6 Q3TS18 Q8VHH8 Q149G7 A0A0R4J0P4 Q3UDE9 Q8BVZ5 Q3U905 Q3TX57 Q61084 P25233 Q5D095 Q61553 Q810T6 Q80XF5 Q6NXV8 Q8BH06 Q8CGK6 A0A286YDE2 Q3TM06 O88786 Q08EA6 Q3U1Z6 Q3V0U3 Q2THG5 O88507 Q6PHB0 Q5SUE2 Q80Y52 Q9JJY8 P97287 Q14BK1 Q9EQT3 Q3KNF2 Q3U0P4 Q8BQQ4 O35284 E9Q9A6 A0A7R8GUW9 A0A0R4J096 Q5SUC3 Q544D1 P53347 Q6PEU8 Q3UNK5 P41969 Q64337 P70280 Q504P4 P84078 Q62035 A1KZZ4 O09131 Q0VB73 Q542W1 Q3U479 Q543V3 Q545P4 Q8VH33 Q549G3 F8WH42 Q541T2 Q3U593 P81122 Q8VHM7 Q3ZAX5 Q4FK69 Q3UE89 Q8BR10 Q3ZB59 Q3UKU5 Q3V3W7 O35718 P40223 Q00731 Q3URV7 P26687 Q544Y7 Q60I23 Q548T0 Q3UAD6 P52633 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q3TZ05 Q8BVQ9 P62196 B2RT97 P0CG50 Q8C9W4 Q3TKG4 Q542I9 A1L3B8 Q3UZF9 P14685 Q545G0 Q548Y4 Q5D0E0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q5SUR3 Q14AQ1 Q58EV4 Q923A8 O55234 Q542H2 G3X9V0 Q5BKQ9 Q9JKV1 A0A286YDT6 Q3TXS7 P70195 Q60778 Q8CBT3 Q9Z1E3 Q5SRY7 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q8VC91 P25799 Q9D5S8 Q3TKV1 Q99K90 Q569Y6 Q8CF89 A2RTT4 P70196 Q8C3F5 P01193 P29477 P63101 Q8C3F4 Q810V8 Q3U0R5 Q548Q7 P07141 Q9Z2X1 Q60943 Q8BPI5 Q52L50 Q62120 Q7TNI7 O35716 Q544E6 Q5FWJ3 A0A0X1KG61 P41245 Q3USK4 Q8C9G5 Q8JZR2 Q3TMJ8 Q5U421 Q3U2P8 Q3UE64 P63321 P63085 Q91ZZ2 P98083 Q63844 Q09HN3 A2RS58 Q9WUI1 P11672 A1L361 Q5D0A4 Q8CHR4 P60879 O88569 Q8CBR9 Q3U5U6 P57784 P08103 Q61233 G5E8U4 Q3UZN3 Q8BGS2 DEGRADATION OF DVL%REACTOME DATABASE ID RELEASE 96%4641258 Degradation of DVL Q9CTE0 P54775 Q3UPK6 Q9CPS5 Q8K4P8 Q8BVQ9 Q8BZM0 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 P62878 Q14AQ1 Q58EV4 E9Q967 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P51141 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q60838 Q3TKV1 INTERACTIONS OF REV WITH HOST CELLULAR PROTEINS%REACTOME DATABASE ID RELEASE 96%177243 Interactions of Rev with host cellular proteins Q8CDZ5 P62827 P59235 Q9D1M0 Q5FWJ9 Q8BUA6 Q9Z0W3 Q9DAY9 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q3UHW8 Q3U425 Q8BRF6 Q8BQF0 Q8BH74 Q8BPS7 Q8R480 Q8BTS4 J3JSA4 Q8R4R6 Q9CWU9 P34022 Q6PFB2 Q9ERU9 Q8BYY5 LRR FLII-INTERACTING PROTEIN 1 (LRRFIP1) ACTIVATES TYPE I IFN PRODUCTION%REACTOME%R-HSA-3134973.3 LRR FLII-interacting protein 1 (LRRFIP1) activates type I IFN production Q8BJ14 Q3U9K6 Q6GQV9 Q02248 RHO GTPASE CYCLE%REACTOME DATABASE ID RELEASE 96%9012999 RHO GTPase cycle Q3UH93 P14733 Q5SS83 Q8K1I7 Q540I4 Q9CXQ9 Q53WY0 Q6PGK0 E9PX48 Q6PEV3 Q8VHI6 Q8R5C0 M0QWX4 E9Q2D0 Q8BGH2 Q8BV52 Q3TXI7 A2AQ45 Q80U72 E9PUK3 Q9ER71 Q8C147 Q7TT50 H7BX44 Q9DB19 D3Z7A7 U3RF68 Q7TMG8 Q0VAV5 Q9CTE0 P70392 Q91VS8 A0A0G2JDI9 Q3UTH8 Q91WJ0 Q3UHH9 Q9JK83 Q6P1D6 Q3UVN4 O35685 Q91Z68 Q91Z67 H7BX46 D3YZW1 Q9ESU7 E9PZW0 O55111 A0A3B2WCN9 Q80ZW1 Q61495 A0A1L1SVG0 Q3V086 Q8BJR7 Q3TLP8 Q3UXE9 P26361 G5E884 Q8C7P2 Q7TSH4 Q5DTJ2 Q05144 B1GX81 P41241 P42337 Q8VDU4 Q01853 E9Q696 O08908 Q8C7T5 Q4VAE6 Q6P9R4 Q3TY70 Q9CUD0 Q61599 Q8C7E7 Q69ZK0 A0A1Y7VLY2 D3YYY8 Q3U7R1 E9QP59 Q9CZN7 P09055 B7ZCJ1 B7ZNX6 Q8C474 P97393 Q3UNB6 Q8BH88 Q9Z2I0 Q9Z207 Q0KL02 Q8C4B5 D3Z4R2 Q3TXQ1 Q8K1E0 Q6A0A3 Q8BH80 Q99PT1 Q80Z96 Q03145 Q6NVF2 Q3THM8 Q3UQ44 F8VQC7 A0A0R4J119 A0A0R4J0T8 Q8C067 B2RY04 Q8CCL8 Q8BQW4 Q8K0Z5 Q6P1H6 Q3UDZ1 Q9CQW1 D3YTQ8 Q8BUR4 Q8C4N2 P63024 Q8R2Y2 G5E8S8 Q9D0F3 Q8BHL5 A0A0R4J0S1 Q8C5X1 Q923G3 Q3UIJ0 Q8CA59 Q811P8 Q4FJQ0 Q8BTW9 Q4VAC9 Q3U5C8 P05213 Q8BN21 Q9Z2C4 Q3V1S6 B2RRX1 Q52KG9 Q542X7 Q8BH99 Q3ULB5 F8VQH0 Q8BQ28 Q8R1C2 Q3V1V5 A0A0A0MQ87 Q8BU75 Q3TRQ0 Q8C015 Q8BGV7 O70479 Q8CF63 P61588 Q9Z123 Q8BMK4 Q04447 Q3UDE9 Q80Y52 Q9EQT3 Q80WU2 Q7TMQ7 Q3UVN5 E9Q3I3 E9QKY4 Q3TDN2 Q8QZW8 Q80Y61 Q571I4 B6YY24 Q91XV3 Q68FD5 Q9D574 Q3TY82 Q810B6 A2A5V3 E9PWW2 Q6W4W7 F8VPS6 Q99KI3 B2RSI0 E9Q642 Q80WW9 Q9JM96 Q571M3 O89032 E9QP99 Q3U5E2 A2AQJ6 A2A4Q3 A2AF47 Q8VDU1 A0A1L1SQR4 Q8BH60 Q8C845 P43404 B2RRE0 G5E8A0 E9QMX7 Q62172 Q69Z38 A6H5Y3 Q571B6 B1AU74 Q8BFX3 Q6PGG2 Q8K0Q5 Q8VE99 Q80Y19 Q545H8 Q3UR67 A0A2I3BPI0 Q8BKW6 Q8BL80 Q9Z1N5 Q9CQC5 Q9CXP4 Q3UHD2 E9PUB0 Q9CWU8 Q6IFT4 Q5SSM3 Q8BYW1 S4R248 Q8BI52 A0A5F8MPD6 G5E8J3 E9PUK6 Q8BHS6 Q5M9J2 E9QN92 B7ZCR6 Q8BGH7 Q6P7W2 E9Q4T1 Q8BM29 Q6ZPJ0 E9Q6X9 Q8R0J1 Q8BHH3 Q6P8W0 G3X9Q3 A0A0R4IZX1 F8VQ11 Q8BM00 Q8K2H3 Q3V3S7 Q920R0 Q504M6 Z4YM84 Q4VA10 Q7TQE6 Q8BM51 Q8JZX9 Q3UQS4 Q9Z0X0 Q8CGF1 E9QQ33 Q8CD59 Q3U9G9 Q570Z8 Q8CJ53 D3Z482 Q60864 Q9D3Q7 A0A087WRT5 L0N7N1 Q9QY73 P70206 Q9CTF6 Q8BRF7 Q8BLR7 O89001 Q3UIX3 Q03160 A0A6I8MX08 Q6NXJ3 Q9D572 Q91ZD4 Q0VBM2 B1AV77 Q545S4 Q99ME2 Q497E4 P70268 A0A571BEH9 E9PUF7 Q3USZ7 Q02257 O54724 Q8K031 Q3UGZ6 Q8C6B2 Q3UWP1 Q80U35 Q8CA35 Q8C0J6 P49817 Q8BWR8 Q8BWW9 P54116 F8VQ29 Q07139 A2RRK3 Q68FM7 Q3TU98 G5E825 E9QKB1 Q8K298 D3Z3A8 A0A2X0SFN9 A2AWP8 Q80XI6 Q8BTF1 F6XC54 F6SBR5 Q7TSI6 Q3UQS3 A0A140LJJ5 Q4FJM5 A1A553 Q9R0C8 H3BJ45 Q91ZT5 Q91VJ4 A1BN54 Q3TNB8 Q3UV27 Q91V93 Q66JY6 Q61081 B2RWT9 Q14AI7 Q9D034 Q8BTV2 G5E8T4 Q5DTM8 Q6ZPF3 Q91YR1 Q3TE41 F8WJG3 A0A0R4J0X8 Q9Z204 F6WMJ3 Q3TFA9 Q3TQN9 Q4KL81 Q3TRK3 Q5FWH6 B1AS67 Q3V3N6 Q3UG32 Q3TR46 Q3UMA3 Q8BWA8 Q9WV02 V9GX76 Q71LX8 Q62159 Q3TGH8 Q3UPH7 B7ZMU4 F8VQ93 Q3UGN9 E9QK62 Q5FWJ3 Q8BY35 A0A0G2JF67 P05480 Q3UE22 Q8CDN6 Q544R7 Q3USK4 Q672J9 Q9CQ22 Q8VCM2 Q5F258 Q542D9 E9Q9B7 B9EJX2 Q8BYC6 Q91ZZ2 Q8BH43 Q8C8B2 Q8C180 Q6NVF0 Q3U6G0 A2AS98 Q3TLE2 Q8R5H6 B3VQI8 Q3UWN7 Q9WVM1 Q80XR8 G3X960 Q6AXH6 Q91VR8 Q8CJ00 B2RQE8 P97369 Q8R5G7 A0A087WRP5 A2RRK7 Q3UKP6 E9QAJ9 Q3TPY5 Q9DBJ3 Q6A028 Q8K1X4 Q8CIZ9 Q9D3L3 O70145 Q9D0J3 Q69ZV6 E9PUE7 Q14A12 B2X2D4 E9QP44 Q3UBI5 Q80UU9 P53395 Q810B9 Q4VBE6 Q8R5L1 Q61335 Q8C9L7 HEREDITARY FRUCTOSE INTOLERANCE%REACTOME DATABASE ID RELEASE 96%5657560 Hereditary fructose intolerance Q3UER1 MPS IIIA - SANFILIPPO SYNDROME A%REACTOME DATABASE ID RELEASE 96%2206307 MPS IIIA - Sanfilippo syndrome A Q9EQ08 REGULATION OF CDH1 POSTTRANSLATIONAL PROCESSING AND TRAFFICKING TO PLASMA MEMBRANE%REACTOME%R-HSA-9768727.1 Regulation of CDH1 posttranslational processing and trafficking to plasma membrane Q3U518 P61804 Q61139 Q80UM7 Q9D8V7 Q60FD1 Q811P8 Q5SUC3 Q6ZWQ7 Q8CDH5 A0A140LHR3 G3UZX4 A1A4T2 F8WHW6 O54734 A0A0R4IZW5 Q8R2R1 Q02248 S4R2K9 Q8BMR3 Q02257 Q3U573 Q8BGQ4 A0A2I3BRW0 P23188 F6XJP7 D3Z569 Q78XF5 Q9DBG6 NUCLEOTIDE-LIKE (PURINERGIC) RECEPTORS%REACTOME%R-HSA-418038.3 Nucleotide-like (purinergic) receptors Q546L4 Q8BFU7 A0A0R4J289 Q8BMC0 Q8CAH1 Q60614 Q3UQ86 Q3U4C5 Q544F4 Q8CAU3 Q8BMJ5 Q6NS65 Q91YU8 Q9D8I2 Q0VBT7 Q8BLG2 NPAS4 REGULATES EXPRESSION OF TARGET GENES%REACTOME%R-HSA-9768919.3 NPAS4 regulates expression of target genes Q8BIF2 Q63844 P01101 Q99KQ4 Q8CEC2 Q548A9 Q543F6 P35546 Q541P3 Q3TH76 Q8BGD7 Q6GQV9 Q3UHZ2 Q8BYY5 Q5EEX1 P63085 Q3UHJ6 P23804 Q542T9 Q059J3 DEFECTIVE ABCB4 CAUSES PFIC3, ICP3 AND GBD1%REACTOME%R-HSA-5678771.4 Defective ABCB4 causes PFIC3, ICP3 and GBD1 P21440 DEFECTIVE ABCA12 CAUSES ARCI4B%REACTOME%R-HSA-5682294.4 Defective ABCA12 causes ARCI4B E9Q876 PROGRESSIVE TRIMMING OF ALPHA-1,2-LINKED MANNOSE RESIDUES FROM MAN9 8 7GLCNAC2 TO PRODUCE MAN5GLCNAC2%REACTOME%R-HSA-964827.3 Progressive trimming of alpha-1,2-linked mannose residues from Man9 8 7GlcNAc2 to produce Man5GlcNAc2 Q544T7 P39098 Q6NXK9 MITOCHONDRIAL FATTY ACID BETA-OXIDATION OF UNSATURATED FATTY ACIDS%REACTOME%R-HSA-77288.4 mitochondrial fatty acid beta-oxidation of unsaturated fatty acids P42125 Q4FJK0 P45952 Q99JY0 Q8BMS1 A0A0R4J083 PTK6 PROMOTES HIF1A STABILIZATION%REACTOME DATABASE ID RELEASE 96%8857538 PTK6 promotes HIF1A stabilization Q99P91 Q9CQG8 Q9WVF5 Q5FW64 Q05AA8 Q3UCW2 PRESYNAPTIC PHASE OF HOMOLOGOUS DNA PAIRING AND STRAND EXCHANGE%REACTOME DATABASE ID RELEASE 96%5693616 Presynaptic phase of homologous DNA pairing and strand exchange Q5SV02 Q8BWH5 Q8VC54 Q80YR6 Q3UJQ1 Q8BQY8 Q6ZQJ5 Q6ZQF0 Q3TKD1 Q5NCT2 Q9QZ11 B9EHX4 Q8BRV3 Q5SXJ3 O70445 Q4KL82 Q3TV35 Q9CQ71 Q9R207 O35280 Q3UYY2 Q8BMG1 O35719 Q9CX47 E9PZ97 Q99J62 Q924H5 Q9QWZ1 Q5SWN2 Q9Z0F6 P97929 Q3UGT8 Q62193 Q6NV63 Q08297 Q5HZI8 RAB GEFS EXCHANGE GTP FOR GDP ON RABS%REACTOME DATABASE ID RELEASE 96%8876198 RAB GEFs exchange GTP for GDP on RABs A0A0R4J0D5 Q6PAR5 Q549X4 S4R219 Q8BJI6 Q5FW76 Q8C4S8 Q0PD63 Q0PD23 E9PXF8 P31750 Q8K382 Q3UPA3 P50396 F8WGD2 B2RXC1 A2RSQ0 A0A2C9F2A2 A0A1D5RLG3 Q0PD50 D3Z585 Q4FJQ0 Q5SS40 A2RT67 A0A0R4J2C4 A0A0R4J1A1 Q80UW3 Q3U1T9 Q0PD35 Q0PD38 Q8BH65 E9Q4E4 Q541V2 A6H8H2 Q8BMQ8 Q3TIR1 Q544R8 Q924W7 E9Q8V6 Q3U0T9 A0A0R4J172 Q78XR0 A0A0R4J1X4 Q9JM13 Q3TLI0 Q0PD66 Q0PD67 Q6PB82 Q14BF8 Q5J9A9 A0A1W2P7S5 Q8C458 Q9CQD1 Q8C266 E9QPA1 Q9JME7 Q0PD49 Q3U4W5 Q0PD53 Q3KNA5 Q8BR32 Q3U9K9 Q8C6X4 Q8BHT7 Q9CQA1 Q6ZPE2 E9Q3T8 Q0PD48 Q544U7 Q8CE74 Q920R0 Q9CS14 Q6PDX1 Q8C0C3 Q3TXV4 Q0PD14 Q0PD15 Q50HX4 Q8CFK6 A2CG35 D3YUS4 A0A0R4J1B6 Q9D9V7 Q4FJL0 Q3U309 GABA RECEPTOR ACTIVATION%REACTOME%R-HSA-977443.7 GABA receptor activation P56476 P56475 Q544F7 Q544N3 Q8BHJ7 P84309 Q91WF3 B2RVZ3 A0A2I3BRC5 Q80T41 Q3TP00 Q9DC51 P48545 E9Q706 Q9D3L6 Q9Z307 P22723 Q544G1 Q8C446 O88444 B2RXA8 Q8C7Z5 Q3U9V4 P27681 Q3UUN2 P16305 Q543W5 P63137 Q9WV18 Q53WT3 B2RSH2 Q3UG14 Q543Z0 Q3UGN1 Q53Z04 Q8C8Y6 Q8BHK8 Q3ZAT1 P29387 Q8CAB3 Q80TY9 Q9QYK8 Q3UTH8 Q3UU15 P63213 Q3V1Q3 Q3TQ70 Q6P8Y9 P08752 P63216 Q3UMY0 P61953 P50153 Q9JMF3 Q61012 Q9CXP8 Q54AE3 Q9DAS9 DEFECTIVE SLC5A5 CAUSES THYROID DYSHORMONOGENESIS 1 (TDH1)%REACTOME%R-HSA-5619096.4 Defective SLC5A5 causes thyroid dyshormonogenesis 1 (TDH1) G3X8P5 MAP KINASE ACTIVATION%REACTOME DATABASE ID RELEASE 96%450294 MAP kinase activation Q3V1B5 Q8BN07 Q3UEB8 Q9WTX6 P0CG50 P41969 Q52L79 Q5D0E0 Q5SWN9 Q5NCN8 P01101 Q5SUR3 Q923A8 Q7TPD5 Q7TSJ7 B1AXN9 Q8C9D4 A0A286YDT6 Q8CBT3 Q3TMJ8 Q5SRY7 Q5U421 Q3U2P8 Q60521 Q8C094 P63085 Q8VC91 P25799 Q9D5S8 Q99K90 Q569Y6 Q8CE90 Q8CF89 A2RTT4 Q63844 Q09HN3 P70196 Q8K2U0 Q9WUI1 P63330 Q547H1 Q3TUH8 Q8BR10 Q8BFV3 Q80SY9 Q540J8 A0A1W2P715 Q810V8 Q99JG7 Q76MZ3 Q8CBR9 Q8CFA1 Q60929 Q91V89 Q3TY83 Q9D7X3 Q3TAR6 Q8BIX1 TRNA PROCESSING IN THE MITOCHONDRION%REACTOME DATABASE ID RELEASE 96%6785470 tRNA processing in the mitochondrion Q8K1J6 Q3UFY8 Q8JZY4 Q3U0M8 Q99N15 ANTIGEN PROCESSING: UB, ATP-INDEPENDENT PROTEASOMAL DEGRADATION%REACTOME%R-HSA-9912633.1 Antigen processing: Ub, ATP-independent proteasomal degradation P99026 Q9R1P0 Q9R1P3 Q58EV4 O55234 Q542H2 G3X9V0 Q3UPK6 Q5HZK3 P70195 O35955 P28063 Q60692 E0CXB1 Q6RI64 Q3TS44 A0A0R4J256 Q545G0 P49722 DOWNSTREAM SIGNAL TRANSDUCTION%REACTOME DATABASE ID RELEASE 96%186763 Downstream signal transduction Q91ZZ2 E9PYG6 Q8BQ28 Q8C7P2 A2RS58 P52633 Q62077 Q9D091 P42232 Q8BTI9 Q9JIA0 P05622 P42337 P35235 Q6GU23 P05480 P26618 Q61411 Q3USK4 Q8JZR2 Q03160 Q8BH99 Q99K94 Q3TJP4 O08908 A0A0R4IZW4 SIGNALLING TO RAS%REACTOME DATABASE ID RELEASE 96%167044 Signalling to RAS P98083 Q09HN3 Q3UFB7 Q3UIB2 Q9WUI1 Q6ZPU1 O08911 Q9D091 Q61411 A0A5F8MPM1 Q3USK4 Q5U421 Q3U2P8 Q8BMC3 P63321 Q6LDU8 Q8CCG5 ADRENOCEPTORS%REACTOME%R-HSA-390696.5 Adrenoceptors Q9DBL0 Q925K6 Q01337 Q8BZV1 P34971 P18762 A2ANQ2 Q3UP63 Q01338 NFE2L2 REGULATING INFLAMMATION ASSOCIATED GENES%REACTOME%R-HSA-9818026.1 NFE2L2 regulating inflammation associated genes Q545B5 Q8BJ14 Q6GQV9 Q3UP84 Q60795 EPIGENETIC REGULATION BY WDR5-CONTAINING HISTONE MODIFYING COMPLEXES%REACTOME%R-HSA-9917777.1 Epigenetic regulation by WDR5-containing histone modifying complexes Q61586 Q543F6 Q9CQA5 Q8CGY8 E9PYH6 E0CYA6 P54310 Q8BLG0 Q542H7 A6PW47 Q1WLP7 Q3UFN1 D3Z041 Q99LQ1 Q9DCV3 Q91WV0 Q8BJ56 B1AUX2 Q8CHV6 A0A571BEC9 Q9DA08 Q8CD95 Q9Z1P8 Q8BHI7 Q6P3Z8 Q8BQR4 A2RSY1 Q05BA5 A2A5Y4 Q9D1P2 Q2NLB9 B2RXQ8 E9Q6J5 Q8CGN5 P11152 Q9D968 Q5SQY2 A0A5S8DHC4 Q3UJT0 Q9CXU1 D3YTT9 Q9CXU0 Q8CID0 Q9D0K8 Q9R0X0 E9QMZ0 Q9Z211 A0A0R4J1I3 Q62392 Q9CWA8 Q8R0L9 E9Q6E2 B9EKJ4 Q8BPB6 Q8VCD5 Q60994 Q6LC96 Q921N8 Q9D2U9 F8WJB0 B2RR30 Q8C6Z4 Q3URP1 Q8BX09 Q3UKZ9 A2BI12 P61965 Q3U711 Q541B1 A2ABV5 A3KPD0 P84228 Q8CGP2 Q8CGP0 Q544J2 B2RTK3 Q8CGP7 F8WI37 Q149V4 Q8VIM0 S4R1M3 Q8VHJ7 Q8R1M2 Q3TPN3 Q8CAS3 Q6PHU4 Q3UET8 P13405 Q64524 P10853 Q99LT0 B2RWH3 Q64475 Q64478 C0HKE5 A0A0A0MQ73 Q6ZWY9 Q5SWW4 Q9QXE7 Q6GQV9 P27661 Q9CQI9 Q99L02 P70365 Q8CHB6 Q6NZQ4 Q91XC0 Q8BHJ5 P53566 Q5XJV5 Q8BJ14 Q8CE59 Q80ZV7 O70343 Q547C4 Q53Z05 Q3SYK5 Q9JM08 E0CZG8 B1AQH6 SYNTHESIS OF BILE ACIDS AND BILE SALTS VIA 27-HYDROXYCHOLESTEROL%REACTOME DATABASE ID RELEASE 96%193807 Synthesis of bile acids and bile salts via 27-hydroxycholesterol Q3V1T8 Q3USU4 Q8VCX1 Q3UEM0 A0A0R4J0N7 Q8CE59 Q3U538 Q6LC96 P70365 D3Z3X1 Q99LX3 Q91WR5 Q64505 ERYTHROPOIETIN ACTIVATES PHOSPHOLIPASE C GAMMA (PLCG)%REACTOME DATABASE ID RELEASE 96%9027277 Erythropoietin activates Phospholipase C gamma (PLCG) Q0VED9 P81122 Q8CIH5 Q3UTV9 Q62077 Q8CEI0 Q62120 REGULATION OF NECROPTOTIC CELL DEATH%REACTOME DATABASE ID RELEASE 96%5675482 Regulation of necroptotic cell death Q80Y52 E9PZP3 Q8CGY8 Q60989 Q9D2Y4 B2RRZ7 Q61081 P0CG50 Q5SS83 Q99PH8 Q8C6X9 Q61160 Q561N4 Q80Y09 Q8C350 Q5SRW7 Q62210 Q540I4 Q8C863 Q3TMX0 A0A3B2W489 Q3U5H0 Q9WUD1 Q3U607 Q60855 Q9QZM4 Q3TSE5 TOLL LIKE RECEPTOR 4 (TLR4) CASCADE%REACTOME DATABASE ID RELEASE 96%166016 Toll Like Receptor 4 (TLR4) Cascade Q3V1B5 Q8BN07 Q6GR78 Q9WTX6 E9PZP3 Q542T3 P0CG50 Q3UHJ1 Q4FJP7 Q80UF7 Q80ZA1 Q8C2D3 Q9R0T8 Q8C6X9 Q61160 Q8K3K8 Q8BJQ4 Q52L79 Q548Y4 Q5D0E0 Q5SRW7 Q8CIH5 Q62210 Q5SUR3 Q923A8 Q3U607 P35991 A0A286YDT6 Q60855 Q60778 Q8CBT3 Q9Z1E3 Q5SRY7 Q3TSE5 Q8BZ98 Q8VC91 A0A0J9YUN4 P25799 Q9D5S8 Q99K90 Q569Y6 Q8CF89 A2RTT4 P70196 Q3UKS3 Q0VB14 Q8C6Z4 Q542S6 Q91V77 Q810V8 E9QNX4 I3PQW8 Q3UV15 Q3UER8 E9PV24 O35716 Q8BQQ4 Q3UEB8 Q3TGR2 Q3UP42 Q53X15 P41969 Q3UFQ4 Q5SWN9 Q5NCN8 P01101 P35235 Q7TPD5 Q7TSJ7 B1AXN9 Q8C9D4 Q3TCR7 Q3UV88 Q3TMJ8 Q5U421 Q3U2P8 Q60521 Q8C094 P63085 Q4QQL2 Q8CE90 Q63844 Q09HN3 Q8K2U0 Q542I8 Q9WUI1 G3X8Y8 G5E8F1 P63330 Q3U7M4 A1L361 Q62192 Q547H1 A0A0U5J712 Q3TUH8 Q67E05 Q3U9K6 Q8BR10 Q61805 L0CL36 B9EJ46 Q8R4K2 Q8BFV3 Q3UY00 P04918 Q80SY9 Q540J8 E9QMH7 Q3UAR6 Q9CR56 Q5EBQ4 D3Z6V8 A0A1W2P715 F8VQ72 Q76MZ3 Q99JG7 Q8CBR9 Q3TL44 Q64HC9 Q8CEC5 Q8CFA1 Q60929 Q91V89 Q62151 E9PYI8 Q8VC16 Q3TY83 Q9D7X3 A0A0R4J174 Q3TAR6 E9QPQ6 Q8BIX1 VARIANT SLC6A14 MAY CONFER SUSCEPTIBILITY TOWARDS OBESITY%REACTOME%R-HSA-5619094.4 Variant SLC6A14 may confer susceptibility towards obesity A1L359 MINUS-STRAND DNA SYNTHESIS%REACTOME%R-HSA-164516.4 Minus-strand DNA synthesis Q5SVY2 ALTERNATIVE COMPLEMENT ACTIVATION%REACTOME DATABASE ID RELEASE 96%173736 Alternative complement activation Q3UP47 O08643 P01027 Q3UEG8 DEFECTIVE TCN2 CAUSES TCN2 DEFICIENCY%REACTOME DATABASE ID RELEASE 96%3359454 Defective TCN2 causes TCN2 deficiency O88968 NEGATIVE REGULATION OF MAPK PATHWAY%REACTOME DATABASE ID RELEASE 96%5675221 Negative regulation of MAPK pathway Q99MP8 Q63844 Q7TSZ9 Q0VAZ2 Q6ZQK4 Q91YS7 Q8BN07 Q7TNL7 Q9ESS0 Q5EBQ2 Q05922 Q6PD03 Q3U8K3 Q99N57 Q1HL35 O08911 Q3UV75 Q9D091 Q8BUM3 P28028 Q6PCP3 P63330 Q6PD28 Q8CAD1 A0A1Y7VNZ6 P0CG50 Q8BFV3 A0A1W2P715 Q76MZ3 Q91V89 Q61411 Q60676 A2A5N2 Q3TY83 Q3TMJ8 Q8BIX1 Q61151 P63085 MYD88 DEFICIENCY (TLR5)%REACTOME%R-HSA-5602680.3 MyD88 deficiency (TLR5) Q3U7M4 Q8CB40 HEME BIOSYNTHESIS%REACTOME DATABASE ID RELEASE 96%189451 Heme biosynthesis A0A0R4J0B6 Q3V0B2 Q3UPG1 P70697 A2AFM1 Q4QRK2 P36552 Q3UKR3 Q9DD05 Q3UDN4 Q8BJ03 Q3UQA3 Q546G4 DENGUE VIRUS ACTIVATES MODULATES INNATE AND ADAPTIVE IMMUNE RESPONSES%REACTOME DATABASE ID RELEASE 96%9920588 Dengue virus activates modulates innate and adaptive immune responses A0A3B0IP04 Q3UEK1 Q80Y52 A0A1W2P7F1 Q9QXJ2 Q6P1Y9 A0A2R3XZC4 Q99KG3 Q8K2T8 Q8BSY1 Q5XJE5 Q9R0T8 Q9CTY6 A2AN08 D6RDC7 P29788 Q05CJ7 Q71LX8 Q3TU94 Q3TQX5 Q3TGP5 Q3U5E6 Q3U5B1 Q9R007 Q549A5 Q00623 A0AAQ4VMX2 LDL CLEARANCE%REACTOME DATABASE ID RELEASE 96%8964038 LDL clearance Q6PFA2 Q3TEL5 Q8C142 Q9Z0J0 Q80W65 Q7TMD4 Q5SWR1 Q8VCU1 Q6A0C9 P17426 Q8BLF1 Q61263 O88908 Q68FD5 Q3UJ76 E9Q414 A0A1L1SRE8 Q6PEE6 Q99KG5 ASYMMETRIC LOCALIZATION OF PCP PROTEINS%REACTOME%R-HSA-4608870.3 Asymmetric localization of PCP proteins Q61086 Q61091 P54775 Q3UPK6 Q9CPS5 Q3TY70 Q8BVQ9 P62196 Q9CSE3 B2RT97 P0CG50 Q3U5C7 Q3TKG4 Q542I9 A1L3B8 P14685 Q8BSC0 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q8BLL2 Q14AQ1 Q58EV4 O55234 Q80U72 Q542H2 Q5BKQ9 Q9JKV1 O70421 Q3TXS7 P70195 Q9JIP6 Q9CUZ6 Q60692 E0CXB1 P22725 Q6RI64 Q3TS44 Q3UEG1 Q91ZD4 Q99JI4 Q60838 Q3TKV1 MTF1 ACTIVATES GENE EXPRESSION%REACTOME DATABASE ID RELEASE 96%5660489 MTF1 activates gene expression Q8BSY2 Q4FJX4 Q91ZZ3 SUMOYLATION OF DNA METHYLATION PROTEINS%REACTOME%R-HSA-4655427.5 SUMOylation of DNA methylation proteins Q3URA3 O35730 P63280 D3YY34 Q7TSJ0 Q9QXV1 Q541E5 O88508 Q9QWH1 O55187 Q3V116 P23798 Q2LC58 Q9CQJ4 COPI-INDEPENDENT GOLGI-TO-ER RETROGRADE TRAFFIC%REACTOME%R-HSA-6811436.2 COPI-independent Golgi-to-ER retrograde traffic Q3UFE4 P63168 Q3TWG5 Q923G3 Q5SW18 Q5DQJ3 A0A1D5RLG3 Q5RKN9 A0A494BB86 Q6NZM3 Q0PD38 Q9JHU4 Q6PB93 Q8CA83 Q3TQY2 D3Z390 P70190 Q61206 Q9QZB7 G3UXK5 Q9QZB9 D3Z6H3 Q3TYJ3 Q9DBX5 Q3TPJ8 Q9D0M5 Q9D517 Q6PDL0 Q3TPZ5 Q3U4W5 Q3UN31 Q0PD53 E9Q919 NERVOUS SYSTEM DEVELOPMENT%REACTOME DATABASE ID RELEASE 96%9675108 Nervous system development Q3UH93 Q9Z0I9 G3X8U7 Q52KF7 Q9QZS0 Q3UP61 B2RQQ8 Q5ND42 Q9WV32 D3Z7D5 Q543F6 A0A338P6I6 Q3TX55 B0LAD9 Q9JM76 P17426 P68181 Q5SW83 Q9R0Q6 Q3UJ76 Q542T9 Q6PEE6 Q9CXQ9 Q3TMX0 P62878 Q5SWR1 Q9CPW4 Q9CVB6 Q6A0C9 Q3ULF7 B2RRQ8 Q60841 Q91YY0 Q80TR9 P97785 P48540 P05132 E9PYG6 M0QWP1 E9PUP0 Q60750 A0A0R4IZX5 Q7TQG5 Q91VS8 Q5NCN8 Q7TPD5 B1AXN9 Q505A4 Q62077 Q6P1D6 G3X9V4 Q3U207 J3QP81 P43407 Q8BSE7 Q6NZC0 Q6ZWU9 Q3U379 Q8C8K1 O09127 O08644 Q3UG07 Q03137 P54754 Q544L9 Q6PFV6 Q8CA63 A0A0G2JGE9 Q8CC52 Q8BRB1 O08543 Q543Q7 Q9D7K8 G1K381 Q4FJM3 Q3USB4 Q9CZS8 Q91Z68 G3UYX7 Q91Z67 H7BX46 D3YZW1 Q3ZB60 Q3UXH3 A0A087WSU4 Q3TYF1 Q4VA93 Q8BTI9 Q0PCR6 Q8CEI0 Q3TJI7 Q9EPK5 A2AI21 Q3TLP8 Q3UXE9 Q8VDD5 G5E884 Q8K1S3 Q8K1S4 Q9WVF5 Q8C7P2 Q8CDH5 Q5DTJ2 G3UZX4 B1GX81 Q8CGG9 P46938 P42337 P35235 D3YZ57 A0A0R4J170 O08908 Q80W05 Q5KU03 Q4VAE6 Q8CI98 Q3TUH8 Q9CQ49 P09055 Q0KL02 Q8C4B5 D3Z4R2 A0A087WNT1 Q9WUT2 Q03145 Q642K0 Q3UYV9 E9QPE7 P70424 Q3UX23 Q8CCL8 Q8BUR4 Q3THE2 E9Q7P2 A0A589Q4M7 Q8BTW9 Q3UF73 S4R2K9 Q8C3I3 E9Q5D6 B2RRX1 Q8K3F6 Q6QRP1 G3X8T7 Q1MXF9 Q3UPZ0 Q3UT74 K7Q751 Q68FG2 Q1MXF8 Q8BZ98 P43406 Q9WTL7 Q8QZY7 Q8BH99 Q0P666 O09118 P97952 Q9D4H8 Q9CYT6 A2APX8 A0A0J9YUN4 Q9Z0Y6 Q9QZS3 Q3ULB5 E9PXZ3 Q8BTH7 Q6PGJ3 F8VQH0 Q543C6 B1AYL0 Q3ULJ3 B1AYL1 P53776 Q9JMB8 Q8BQ28 Q3UGX2 Q54AJ5 Q6PB99 H3BIV5 Q6ZQ54 P26041 Q19AB2 A0A5H1ZRM8 P97333 Q9R053 A0A0H2UKB8 Q8R1C2 P70460 P06837 Q8BGT1 Q8CBU4 Q61474 Q5SX50 Q61330 P40124 Q9Z2B9 Q4ACU6 Q3V1V5 Q3UHH1 A0A0A0MQ87 Q9CXL6 K3W4P8 Q9JJV2 A2AT37 E9QB01 P54763 Q8K1M3 P29341 Q8K2Q9 Q80TR4 P70232 H7BX38 Q3UY10 P31245 P12960 A2ALD8 O54991 Q3TZP5 Q7TSG6 Q3TRQ0 P33174 Q0VGY9 Q9WUH2 Q8C015 P08032 Q3TF02 F7D6K4 Q8CBE6 A0AAQ4VMY7 Q8VIE5 Q61220 A0A0R4J0N8 Q8CCV1 Q149F3 Q6PAS1 P97461 Q4VAG4 Q58E35 P86048 Q32MF3 Q9CQD0 P62911 Q545X8 P14206 Q3TYI5 Q9CPR4 Q0VBA4 Q3UC02 D3YYB0 Q5M9M4 Q5M9M0 A2A545 Q6PFA2 Q5YLW3 Q80Y52 Q9CQR2 P62264 Q6ZWN5 Q4FZH2 D3Z3Z3 Q8BP67 O35696 Q5M9N8 Q642K1 Q9CXW4 P62717 Q561N5 Q5M9K7 P62830 P99027 Q9D823 Q68FD5 Q6ZWQ9 Q505A8 Q58EA6 Q4FZE6 Q3TWZ9 Q9CZX8 Q564E8 Q5I0T8 Q497N1 Q504P4 Q5CZY9 Q3TCR7 Q9QUM0 Q80YP5 Q80UG2 Q80UI8 P81122 D3Z1C5 Q91VC3 Q3ZB59 Q62469 P61327 Q8BPT3 Q9CWZ3 G3UZW7 Q99M28 Q8K3W3 Q3UTH6 Q544Y7 Q3SYK5 Q3UXW9 Q8CCQ1 Q8BNT2 B7ZMP6 Q8C8A8 Q60760 P54775 Q3UPK6 Q9CPS5 Q6NV56 Q8BVQ9 P62196 B2RT97 P0CG50 F8VQJ3 P19137 Q3UHL7 Q3TKG4 Q542I9 A1L3B8 P14685 Q5DTP0 Q545G0 P49722 Q9D8W5 Q3TMT1 P99026 F8WHW6 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 P35546 Q3TXS7 P70195 P70206 Q8BLR7 Q03160 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q920N8 Q3TKV1 Q3UEV2 P31360 P97463 Q6P6L2 E9Q4K0 Q91V35 A0A158SIT4 Q810V8 Q69ZX8 E9QK82 O35118 Q99KE3 Q04888 C5IAW8 A1L3Q1 Q9Z0L2 A0A571BEH9 Q8C1V7 Q3U419 Q9CRY9 Q9QUR8 B8JJE0 Q3UET6 A2AW73 S4R1M0 Q8BXZ7 Q9QY40 P70275 B1AV35 Q8BV96 Q99NH8 Q3TX09 A0A338P760 Q62178 Q7TQ32 Q68FM7 Q5D096 Q3UZ35 Q2MHE5 Q80TM2 A0A803Z7F8 E9QPR7 Q3SYJ1 Q5SXS3 Q3URW2 E9QQ57 P70207 Q7TSI6 Q3UHD9 Q4FJM5 Q3TMU8 Q9ERC8 Q9R0C8 O54890 Q6PCX7 P61092 Q91ZM9 A2ALS4 Q3UWF9 Q6P1J1 A0A571BEJ4 A0A8I4RSM0 Q4FJQ7 B2RWT9 Q3TT92 Q3UP03 Q0VEM1 A0A0R4J0X8 Q4KL81 F8VQL0 Q3TR46 Q71LX8 Q62159 Q62420 E9QK62 P05480 Q3UE22 Q3TT90 Q3U1N3 Q3UR47 Q5SV64 O09126 Q61411 P41245 Q6URW6 Q8BS94 A0A5F8MPM1 Q3USK4 Q3TMJ8 P63085 Q5F258 P98083 Q8C180 Q63844 Q91YS7 E9Q9E1 Q9D091 Q3U1N2 Q63ZW6 Q8C6K9 Q8K0C4 Q3U4P5 Q3UYK2 I7HJR1 P57716 Q8C7N7 Q9D0D2 Q9QZR9 Q8BSX1 P02463 CHROMOSOME MAINTENANCE%REACTOME%R-HSA-73886.4 Chromosome Maintenance A0A0R4J037 O35216 A0A1I7Q4A6 A0A2I3BQJ1 P97760 Q9CQR6 Q8BFX0 Q8CFI7 P60898 G5E8R4 Q8VC51 Q9CZJ6 Q6PI63 Q80WQ8 Q3V214 E9PWW9 B2RVH1 A2AQ14 A0A3Q4L2S8 A0A338P6M3 A2AC07 P61219 P62488 P08775 Q9D2U9 A0JNY9 Q9DAY9 P52431 Q3TKD1 Q542J9 Q8R055 Q8C5H3 Q4KL82 Q9CQ71 Q5U4B1 E9PZ97 Q8BH76 Q547B4 A3KPD0 Q99J62 Q5SWN2 Q8CGP2 Q8CGP0 Q62193 Q5HZI8 B2RTK3 Q8BWH5 Q8CGP7 O35654 Q149V4 Q0VGM9 Q91VL8 B2RS36 Q6ZQJ5 Q3V252 Q9CQS2 S4R1M3 Q8R1M2 P0CG15 E9PVJ3 Q9ESX5 Q3UXU8 E0CXE7 Q9D7K2 Q7TMX5 A0A6Q6QXN1 Q3TXT7 D3YVY9 Q9CRB2 Q91WC1 Q3U1C2 Q64524 P51943 Q3UKR0 P10853 Q9CY66 Q61687 Q60972 Q3UGB9 E9QM06 Q9CZW2 Q61456 B8JK52 B2RVI6 Q9D084 Q14A61 P68433 Q8K1K3 B2RWH3 Q66JQ7 Q64475 Q64478 Q91Z50 C0HKE5 Q6ZWY9 Q9QYM8 P27661 Q8C4M7 Q3TJM4 Q8C2T6 B9EHJ9 P33610 Q5FW94 Q9CQA0 Q91ZW3 Q9CQ82 Q3TTB0 Q3UPF6 PARASITIC INFECTION PATHWAYS%REACTOME DATABASE ID RELEASE 96%9824443 Parasitic Infection Pathways Q8BUR4 Q8BHL5 P84309 Q9WV32 Q91WF3 Q3TX55 P29452 B2RVZ3 A0A2I3BRC5 Q542R8 Q9JM76 Q922R0 Q9DC51 P68181 Q9ESJ4 Q3U0Y6 Q8CDV7 P26151 E9Q706 Q5SW83 Q9R0Q6 Q52L79 Q8K1I7 Q8R4B8 Q548Y4 A0A0B4J1G0 Q2PMY2 Q059V7 A0A0R4J0P5 Q9WTI7 Q8CIH5 O88444 Q9CXQ9 Q53WY0 Q9Z257 Q5U7A4 Q6PGK0 E9Q967 Q54AA2 Q3TY04 Q3U9V4 Q60614 P10749 Q3UUN2 P35991 Q99JA4 Q6PEV3 B2RRX1 P51141 Q9CPW4 P14234 A0A679AXP3 Q3V175 K7Q751 Q9CVB6 B2RSH2 Q3UG14 Q4FK56 Q3UGN1 Q3ULF7 Q8BH99 Q920A1 D3Z4J3 Q8VHI6 Q80TR9 P25799 H3BK84 Q60838 Q3TQC7 Q9Z2A9 P29387 E9Q2D0 Q80TY9 Q8C255 Q32MT1 Q9CX34 Q6P1E0 Q3UU15 P63213 Q3V1Q3 E9PUV2 G3UW82 Q0VEE0 Q3TQ70 Q8CHP4 Q6P8Y9 P08752 P63216 Q3UMY0 P61953 Q8K1M3 P50153 Q9DBC7 Q9JMF3 Q3TRQ0 Q8CEI0 Q61012 Q3TJI7 Q80SW1 Q3TLP8 P70227 Q8VDD5 Q8C8N0 Q80WQ6 B7ZMW6 Q9CXP8 Q3U879 Q548A9 Q54AE3 P05132 Q9CUZ6 Q9DAS9 P22725 Q3UV15 Q8CED6 P10639 Q7TSI6 A2RTD1 Q9R0C8 Q4KL81 Q71LX8 Q8VDU4 Q7TSJ7 D3YZ57 Q8JZR2 Q5U421 P23188 Q8BG60 P63085 Q8VCM2 Q3U4Y3 Q8BH43 Q63844 A2AS98 Q8R5H6 B3VQI8 Q62077 Q6AXH6 Q91VR8 Q8CJ00 Q3UKP6 Q3TPY5 Q8K1X4 Q8CIZ9 E9PXU2 Q3SYK5 Q3U5U6 P01027 A0A0R4J119 P08103 Q8BPU7 IRF3-MEDIATED INDUCTION OF TYPE I IFN%REACTOME%R-HSA-3270619.3 IRF3-mediated induction of type I IFN Q91XB0 A0A2R3XZC4 A0A0R4J187 Q6PDK8 A1L361 Q66X19 J3QQ49 Q3U9K6 Q9CUY2 P27641 P97313 Q8BRV3 AGGREGATED Β-AMYLOID INDUCES FXII AUTOCATALYSIS%REACTOME%R-HSA-9936900.1 Aggregated β-amyloid induces FXII autocatalysis Q80YC5 OREXIN AND NEUROPEPTIDES FF AND QRFP BIND TO THEIR RESPECTIVE RECEPTORS%REACTOME%R-HSA-389397.3 Orexin and neuropeptides FF and QRFP bind to their respective receptors Q924H0 Q9WVA8 Q8CE23 Q0VDP6 E9Q468 Q547R2 Q4VA00 P58308 NUCLEAR ENVELOPE (NE) REASSEMBLY%REACTOME%R-HSA-2995410.7 Nuclear Envelope (NE) Reassembly Q6P1H6 P30276 Q8CDZ5 Q8CJF7 P62827 A2AQ07 Q9D1M0 Q9ERD7 P14733 Q9Z0W3 Q3U9G9 Q9JJZ2 P05213 Q9CX00 Q8VDQ8 P05214 Q6DVA0 Q3UWH3 P11440 A0A3B2WC92 Q9D7F7 Q8BRN9 Q3UHW8 Q3UX10 Q78V99 Q7TMM9 Q3UMM1 A0A1B0GR63 Q9D8B3 B2RSN3 Q9CQ10 Q9CWU3 Q9D6F9 B1AZ39 Q52L87 P68372 P63280 P68369 P68368 P59235 Q5FWJ9 Q8BUA6 P63330 Q6PDG0 O54962 Q8VCB1 A0A1D5RLQ0 Q3U425 Q8BH74 E9QP59 Q8R480 Q8BTS4 J3JSA4 Q8R4R6 Q76MZ3 Q8VEJ9 Q9CWU9 Q8BFY9 Q6PFB2 Q3THM8 MRNA EDITING%REACTOME%R-HSA-75072.5 mRNA Editing Q91ZS8 Q3UH31 Q497M3 Q3U9G8 Q3U5C5 Q9WV35 Q5YD48 DEFECTIVE ABCA1 CAUSES TGD%REACTOME%R-HSA-5682113.5 Defective ABCA1 causes TGD Q8BPY1 Q00623 MISMATCH REPAIR (MMR) DIRECTED BY MSH2:MSH3 (MUTSBETA)%REACTOME%R-HSA-5358606.3 Mismatch repair (MMR) directed by MSH2:MSH3 (MutSbeta) Q9CQ71 O35654 Q8BH76 Q547B4 Q5SWN2 P52431 P54279 Q542J9 Q8R055 Q62193 Q9QZ11 E9QPY6 Q3TZI5 Q9JK91 SENSORY PERCEPTION%REACTOME%R-HSA-9709957.5 Sensory Perception Q7TRX9 H7BWY6 Q5NCC8 Q0VEZ4 Q3KNZ2 B9EHP1 Q9QZ19 Q9QZ18 Q7TRY2 Q7TR80 E9PZU2 Q0VDY1 Q7TQU8 Q7TQU7 Q5NCD0 Q7TRW8 Q8VBV9 B2RVZ3 Q7TRW7 Q7TRW4 E9Q4G0 F8VPZ8 Q7TRX1 Q4VAA9 Q7TQT8 Q3UJG0 Q7TRV8 Q7TRV7 Q7TR55 A0A087WPI6 Q7TQT1 Q541Z2 Q149M3 E9QP56 Q9EPF7 Q8K2I1 Q9EPF8 Q80VM9 Q7TRU7 P09813 Q7TQS1 Q9WTI7 Q8VEZ1 E9Q7P5 A2ATJ9 Q8VEZ3 E9QAT7 Q8VF22 Q8VGU4 Q8VG42 Q8VG49 Q8VGU9 Q7TRL3 Q32M02 F7A4A7 Q8VG45 Q9Z0P5 Q8VGU5 Q9QZZ4 P11152 Q8VFS6 A2AI08 Q8VGU7 Q7TRL9 Q6XA19 A2AVK5 G3X9N2 Q80VW5 Q8VG32 K4DI74 Q8BUJ9 Q3UFL4 Q8VF18 Q0VBT9 P06728 Q8VFR3 Q3V3X1 Q8VF14 Q544Z8 A0A0R4J0H3 B2RWL4 Q3SXH8 Q9R092 Q0ZLH2 Q32MT7 Q8VGS0 A6PW28 Q8VGS1 O55225 A2ATE0 A2ASW0 Q8VF06 A0A1L1SRE8 Q4U4S6 Q8VF05 F8VQ79 Q8VG29 Q3TYR5 Q8VG25 Q5MJ56 Q8VF03 Q80TY9 Q99PJ1 A0A0R4J1M3 Q9DD12 Q7TQH7 Q6PAC1 Q8VG19 D0VYV6 A2ATE5 Q80ZI2 Q9JK97 Q542P4 A2RT31 B2RSF0 Q8VFP6 Q99K30 E9Q050 Q3UYR4 Q8VGR9 Q3TQ70 Q8VFP8 A0A668KLB7 Q7TRI2 A0A6S6MPY2 Q8VGR8 Q8VIM6 Q8VFP2 Q8R4P4 Q8VG11 Q8VFP4 A0A1Y1C8H8 Q3SXJ3 Q8VFW5 Q8VG87 Q5SQK1 Q7TRP1 Q8R3X6 P43081 Q8C7F3 B2RX82 Q9JMF3 Q8VEU0 Q8VG81 Q3UXG3 B9EHG2 Q61012 Q7TS18 Q8VFW9 A0A0G2JFH3 Q8BKV1 Q05AC0 Q8VG74 Q8VGX5 Q7TS02 Q7TS01 Q8VG73 Q8VF55 P70227 Q8VGX6 Q8VET4 Q8VFV0 Q8VFV2 Q5SW48 Q8VGX2 Q8VET0 Q5SW49 Q7TS06 Q54AE3 Q920Z0 G5E829 Q9EQA9 K7N6V7 Q059R7 Q8VES2 Q7TRN0 Q8BIV6 Q8VGW5 G3X9L8 Q8VGW2 Q8VES9 Q7TRN8 Q7TRN7 Q8VFU7 Q8VGW8 B2RQ58 A2AM35 Q8K3P0 Q8VF31 Q7TRM0 Q8VFT2 M0QWP1 Q8VFT4 Q3V1F2 Q8VGV5 Q8VGV1 Q64519 L7MTT3 Q7TRM6 Q8VGV7 Q7TRM4 E9Q0Z1 Q8VFT5 Q8VF37 Q8VGV8 Q7TRM9 B2RVZ1 E9Q549 Q790P4 A2AVC4 E9Q546 F8VQ01 E9Q545 Q60879 A2RTN7 E9PV96 E9Q554 A0PK62 E9Q550 Q8VGK3 E9Q438 Q8VGK1 Q8VFI0 Q3U454 Q3U5S6 Q8VFH8 Q8VGJ8 Q8VGJ3 Q8VGJ5 E9Q0M4 Q7TRB7 Q5SDA5 F8VQ18 Q8VGJ1 Q58EU7 E9Q1P2 Q8VGI8 Q8VFG7 A2AVB5 Q8VGI2 A0A140T8K4 Q543W5 Q14AJ9 O35600 E9PYB3 B9EJ23 Q8VG04 Q14AK5 H3BLN8 Q8VGP8 A0A1D5RLF1 Q8VH17 Q8VFN6 Q8VGP6 F8VPJ9 Q8VFN0 Q8VH11 Q8VGP1 Q58E65 Q8VH10 Q8BHK8 Q8VH13 Q8VFN1 Q7TRG9 Q8VH08 Q8VFM9 Q8VH09 Q60886 E9QKE8 B2RSR0 A2AT85 Q8VH00 Q8VFM1 Q2TB46 Q0VEL5 K7N6Q1 B2RVX8 Q8VGN6 Q7TRF3 Q920P2 Q60890 Q7TRE6 P51655 Q8VFK7 Q8CBL7 A0A1B0GSF4 P29974 E9QNM5 Q91WD8 P20612 P43407 Q3UPX6 P15409 Q9WU39 Q3U379 Q52KG8 Q3TWB2 M1H0B0 B2KF29 Q6P8U6 A2RS45 Q3USG4 A3KGE1 Q8K255 Q3THR4 Q542R6 P23440 Q3UW12 Q4VA93 Q8K0A8 Q3V3V2 Q9JKT3 Q8VDD5 G3X986 Q3UJC3 Q3TXU4 A0A0R4J0T3 A0A0R4J0W1 Q7M721 Q7M720 Q7M725 Q3U5H1 G3XA00 Q5M9K1 Q925I4 P59529 P59530 P59532 Q925D8 P51491 Q7TQB8 Q7TQA4 Q7TQA5 Q7TQA6 Q3UEX0 E9PYR6 Q9QYX7 Q5M8M9 Q3UE85 Q923G3 Q5DQJ3 A0A589Q4M7 Q5RKN9 Q62277 G5E8W3 Q3UXD6 Q3UF73 Q1MXF9 Q1MXF8 P97952 Q543C6 B1AYL0 P26041 A0A5H1ZRM8 Q8R1C2 Q8CBU4 Q3V1V5 Q7TSG6 Q3V0U2 Q32MF3 P60904 Q0PD63 A0A411ACZ2 O88935 D3Z1C5 Q9JJH7 A0A1B0GS49 A2ARV4 Q920N8 Q91WR5 Q3UEM0 Q91YR1 K7N6B3 K7N6B1 Q9Z1R3 A0A1L1ST14 A2ASU6 K9J6X0 B2RSL5 Q8VGC7 Q7TQZ2 Q8VFA2 Q7TQZ0 Q544Y3 Q7TRZ7 G3X8Z7 Q7TR95 Q0VAX9 B2RUR5 E9PWU1 E9PYY2 E9PWU0 E9Q848 Q8VGB3 Q7TQY0 Q8VGB4 Q0VAY0 Q7TR87 Q9R0K2 Q8VGA0 F8VQ90 Q9Z1V5 Q0VAZ7 Q8VGH2 Q8VFF1 E9Q985 A2ALD2 A2ADU0 Q148R9 Q9QWU6 Q8VFE3 Q8VGG4 Q8VFE2 Q8VGG6 Q4V9Z9 E9Q518 D3Z6W3 E9Q407 P52785 Q920G5 Q8VGE3 Q8VFC2 Q8VFC8 Q5D0A4 Q8VEY7 Q62007 Q8CHR4 P23275 P60879 Q7TQR9 Q64FW2 Q7TQQ5 Q7TR24 Q7TQQ3 Q8VEX8 Q7TS43 Q7TQQ2 Q7TS40 Q8VEX5 Q8VFZ5 Q7TR28 A0A0R4J115 Q8K3M1 Q148Q4 Q8VFZ2 Q8VF87 Q8BSF7 Q7TR10 Q3U538 E9Q5F1 Q7TS30 Q8VEW1 E9PYP4 Q9R1R8 Q8VF83 G5E8W9 Q62342 Q8VG96 Q8VGZ7 Q8VCH7 Q8VF75 Q8VFX5 Q8VEV7 A2AV13 Q8VFX8 Q8VFX7 Q8VEV0 Q8VGZ2 Q00623 E9Q8M3 Q91ZQ5 Q8VF72 Q7TR09 F8VQB1 E9Q414 Q8VF78 O35655 Q7TR79 TRANSCRIPTIONAL REGULATION OF BROWN AND BEIGE ADIPOCYTE DIFFERENTIATION%REACTOME%R-HSA-9843743.1 Transcriptional regulation of brown and beige adipocyte differentiation Q6GU14 E3SRG8 Q6LC96 Q542P9 P70340 E9QMN5 Q8VHJ7 P70365 Q8BM83 Q792A4 Q8C5H3 Q8VHR5 Q3TMT1 Q8K0T3 Q3UII8 Q8VEK3 Q58E49 P12242 O08792 O70302 Q3V017 Q8BNF5 P23359 O70343 A0A498WFQ4 Q60972 Q2KHS8 Q9Z2D8 Q9R190 NUCLEAR RECEPTOR TRANSCRIPTION PATHWAY%REACTOME DATABASE ID RELEASE 96%383280 Nuclear Receptor transcription pathway P19091 Q6GU14 Q3UZT5 Q62227 P33242 Q546I3 P43136 Q8C3F5 Q6LC96 Q8C6J1 P48281 Q505F1 P63058 B9VVT6 Q542P9 A0A0R4J096 Q8BW69 E7FJU2 Q8VCR0 Q8BP65 Q3U5E7 Q3TYI4 Q3UP48 Q3ZAS1 Q545Q1 Q8CHB6 D3YUV1 Q569V8 Q78ZM1 O08580 Q8CCV5 Q80ZV7 P62509 Q3UV55 P18911 A0A1W2P736 Q6DFX0 A0A0R4J1H4 B1AQH6 Q32NY6 E9Q9V9 ACTIVATION OF IRF3, IRF7 MEDIATED BY TBK1, IKKΕ (IKBKE)%REACTOME DATABASE ID RELEASE 96%936964 Activation of IRF3, IRF7 mediated by TBK1, IKKε (IKBKE) P35235 Q64HC9 Q542T3 A1L361 Q3UHJ1 P0CG50 Q4FJP7 Q80UF7 Q3U9K6 Q8C2D3 Q9R0T8 L0CL36 Q8K3K8 Q8BJQ4 VARIANT SLC6A20 AFFECTING AMINO ACID TRANSPORT CONTRIBUTES TOWARDS HYPERGLYCINURIA (HG) AND IMINOGLYCINURIA (IG)%REACTOME DATABASE ID RELEASE 96%5660686 Variant SLC6A20 affecting amino acid transport contributes towards hyperglycinuria (HG) and iminoglycinuria (IG) Q8VDB9 FATTY ACYL-COA BIOSYNTHESIS%REACTOME%R-HSA-75105.12 Fatty acyl-CoA biosynthesis Q8BWI9 Q3URE1 P50171 Q91YN3 P70385 Q99PU5 A2AKM2 Q8R1X1 Q9D2Y9 D3Z041 Q3U6W3 O35448 Q8K2C9 Q3V4A5 Q9D3B1 Q91VT4 G3UWE1 Q3V117 Q8BHI7 E9PUC2 Q3TN99 Q548M4 Q2XU92 Q0VGQ1 G3X8Y7 A0A498WFQ4 Q547C4 Q6PCN6 P19096 Q8R197 Q5SWU9 Q9EQC4 Q3UC67 Q920L5 IMPAIRED BRCA2 BINDING TO PALB2%REACTOME%R-HSA-9709603.2 Impaired BRCA2 binding to PALB2 Q5SV02 Q5SXJ3 O70445 Q8BWH5 A0A0R4J1H1 Q9R207 Q80YR6 Q3UJQ1 O35719 Q9CX47 Q6ZQJ5 E9PZ97 Q924H5 D3YVU6 P97929 Q3UGT8 Q5NCT2 Q9QZ11 Q6NV63 Q08297 B9EHX4 Q8BRV3 ACYL CHAIN REMODELLING OF PI%REACTOME DATABASE ID RELEASE 96%1482922 Acyl chain remodelling of PI Q6GTW1 Q3TYT9 Q8CB47 Q9DBX5 Q9QZT4 Q8K130 Q8CHK3 Q50L43 Q8VCI0 Q9EPR2 Q8R3U1 D3Z1N8 Q50L42 Q64GA5 Q3UG05 Q50L41 CELLULAR RESPONSE TO HYPOXIA%REACTOME DATABASE ID RELEASE 96%1234174 Cellular response to hypoxia P54775 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q3UFQ4 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 P62878 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P70195 Q60692 E0CXB1 Q0VBL6 Q6RI64 Q3TS44 Q9D4H8 Q99JI4 Q4QQL2 Q3TKV1 Q3TTE7 Q6GQV9 Q3UCW2 Q91XC0 Q0VED9 P97481 Q3UUZ9 O35740 Q00731 Q8BJ14 Q8CEC2 A0A087WNT1 Q80X29 Q8BLR9 Q7TQJ8 A0A0R4J0H9 Q9QXD8 NIK-->NONCANONICAL NF-KB SIGNALING%REACTOME DATABASE ID RELEASE 96%5676590 NIK-->noncanonical NF-kB signaling G5E919 P54775 Q9WTX6 Q3UPK6 Q544K4 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q8K220 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q5SUR3 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 A0A286YDT6 Q3TXS7 P70195 Q8CBT3 Q5SRY7 Q60692 E0CXB1 Q6RI64 Q3TS44 Q66JT6 Q3UV15 Q99JI4 Q3TKV1 CASP8 ACTIVITY IS INHIBITED%REACTOME DATABASE ID RELEASE 96%5218900 CASP8 activity is inhibited Q9QZM4 B2RRZ7 Q99PH8 Q3U5H0 Q8C6X9 Q61160 Q8C350 Q3U607 Q60855 RHOA GTPASE CYCLE%REACTOME%R-HSA-8980692.2 RHOA GTPase cycle Q9CQW1 P63024 Q8R2Y2 Q9D0F3 Q8CA59 Q811P8 Q3U9G9 Q4VAC9 H7BX46 D3YZW1 Q5SS83 Q540I4 A0A3B2WCN9 Q8BRF7 Q8BU75 Q3TRQ0 Q497E4 P70268 A0A571BEH9 E9PUF7 Q3USZ7 Q02257 O54724 D3Z7A7 Q8K031 Q3UGZ6 Q8C6B2 Q3UWP1 Q80U35 Q8CA35 P49817 Q8C0J6 Q8BWR8 Q8BWW9 P54116 F8VQ29 Q07139 A2RRK3 Q68FM7 Q3TU98 G5E825 E9QKB1 Q8K298 D3Z3A8 A0A2X0SFN9 Q8C7P2 A2AWP8 Q8BTF1 F6XC54 F6SBR5 Q7TSI6 Q3UQS3 A0A140LJJ5 A1A553 Q9R0C8 H3BJ45 Q80WU2 Q3TDN2 Q8QZW8 A0A0R4J0X8 P70392 Q3TQN9 Q5FWH6 B1AS67 Q3TR46 Q8BWA8 F8VPS6 Q99KI3 Q3UPH7 Q8VDU4 B2RSI0 E9QK62 E9Q642 Q80WW9 Q3UE22 A2AQJ6 Q544R7 E9QMX7 A0A0G2JDI9 O08908 Q6PGG2 Q542D9 Q8K0Q5 Q8VE99 Q80Y19 Q8C8B2 Q8BL80 Q9CXP4 Q9WVM1 E9PUB0 Q3UWN7 Q6IFT4 Q5SSM3 Q4VAE6 Q6P9R4 Q6P1D6 B2RQE8 Q8R5G7 A2RRK7 E9Q4T1 Q6ZPJ0 E9Q6X9 Q8R0J1 Q9D3L3 Q61599 Q8C7E7 Q8BHH3 Q69ZK0 Q9D0J3 G3X9Q3 A0A0R4IZX1 E9PUE7 F8VQ11 Q8BM00 E9QP44 Q80UU9 B7ZCJ1 B7ZNX6 Q8C474 Z4YM84 P97393 Q7TQE6 Q8BH88 Q8R5L1 Q8BM51 Q9Z207 Q0KL02 Q8CGF1 D3Z4R2 Q3TXQ1 Q8K1E0 Q6A0A3 Q8BH80 Q99PT1 Q80Z96 Q6NVF2 Q61335 Q8C9L7 F8VQC7 Q8C067 Q8CCL8 Q8BQW4 SIGNALING BY ERBB2 TMD JMD MUTANTS%REACTOME DATABASE ID RELEASE 96%9665686 Signaling by ERBB2 TMD JMD mutants P98083 Q9WTX4 D3YZR2 Q80Y52 B7ZNX6 G3V023 Q9WVF5 Q62077 Q9D091 Q61411 Q3USK4 Q61521 Q3UWD7 Q61081 Q6DR99 Q543J8 Q5FW64 P70424 MECP2 REGULATES NEURONAL RECEPTORS AND CHANNELS%REACTOME%R-HSA-9022699.2 MECP2 regulates neuronal receptors and channels Q3TMT1 F8VQL0 Q60520 P35436 Q4FJN2 Q58E49 Q4LG64 Q8BQQ4 Q8BLF7 G3X9V4 Q3TZW9 Q3UNH4 A1KZZ4 Q3UVW8 Q8CCQ1 ACTIVATION OF PKB%REACTOME%R-HSA-165158.6 Activation of PKB Q8K4K2 Q3UHZ0 Q3UUI3 Q8CE74 PDGFR MUTANTS BIND TKIS%REACTOME DATABASE ID RELEASE 96%9674428 PDGFR mutants bind TKIs P26618 SYNTHESIS OF IP2, IP, AND INS IN THE CYTOSOL%REACTOME DATABASE ID RELEASE 96%1855183 Synthesis of IP2, IP, and Ins in the cytosol Q3UEQ1 Q6NVF0 Q3URI3 E9Q7S0 Q9Z2D0 Q9Z2C9 Q3TZT4 P49442 Q924B0 Q9JHU9 Q9QXN5 Q3U3B7 Q8K337 REGULATION OF IGF ACTIVITY BY IGFBP%REACTOME DATABASE ID RELEASE 96%381426 Regulation of IGF Activity by IGFBP Q3UQV0 P47879 P47876 Q91WM6 Q8BND5 A0A0R4J2D3 Q3TY66 Q9WVE4 R9W2T8 Q922P8 Q548P8 O35701 G3X977 P16045 Q6GR78 Q8R121 Q64348 A0A0R4J0S2 Q8CGR6 Q8R116 Q3TIZ8 Q9Z0L4 D3YU40 Q3USI2 Q544J8 Q8K4L6 Q3UEK9 F8VQJ3 P49182 Q9D3J8 Q9D6X6 Q3UHL7 A0A494B9A6 O55188 Q3UZF9 Q8CID3 P12032 Q8R2Z5 Q542M9 Q4W8U9 Q3UR87 Q5SS12 Q059V7 Q0VGU4 A0A0G2JGP8 A0A1C7CYU3 P09813 Q3UYK7 Q9DBV4 Q5MJS3 Q8BJ56 P09103 Q14AV3 Q3TX21 Q05186 Q505Q3 Q8C7G5 Q8BJG6 Q5M8P3 Q80W65 P02772 Q62356 Q00897 Q8CG19 Q546G4 A0A0R4J1I3 Q3U518 O88783 Q812G0 Q6S9I3 P09535 Q8CAR0 Q8BSI9 Q3TJ94 Q8BMK4 Q3TML0 Q9EPL5 Q3ULR1 P07141 Q3UN10 Q3TXU4 Q3UXY8 Q3UER8 E9PV24 A2RTD1 F8WH23 Q547B5 Q3UFV9 Q8BS97 P33587 Q543J5 P21460 Q61592 Q3TDU5 Q497Z7 Q61554 Q8C9Z1 Q8BU82 Q921I1 Q3U1V5 P43407 Q8K1I3 P47867 Q6NZC0 Q3V1T9 Q6XLQ8 Q9WTZ2 Q00623 A0AAQ4VMX2 Q3UAD6 F8VQC7 P01027 Q6PB70 Q3UG07 E9Q414 Q8R4K8 Q3TWB2 P47880 FORMATION OF TC-NER PRE-INCISION COMPLEX%REACTOME%R-HSA-6781823.4 Formation of TC-NER Pre-Incision Complex Q3UZB8 A0A3Q4L2S8 A0A338P6M3 Q9QZH3 Q7TPV0 Q542U3 P61219 P62488 P08775 F8VPX1 Q3TZV2 Q69ZQ2 O35864 Q99KP6 Q64267 P0CG50 Q3U1J4 Q8BV13 Q14AI7 Q3TCH7 Q3TP81 A2AQA7 Q8VBV7 Q3UQL2 Q9CZ04 Q3V3N6 Q3UIT2 P62878 Q9DCD2 Q3UWX7 Q9D479 F8VPZ5 Q8R1N0 P97760 E9PWD3 Q8BFX0 Q8CFI7 P51949 E9Q6K1 P60898 Q8K2X8 Q7TPY0 P49135 Q3THG5 Q6PI63 Q3V214 ASSEMBLY OF THE ORC COMPLEX AT THE ORIGIN OF REPLICATION%REACTOME%R-HSA-68616.6 Assembly of the ORC complex at the origin of replication Q8BH30 B2RTK3 B2RWH3 Q8CGP7 Q64475 Q64478 Q149V4 C0HKE5 Q60960 Q9D2U9 Q6ZWY9 S4R1M3 P27661 Q8R1M2 Q3UHW8 Q66JV6 Q59IX1 Q9WUV0 Q64524 Q3UR71 Q9JK30 Q9CZF7 P10853 A3KPD0 P84228 Q8CGP2 Q8CGP0 INHIBITION OF REPLICATION INITIATION OF DAMAGED DNA BY RB1 E2F1%REACTOME DATABASE ID RELEASE 96%113501 Inhibition of replication initiation of damaged DNA by RB1 E2F1 P63330 Q9D297 P13405 Q8C8M7 Q8BN07 Q9CYB4 Q8C2T6 Q8BIX1 B9EHJ9 Q76MZ3 P33610 Q5FW94 TCF DEPENDENT SIGNALING IN RESPONSE TO WNT%REACTOME%R-HSA-201681.3 TCF dependent signaling in response to WNT Q8BN07 P54775 Q3UPK6 Q9CPS5 Q8BVQ9 Q6PD28 Q60989 P62196 Q9CSE3 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q80TC1 Q9R1P0 Q3TV35 O35593 Q9R1P3 P62878 Q14AQ1 Q58EV4 E9Q967 O55234 Q542H2 A0A0R4J0A9 Q5BKQ9 Q99N43 Q9JKV1 Q3U1W5 A0A286YDT6 Q0VBT1 A3KMI3 Q3TXS7 Q0P5Y9 P51141 A2AI52 P70195 Q542J1 Q8BFU0 Q9JIP6 Q9DCU8 Q99P68 E9QLK7 D3Z6S4 Q60692 Q9D219 E0CXB1 Q09XV5 A0A0R4J1I3 Q6RI64 Q8R5M2 Q80V76 Q3TS44 Q8BZR7 Q99JI4 Q8C4U3 P27467 Q9JJN6 Q8K272 Q3TKV1 Q8BSS6 Q60838 Q8K025 O54908 Q9Z1P4 Q5SSZ7 Q9QYZ8 Q3UI35 Q91VN0 B1ASC1 Q8K1S7 Q1JPR5 Q61091 Q67FY2 Q06831 Q8VEJ3 Q99K78 Q9D2U9 A0JNY9 Q3TYU1 Q6PFX9 Q04891 A1A550 B2RU64 Q5RKW0 Q9D1C2 Q9CTM5 Q3UES3 Q8BX09 Q3UKZ9 P63101 Q3TQ59 Q8CE74 Q3UR96 Q3U1Q3 Q3ZB23 Q58E49 Q8BLL2 P61965 Q04887 O70421 Q3UQK5 A3KPD0 Q8BQD1 P22725 P84228 Q8CGP2 P49817 Q3UEG1 Q8CGP0 B2RTK3 Q8CGP7 Q9CTE0 P31750 Q3UJQ1 Q149V4 Q8CDH5 Q8K4P8 Q8BZM0 S4R1M3 G3UZX4 Q8R1M2 Q5XJE5 Q8CAI6 Q6PHU4 P01108 Q2TJ95 Q14DJ8 Q3U1C2 Q3U5E6 Q64524 P10853 Q02248 A0A0R4J170 Q80UF1 A0A0J9YU62 Q61151 P68433 Q99LT0 Q7TS75 B2RWH3 Q64475 Q3UY41 Q64478 Q6ZQK4 Q6PD03 Q6PJ87 Q5KU03 Q6PFG2 C0HKE5 Q5DTI7 Q3TYE1 P63330 Q6ZWY9 Q6GQV9 P27661 Q8C402 Q8BNP7 A0A0A6YXS3 Q8BJ14 Q76MZ3 P70181 Q91V89 Q60I23 Q8BIX1 Q8BYY5 SIGNALING BY CSF1 (M-CSF) IN MYELOID CELLS%REACTOME%R-HSA-9680350.3 Signaling by CSF1 (M-CSF) in myeloid cells P98083 Q8C7P2 Q8BSM5 Q8BTI9 P0CG50 Q8CI98 Q3ZB59 Q8CEI0 Q8R1R4 Q3TJI7 A0A0R4J0J6 Q8CIH5 Q9ES52 P42337 Q5J7N1 P35235 Q6GU23 P05480 P07141 Q6P549 A0A0X1KG61 Q3U0E8 D3YZ57 Q3USK4 Q99K94 Q6NXV8 P08103 RAP1 SIGNALLING%REACTOME DATABASE ID RELEASE 96%392517 Rap1 signalling Q9Z1S3 Q9QUG9 Q99N57 A2ALS4 P05132 A2A5N2 Q3UQC2 A0A571BED8 Q3V403 P68181 Q9CS95 Q3V3W9 P63101 Q52L50 SYNTHESIS OF DIPHTHAMIDE-EEF2%REACTOME%R-HSA-5358493.2 Synthesis of diphthamide-EEF2 Q9CWQ0 Q9CR25 Q3U5K4 D3YXV3 Q5NCQ5 Q9CQ28 P58252 Q91ZF0 REGULATION OF CORTICAL DENDRITE BRANCHING%REACTOME%R-HSA-8985801.2 Regulation of cortical dendrite branching Q8BQ28 Q3UXH3 Q80TR4 Q19AB2 VEGFA-VEGFR2 PATHWAY%REACTOME DATABASE ID RELEASE 96%4420097 VEGFA-VEGFR2 Pathway E9PYG6 Q8CED6 Q3UHZ0 Q8BUR4 P31750 Q80Y52 Q8C7P2 Q8BHL5 Q7TSI6 Q6QI06 O54890 Q9R0C8 Q5DTJ2 Q9JLN9 P68181 Q812A5 B1GX81 Q3TR46 P55284 A0A3Q4EC26 P42337 Q8VDU4 G3X9V2 Q6PGK0 Q3UE22 Q02248 Q61411 P35918 D3YZ57 Q8JZR2 K7Q751 Q5U421 Q3U2P8 P43406 Q3UUI3 Q8BMC3 Q8CCF8 Q8BH99 O08908 P68404 Q8VHI6 Q8C6X4 Q8BH43 Q8K4K2 Q3U6G0 Q8BQ28 Q09HN3 A2AS98 Q8R5H6 B3VQI8 Q3UIB2 Q9WUI1 Q8CI15 O08911 Q4VA93 F8VQ28 Q62077 Q6AXH6 Q4VAE6 Q91VR8 Q9D091 P97369 Q3V341 Q8BTI9 Q3UKP6 Q5D0E4 Q8C5P3 Q3TPY5 Q8BKH7 Q6PD21 Q8K1X4 O70145 Q80SW1 Q545F4 Q8CE74 Q3UBI5 Q3TLP8 P70227 Q53YN4 Q8C8N0 P05132 Q3UDE9 Q02257 P49817 Q3TJP4 A0A0R4J119 Q545R0 Q8BPU7 G5E884 FORMATION OF THE NON-CANONICAL BAF (NCBAF) COMPLEX%REACTOME%R-HSA-9933947.1 Formation of the non-canonical BAF (ncBAF) complex A0A0U1RNX8 Q3TXH6 Q3UID0 Q8VHA8 Q921K9 Q68FH8 Q8BW22 B2RRX1 Q9CXE2 Q9D007 A0A0R4J170 B2RX81 A0A0R4J175 F8VPZ9 Q3UPK0 A0A0G2JG60 Q505L1 MPS I - HURLER SYNDROME (CS DS DEGRADATION)%REACTOME%R-HSA-9953038.1 MPS I - Hurler syndrome (CS DS degradation) Q8BMG0 REGULATION OF HMOX1 EXPRESSION AND ACTIVITY%REACTOME%R-HSA-9707587.4 Regulation of HMOX1 expression and activity Q3U5U6 Q6PGJ8 Q3UP84 Q60795 Q3US24 FRUCTOSE CATABOLISM%REACTOME DATABASE ID RELEASE 96%70350 Fructose catabolism Q3UER1 A0A0R4J1H2 P24549 E9Q1Q9 Q3UTZ4 MHC CLASS II ANTIGEN PRESENTATION%REACTOME DATABASE ID RELEASE 96%2132295 MHC class II antigen presentation Q6P1D3 Q6PFA2 Q0VGU0 Q3TWG5 Q9D1M0 Q923G3 Q5DQJ3 Q5RKN9 Q4FJQ0 Q5SUC3 A0A494BB86 Q9CRX5 P17426 Q8BQL3 Q3UJ76 Q68FD5 Q6PEE6 A0A0R4J1L4 Q7TN05 Q8CC13 Q8CBB7 Q3UI47 Q8BW87 Q3UG16 Q3UCD9 Q62420 P61967 Q5SWR1 P84078 Q3TCR7 Q68FG2 Q6A0C9 Q8BZ98 Q3UPL0 Q571A6 Q9D481 A0A0J9YUN4 Q8BZ45 Q9CUT6 P63168 Q9WVM1 A2RSC8 Q3US62 Q6NZM3 Q9JHU4 Q543M3 P33174 Q61790 Q3TQY2 P70269 P49935 P70190 Q31099 Q9QZB7 Q4QQL3 Q9DBS5 Q545T0 Q9QZB9 Q31621 Q91W40 D3Z6H3 Q6P9P6 Q80U83 Q9QWV1 Q8C1E4 Q9R013 P97329 Q3TYJ3 Q9D2D1 Q14AQ2 Q6P9L6 Q8R5C5 Q52KG5 Q3V156 E9QKK1 Q91YS4 O78196 E9Q5G3 Q8CD76 Q3V300 Q3U1X7 Q3TPJ8 Q545Y5 Q3UD72 P10605 Q9D0M5 A2AA71 Q6PDL0 Q3UE99 Q3TPZ5 Q9ESY9 Q8BSZ5 Q6NXL1 E9Q919 Q80ZX0 REPRESSION OF WNT TARGET GENES%REACTOME%R-HSA-4641265.5 Repression of WNT target genes Q3TYD9 Q80TC1 Q80UF1 Q3UY41 Q58E49 Q6PFG2 A0A0J9YU62 Q5DTI7 Q91YZ2 Q8CAI6 Q8C402 A1A550 ALPHA-LINOLENIC (OMEGA3) AND LINOLEIC (OMEGA6) ACID METABOLISM%REACTOME%R-HSA-2046104.3 alpha-linolenic (omega3) and linoleic (omega6) acid metabolism D3Z041 P32020 Q9Z0R9 Q920L1 Q8BHI7 P51660 Q548M4 Q921H8 P48410 Q8BZR4 A0A498WFQ4 HOST INTERACTIONS OF HIV FACTORS%REACTOME%R-HSA-162909.3 Host Interactions of HIV factors Q8CDZ5 Q5SVY2 Q9D1M0 P54775 Q3UPK6 Q9Z0W3 Q9CPS5 Q8BVQ9 P62196 B2RT97 P17426 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q3UJ76 A0A0R4J1L4 Q6PEE6 Q7TN05 P49722 Q9D8W5 Q8CC13 Q8CBB7 P99026 Q9R1P0 Q8BW87 Q3UG16 Q3TV35 P01898 P01887 O35593 P61967 Q9R1P3 P62878 Q5SUR3 Q8K212 Q14AQ1 Q58EV4 O55234 Q5SWR1 Q542H2 Q5BKQ9 Q9JKV1 A0A286YDT6 Q3TXS7 P70195 Q6A0C9 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 Q60960 Q5FWJ9 Q2M4H5 Q9DAY9 Q8BUA6 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 O54962 Q8VCB1 A0A1D5RLQ0 P48962 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q545A2 A2BI12 Q8BPS7 Q566K0 Q8BTS4 J3JSA4 Q8R4R6 Q3TLP8 P34022 Q6PFB2 P62827 Q5DTJ2 Q3UHW8 Q3TSV7 P84078 A0A0A6YX18 D3YZ57 E9Q696 Q8CDB3 P59235 Q8BH74 Q8R480 A0A087WNT1 Q9CWU9 Q6A0A3 Q9ERU9 Q9QWV9 Q99J95 Q8BYY5 P08103 Q3TEK8 Q8BPU7 BIOSYNTHESIS OF E-SERIES 18(S)-RESOLVINS%REACTOME%R-HSA-9018896.2 Biosynthesis of E-series 18(S)-resolvins P24527 Q8VCC1 A2CF88 P48999 RAS SIGNALING DOWNSTREAM OF NF1 LOSS-OF-FUNCTION VARIANTS%REACTOME DATABASE ID RELEASE 96%6802953 RAS signaling downstream of NF1 loss-of-function variants Q61411 A0AAQ4VMS6 A0A0R4J0K0 Q04690 Q924S8 Q9D091 EUKARYOTIC TRANSLATION INITIATION%REACTOME%R-HSA-72613.5 Eukaryotic Translation Initiation Q5YLW3 Q9CQR2 P62264 Q6ZWN5 Q4FZH2 Q8BP67 Q3UZR8 Q5M9N8 Q642K1 Q8CHW4 Q9CXW4 Q99LD9 P62717 Q61749 Q3TML6 Q6ZWX6 Q3ULL5 Q561N5 Q3UKV0 Q5M9K7 P62830 P99027 Q9D823 Q505A8 Q58EA6 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 Q497N1 Q5CZY9 Q8C470 Q5F2A7 Q60876 Q3TY56 O70194 Q3UVY8 Q544H0 Q66JS6 Q8BGD9 E9Q9E1 Q8BMJ3 Q8QZY1 Q99JX4 Q9QZD9 Q8R1B4 Q564E5 Q8JZQ9 P29341 Q3UIG0 Q3UM46 Q5M9L0 Q8BTU6 Q6ZWU9 P97461 Q4VAG4 Q58E35 P86048 Q9CQD0 P62911 Q6A002 Q545X8 Q3TQR3 P14206 Q9CPR4 Q0VBA4 Q3UC02 D3YYB0 Q5M9M4 Q5M9M0 EXPORT OF VIRAL RIBONUCLEOPROTEINS FROM NUCLEUS%REACTOME%R-HSA-168274.5 Export of Viral Ribonucleoproteins from Nucleus Q8CDZ5 P62827 P59235 Q9D1M0 Q5FWJ9 Q8BUA6 Q9Z0W3 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q8BH74 Q61696 Q8BPS7 Q8R480 Q8BTS4 J3JSA4 Q8R4R6 Q9CWU9 Q9ERU9 Q8BYY5 TRAFFICKING OF AMPA RECEPTORS%REACTOME DATABASE ID RELEASE 96%399719 Trafficking of AMPA receptors Q8BW40 F8WIS9 Q6GQT7 H3BIV5 Q3UP61 Q4VA93 Q3UN66 Q8C069 A0A338P6I6 F7CZ64 Q7TNB5 P17426 Q3ZB20 P23804 Q8CCM0 V9GX76 Q8C1W2 Q62283 Q4LG64 Q9JJV5 P46460 G3XA20 Q8BL41 Q3UY17 A2AAU2 P68404 DEFECTIVE F8 BINDING TO VON WILLEBRAND FACTOR%REACTOME%R-HSA-9672393.3 Defective F8 binding to von Willebrand factor E9QPU1 Q8BQ43 PENTOSE PHOSPHATE PATHWAY DISEASE%REACTOME DATABASE ID RELEASE 96%6791465 Pentose phosphate pathway disease Q93092 P47968 SWITCHING OF ORIGINS TO A POST-REPLICATIVE STATE%REACTOME DATABASE ID RELEASE 96%69052 Switching of origins to a post-replicative state P54775 Q9WTX6 Q3UPK6 Q9CPS5 P53995 Q8BVQ9 Q541Z5 Q8BZQ7 P62196 Q8BYJ1 B2RT97 Q9WVM3 Q3UFC2 P0CG50 Q8K2H6 Q3TKG4 Q9CPX9 Q542I9 S4R2B6 A1L3B8 A2A4Z0 P14685 G3X8W7 Q545G0 Q3UFQ4 Q3TM92 Q3TI84 P49722 Q9D3A0 Q9D8W5 P99026 Q61457 Q9R1P0 Q3TV35 Q544H6 O35593 Q9R1P3 P62878 Q5SUR3 P51943 Q14AQ1 Q58EV4 Q569Z9 O55234 Q8C5L1 Q542H2 Q3U3D4 Q5BKQ9 Q9JKV1 P97310 Q3UGB9 Q3TXS7 Q8BQ03 Q3UI57 P70195 Q542F4 Q3U4T8 Q60692 E0CXB1 Q61456 Q6RI64 Q3TS44 Q99JI4 Q3V295 Q3TKV1 Q8R4E9 A0A0R4J145 Q66JV6 Q59IX1 Q9WUV0 Q3UR71 Q9JK30 Q9CZF7 Q9CWV1 CALNEXIN CALRETICULIN CYCLE%REACTOME DATABASE ID RELEASE 96%901042 Calnexin calreticulin cycle P27773 Q3U518 B2MWM9 A2AJ15 Q8BJT9 Q5SUC3 A0A0R4J1R1 Q91YT2 Q3U957 P0CG50 O35445 Q8K2C7 Q6GTY4 Q3TSD2 Q925U4 Q6ZQ89 A0A0R4J0K8 Q6P5E4 Q3TCI2 A1A4T2 E9Q4X2 B7ZNP0 Q3UYK9 DEVELOPMENTAL LINEAGE OF MAMMARY GLAND LUMINAL EPITHELIAL CELLS%REACTOME%R-HSA-9927418.2 Developmental Lineage of Mammary Gland Luminal Epithelial Cells Q4FJT2 Q3UWD7 Q545E4 MICRORNA (MIRNA) BIOGENESIS%REACTOME%R-HSA-203927.5 MicroRNA (miRNA) biogenesis Q924C1 A0A3Q4L2S8 Q5HZJ0 Q9EQM6 A0A338P6M3 P62827 P61219 P62488 Q9CS58 P08775 P97760 Q3UQ34 Q8BFX0 Q8CFI7 Q3UNH9 Q8BJP2 Q8CJF9 Q9WTX2 F8VQ54 P60898 Q6PI63 Q3V214 Q91YP1 NTRK2 ACTIVATES RAC1%REACTOME DATABASE ID RELEASE 96%9032759 NTRK2 activates RAC1 Q3TLP8 Q3UHH9 Q3UHE3 Q541P3 ATTACHMENT AND ENTRY%REACTOME DATABASE ID RELEASE 96%9678110 Attachment and Entry Q01853 Q9JIQ8 Q3URC9 DEFECTIVE SERPING1 CAUSES HEREDITARY ANGIOEDEMA%REACTOME%R-HSA-9657689.3 Defective SERPING1 causes hereditary angioedema P97290 Q80YC5 P26262 RNA POLYMERASE II TRANSCRIPTION%REACTOME DATABASE ID RELEASE 96%73857 RNA Polymerase II Transcription Q3V1B5 Q8C443 Q543F6 Q5SS40 P35700 Q3UR74 Q9WVH4 Q99PH8 Q52L79 Q5M9N9 Q542T9 Q6PEB3 Q4FJX9 Q9D1P6 Q3UDS1 Q8C7E9 Q80X82 Q8CE71 A2AEK1 A0A2R8VK76 P62878 Q3V141 Q01705 Q9CQF3 Q3UGU6 Q99LC2 Q99LI9 Q8CIT0 Q80XI9 Q548L6 Q548L4 Q8K2T8 Q5XJE5 Q9CTY6 D6RDC7 Q61457 Q05CJ7 P13405 Q544H6 Q8C8M7 Q9CYB4 Q790L7 Q3U5E6 Q564P6 Q3UKR0 Q569Z9 Q3U3D4 S4R216 Q3UGB9 Q545C3 Q9D297 P46414 Q0VBK8 Q4FK45 Q549P2 Q6ZQK4 O70126 P63330 Q76MZ3 Q8BIX1 Q8BN07 P54279 Q3TZI5 Q9JK91 B9EHJ3 P97760 E9PWD3 Q8BFX0 Q3THK3 Q8CFI7 P51949 E9Q6K1 Q9D0L8 P60898 Q8K2X8 Q7TPY0 P49135 Q3THG5 Q3UMJ4 Q6PI63 Q3V214 Q9DCC1 Q3UZB8 A0A3Q4L2S8 A0A338P6M3 O55201 Q7TPV0 Q542U3 P61219 P62488 P08775 Q9D2U9 A1A550 Q6GTR6 Q8BX09 Q8BKH7 Q3UKZ9 Q3TJI7 Q8C5H3 Q8CE74 Q9EPK5 P61965 Q9CS58 Q921E6 Q8BIQ9 Q8BGM7 A3KPD0 Q8CJF9 P84228 Q8CGP2 Q99K94 Q8CGP0 B2RTK3 Q8CGP7 Q3UHZ0 P31750 F8VPU0 F8WI37 Q149V4 A8IP69 Q6QI06 Q8CDH5 Q8VD67 B1ATC3 S4R1M3 Q9JLN9 Q3UHK8 G3UZX4 Q8R1M2 Q812A5 Q8CAI6 P46938 P01108 A0A3Q4EC26 P01101 Q64524 Q8BRK8 P35235 P10853 Q60972 Q80UF1 Q542K0 Q8BUX6 Q80W05 Q8C6X4 Q99LT0 B2RWH3 Q62296 Q64475 Q64478 Q80UL2 Q5KU03 C0HKE5 Q6AXH7 Q3TWR3 Q3UQ34 Q6ZWY9 Q8BJP2 Q3UD86 P27661 Q6PAM0 Q8C402 E9PW15 Q9CQ49 Q8BG30 Q3UIA1 E9QAP7 G3X956 Q3UIR2 B9EJX5 Q9D0D5 Q99JX1 Q3U3M5 Q3UWX7 Q3UT56 Q8VI33 Q9R1C0 A0A3Q4EGS4 A0A087WNT1 Q922L6 B1Q2W7 Q08943 P63271 Q9QWV9 Q3ULN2 Q3TN86 F8VPY2 Q149E9 Q9EQH4 Q99J95 Q3UYV9 Q8CB77 Q6RI65 Q7TQK0 Q62311 O08856 A2ASY1 Q8BQ46 Q7TSG2 Q8C4Y3 P61216 Q80ZA1 E0CXT7 Q8CCS6 Q3UNK5 Q921K2 P16277 Q3V1H4 Q02650 Q3TVH6 Q08024 Q60I23 Q6KAS7 Q8CCQ1 Q920N8 P05532 P01193 P63101 P68510 Q58E49 Q04887 A0A0F7RQH1 P49817 Q8BTV2 P23188 Q8CF66 Q6NTA4 Q9CQ22 Q8BGD6 G3UW70 Q3V4A1 Q7TT21 Q99K70 Q9EP53 Q80X95 A4FUW1 B1AWT3 Q9JHS3 Q9EQE3 Q8C590 Q7TPS7 G3X8Q0 Q9DBV7 Q99MR6 Q61586 P29452 Q8K3J2 Q8C350 Q3UWU8 B7ZNX0 Q9ERL0 Q8C863 Q9D2P1 Q9D4C5 A0A1D5RLV0 Q5CZX0 Q9WUD1 Q9QZM4 Q8CCM0 P05132 Q8BL41 Q8BW40 F8WIS9 P10639 A2RTD1 Q8C358 Q9QWH1 Q3UTC9 A2CG76 Q3V116 Q64364 Q549R4 P23804 Q9CQJ4 Q3URA3 D3YY34 Q9DBY5 P51943 Q9QXV1 Q3UPN9 O55187 Q60521 Q61456 Q2LC58 O35730 O54992 G3X9V4 Q541P3 Q3UVN4 Q61483 A0A0R4J049 P27048 G5E8V8 P62320 Q543W6 A0A2R8VHX5 Q8BLG0 Q9DB01 Q8R2K7 O70230 Q91XA5 Q9CQB0 Q8K0S9 Q8BP86 Q8BGR3 P35436 Q548A9 Q543U1 Q80Y84 Q3U9V5 Q78FW7 G5E8V1 A0A0R4J0Y5 E9Q5M9 E9QK89 Q80W31 Q8CBR3 Q3TXU4 A0ABA7HTN7 P17679 Q3UDK5 Q8BQ25 A0A6F8X1J9 E9Q9V9 Q9Z2V4 Q7TNR8 Q80VR2 Q9EQM6 A0A0R4J195 Q8CE69 E3SRG8 Q8QZV7 Q7M6X6 Q9D168 Q9WVF5 Q9JJ48 Q3UG37 Q8BGW5 Q8BPP0 Q8CHT3 E9PXW8 Q3UZ18 Q8K0V4 Q3TPV8 Q8R1B1 E9Q286 Q6P3E7 Q8VDS4 Q8BLF7 Q6NXI6 Q80ZX2 Q3U1N8 Q3UI68 Q8R3P6 Q8C689 Q8CIM8 Q3TH76 Q8VC34 P04351 Q9CY97 O70456 Q3UKU1 Q3TPJ9 A0A0R4J0J5 B1APX1 A0A0R4J0E4 D3Z768 Q9CWS4 J3QN14 Q8R2Y9 Q8VHJ7 Q80V86 Q4FZK4 Q6PCM2 Q3TF68 Q7TPD0 Q5HZK4 Q00196 Q543X5 E9Q360 Q8BYF1 D3YUV1 G5E8Y1 Q6PHU4 A2A4U6 A0A668KM95 Q2TJ95 Q8BJI2 Q14DJ8 Q6ZPF1 Q3UQK9 Q4LG64 P17208 Q5RM08 D3Z4S9 Q6P9T4 Q8C253 Q7TNU6 Q3UQJ0 P54843 A0A0R4J0V4 B2RVQ7 A0A0R4J170 Q9DCW5 Q9D8Y8 P97503 P18911 Q8C879 Q66JY4 Q9D8X5 Q14AX6 Q5BMX4 Q3UHJ6 Q4QQL2 Q1XG80 A0A0R4J111 Q66JZ1 Q3V080 Q4KL34 Q5SX78 Q8K2R5 Q62227 Q641K5 Q91WL8 Q9D982 Q5PPQ4 Q68FH8 Q8C7T5 Q00899 Q9QXT9 Q545R3 Q99NA9 Q8VCR0 A0A0A0MQ73 Q3TZS1 Q5PPR4 Q8BW39 Q5SWW4 Q543M3 Q9R1E0 Q543M9 Q9CQI9 Q545Q1 Q6KAM1 Q9DAN2 Q2TL60 Q569V8 Q8BPN4 Q545T0 Q8K0T3 P06745 Q9D2P8 Q9CR11 Q8C1L9 Q8BRQ8 Q569U6 Q80ZV7 Q3U5L4 Q64445 Q3UK78 Q9MD68 Q545V6 Q8K368 Q3TZW9 A2RSV8 Q9D8Z2 Q8C1K3 P11087 E9QJU8 O35615 Q790Y8 Q5EBP9 Q3UGA1 Q544F9 P70424 E0CZG8 Q3U288 P08043 A5D6P6 E9QP19 P47876 Q61686 Q91ZK0 P12787 Q544E3 Q546I3 Q3UID0 Q8BZ34 Q8C6J1 E9Q8C1 Q3UP24 B9VVT6 Q3UQU2 P43023 B8JJZ9 Q8C8M9 Q5SZT6 P70444 Q99LW6 E9PYH6 Q3UP48 E9QMN5 Q9Z1D9 Q5U4C9 Q53Z59 A6PW47 Q8BM83 Q8VHT4 E9PWE4 Q3UR87 Q78ZM1 O88665 O08580 Q3UZH5 A2ALW2 P56391 F8VQL7 Q8BI73 P48771 Q14BU0 Q6P3Z8 Q8BSL0 Q8CCI5 A0A7R8C347 A2CFB8 Q8BSJ6 F8VQD1 Q3UGD5 Q8BUN5 Q544I2 Q9CXU1 Q9CXU0 Q8K3P5 E9QN31 Q9WTN3 B2RXC5 A0A0R4J1I3 A0AAQ4VMX8 E9Q6E2 Q2VPQ9 A0A0R4J1H4 Q5FW98 O88623 P48972 P21274 Q3TCU2 P10751 P10754 Q546B3 P31695 Q0VGJ1 E9QMD3 Q3TEY6 Q3UUT8 Q3UV52 P63058 A0A087WPF7 Q9DAY7 Q9DAY9 F8WJB0 P29594 Q5D0E9 B2RR30 Q3UUX5 Q9D177 A2A7E7 Q3TYA7 F6M3K1 A0A1W2P7P4 Q9JKY0 Q5SXI5 Q3UBT1 Q8BSC0 Q3UMH6 F8VQL6 Q8VHR5 A0A1L1SRK3 Q3UPL7 Q3U1Q3 Q5SUH5 Q8K2W7 Q60793 Q60520 Q3TB85 Q8BUE4 Q8BYM9 Q3TB81 B6ZI39 Q7TSH9 Q3UR53 Q8CEC2 Q6NZB1 Q5DU30 G3X940 Q8BHK4 P63038 Q5SVI6 Q9D007 Q3TX57 Q3TYX7 Q9ERQ3 Q3UZW0 Q9JM73 Q8BR51 Q6NXV8 Q571F8 Q6S7F2 Q540M6 Q6ZWP4 Q3URI6 Q9CTY1 Q3UZZ2 A0A0N4SWG2 Q3UJ95 Q7TN02 E9QPD3 Q91W29 Q3UZX1 Q9JHK4 Q7JCZ1 Q8C2Q3 F8VPX1 Q8BQQ4 Q6T264 B2RQK9 A0A0R4J096 Q3TMD4 Q8VIM0 E9Q6S0 Q8BGD7 Q9DBX1 Q544Z2 Q571J5 Q8BKK5 E9Q6T9 Q4FJK3 Q547B5 Q8R0E0 B7ZWL1 Q8CAS3 Q9CPU7 Q9QUR7 Q6ZWQ9 B2RX31 Q8BIF2 Q3UET8 Q6P8R3 Q5CZX7 Q4FJN2 H7BX50 Q9CPT0 Q8CCV5 Q80WV2 Q8BKI7 G5E899 Q5CZY5 Q8C0Q5 Q6IQY4 B2RSK4 P05125 Q61039 Q91VL6 Q8VE85 Q6NZQ1 P10077 Q80YQ1 A1KZZ4 Q499D5 Q8BG60 A2A884 Q9QUM0 Q80YP5 Q80YP6 Q6VUP9 Q9QUM5 Q540E2 Q7TSV0 Q8VDV0 B2RUI1 O35516 Q9WTZ0 Q8VC29 Q80UG2 P58043 Q8BI85 P11157 Q3UEG0 Q8C964 Q8BFS8 V9GXN3 Q8K441 Q3UZS6 A2A5N8 P70340 Q8CF60 E9QN92 Q810A1 Q3ZAS1 D3Z1C5 Q8BR10 O35969 Q6PEE3 D3Z7P3 Q8C6W5 Q3UKU5 Q059J3 O35718 Q7JCX7 A2A7P4 Q8VBU8 A2RS47 O35740 Q00731 G5E8C0 Q9CS14 Q9D654 P24270 Q3UVL3 P62509 P26687 B7ZNP9 Q9JMH6 Q6PAR4 Q9Z2D8 Q3SYK5 Q8BH15 A0A140T8R3 Q8BIS1 Q62415 Q3TN09 B2RPW6 A0A1L1SUE1 P23798 Q8BKW8 Q5EEX1 Q8BH05 G3X9H8 Q32NY6 G3X9H5 F8WHW3 Q569L8 Q6P571 V9GX46 Q9Z2F7 Q3TVD4 Q3TXH6 P43136 Q9CWN7 Q8BJ21 Q9DCC5 G3UY09 P54775 Q8K0E1 Q9WTX6 Q8VH37 E9PVC2 Q3UPK6 Q9CPS5 Q9CQA5 Q3U9G9 Q8BIQ8 Q8BVQ9 Q8BIQ3 P62196 Q9CSE3 B2RT97 P35576 P0CG50 Q8BJ90 Q549T4 E0CYA6 Q58FA4 Q3TKG4 Q542I9 Q9CX58 A1L3B8 Q3TVF4 P14685 Q8BGS3 Q545G0 Q9R164 Q548Y4 Q6PB81 Q792A4 P57774 P49722 Q9D8W5 Q3TMT1 P99026 Q3V041 Q9R1P0 P58871 Q8CBF5 Q3TV35 Q8CFN7 O35593 E9PXJ4 Q9R1P3 Q62425 Q5SUR3 Q9CZ86 Q14AQ1 Q5J7N1 Q8R0U9 Q58EV4 Q3UYJ1 O55234 A0A1B0GRM0 Q542H2 Q2NLB9 Q5BKQ9 B2RWB7 Q9JKV1 Q8BTJ3 P35546 Q3TXS7 Q3UM17 P70195 Q62432 Q545M7 Q69ZJ8 Q9R190 Q9R0X0 Q60692 Q8R0K9 E0CXB1 Q3YAB0 Q6RI64 Q3V405 Q3TS44 Q3UU47 Q3UVW8 P68404 Q99JI4 Q3UPK0 Q6DFX0 P25799 Q8VCD5 Q3TKV1 Q3U320 Q505L1 P19091 Q810M8 P06537 P29268 Q6GU14 Q3ULB3 Q60636 Q3UZT5 Q61967 P63280 Q6PAK4 P33242 Q99MR0 Q8C3F5 Q8VEG6 Q6NZM9 G5E8L5 Q6LC96 Q8BIK0 P48281 Q921N8 Q505F1 Q99MQ3 B2KF05 Q542P9 O54941 Q9JK95 Q8BW69 O54942 E7FJU2 Z4YK94 Q3UNH4 Q8BP65 Q6PCM4 Q3U5E7 Q9ERV7 Q3TYI4 Q3URP1 F8VPP0 Q63934 Q8C9M8 Q8VCI1 Q3TKD1 Q6DIA6 Q542J9 A2RSF4 Q5NCT2 Q5RJ53 Q9QZ11 Q8CDC0 A0A8Q0PK87 B9EHX4 Q3UD78 Q8BRV3 E9Q2S7 Q5SXJ3 Q8R107 O70445 Q99KR6 E9QAQ7 Q4KL82 Q8BVH0 Q9CQ71 Q80XB1 B2RS09 Q9R207 Q99KQ4 O35280 Q3V1Q8 Q3UYY2 Q3U0R5 Q8BMG1 Q9CSB3 Q3V232 Q4VA40 Q3U381 Q3TZH7 E9PZ97 Q69ZA1 A0A140LHG7 A2ABV5 Q99J62 F8V330 Q61502 Q9QWZ1 Q6PAM4 O35182 Q5SWN2 Q545E4 Q9Z0F6 Q61982 O88904 Q497V9 Q9D4A7 Q3UGT8 A0A1W2P736 Q62193 B1AUF1 Q6NV63 Q08297 Q5HZI8 Q5SV02 Q8BWH5 Q8VC54 Q80YR6 Q3UJQ1 Q8BQY8 Q6ZQJ5 Q6ZQF0 P53995 Q541Z5 Q8BZQ7 Q8BYJ1 Q9WVM3 Q3UFC2 Q8K2H6 P11440 Q9CPX9 S4R2B6 A2A4Z0 G3X8W7 Q3UFQ4 Q3TM92 Q3TI84 Q9D3A0 F8VQL0 P05480 Q02248 Q9D824 A2A5N2 Q5U421 P63085 Q63844 Q9WUI1 Q9QXE7 Q6GQV9 Q3UHZ2 Q8CHB6 Q8BHJ5 Q8BJ14 Q8CBR9 O70343 Q53Z05 Q3UV55 Q9JM08 Q9WVG6 Q8BYY5 B1AQH6 A0A0G2JG60 COMPLEX III ASSEMBLY%REACTOME DATABASE ID RELEASE 96%9865881 Complex III assembly Q9CQ69 Q3V2E3 Q9D857 P38647 Q9CWU6 P99028 Q8BTC1 Q3TV21 Q5NCJ9 Q9CQB4 Q9DA03 Q9Z2I0 Q9CZ13 Q7JCZ3 A0A0R4J0T0 Q9DB77 D3Z4C9 Q9CZP5 Q9D0M3 Q9CR68 Q8K215 VEGFR2 MEDIATED CELL PROLIFERATION%REACTOME DATABASE ID RELEASE 96%5218921 VEGFR2 mediated cell proliferation E9PYG6 Q3UHZ0 Q8CED6 P70227 Q53YN4 Q8C8N0 Q8CI15 Q62077 Q4VA93 Q9D091 Q61411 P35918 Q3V341 P68404 Q80SW1 DEFECTIVE MUTYH SUBSTRATE BINDING%REACTOME DATABASE ID RELEASE 96%9608287 Defective MUTYH substrate binding SIGNALING BY GPCR%REACTOME%R-HSA-372790.7 Signaling by GPCR Q63810 P63328 Q9Z1S3 G3X8U7 Q6GR78 P84309 Q543F6 Q91WF3 B2RVZ3 A0A2I3BRC5 Q542R8 Q922R0 Q9DC51 P68181 O08530 E9Q706 O88444 Q5U7A4 Q3UY07 Q5R252 Q3TY04 Q3U9R0 Q3U9V4 Q60614 Q3UUN2 Q3TNJ3 Q9Z0L6 P35991 Q99JA4 Q0VBT1 P70701 Q8C6P4 Q542J1 Q9JIP6 Q80ZS9 Q8BJN8 B2RSH2 A0A0R4J003 Q3UG14 Q3UGN1 Q8R5M2 Q920A1 Q1RME7 A0A158RFU9 P27467 H3BK84 Q6PDY6 Q0P543 Q60755 Q8CIT0 P29387 P97751 Q80TY9 Q6NXJ9 O70283 Q61086 Q7TNK8 Q3UU15 Q3UFJ9 P63213 Q3V1Q3 Q61091 Q546Q8 O35595 Q3TQ70 P08752 Q6P8Y9 P48756 P63216 Q3UMY0 Q9DC42 P61953 P24383 P50153 Q62226 Q9WUP0 Q9WUP1 Q9JMF3 Q8BRC7 Q9R216 Q61012 Q3TQ59 Q80SW1 Q3UTY8 Q544P6 Q3UR96 Q8CCM0 Q924X4 P41593 Q3ZB23 Q91V95 Q544X5 P70227 P55095 Q8BLL2 Q91UZ1 Q80XI9 Q3V1A7 Q8C8N0 P81615 Q9CXP8 Q8BJT8 P97297 Q54AE3 P12968 O70421 P05132 A2AR99 A0A1B0GR43 Q149J3 Q9CUZ6 Q8C718 Q8BQD1 Q9DAS9 Q545B5 P22725 Q8BL41 P32082 Q3UEG1 Q3ZAT0 P22727 Q3UN81 O35659 Q8BW40 Q8CED6 F8WIS9 Q8C078 Q3UN66 Q80T41 Q8VBY2 P70392 Q5NCN8 Q7TPD5 B1AXN9 Q9WV18 Q8BHK8 Q3UTH8 Q6P1D6 P63330 P20612 P15409 P04918 Q76MZ3 Q91V89 Q8BIX1 P01027 P06684 Q8BN07 Q3U1H9 Q545V4 Q3UUQ5 Q3SWS4 A0A0N4SVY6 Q9WU02 Q8JZL2 Q8CI86 Q4VA93 Q3UPW0 Q3V3V2 A2AE33 Q9DBC7 Q8BGR3 Q8CE74 P48298 Q3UZW2 Q9JKT3 Q8K1Z6 P30875 Q543T0 Q3UXE9 Q543S8 Q6IYF8 Q3U1E8 Q91X56 Q3U6Q4 Q542U1 Q642U4 Q3V2F3 A1A4T4 Q14AA9 Q3V2F0 P30730 Q6PDF2 G3X986 Q9JL21 Q543U8 P51682 Q543U6 Q9Z0L1 Q3U1J5 Q8CAU3 Q8BMP4 Q14AC3 Q9EQ16 Q543X1 P50228 G5E884 A0A0R4J0T3 P51680 Q3UXY8 Q5QNV9 Q5QNW0 A0A0R4J0W1 Q3UHZ0 Q9D1T9 P31750 O35457 Q9WVF5 Q78U67 Q8C7P2 P70263 Q548V9 Q9EQF2 G3UWC3 Q8CAH1 Q61041 Q7M721 Q7M720 P30935 Q9QY42 Q7M725 Q3U4C5 Q6VZZ7 Q91YP2 E9PZR8 Q3U5H1 Q544P9 Q3ZB17 F6R5P4 G3XA00 P35343 Q5SVU3 Q546S6 Q7M708 Q8C5Q7 Q0VB35 Q0VBT7 Q8BFZ2 Q9JIL2 Q059K7 A2RSW3 Q497D3 P42337 Q3SWR9 Q8VDU4 Q80Z58 Q0VB49 Q9EQI5 P49681 Q3U5L7 Q543X3 Q9Z2J6 Q9JHH5 Q8BKB0 Q925I4 Q9QYS2 Q8BYC4 Q8BVW4 Q8CBS2 Q8BJ52 Q32MD7 P56479 Q80WT4 A2CFE9 P30731 Q544F4 Q3UPG3 Q542B6 E9PVU7 Q496X5 Q60829 Q5UCB4 Q8CA29 O08790 Q5PR72 G5E8D5 Q0VDU3 G3X9G6 O08908 A2AIV3 P56485 Q9D677 Q3V002 Q6P5G2 P59529 Q3UEI1 Q6W5C0 Q8C6X4 A0A0R4J100 Q9WUT7 A8IK50 Q546L4 P0C5I1 P59530 D3Z289 Q3U6B2 Q7TPG2 P59532 Q0VGT5 A0A0R4J0J4 Q3UR83 Q3TUD0 E9QAX3 O54897 Q5XZF2 Q8C5J7 B9EII2 B2RR84 Q925D8 O88502 O88410 Q8BI47 Q8BFQ1 Q8BL07 Q4VAE6 Q05BD6 G3UYX5 Q6P9R4 Q9WV08 Q9EP84 Q7TME0 P97492 A9Z1Z1 Q5ERJ2 P0C1Q2 Q14BV9 Q810W6 P47774 P51491 P56469 Q91VE4 Q3V1K5 O08707 A1L151 Q14BI2 A0A140T8J4 B2RU75 A0A183ZRM3 O88853 Q69ZK0 Q7TQB8 Q8CB97 D3YYY8 Q7TQA4 Q7TQA5 Q9WUK7 Q7TQA6 P09055 Q3UEX0 Q0VBA6 P18340 Q8C474 Q8BLP9 A0A385KNU8 A0A0R4J1D6 O08858 Q8CC99 Q3US12 Q0KL02 Q6VMN6 P52592 Q8C4B5 D3Z4R2 Q545V6 Q04683 Q544B5 Q9Z0U9 B2RQM3 P47936 O35188 A0A0F7RQR1 Q543A9 F8VQN3 Q99MT6 A2RTH0 P33766 Q3V334 A0A087WQF0 Q8C067 Q3SXF8 Q9D8I2 Q4FJV4 Q3U5C8 P30678 Q3UFN1 P62137 Q3UPA1 Q3UTM5 Q8CBT5 Q3UHH5 Q3UUR0 G3X8W6 Q76JU9 Q80XD3 Q3V249 Q6S9I3 Q9QXZ9 O08675 A0A1Y7VN85 Q544V2 P58308 Q8BZ39 A0A0A0MQ87 Q4VA56 Q3TJ94 P29754 Q8K1M3 A1KXK3 Q542U0 H7BX38 Q8VCK6 D3Z621 Q8BMJ5 Q8BR34 A2ACT4 P56942 Q542T1 Q8CDT4 Q05AD1 Q8BLG2 Q9JL25 A0A0R4J0N8 Z4YJQ4 Q922W6 O54798 Q14AB2 Q14A28 Q059S5 P21729 Q0VDP6 A0A0R4J289 O88536 Q8R1I2 Q8BFQ3 P30558 P32299 G3X9K0 Q3UQ86 Q3V0U2 Q9WVA8 P48757 P22389 P30548 E0CY28 Q9QY96 Q3TPL0 Q8R041 O88634 Q547R2 Q8BZV9 Q544K2 Q149W7 Q62361 Q3TST4 Q6P8H4 Q9JKL1 Q5D078 Q3TU81 Q8BFU7 A7VJD3 Q8BFU4 Q3UTR7 Q541G7 Q8BMC0 Q08AU6 O08849 Q0VEH1 Q4VA00 I0J0X7 Q3UTE9 Q8BNT7 B2RS62 A0A250SH12 Q8K443 Q544B4 P0C0P8 Q0VBD7 Q3ZB46 Q5FW64 E9Q468 Q9Z282 Q6NS65 Q91YU8 C5H7S2 A0A0A6YWD0 Q9JL06 Q0VBE5 Q924H0 Q32MS1 Q6P8R3 Q61614 Q8CE23 Q9JJL9 Q3UZ41 S4R1K3 Q3V2S5 P47937 V9GXQ3 Q9D3P9 Q8K4Z6 A0A1C7ZMY0 P55099 Q8BUD0 Q62035 A1KZZ4 Q80YP5 Q01338 Q925K6 Q01337 Q3UQ25 Q9D5W0 Q53YN4 Q9DBX5 Q7TS64 Q9DBS6 A2ASF9 Q3UXW9 P30993 Q8CCQ1 E9QQ21 Q8BVT9 Q6NV56 P57774 Q3UVW8 P68404 Q920N8 Q9QUG9 Q496T0 P01193 Q544E0 A0JP53 D3YWQ0 Q6DIC8 P56450 Q8C413 Q91WC9 O88673 A2APU5 A4FU75 Q6P5E8 Q99LR1 Q9D375 Q6NS52 P16054 A2AHK0 Q9R1C6 P48302 Q3UKY1 Q6R6I7 E9Q0U9 A0A0B6VTJ4 Q5RL10 A2RTV8 Q810V8 Q5Y988 A2AIY3 Q544G7 Q5Y985 Q8CHK2 E9PUF7 Q3USZ7 E9Q4F3 A0A0F7RQH1 Q3UGZ6 Q80U35 Q8BWG8 Q07139 Q68FM7 G5E825 A0A2X0SFN9 A2AWP8 Q7TSI6 J3JS97 A0A140LJJ5 Q4FJM5 Q9R0C8 H3BJ45 Q91ZT5 Q9DBL0 Q5FW61 Q8BZV1 Q3TNB8 Q80VK6 Q66JY6 B2RWT9 Q9D034 G5E8T4 Q6ZPF3 A2ANQ2 A0A0R4J0X8 E9Q5R6 F6WMJ3 Q3TQN9 Q5FWH6 B1AS67 Q3UG32 Q3TR46 Q8BWA8 P27600 Q62159 Q3UPH7 E9QK62 Q8BY35 P05480 Q3UE22 Q61411 Q3USK4 P63085 Q920H4 A0A1B0GSX9 Q549B6 Q61616 B2RTA0 Q543D4 Q64264 Q63844 P12657 P18762 Q14AW8 Q5QD04 Q5QD06 S4R2T0 Q540P3 P61168 A0A494BA82 B3Y5T0 Q9D091 Q542R4 Q3UVG4 Q61224 Q543V2 P34971 B6VJS3 Q0VBU3 P51436 Q02152 Q5QD13 Q9ERZ4 Q2M2N7 Q5QD17 Q3UP63 Q0VES5 B2RQS5 Q0VEC4 Q923Y8 E9PUE7 Q80XK0 DEFECTIVE ACTH CAUSES OBESITY AND POMCD%REACTOME DATABASE ID RELEASE 96%5579031 Defective ACTH causes obesity and POMCD P01193 Q544P9 ACTIVATION OF GENE EXPRESSION BY SREBF (SREBP)%REACTOME DATABASE ID RELEASE 96%2426168 Activation of gene expression by SREBF (SREBP) P53798 Q61586 O88822 Q8BSY2 Q6LC96 Q542P9 Q9QXE7 Q6GQV9 P70365 Q8BHJ5 Q3TZD5 A0A140LIT2 Q5XJV5 Q3U1N2 Q8CE59 Q8BLN5 Q8C590 Q7TPS7 Q8BYH8 Q9CZZ6 Q3TQK8 Q547C4 P19096 Q3THA3 Q5SWU9 Q8K0C4 Q9ESZ3 G3X8Q0 Q3V3I6 Q9WVG6 Q4FJN9 Q3UYC1 Q9DBV7 Q920L5 G3XA48 B1AQH6 Q3UEB4 A0A0G2JG60 NUCLEOTIDE CATABOLISM DEFECTS%REACTOME%R-HSA-9735786.3 Nucleotide catabolism defects Q543K9 NF-KB ACTIVATION THROUGH FADD RIP-1 PATHWAY MEDIATED BY CASPASE-8 AND -10%REACTOME%R-HSA-933543.5 NF-kB activation through FADD RIP-1 pathway mediated by caspase-8 and -10 Q8CBT3 B2RRA5 Q3TU94 A1L0V6 Q3TGP5 Q3U5B1 Q61160 Q8VC91 Q3U607 Q5D0E0 Q60855 MLL4 AND MLL3 COMPLEXES REGULATE EXPRESSION OF PPARG TARGET GENES IN ADIPOGENESIS AND HEPATIC STEATOSIS%REACTOME%R-HSA-9841922.2 MLL4 and MLL3 complexes regulate expression of PPARG target genes in adipogenesis and hepatic steatosis Q544J2 B2RTK3 Q8CGP7 Q61586 F8WI37 Q149V4 Q543F6 Q9CQA5 Q8VIM0 S4R1M3 E0CYA6 P54310 Q8VHJ7 Q8R1M2 Q542H7 A6PW47 Q3TPN3 Q1WLP7 Q8CAS3 Q3UFN1 D3Z041 Q9DCV3 Q3UET8 P13405 Q8BJ56 A0A571BEC9 Q8CD95 Q64524 Q9Z1P8 Q8BHI7 P10853 Q05BA5 Q2NLB9 Q8CGN5 P11152 Q9CXU1 Q9CXU0 Q9R0X0 E9QMZ0 Q9Z211 Q62392 Q9CWA8 E9Q6E2 Q8BPB6 Q8VCD5 Q99LT0 B2RWH3 Q64475 Q64478 Q60994 Q6LC96 C0HKE5 Q921N8 Q9D2U9 F8WJB0 Q6ZWY9 A0A0A0MQ73 Q8C6Z4 Q8BX09 Q5SWW4 Q9QXE7 Q6GQV9 P27661 Q3UKZ9 Q9CQI9 Q99L02 P70365 Q8CHB6 Q6NZQ4 Q91XC0 P53566 Q8BHJ5 Q5XJV5 Q8BJ14 P61965 Q8CE59 Q3U711 Q80ZV7 O70343 Q547C4 Q53Z05 A2ABV5 Q3SYK5 A3KPD0 Q9JM08 P84228 Q8CGP2 Q8CGP0 E0CZG8 B1AQH6 SELENOAMINO ACID METABOLISM%REACTOME DATABASE ID RELEASE 96%2408522 Selenoamino acid metabolism Q5YLW3 Q9CQR2 P62264 Q8VCN5 Q6ZWN5 Q4FZH2 Q8BP67 Q5M9N8 Q642K1 Q9CXW4 P62717 Q561N5 Q5M9K7 P62830 P99027 Q9D823 A2AQK4 Q505A8 Q58EA6 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 Q497N1 Q5CZY9 Q9D9X3 Q5M9P0 Q91X83 Q8BML9 Q8BU30 Q3UZG4 Q8BJY7 Q3U597 Q9QXF8 Q3UGH6 P97364 A0A0R4J069 Q7TSZ3 Q8BP74 Q3U1C4 P40936 Q9D1M4 Q8C483 Q8CGC7 A0A494BB18 E9QB02 Q6ZWU9 Q8R3V2 Q9JMH6 P97461 Q8R2P8 Q4VAG4 Q9D0I9 Q58E35 P86048 Q9CQD0 Q6NZM8 P62911 Q545X8 P14206 Q9CPR4 Q0VBA4 Q91WT9 Q3UC02 D3YYB0 Q5M9M4 Q5M9M0 BIOSYNTHESIS OF DPAN-3-DERIVED PROTECTINS AND RESOLVINS%REACTOME%R-HSA-9026286.3 Biosynthesis of DPAn-3-derived protectins and resolvins A2CF88 P48999 DEFECTIVE SLC36A2 CAUSES IMINOGLYCINURIA (IG) AND HYPERGLYCINURIA (HG)%REACTOME DATABASE ID RELEASE 96%5619041 Defective SLC36A2 causes iminoglycinuria (IG) and hyperglycinuria (HG) Q8BHK3 PENTOSE PHOSPHATE PATHWAY%REACTOME%R-HSA-71336.8 Pentose phosphate pathway Q9CS42 Q91YP3 Q8R1Q9 Q7TSV4 Q93092 B2KGF0 Q9D5J6 P47968 Q9D7G0 P40142 D3Z4X1 Q8C5R8 Q790Y8 Q9DCD0 CTNNB1 S37 MUTANTS AREN'T PHOSPHORYLATED%REACTOME%R-HSA-5358749.4 CTNNB1 S37 mutants aren't phosphorylated Q7TS75 Q14DJ8 Q8BN07 Q6ZQK4 Q6PJ87 Q6PD03 Q76MZ3 Q5KU03 Q02248 Q91V89 P63330 Q6PD28 Q8BIX1 Q61151 Q8BNP7 DEFECTIVE CFTR CAUSES CYSTIC FIBROSIS%REACTOME%R-HSA-5678895.5 Defective CFTR causes cystic fibrosis P54775 Q99J56 Q91X78 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 Q91YT2 Q3U957 B2RT97 P0CG50 Q8K2C7 Q8VEH8 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 Q14C34 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 P26361 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 Q01853 P70195 O35445 Q60692 Q6GTY4 E0CXB1 Q6RI64 Q8BFZ9 Q3TS44 Q99JI4 Q3TKV1 RECYCLING OF BILE ACIDS AND SALTS%REACTOME DATABASE ID RELEASE 96%159418 Recycling of bile acids and salts Q3V1T8 Q91X34 Q8CE59 Q6LC96 Q9JJL3 Q9EP96 P51162 Q546G4 Q9QY30 Q3UNC6 Q0VBB8 Q9EPQ7 P70365 Q80WK2 A0A8V5KH54 A0A0R4J015 Q8R000 SIGNALING BY RAS MUTANTS%REACTOME%R-HSA-6802949.5 Signaling by RAS mutants B1AYC9 Q3TU98 A2AI78 Q99MP8 Q63844 Q8BW40 Q80TM2 Q3UER8 F8WIS9 Q80XI6 Q91YS7 E9PV24 Q5EBQ2 E9QPU1 J3JS97 Q99N57 Q3UV75 P67778 Q9D091 O54890 P28028 Q3TGR2 A2A9K7 Q8CAD1 A0A1Y7VNZ6 Q3UZF9 P41241 Q8CCM0 Q5J7N1 P05480 Q61411 A2A5N2 Q3TMJ8 Q8BL41 Q3V3W9 Q9QUM0 Q8BWG8 P63085 Q52L50 Q64727 Q62120 VEGFR2 MEDIATED VASCULAR PERMEABILITY%REACTOME DATABASE ID RELEASE 96%5218920 VEGFR2 mediated vascular permeability Q8K4K2 Q3UHZ0 P31750 Q80Y52 Q7TSI6 Q6QI06 Q9R0C8 Q5DTJ2 Q9JLN9 Q8C5P3 Q8BKH7 Q812A5 B1GX81 Q8CE74 P55284 A0A3Q4EC26 Q3TLP8 Q8VDU4 G3X9V2 Q02248 Q02257 Q3UUI3 P49817 Q545R0 G5E884 Q8C6X4 DECTIN-1 MEDIATED NONCANONICAL NF-KB SIGNALING%REACTOME DATABASE ID RELEASE 96%5607761 Dectin-1 mediated noncanonical NF-kB signaling G5E919 P54775 Q9WTX6 Q3UPK6 Q544K4 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q8K220 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q548Y4 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q5SUR3 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 A0A286YDT6 Q3TXS7 P70195 Q8CBT3 Q5SRY7 Q60692 E0CXB1 Q6RI64 Q3TS44 Q66JT6 Q3UV15 Q99JI4 Q3TKV1 RAC1 GTPASE CYCLE%REACTOME DATABASE ID RELEASE 96%9013149 RAC1 GTPase cycle Q9CQW1 Q8BUR4 P63024 Q8R2Y2 G5E8S8 A0A0R4J0S1 Q8C5X1 Q8CA59 Q811P8 Q4FJQ0 Q8BTW9 Q91Z68 Q3U9G9 Q4VAC9 Q91Z67 Q8BN21 H7BX46 D3YZW1 Q8K1I7 Q9ESU7 Q9CXQ9 Q53WY0 Q6PGK0 Q80ZW1 E9PX48 Q6PEV3 Q8VHI6 Q3ULB5 F8VQH0 E9Q2D0 A0A0A0MQ87 Q3TRQ0 Q8C015 Q8CF63 Q3TLP8 Q3UXE9 P70268 Q8C147 H7BX44 Q3UGZ6 P49817 Q8BWW9 F8VQ29 G5E884 Q07139 Q68FM7 Q3TU98 G5E825 E9QKB1 Q8C7P2 F6SBR5 Q7TSI6 Q9R0C8 Q5DTJ2 Q66JY6 E9Q3I3 E9QKY4 Q9D034 G5E8T4 Q8QZW8 Q6ZPF3 A0A0R4J0X8 B1GX81 P70392 F6WMJ3 Q3TQN9 Q3TY82 Q5FWH6 Q91VS8 A2A5V3 Q8BWA8 P42337 F8VPS6 Q8VDU4 B2RSI0 E9QK62 Q9JM96 A2AF47 A0A1L1SQR4 Q3USK4 E9QMX7 Q62172 O08908 Q672J9 Q8VCM2 Q9CQ22 Q6PGG2 Q5F258 Q542D9 B9EJX2 Q8BYC6 Q8BH43 Q3U6G0 Q8BKW6 Q8BL80 A2AS98 Q3TLE2 Q8R5H6 B3VQI8 Q9WVM1 E9PUB0 Q3UHH9 Q80XR8 Q6IFT4 Q5SSM3 Q6AXH6 Q6P9R4 Q91VR8 Q8BYW1 Q6P1D6 Q8CJ00 S4R248 Q3TY70 B2RQE8 P97369 Q8R5G7 A0A087WRP5 A2RRK7 Q3UKP6 E9QAJ9 Q3TPY5 Q9DBJ3 Q6A028 Q8K1X4 Q8CIZ9 Q8R0J1 Q9D3L3 Q61599 Q8BHH3 O70145 Q69ZK0 Q9D0J3 Q3UVN4 G3X9Q3 A0A1Y7VLY2 A0A0R4IZX1 E9PUE7 Q3U7R1 F8VQ11 B2X2D4 Q8BM00 E9QP59 E9QP44 Q8K2H3 Q3UBI5 Q3V3S7 P09055 B7ZCJ1 Q920R0 B7ZNX6 Q4VBE6 Q8C474 P97393 Q8BH88 Q8BM51 Q9Z207 Q3UQS4 Q0KL02 Q8CGF1 D3Z4R2 Q3TXQ1 Q6A0A3 Q99PT1 Q80Z96 Q03145 Q6NVF2 Q3THM8 Q3UQ44 Q8C9L7 F8VQC7 A0A0R4J119 Q8C067 B2RY04 Q8CCL8 Q8BQW4 DEFECTIVE CYP7B1 CAUSES SPG5A AND CBAS3%REACTOME DATABASE ID RELEASE 96%5579013 Defective CYP7B1 causes SPG5A and CBAS3 Q3USU4 G2 M TRANSITION%REACTOME DATABASE ID RELEASE 96%69275 G2 M Transition Q569L8 P30276 F8VQK6 Q8BN07 E9QQ10 Q64702 P54775 Q5SW18 Q9WTX6 Q3UPK6 Q0PD50 Q9CPS5 Q99L00 Q5SS40 A0A494BB86 Q9DBN8 Q8BVQ9 Q3UR74 P62196 Q0VGR5 Q9JJ94 B2RT97 P0CG50 P48964 Q80ZA1 Q3TKG4 E9Q3P4 Q542I9 A1L3B8 Q8K3K8 P14685 Q545G0 P49722 Q9R1K9 Q9D8W5 P99026 Q9R1P0 Q8QZX2 Q3TV35 O35593 Q9R1P3 P62878 Q6NV99 Q5SUR3 Q14AQ1 Q58EV4 O55234 P62141 Q542H2 Q5BKQ9 Q8BFT2 Q9JKV1 Q8BTJ3 A0A286YDT6 Q6ZQ12 E9PWD3 Q3TXS7 Q9CQS9 P70195 B1AXI9 Q3USK2 U5KVR9 Q9CWU3 P51949 A0A1D5RMI8 Q9D6F9 Q5SRY7 D3YVU3 Q60692 O35450 Q542Q3 P33215 E0CXB1 Q62392 Q6RI64 Q3TS44 Q3THG5 Q99JI4 H3BK84 Q3TKV1 Q80WQ8 P48972 P68372 Q8CDL2 P68369 P68368 Q3TEY6 Q3URP3 Q3UZY0 Q66JX5 Q80UF4 Q6F4J1 Q9R0L6 Q0VEJ0 Q8BKT8 A2AUM9 Q9D3R3 P05132 E9Q5A8 A0A494BB26 Q3TPZ5 Q9D786 E9Q919 P99024 Q6P5D4 Q80Y52 Q7TSH4 Q99NF3 Q8BUR9 Q3UPW7 B8JJE7 A8IP69 Q9CQ25 Q8BKN5 Q8BUH2 Q6F4J0 P58854 Q5BJ29 A0A494BA29 Q8BYN2 Q3UIT6 Q6IQY5 Q9DBR7 P11440 Q3TPZ2 Q9ESG9 Q71LX8 Q564P6 P51943 Q3U3D4 Q60972 Q3UGB9 B7ZN58 Q8BP64 A0A0A6YVZ7 Q61456 E9Q0Q9 P47810 P63168 K3W4R5 Q3TYE1 P63330 J3QP81 Q6P1H7 Q9JHU4 Q8BQ33 A2A9P6 G3X8V5 Q91XC0 A2RTH5 Q8BVQ5 Q9CXH7 Q8BS90 Q8BJ14 Q76MZ3 Q3TPJ8 Q3U4H0 Q8BIX1 Q8BYY5 SLBP INDEPENDENT PROCESSING OF HISTONE PRE-MRNAS%REACTOME%R-HSA-111367.5 SLBP independent Processing of Histone Pre-mRNAs Q3UPL7 Q5SUH5 Q3UYV9 P27048 Q4VA40 P62320 Q9CQ49 RHO GTPASES ACTIVATE FORMINS%REACTOME DATABASE ID RELEASE 96%5663220 RHO GTPases Activate Formins Q9CPV1 Q8CDZ5 Q9CPV5 Q8CJF7 A0A0R4J037 Q8BN07 Q9WVA3 Q3TWG5 Q8C3Y4 Q9D1M0 Q5HZH8 Q5SW18 Q9Z0W3 A0A1L1SV84 Q9ERR1 Q91Z67 Q6PD28 Q8K1K8 O35216 A0A1I7Q4A6 Q3UZD6 Q8BHK9 E9Q3P4 E9Q967 B2RRX1 P51141 A0A5F8MQ33 Q60838 Q6PB99 Q5SX50 Q9JJV2 Q3TLP8 D3Z7A7 Q9JM73 Q8BTF1 F6XC54 Q4FJM5 Q3TPZ2 Q4KL81 Q3TY82 Q62159 Q9CZW2 B8JK52 B2RVI6 Q61151 Q9D481 Q9D084 Q14A61 Q8BZ45 Q9CQU5 Q545H8 Q549P2 P63168 Q66JQ7 Q3UK10 K3W4R5 Q6ZQK4 O70126 P59235 Q6PD03 Q9CYC5 J3QMK1 B2RX66 Q4VAE6 O54692 Q99P69 A2RSC8 Q8BI52 P63330 E9QME3 Q9QYM8 J3QP81 Q9CY25 Q9JHU4 Q3TDV6 Q8BK67 H3BKZ0 Q8BHX3 Q8BSE7 Q8BH74 Q8C4M7 Q3TJM4 Q8R480 Q6ZWM8 P09055 Q9CXH7 Q8C4E7 Q6ZWU9 Q3TYJ3 Q9D0F1 Q923A2 Q76MZ3 E9QKK1 Q9Z207 Q9JJ66 Q9CWU9 Q91V89 Q9CQA0 Q3TPJ8 Q3UD72 Q9ERU9 Q9D0M5 Q3U4H0 Q6PDL0 Q8BIX1 Q9CQ82 Q8BYY5 O35685 Q3UA16 Q3TTB0 Q3UPF6 F8WIA1 Q9WU62 APC C:CDC20 MEDIATED DEGRADATION OF CYCLIN B%REACTOME%R-HSA-174048.4 APC C:Cdc20 mediated degradation of Cyclin B Q9D3A0 Q9JJ66 P53995 Q541Z5 Q8BZQ7 Q8BYJ1 Q9WVM3 Q3UFC2 P0CG50 Q8K2H6 P11440 Q9CPX9 S4R2B6 A2A4Z0 G3X8W7 Q3UFQ4 Q3TM92 Q3TI84 METABOLISM OF COFACTORS%REACTOME DATABASE ID RELEASE 96%8978934 Metabolism of cofactors O88844 Q80Y52 P31750 Q4VAF4 Q8K248 E9QLB8 Q3U7P6 Q9CZQ1 A0A1L1SRN0 Q3TYT1 Q8CAH8 Q33DR3 B9EID1 Q91XH5 Q8R1S0 Q8K1Z0 Q8R1R3 Q66JT7 Q60936 Q8BMS4 Q8C5P3 Q9CXI0 Q544T5 INFECTION WITH MYCOBACTERIUM TUBERCULOSIS%REACTOME DATABASE ID RELEASE 96%9635486 Infection with Mycobacterium tuberculosis Q2NL51 P09411 Q3UMA3 Q63844 P01887 P08071 Q5FW97 Q3U1N0 Q60960 G3X8Y8 Q8C076 Q4FJQ0 Q8VIJ6 Q9CQD1 A0A1Y7VKW0 Q6PCP3 A0A0A6YX18 P29477 P0CG50 E9Q555 Q2HZ94 Q3UHW8 P63085 Q059V7 PHASE 3 - RAPID REPOLARISATION%REACTOME DATABASE ID RELEASE 96%5576890 Phase 3 - rapid repolarisation P97414 Q53Z09 E9QQ10 A0A0R4J1J2 Q61762 Q9QZ26 Q9WTW3 Q545H6 Q545H9 SEMA3A PAK DEPENDENT AXON REPULSION%REACTOME%R-HSA-399954.4 Sema3A PAK dependent Axon repulsion Q3TLP8 Q71LX8 A0A803Z7F8 Q80Y52 Q80UG2 A0A158SIT4 P97333 P70207 Q3UR47 Q544Y7 Q5DTJ2 P70206 D3YZ57 B1GX81 Q8CGG9 G5E884 FGFR3C LIGAND BINDING AND ACTIVATION%REACTOME DATABASE ID RELEASE 96%190372 FGFR3c ligand binding and activation A0A7U3L6F4 Q541T2 Q3U1V5 P70419 A0A7U3JW80 E9Q2N2 A0A7U3JW97 A0A7U3JW51 Q6ZWS1 RHO GTPASE EFFECTORS%REACTOME DATABASE ID RELEASE 96%195258 RHO GTPase Effectors Q3UDZ1 Q3THE2 Q9WV32 A0A338P6I6 Q3TX55 Q5SS40 Q3UR74 Q9JM76 Q9ESJ4 Q5SW83 Q9R0Q6 Q8K1I7 Q6ZQ88 Q9CXQ9 Q53WY0 Q6PGK0 E9Q967 P62141 P35991 B2RRX1 Q6PEV3 P51141 Q9CPW4 A0A5F8MQ33 Q9CVB6 K7Q751 A0A0R4J1I3 Q3ULF7 Q8BH99 Q8VHI6 Q60838 E9Q2D0 Q6PB99 Q5SX50 Q9JJV2 D3Z7A7 Q9JM73 Q80WU2 A6H644 A0A140LI58 Q9DBR7 O88951 Q9QUR7 Q3TY82 Q6ZWQ9 Q8BH60 P46414 Q9CZW2 B8JK52 B2RVI6 Q61151 Q9D481 Q9D084 Q14A61 Q8BZ45 Q9CQU5 Q545H8 Q549P2 Q8VD65 P63168 Q66JQ7 Q6PF93 Q3UK10 K3W4R5 Q6ZQK4 O70126 P59235 Q6PD03 Q9CYC5 J3QMK1 B2RX66 O54692 Q99P69 A2RSC8 Q8BI52 P63330 E9QME3 Q9QYM8 J3QP81 Q9CY25 Q9JHU4 Q3TDV6 Q8BK67 H3BKZ0 Q8BHX3 Q8BSE7 Q8BH74 Q8C4M7 Q3TJM4 Q8R480 Q6ZWM8 Q9CXH7 Q6ZWU9 Q3TYJ3 Q9D0F1 Q53YN4 Q923A2 Q76MZ3 E9QKK1 Q9JJ66 Q9CWU9 Q544Y7 Q91V89 Q9CQA0 Q3SYK5 Q3TPJ8 Q3UD72 Q9ERU9 Q9D0M5 Q3U4H0 Q6PDL0 Q8BIX1 Q9CQ82 O35685 Q3UA16 Q3TTB0 Q3UPF6 F8WIA1 Q9WU62 Q9CPV1 Q8CDZ5 Q9CPV5 Q8CJF7 A0A0R4J037 Q8BN07 Q9WVA3 Q3TWG5 Q8C3Y4 Q9D1M0 Q5HZH8 Q5SW18 Q9Z0W3 A0A1L1SV84 Q9ERR1 Q91Z67 Q6PD28 Q8K1K8 O35216 A0A1I7Q4A6 Q3UZD6 Q8BHK9 E9Q3P4 Q921L6 L0N7N1 P68404 P19091 A2BEG5 Q4VA93 Q9D2U9 P63101 P68510 Q9DBS5 Q91W40 Q3TLP8 P26361 Q8VDD5 Q91YS4 P70268 Q8CD76 A3KPD0 Q8C6B2 P84228 Q8CGP2 Q8CGP0 Q8BWR8 Q8BWW9 G5E884 F8VQ29 B2RTK3 Q3TU98 Q8CGP7 Q3UHZ0 Q8BTF1 F6XC54 Q149V4 F6SBR5 A8IP69 Q3UQS3 Q4FJM5 Q5DTJ2 O70456 S4R1M3 Q05144 Q3UP42 Q53X15 Q8R1M2 Q3TPZ2 B1GX81 Q4KL81 Q3TR46 Q62159 A0A0R4IZW5 Q64524 Q3UE22 P10853 Q02248 Q3UR47 Q5SV64 Q6URW6 A2A5N2 Q8BS94 Q5U421 P63085 Q672J9 Q8VCM2 Q8BH43 Q9CUT6 B2RWH3 Q63844 Q3U6G0 Q64475 A2AS98 Q64478 Q8R5H6 B3VQI8 Q9WUI1 C0HKE5 Q6AXH6 Q4VAE6 Q91VR8 Q8CJ00 P97369 Q3V341 Q6ZWY9 Q3US62 Q3UKP6 Q3TPY5 P27661 Q8K1X4 Q8CIZ9 O70145 Q3UBI5 P09055 Q8C4E7 Q8CE59 Q9Z207 Q642K0 Q3UQ44 F8VQC7 Q8BYY5 E9QPE7 A0A0R4J119 B1B1A8 Q545R0 Q9D3K3 B7FAU9 G3UY19 Q9ESG2 ALPHA-LINOLENIC ACID (ALA) METABOLISM%REACTOME DATABASE ID RELEASE 96%2046106 alpha-linolenic acid (ALA) metabolism D3Z041 P32020 Q9Z0R9 Q920L1 Q8BHI7 P51660 Q548M4 Q921H8 P48410 Q8BZR4 A0A498WFQ4 TGFBR3 PTM REGULATION%REACTOME%R-HSA-9839383.1 TGFBR3 PTM regulation Q9WTR0 Q3U4P5 Q3UYK2 P53690 P57716 Q8C7N7 Q8BSJ3 P12032 A0A0R4J097 TRIGLYCERIDE CATABOLISM%REACTOME%R-HSA-163560.5 Triglyceride catabolism P62137 Q3V2F7 Q6ZWM8 Q32LZ8 O08716 Q9DBG5 Q9DAK4 P62141 Q8CGN5 P05132 P51880 P51162 Q5EBJ0 P68181 P54310 Q9DBL9 Q542H7 P49817 Q64521 Q53YP5 Q3UFN1 Q497I3 CROSS-PRESENTATION OF PARTICULATE EXOGENOUS ANTIGENS (PHAGOSOMES)%REACTOME%R-HSA-1236973.3 Cross-presentation of particulate exogenous antigens (phagosomes) P97369 Q3UBI5 Q3U6G0 Q8C6Z4 P43406 B3VQI8 Q6PE70 O70145 RETROGRADE NEUROTROPHIN SIGNALLING%REACTOME DATABASE ID RELEASE 96%177504 Retrograde neurotrophin signalling Q6PFA2 Q3UFB7 Q62420 Q5SWR1 Q3TCR7 Q6A0C9 P17426 Q8BZ98 Q68FD5 A0A0J9YUN4 Q6LDU8 Q3UJ76 Q8CDT8 Q6PEE6 NEGATIVE REGULATION OF ACTIVITY OF TFAP2 (AP-2) FAMILY TRANSCRIPTION FACTORS%REACTOME DATABASE ID RELEASE 96%8866904 Negative regulation of activity of TFAP2 (AP-2) family transcription factors Q8BPN4 Q3ULB3 Q8CE69 Q91ZK0 P63280 E9Q6T9 Q91WL8 Q8K0E1 Q6VUP9 SIGNALING BY NUCLEAR RECEPTORS%REACTOME%R-HSA-9006931.7 Signaling by Nuclear Receptors Q3UN27 P22935 Q9D270 Q61586 Q924U4 P70691 Q9CR16 Q546I3 B2RVZ3 P34928 Q9DC51 Q9WVH4 P51162 Q3UJG0 P40201 Q9D0V7 Q1WLP7 Q52L79 Q91VY5 E0CXG4 Q91WA4 Q497I3 F8WI12 P35582 Q8BPY1 Q8BRZ8 Q80TC1 Q6ZQ88 F8VQL7 Q3UCD9 Q3U0X6 Q8R4E5 P30416 Q62395 Q05BA5 Q8BTS0 Q3U9V4 Q8CGN5 Q8BM54 Q61268 K7Q751 B2RSH2 Q3UG14 Q0VDW9 Q3UGN1 Q3UEF5 Q91X41 P29387 P63213 Q8CI15 Q3TQ70 P08752 Q6P8Y9 P63216 Q3UMY0 P61953 B2RR30 Q3UUX5 P50153 H7BX38 Q9JMF3 Q61012 Q922W6 Q9CXP8 Q54AE3 Q9DAS9 Q9JM73 Q80Y52 Q61521 Q0VEB7 Q543J8 Q8C0N6 Q5FW64 P41969 Q4FJN2 P24549 Q790L7 Q08024 P19096 P46414 Q4FJT2 Q3TG35 Q8BQK4 Q3UWD7 Q3TG33 A2RS47 F8WHU7 Q3UG07 Q3TMK9 Q9CU62 Q9CX58 Q9QYY9 Q3UKA4 P97760 Q8BFX0 Q3THK3 Q8CFI7 P60898 Q6DFX0 Q99PE8 Q3UMJ4 Q7TSR6 Q6PI63 Q3V214 A0A3Q4L2S8 A0A338P6M3 P61219 P62488 Q9D2U3 P08775 Q6LC96 Q921N8 Q9D2U9 Q8BW69 E7FJU2 Q8BP65 Q3U5E7 Q8C5P3 O55106 Q8CIG3 P61208 A0A023ULC4 Q8CE74 Q3TGW2 P51910 Q3UXE9 Q58E49 Q9CS58 Q3U0R5 A3KPD0 Q8CJF9 Q545E4 Q8BKZ9 P84228 Q8CGP2 P49817 Q3TXU4 Q8CGP0 A0A1W2P736 Q3UFJ3 E9Q9V9 Q9Z2V4 Q544J2 P15066 B2RTK3 Q8BFP9 Q8CGP7 Q4FJR4 Q3UHZ0 P31750 Q9WVF5 Q8C7P2 P35487 Q149V4 Q9D051 Q3UJQ1 Q8BMF4 Q8VD67 Q9JK42 B1ATC3 S4R1M3 Q3UHK8 Q8R1M2 P01108 Q71LX8 P42337 Q14DJ8 P01101 Q64524 P05480 P10853 Q3U1L4 Q61411 P41245 P18911 O08908 P63085 Q8C6X4 B2RWH3 Q63844 Q64475 Q64478 C0HKE5 Q00899 Q9D091 Q3UQ34 A2RSD4 Q3V341 Q8VCR0 Q6ZWY9 Q8BJP2 Q9QXE7 Q3UD86 Q6GQV9 P27661 P70365 Q8CHB6 Q8BHJ5 Q62148 Q8BH00 Q8K3M1 O08749 Q148Q4 Q8BSF7 Q3UIA4 Q8BJ14 Q8CE59 Q3U538 Q80ZV7 A0A0N4SUV4 Q8CBR9 B2RXA7 Q9R1R8 A0A0R4J1N8 G5E8W9 A2A8L9 Q547C4 Q7TQA3 Q8VCH7 Q60676 Q9Z0U9 P62965 Q9ERI6 A0A0R4J061 Q9JM08 Q9QWV9 G3X8Q0 Q3TN86 Q9WVG6 Q149E9 Q3UGA1 Q99J95 Q8BYY5 B1AQH6 Q6RI65 Q91WU6 Q8CBD1 FGFR1 MUTANT RECEPTOR ACTIVATION%REACTOME DATABASE ID RELEASE 96%1839124 FGFR1 mutant receptor activation Q3V0H4 Q8C7P2 Q8C399 Q9CU65 Q6ZWS1 A6H6S8 A0A7U3L6F4 Q541T2 P42232 A2RRK7 Q9JIA0 Q8CIM9 Q3U1V5 A0A7U3JW80 Q66JX5 E9Q2N2 Q3ZB59 P42337 Q6GU23 Q9JJB6 H3BJW3 Q3UIM4 Q9CRA9 Q8BFZ9 Q99K94 RESOLUTION OF D-LOOP STRUCTURES THROUGH SYNTHESIS-DEPENDENT STRAND ANNEALING (SDSA)%REACTOME%R-HSA-5693554.3 Resolution of D-loop Structures through Synthesis-Dependent Strand Annealing (SDSA) Q5SV02 Q8BWH5 A0A0R4J1H1 Q80W51 Q80YR6 Q3UJQ1 Q0VGM9 Q6ZQJ5 Q5NCT2 Q9QZ11 B9EHX4 Q8BRV3 Q5SXJ3 O70445 Q3TV35 Q9R207 O35719 Q9CX47 E9PZ97 Q924H5 D3YVU6 P97929 Q3UGT8 Q6NV63 Q08297 COLLAGEN BIOSYNTHESIS AND MODIFYING ENZYMES%REACTOME%R-HSA-1650814.6 Collagen biosynthesis and modifying enzymes Q2UY11 Q30D77 Q8K4G2 Q9Z0I9 Q5SX75 Q3U962 Q07563 Q9CYD3 B1AWB9 Q8R4W6 Q9JLI2 Q8CG71 I7HJS8 Q8CG70 Q9QZS0 B2RQQ8 Q9R0E2 Q9R0E1 P25318 E9Q718 E9Q7P1 D3Z7D5 Q6NVG7 Q3TVI5 A6PW84 B0LAD9 Q8K297 P19324 Q3UN82 P09103 G3X9D2 B2RXX5 Q8C9W3 G3X9F5 Q9WVM6 P98063 Q3UF16 H7BX23 Q63ZW6 D3Z7B9 Q8C6K9 A0A2K6EDL8 E9Q5L6 B7ZNH7 P28481 Q63870 Q9ESQ1 E9QPX1 Q00780 Q3TX57 Q91VF6 O35206 P11087 Q3UST0 I7HJR1 Q05306 Q9DCY1 Q0VF58 Q60847 Q9D0D2 Q9QZR9 Q8BLX7 Q8BSX1 P02463 Q5QNQ9 HIV INFECTION%REACTOME%R-HSA-162906.4 HIV Infection A2ASY1 Q8BQ46 Q7TSG2 Q8C4Y3 P61216 Q5SVY2 P17426 Q9D7F7 Q80Y09 Q3UJ76 Q78V99 Q6PEE6 A0A1B0GR63 P62878 Q9D8B3 Q5SWR1 Q9CQ10 Q6A0C9 B1AZ39 Q60960 Q5FWJ9 Q9DAY9 Q8BUA6 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 O54962 Q8VCB1 A0A1D5RLQ0 P48962 Q8C570 Q80U93 E9QL43 Q8R055 Q3U425 Q8BRF6 Q8BQF0 Q545A2 A2BI12 Q8BPS7 Q566K0 A0A0R4J0N8 Q8BTS4 J3JSA4 Q8R4R6 P62827 Q3UHW8 P84078 Q91Z50 P59235 Q8BH74 Q8R480 Q9CWU9 Q9ERU9 G3X9H8 Q8CDZ5 Q9D1M0 P27641 P54775 Q3UPK6 Q9Z0W3 Q9CPS5 Q8BVQ9 A0A0R4J187 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 A0A0R4J1L4 Q7TN05 P49722 Q8CC13 Q9D8W5 Q8CBB7 P99026 Q9R1P0 Q8BW87 Q3UG16 Q3TV35 P01898 P01887 O35593 P61967 Q9R1P3 Q5SUR3 Q8K212 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 A0A286YDT6 P97760 E9PWD3 Q3TXS7 P70195 Q8BFX0 Q3THK3 Q8CFI7 P51949 E9Q6K1 Q60692 Q9D0L8 E0CXB1 P60898 Q8K2X8 Q6RI64 Q7TPY0 Q3TS44 P49135 Q3THG5 Q99JI4 Q3UMJ4 Q6PI63 Q3TKV1 Q3V214 Q9DCC1 Q3UZB8 A0A3Q4L2S8 Q3THR4 A0A338P6M3 O55201 Q7TPV0 Q542U3 P61219 P62488 P08775 Q2M4H5 Q3TLP8 Q9CR26 Q8BM73 Q8BMZ7 Q810I0 Q78HU3 Q8VEJ9 Q8R0J7 P34022 Q3UCW0 Q6PFB2 Q3UV99 Q3UJC3 A0A494BAR3 P51682 Q9D7S9 Q8BH48 Q8C2W4 Q5DTJ2 Q3TSV7 A0A0A6YX18 D3YZ57 E9Q696 P23188 Q8CDB3 Q9CQ49 Q8BG30 Q3UIA1 E9QAP7 G3X956 Q3UIR2 B9EJX5 A0A0R4J024 Q9D0D5 Q99JX1 Q8BTF7 Q3U3M5 Q3UWX7 Q3UT56 Q8VI33 Q9R1C0 A0A3Q4EGS4 A0A087WNT1 Q922L6 B1Q2W7 Q6A0A3 Q08943 P63271 Q9QWV9 Q3ULN2 Q3TN86 F8VPY2 Q149E9 Q9EQH4 Q99J95 Q8BYY5 Q3UYV9 P08103 Q8CB77 Q3TEK8 Q8BPU7 Q6RI65 Q7TQK0 Q62311 O08856 DRUG RESISTANCE OF ALK MUTANTS%REACTOME DATABASE ID RELEASE 96%9700649 Drug resistance of ALK mutants P97793 IKBKB DEFICIENCY CAUSES SCID%REACTOME%R-HSA-5602636.3 IKBKB deficiency causes SCID Q8CBT3 Q8VC91 Q5D0E0 NGF-INDEPENDANT TRKA ACTIVATION%REACTOME DATABASE ID RELEASE 96%187024 NGF-independant TRKA activation Q6NXJ9 Q3UFB7 Q8CAU3 Q8BJT8 Q3UHE3 FRS-MEDIATED FGFR4 SIGNALING%REACTOME%R-HSA-5654712.5 FRS-mediated FGFR4 signaling Q8C180 Q91WJ0 Q790L8 P35235 A0A7U3JW97 A0A0R4IZY3 A0A7U3JW51 Q9D091 Q8C399 Q6ZWS1 Q61411 A0A7U3L6F4 Q541T2 Q3USK4 Q99N32 Q3U1V5 A0A7U3JW80 E9Q2N2 KETONE BODY CATABOLISM%REACTOME%R-HSA-77108.6 Ketone body catabolism Q8QZT1 Q9D0K2 Q9JJN4 Q80XN0 NUCLEOTIDE METABOLISM%REACTOME%R-HSA-15869.7 Nucleotide metabolism P50096 E9Q7K1 B2RRH9 Q8BG93 P10639 Q5NC82 Q5NC81 Q9CVF2 Q3UBP0 Q8K0L2 Q8BN51 Q3UGA8 G3UWN2 B9EIE9 Q8CDV7 Q3U0P5 Q548F2 E9Q9M1 Q543C2 P54822 Q80VJ3 O35435 Q3TCT4 Q91YL3 A0A0C3SFZ4 Q5SUR0 Q9DCL9 Q9CWJ9 Q921R1 P56389 Q64737 Q8BFW6 Q544K9 Q3V218 Q8BSQ5 Q60I30 Q545E8 Q3V1D3 Q9DCZ1 Q3U6L3 Q8BMC5 Q543K9 A0A0G2JEH8 Z4YL50 Q9QY93 P70303 Q504N4 Q9WTP6 Q99L27 Q6GRA7 P08030 Q920P5 Q4FK28 Q9DBT5 F8WIC0 Q9WV85 A0A1L1SRX2 Q8JZU0 Q9R0Y5 Q9WV84 Q3TQC7 G3X908 P70698 Q32M07 A0A0R4J093 P07742 P11157 Q0VEE0 Q6P3D0 Q9JKX6 Q99KS6 P04184 Q8VCE6 Q544L2 Q5SUC8 Q6PEE3 Q3UEK4 A3KFX0 A2A9X5 Q8R093 H7BWY3 Q99N42 Q60710 Q8CHR6 Q9EQF5 Q9JMH6 P00493 CELLULAR RESPONSE TO STARVATION%REACTOME%R-HSA-9711097.5 Cellular response to starvation Q9D1M0 Q3TML6 Q6ZWX6 Q3ULL5 Q8BVE2 A0A1D5RLJ8 A2A9C3 Q8CFJ9 Q8BXG6 O55091 Q9WUE4 A2AUM1 Q8BTM7 Q91WI7 Q8QZS3 Q3V405 Q68FD7 Q8BXK4 G3X8R1 Q921I6 D3Z5F2 Q9CWQ8 Q8BV62 Q4FJW1 Q54AJ1 P97461 Q4VAG4 Q58E35 P86048 Q61024 Q9CQD0 P62911 Q545X8 P14206 Q9CPR4 Q497S6 Q0VBA4 Q3UC02 D3YYB0 Q5M9M4 Q5M9M0 Q8CF69 Q5YLW3 Q9CQR2 P62264 Q6ZWN5 Q4FZH2 Q8BP67 Q5M9N8 Q642K1 Q9CXW4 P62717 Q9JLN9 Q561N5 Q5M9K7 P62830 P99027 Q9D823 Q505A8 Q58EA6 A0A3Q4EC26 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 Q80SY3 Q497N1 Q9D1K2 Q5CZY9 Q9JHF5 Q8BMC1 P51863 Q9CQD8 A0A0A6YX18 Q9D593 Q3UPN9 Q9Z1G3 Q3U861 Q99L60 Q8CF66 Q6NTA4 A0A0N4SVQ2 Q9CQ22 P50516 Q8BGD6 Q91YH6 Q8K4K2 Q5HZY7 G3UW70 P50518 P62814 P58043 Q99K70 Q3U889 Q54A87 Q80X95 A4FUW1 B1AWT3 Q9JHS3 Q6ZWU9 Q8CBR9 LIGAND-DEPENDENT CASPASE ACTIVATION%REACTOME DATABASE ID RELEASE 96%140534 Ligand-dependent caspase activation Q3U5H0 Q64HC9 Q3U607 Q60855 B2RRZ7 Q9QZM4 Q4FJP7 Q80UF7 Q99PH8 Q8C6X9 L0CL36 Q61160 Q8BJQ4 Q8C350 RUNX3 REGULATES NOTCH SIGNALING%REACTOME DATABASE ID RELEASE 96%8941856 RUNX3 regulates NOTCH signaling Q3UZZ2 Q3UM17 Q3U1Q3 B2RR30 D3Z768 Q8BJ14 Q6P3Z8 Q6GQV9 Q01705 Q6T264 Q8BYF1 Q3UVN4 HDL ASSEMBLY%REACTOME DATABASE ID RELEASE 96%8963896 HDL assembly Q8BPY1 P05132 Q2TGE7 P68181 Q00623 Q6GQT1 INOSITOL TRANSPORTERS%REACTOME%R-HSA-429593.5 Inositol transporters Q8K0E3 Q3UMR9 Q3UHK1 KERATAN SULFATE KERATIN METABOLISM%REACTOME%R-HSA-1638074.4 Keratan sulfate keratin metabolism Q8CC47 Q543D2 Q8CAZ9 Q1RLK6 P51885 A0A1Y7VL74 Q91Y74 Q3UY35 Q3TAW7 Q3TXR9 Q5JCS9 Q544T4 Q543C5 Q8K0J2 Q9JJ04 Q11204 O35103 O88199 Q8BZW3 A0A1B0GSK9 Q8BWP8 Q3U478 P29416 Q80WV3 B1ASJ2 Q8BFR4 Q3TVJ9 Q9QUP4 A4FUJ3 Q3U7I0 Q3U260 Q3UUA9 Q8VIB3 MITOCHONDRIAL MRNA MODIFICATION%REACTOME DATABASE ID RELEASE 96%9937008 Mitochondrial mRNA modification Q6PB66 Q548B0 Q14AR0 Q99KS2 Q9D0D3 Q922E6 Q8R3J4 H3BKT7 Q9CWX4 BIOSYNTHESIS OF ASPIRIN-TRIGGERED D-SERIES RESOLVINS%REACTOME%R-HSA-9020265.2 Biosynthesis of aspirin-triggered D-series resolvins P24527 P48999 PHASE II - CONJUGATION OF COMPOUNDS%REACTOME DATABASE ID RELEASE 96%156580 Phase II - Conjugation of compounds P70691 P15626 A0A0R4J018 A0A1Y7VL74 Q80XJ7 P63046 Q9D566 G3X9D3 B6VGH4 P0CC03 Q80V26 Q91W19 E9QN99 D3Z0E6 P52843 Q9QWG7 Q9D9X3 Q6SKR2 A0A0R4J0G9 Q99J57 Q5M8M3 Q4FK56 Q5M9P0 Q99LB6 Q541E2 A6H5Y3 Q3U548 Q91X83 O09131 O88587 Q91WU5 Q91VA0 Q9Z2A9 Q53ZD4 A7DTG9 Q6PE15 A0A0A6YWX7 Q3TS38 Q4FK50 Q9CPU4 Q99JP7 Q8K154 Q8JZZ0 Q78ZC4 Q6XL48 Q62452 Q64435 Q6PDD0 Q91WH2 Q8R084 Q80X89 Q546L3 Q9DCM2 Q3UEP4 Q63886 Q8BWQ1 A2AKQ0 E9Q6L7 A2AE91 Q3TQN1 Q9JHF7 Q61133 Q9D2S1 Q8K010 Q8R3J5 H3BKH6 Q9JJA0 E9Q5L8 D3YVP5 Q8K0L3 P48774 Q9CQG1 Q91XE0 Q80W40 A2AE89 Q9D1A2 Q8BGA8 Q9DCY6 P30115 Q91XL3 Q4FJZ6 Q3UNA7 TGFBR1 LBD MUTANTS IN CANCER%REACTOME%R-HSA-3656535.3 TGFBR1 LBD Mutants in Cancer Q3UNK5 Q3UKJ3 Q8BQS9 Q9D5H8 TRANSCRIPTIONAL REGULATION OF TESTIS DIFFERENTIATION%REACTOME DATABASE ID RELEASE 96%9690406 Transcriptional regulation of testis differentiation Q199A7 A0A8Q0P8A2 O09114 P33242 Q9QZ59 E9Q2N2 Q8CCH7 Q3UYJ1 Q04887 Q544P6 TRANSLESION SYNTHESIS BY Y FAMILY DNA POLYMERASES BYPASSES LESIONS ON DNA TEMPLATE%REACTOME%R-HSA-110313.3 Translesion synthesis by Y family DNA polymerases bypasses lesions on DNA template Q4FJR9 O35654 Q80XH7 Q9DBK7 O54956 P0CG50 A0A0R4J091 P52431 Q3TKD1 Q61493 Q542J9 A6PWR8 P52479 Q9QZU9 G3X912 Q9JJN0 E9QJU6 Q9CQX4 Q920Q2 A2A7G7 P70362 Q9CQ36 Q4KL82 Q9CQ71 Q9CRV6 Q3TU94 Q5U4B1 G3UWD8 Q8BH76 Q547B4 Q01853 Q99J62 Q5SWN2 Q3UDU9 Q62193 Q5HZI8 UPTAKE AND FUNCTION OF DIPHTHERIA TOXIN%REACTOME DATABASE ID RELEASE 96%5336415 Uptake and function of diphtheria toxin P40240 Q71LX8 Q80Y52 Q5FW64 P58252 Q9JMH6 LINIFANIB-RESISTANT FLT3 MUTANTS%REACTOME DATABASE ID RELEASE 96%9702998 linifanib-resistant FLT3 mutants Q3UEW6 N-GLYCAN TRIMMING AND ELONGATION IN THE CIS-GOLGI%REACTOME DATABASE ID RELEASE 96%964739 N-glycan trimming and elongation in the cis-Golgi Q544T7 Q6NXH2 Q544F0 P39098 Q6NXK9 INTERLEUKIN-36 PATHWAY%REACTOME DATABASE ID RELEASE 96%9014826 Interleukin-36 pathway Q9QYY1 Q3KNF2 Q3U0P4 Q149U6 Q08EA6 Q149G7 PHENYLKETONURIA%REACTOME DATABASE ID RELEASE 96%2160456 Phenylketonuria Q3UEH8 SYNTHESIS OF PC%REACTOME DATABASE ID RELEASE 96%1483191 Synthesis of PC Q8CDH5 G3UZX4 Q571G1 A2AMH5 P49586 Q8BY89 Q3ULA4 Q811Q9 Q9DA75 Q921V7 O54804 Q5RJI2 Q54AG5 Q8CD95 Q8R2H9 Q5SV41 Q3TFD2 D3YU39 Q91ZH7 Q0VG22 Q03311 E9PWN0 Q8BGS7 Q61907 Q8R1R3 Q8BQV2 Q543Z1 FGFR2B LIGAND BINDING AND ACTIVATION%REACTOME DATABASE ID RELEASE 96%190377 FGFR2b ligand binding and activation Q541T2 Q544I6 Q0VER9 Q0VG15 A0A0R4J0R6 O70514 O35565 Q6ZWS1 AMPK-INDUCED ERAD AND LYSOSOME MEDIATED DEGRADATION OF PD-L1(CD274)%REACTOME%R-HSA-9931269.1 AMPK-induced ERAD and lysosome mediated degradation of PD-L1(CD274) P54775 Q99J56 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q8K2C7 Q8VEH8 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q8BRK8 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 Q01853 P70195 Q542K0 Q60692 Q6GTY4 E0CXB1 Q6RI64 Q8BFZ9 Q3TS44 Q99JI4 Q8BUX6 Q3TKV1 Q3U472 Q3TWR3 Q91X78 Q91YT2 Q3U957 Q6PAM0 Q14C34 Q8BIQ9 Q8BGM7 O35445 UNCOATING OF THE HIV VIRION%REACTOME%R-HSA-162585.3 Uncoating of the HIV Virion Q5SVY2 BIOSYNTHESIS OF MARESIN CONJUGATES IN TISSUE REGENERATION (MCTR)%REACTOME%R-HSA-9026762.2 Biosynthesis of maresin conjugates in tissue regeneration (MCTR) Q8K355 A2AE91 DEFECTIVE B4GALT1 CAUSES CDG-2D%REACTOME DATABASE ID RELEASE 96%4793953 Defective B4GALT1 causes CDG-2d Q3U478 WNT5A-DEPENDENT INTERNALIZATION OF FZD4%REACTOME DATABASE ID RELEASE 96%5099900 WNT5A-dependent internalization of FZD4 Q6PFA2 Q3TWZ9 Q8BLL2 J3JS97 Q4VA93 Q5SWR1 Q3UN66 Q6A0C9 P17426 P22725 P68404 Q68FD5 Q3UJ76 Q60838 Q6PEE6 REGULATION OF RUNX2 EXPRESSION AND ACTIVITY%REACTOME%R-HSA-8939902.4 Regulation of RUNX2 expression and activity P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q8VHJ7 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 O08580 Q9R1P0 Q3UZH5 Q3TV35 O35593 Q9R1P3 P62878 Q5SUR3 Q14AQ1 Q58EV4 Q569Z9 O55234 Q9WUD1 Q542H2 Q5BKQ9 Q08024 Q9JKV1 Q3TXS7 P70195 P97503 Q60692 E0CXB1 Q6RI64 Q3TS44 A2A884 Q99JI4 Q3TKV1 P21274 P06537 Q5KU03 Q3UV52 E7FJU2 Q3TYA7 Q8BSC0 P26687 O70343 Q99K94 DEFECTIVE SFTPA2 CAUSES IPF%REACTOME%R-HSA-5687868.4 Defective SFTPA2 causes IPF PREVENTION OF PHAGOSOMAL-LYSOSOMAL FUSION%REACTOME DATABASE ID RELEASE 96%9636383 Prevention of phagosomal-lysosomal fusion Q3UMA3 P0CG50 Q3U1N0 Q8C076 Q4FJQ0 Q9CQD1 NEUROPILIN INTERACTIONS WITH VEGF AND VEGFR%REACTOME DATABASE ID RELEASE 96%194306 Neuropilin interactions with VEGF and VEGFR P35918 P97333 Q8QZY7 O55095 ENOS ACTIVATION%REACTOME%R-HSA-203615.6 eNOS activation D3Z111 Q3THR4 Q3UF01 Q9D270 Q9CQX2 Q3UJC3 Q80Y52 P31750 Q8C5P3 P49817 Q546K1 Q91XH5 TNF SIGNALING%REACTOME%R-HSA-75893.10 TNF signaling Q60989 B2RRZ7 P0CG50 Q9R0T8 Q8C6X9 Q61160 Q8K3K8 Q561N4 Q3UFQ4 Q5D0E0 Q62210 Q6PB82 Q923A8 Q9WUD1 Q3U607 Q60855 Q8CBT3 Q3U2P8 Q3TSE5 Q8VC91 Q9D5S8 Q4QQL2 O88623 Q99K90 Q8CF89 Q80TQ2 Q3TPN5 Q3U479 Q91WA6 Q7TQD1 Q924T7 P68040 A6H6S8 B2RUR8 Q3U593 Q8K004 E9PUE2 P39428 A1L361 B2RUG2 E9PXU2 Q9WUB0 O70572 Q9JJF9 B9EHT4 Q3UCV8 O35242 Q9JJY3 Q3UKC1 Q3TD49 RAS PROCESSING%REACTOME%R-HSA-9648002.4 RAS processing P59268 Q5J7N1 Q8CAH8 Q9D091 Q61411 D3Z111 Q91W53 Q5HZH3 Q3TDQ8 Q541Z2 Q99JW1 Q9D0J4 Q99KQ3 Q3U4N2 Q920N8 Q8K2I1 Q7M759 Q8VCV1 DIFFERENTIATION OF NAIVE CD4+ T CELLS TO T HELPER 2 CELLS (TH2 CELLS)%REACTOME DATABASE ID RELEASE 96%9976102 Differentiation of naive CD4+ T cells to T helper 2 cells (Th2 cells) Q3UG37 E9PXW8 P52633 Q8C443 O35284 Q6P3E7 Q6T264 Q8VH37 Q5SV01 Q9QWH1 P42232 Q9JIA0 D3Z768 E9QMN5 Q3V116 Q00196 Q8BM83 Q52L79 Q8BYF1 Q9CQJ4 Q3TMT1 Q3URA3 A0A668KM95 F8VQL7 Q3UII8 P01101 D3YY34 Q9DBY5 Q6P3Z8 Q01705 Q9QXV1 Q6P9T4 Q60972 Q2KHS8 Q3UM17 P54843 Q8K3Q9 A0A0R4J170 Q9R190 O55187 A0A0R4J1I3 E9PVB7 Q2LC58 Q99LT0 O35730 O35516 Q5SUZ5 Q6NZM9 Q00899 P20109 P07750 B2RR30 Q8BX09 Q9QXE7 Q6GQV9 Q3UKZ9 Q8CHB6 Q8C5H3 Q8VHR5 Q8BHJ5 Q8K0T3 Q58E49 Q8BJ14 P61965 Q3U0R5 Q80ZV7 Q543U1 Q9Z2D8 Q3U905 Q9JM08 Q9JJZ6 FGFR1C AND KLOTHO LIGAND BINDING AND ACTIVATION%REACTOME DATABASE ID RELEASE 96%190374 FGFR1c and Klotho ligand binding and activation Q3U1V5 SUMO IS PROTEOLYTICALLY PROCESSED%REACTOME%R-HSA-3065679.3 SUMO is proteolytically processed M0QWX4 G3UZA7 Q6NXL6 Q91ZX6 VITAMIN E TRANSPORT%REACTOME DATABASE ID RELEASE 96%8877627 Vitamin E transport Q499J3 FOXO-MEDIATED TRANSCRIPTION OF CELL CYCLE GENES%REACTOME DATABASE ID RELEASE 96%9617828 FOXO-mediated transcription of cell cycle genes Q540E2 Q60793 Q4KL34 E3SRG8 Q3V1Q8 Q564P6 A0A1B0GRM0 Q3UEG0 Q8BUN5 Q62432 P46414 Q9WVH4 Q9R1E0 P49817 Q9DB01 Q5HZK4 Q3UMH6 MITOCHONDRIAL TRNA AMINOACYLATION%REACTOME%R-HSA-379726.3 Mitochondrial tRNA aminoacylation Q8BIP0 Q8BXJ6 E9PWN3 Q922A3 Q9JJL8 A2RT28 D3Z636 G5E823 Q8BW46 Q3U186 Q8BML9 G3X975 Q9CZD3 Q8VDC0 Q3U2A8 Q8BJJ2 Q8R2P8 A8Y5T6 Q14CH7 Q9CYK1 Q9CXJ1 RESPONSE OF EIF2AK1 (HRI) TO HEME DEFICIENCY%REACTOME DATABASE ID RELEASE 96%9648895 Response of EIF2AK1 (HRI) to heme deficiency Q8CF69 Q8K4K2 Q4FJW1 Q8R3J5 Q60760 Q54AJ1 Q3UPN9 Q61024 Q3TML6 Q9Z2R9 Q6ZWX6 Q3UJF3 Q3ULL5 Q3V405 NUCLEAR RNA DECAY%REACTOME DATABASE ID RELEASE 96%9930044 Nuclear RNA decay Q8K366 Q9CZU3 Q9D1Q1 E9PUF4 A0A0R4J288 Q6A049 Q3U5M9 H3BIW0 Q5SFM8 Q9CYA6 B2RR83 Q8R1V7 Q9CQ49 Q8C4W4 F8WI26 B2RXQ8 O35473 Q9DAA6 Q921I9 Q9JHI7 Q9DBR1 Q7TQK4 Q9D0M0 Q3UYV9 Q3U7R5 Q571G2 Q3TKQ3 Q8CCS6 Q9CRA8 Q9CSH3 Q99MR6 Q8BTW3 VEGF BINDS TO VEGFR LEADING TO RECEPTOR DIMERIZATION%REACTOME DATABASE ID RELEASE 96%195399 VEGF binds to VEGFR leading to receptor dimerization P35918 Q5SU94 Q544A5 Q00731 P49766 P97946 O55095 P97953 PLATELET SENSITIZATION BY LDL%REACTOME DATABASE ID RELEASE 96%432142 Platelet sensitization by LDL Q8BN07 Q6ZQK4 Q8CAW4 Q9DBX5 P35235 Q6PD03 Q76MZ3 Q91V89 P63330 Q6PD28 P14234 Q5U421 Q8BIX1 Q3UCJ0 Q61151 E9Q414 REGULATION OF ENDOGENOUS RETROELEMENTS BY THE HUMAN SILENCING HUB (HUSH) COMPLEX%REACTOME%R-HSA-9843970.1 Regulation of endogenous retroelements by the Human Silencing Hub (HUSH) complex B2RTK3 B2RWH3 Q8CGP7 Q64475 Q64478 Q3TYA6 Q149V4 C0HKE5 Q9D2U9 Q9CZU3 Q8C358 Q6ZWY9 S4R1M3 A2CG76 P27661 Q8R1M2 Q3U5M9 Q7TT18 Q9CYA6 Q3UBL8 Q64524 P10853 G5E8N3 Q6PCN6 A3KPD0 P84228 Q8CGP2 Q8CGP0 P130CAS LINKAGE TO MAPK SIGNALING FOR INTEGRINS%REACTOME DATABASE ID RELEASE 96%372708 p130Cas linkage to MAPK signaling for integrins B1AYC9 Q80TM2 Q3UER8 E9PV24 E9QPU1 P05480 O54890 Q3TGR2 Q8JZR2 K7Q751 Q3V3W9 Q3TJP4 Q3UZF9 Q9QUM0 Q52L50 INTRACELLULAR METABOLISM OF FATTY ACIDS REGULATES INSULIN SECRETION%REACTOME%R-HSA-434313.6 Intracellular metabolism of fatty acids regulates insulin secretion Q8C6Z4 E9PUC2 Q91YN3 MEIOTIC RECOMBINATION%REACTOME%R-HSA-912446.7 Meiotic recombination Q5SV02 B2RTK3 B2RWH3 Q8CGP7 Q3TQQ9 Q64475 Q64478 Q80YR6 Q149V4 C0HKE5 Q9D2U9 Q6ZWY9 S4R1M3 P27661 Q8R1M2 Q5NCT2 B9EHX4 Q9JK91 Q8BRV3 Q8BZC3 A0A0R4IZY8 Q9CQ71 Q8C610 Q8K396 Q9R207 Q64524 C4PFH5 Q7TNA7 E9Q4V2 Q9WTK8 P10853 Q8BPY9 E9PZ97 Q3UGB9 Q545C3 A3KPD0 Q924H5 Q5SWN2 P84228 Q8CGP2 P97929 Q8CGP0 Q62193 Q6NV63 Q08297 P68433 PHOSPHORYLATION AND NUCLEAR TRANSLOCATION OF BMAL1 (ARNTL) AND CLOCK%REACTOME DATABASE ID RELEASE 96%9931529 Phosphorylation and nuclear translocation of BMAL1 (ARNTL) and CLOCK Q8C9W6 G3UZX4 Q3UHZ2 Q543F6 SIGNALING BY ACTIVIN%REACTOME%R-HSA-1502540.5 Signaling by Activin Q63844 E3SRG8 P27040 Q8BNY0 Q3V348 Q0VEP8 Q4FJW2 Q3TZF1 Q8BUN5 Q62432 Q04997 Q8BRV4 Q3UY39 P63085 Q542M9 Q04999 A0A0R4J097 INSULIN PROCESSING%REACTOME DATABASE ID RELEASE 96%264876 Insulin processing Q9CUT6 Q8K0E2 Q8BGG0 A0A1Y7VNF4 Q547J8 Q6P1Y9 P28738 Q8K3I4 Q543R4 Q8R4H9 Q3US62 Q3TPX4 A0ABA7IXD2 Q544U7 Q9ESG4 Q5D0A4 Q8CHR4 P09103 Q6PGF7 Q8C670 Q9CXE1 Q32MU0 D3Z4J3 Q5EEX1 Q542L0 SEROTONIN RECEPTORS%REACTOME%R-HSA-390666.5 Serotonin receptors Q61224 Q543V2 Q543D4 Q64264 B6VJS3 Q14AW8 Q02152 S4R2T0 Q0VES5 A0A494BA82 Q3UVG4 DEVELOPMENTAL CELL LINEAGES OF THE INTEGUMENTARY SYSTEM%REACTOME DATABASE ID RELEASE 96%9734779 Developmental Cell Lineages of the Integumentary System Q4FJT2 Q3UWD7 Q545E4 Q9CPQ2 O35565 ECM PROTEOGLYCANS%REACTOME%R-HSA-3000178.6 ECM proteoglycans M0QWP1 O35701 O54890 Q3TZ05 Q5NCU5 Q61789 Q3TSQ8 Q3USI2 A0A0R4IZX5 Q3UNK5 F8VQJ3 P19137 Q3TNY9 Q3UHL7 Q8CDZ9 O55188 P97927 Q5DTP0 P29788 Q3UKR1 Q8BS97 Q9Z0T9 A2ARA8 Q91YU7 G5E899 P51942 Q9QUP5 E9Q2T3 E9Q9Z9 Q8BYI9 Q497X0 A6H6K1 Q3UT74 F2Z3U4 Q8VI56 Q80Z71 P43406 Q9QUM0 Q61711 A0A0U1RNJ3 Q543D2 Q8C9Z1 P51885 Q9R0G6 E9QB01 Q3TQ52 Q62469 Q3TZS3 Q8CBE6 P09055 I7HJR1 Q52KG8 Q9D0D2 Q6PE70 Q8BSX1 SLC-MEDIATED TRANSPORT OF NEUROTRANSMITTERS%REACTOME%R-HSA-442660.4 SLC-mediated transport of neurotransmitters O08966 Q60857 Q49S98 Q3TRY2 Q3UE85 Q8R2I2 Q8VDB9 A1L359 Q9DB41 Q8BG16 Q80X52 Q61327 Q8CF74 A0A0R4J0A6 P28571 O70577 Q6PGE7 P31650 B2RXV9 Q6PCX2 DEFECTIVE CYP1B1 CAUSES GLAUCOMA%REACTOME DATABASE ID RELEASE 96%5579000 Defective CYP1B1 causes Glaucoma Q3UTK2 INVADOPODIA FORMATION%REACTOME DATABASE ID RELEASE 96%8941237 Invadopodia formation O88839 O89032 Q61824 Q3UHT3 SHC-MEDIATED CASCADE:FGFR4%REACTOME DATABASE ID RELEASE 96%5654719 SHC-mediated cascade:FGFR4 Q790L8 A0A7U3JW97 A0A0R4IZY3 A0A7U3JW51 Q9D091 Q8C399 Q6ZWS1 Q61411 A0A7U3L6F4 Q541T2 Q3USK4 Q99N32 Q3U1V5 A0A7U3JW80 E9Q2N2 IRE1ALPHA ACTIVATES CHAPERONES%REACTOME DATABASE ID RELEASE 96%381070 IRE1alpha activates chaperones Q2NL51 P98083 P47856 P48678 Q80TM2 Q6P1H4 Q8C089 P50544 F8WHZ9 Q6PD28 V9GXM1 A0A0R4J1R1 Q6NZM3 Q8R3E3 Q3TSP4 F8VQE6 Q9Z1W5 Q921X9 P47758 Q3UFV9 O89023 Q9DBG7 Q3TML0 Q7TQI8 Q91XB7 Q99KV1 Q542Q0 Q9QYI6 Q8R1L4 A6H6B9 Q3UAP1 A9C491 Q541B1 Q3UN10 P51863 Q3U7T8 Q9EQY0 A0A2Y9CZM3 A0A0R4J0W0 Q9JKR6 Q9CY50 Q9CPT4 P51859 Q3UPL0 Q925U4 A2A9I0 TRANSLESION SYNTHESIS BY POLI%REACTOME%R-HSA-5656121.2 Translesion synthesis by POLI A2A7G7 Q4KL82 Q9CQ71 Q5U4B1 Q99J62 Q5SWN2 P0CG50 Q3TKD1 Q61493 Q542J9 Q62193 E9QJU6 Q5HZI8 Q920Q2 RNA POLYMERASE I PROMOTER OPENING%REACTOME DATABASE ID RELEASE 96%73728 RNA Polymerase I Promoter Opening B2RTK3 B2RWH3 Q8CGP7 Q63844 Q64475 Q64478 Q64524 Q149V4 P10853 C0HKE5 Q9D2U9 Q9Z2E1 A3KPD0 Q6ZWY9 S4R1M3 Q9DBH1 P84228 Q8CGP2 P27661 Q8R1M2 Q8CGP0 INTRACELLULAR SIGNALING BY SECOND MESSENGERS%REACTOME DATABASE ID RELEASE 96%9006925 Intracellular signaling by second messengers Q4FK48 Q3UDZ1 Q544E3 E9Q8C1 A0A140T8R7 P84309 Q91WF3 A0A2I3BRC5 Q60989 Q922R0 Q9WVH4 E9QMN5 P68181 Q80ZA1 E9Q706 Q8BM83 Q52L79 Q78ZM1 O88444 Q6ZQ88 Q9WUD1 Q3TY04 Q3UUN2 Q8BSJ6 H3BK84 Q80TY9 Q3UU15 Q3V1Q3 Q3UUT8 Q6PFX9 A0A1Y7VKW0 Q5BKP2 B1AZ99 Q3TXI7 Q8K1M3 Q9CTM5 Q922K9 Q3UES3 Q80SW1 Q8VHR5 Q8CCM0 A2AS93 Q3U9H3 P70227 Q8C8N0 H9T841 P05132 Q8BVZ5 Q5D095 Q8BL41 Q3UJ95 Q8BW40 Q8CED6 F8WIS9 F8VPX1 Q8C078 Q3UN66 Q9CYI8 Q9QWH1 Q61521 Q0VEB7 Q543J8 Q5FW64 Q3V116 Q8VBY2 P23804 Q9CQJ4 Q3URA3 D3YY34 Q9DBY5 Q564P6 Q9QXV1 P46414 O55187 Q6DR99 Q3UEW6 Q2LC58 Q61151 O35126 Q9D0U6 P46694 Q8CHE4 Q9Z1M4 J3QM82 O35730 Q0VER9 Q6ZQK4 Q0VG15 Q505A4 Q790L8 A0A7U3JW97 Q6PD03 Q80VU4 A0A0R4IZY3 Q62077 O35565 Q3UHE3 A0A7U3JW51 Q543V3 Q8C399 Q541P3 Q6ZWS1 P63330 A0A7U3L6F4 Q3V1A4 Q541T2 Q4FJT2 P81122 Q544I6 Q3UWD7 Q99N32 Q3U7M4 Q3U1V5 A0A7U3JW80 E9Q2N2 Q8BR10 Q3ZB59 Q8R4K2 Q8CAT6 Q9D5W0 Q53YN4 Q76MZ3 Q7TS64 Q9DBS6 A2ASF9 Q91V89 Q9Z2D8 Q3TQG5 Q8BIX1 Q5EEX1 A0A0R4IZW4 Q8BN07 Q3TPM5 P54775 Q3UPK6 Q9CPS5 Q8BVQ9 Q6PD28 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q3TMT1 Q9D8W5 P99026 F8WHW6 Q9R1P0 Q3TV35 A9QW46 Q3UII8 O35593 Q9R1P3 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q2KHS8 Q3TXS7 P70195 Q8CBT3 Q9R190 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 B2RSC8 Q2NL51 Q6GU14 Q9WTX4 P70196 D3YZR2 G3V023 Q4VA93 P05532 E7FJU2 Q3UZ96 Q8BTI9 Q9DBC7 Q8BKH7 O55106 Q8BGR3 Q8C5H3 Q8CE74 P16054 Q3TLP8 Q549R2 Q3UXE9 Q58E49 Q9CS58 Q3U6Q4 Q921E6 A1A4T4 Q9DB86 F8V330 Q61238 Q8CJF9 Q545E4 A0A1W2P736 Q3UHZ0 P31750 Q9WVF5 Q8C7P2 E9PXW8 Q6QI06 Q8CDH5 Q8VD67 B1ATC3 Q05144 Q9JLN9 Q3UHK8 P05622 Q3TNY3 G3UZX4 Q9EQ32 A0A338P6G9 Q812A5 Q8C5Q7 F8VQL0 A0A3Q4EC26 P42337 Q8VDU4 P05480 P35235 Q6P9T4 Q60972 D3YZ57 Q8C9G5 E9Q696 Q3UUI3 O08908 Q8CF66 Q6NTA4 P63085 Q9CQ22 Q8BGD6 Q8C6X4 Q8K4K2 Q8C180 G3UW70 Q63844 Q4KL34 Q7TT21 Q8CDB3 Q99K70 Q5KU03 Q6AXH7 Q80X95 A4FUW1 Q3UQ34 B1AWT3 Q9JHS3 E9QKI5 Q8BJP2 Q8CI98 Q3UD86 Q9R1E0 Q545Q1 E9PW15 Q8K0T3 Q8CBR9 P70181 P26618 P70182 Q9JM08 P70424 GLYCOGEN METABOLISM%REACTOME DATABASE ID RELEASE 96%8982491 Glycogen metabolism P07934 Q8CI94 Q8CBA7 Q9WUB3 Q9DCT1 A0AAQ4VMQ4 Q9Z1E4 Q6PE66 Q7TMB3 Q9WUA5 P70699 Q9DB30 Q8VCB3 Q0VF71 Q3U6X6 P0CG50 F8VPN4 Q9D6Y9 Q3U548 Q9R062 Q9ET01 REGORAFENIB-RESISTANT PDGFR MUTANTS%REACTOME DATABASE ID RELEASE 96%9674403 Regorafenib-resistant PDGFR mutants P26618 REGULATION OF TP53 EXPRESSION AND DEGRADATION%REACTOME%R-HSA-6806003.4 Regulation of TP53 Expression and Degradation Q60636 Q3UHZ0 P31750 Q6ZQK4 Q8BN07 E9Q8C1 F8VPX1 Q6QI06 P63330 Q3UTC9 Q9JLN9 P0CG50 P11440 Q8BKH7 Q543W6 Q80ZA1 Q8BLG0 Q812A5 Q64364 P23804 B9EHX4 Q3UD78 Q8CE74 Q99KR6 A0A3Q4EC26 P51943 Q76MZ3 Q3UKR0 Q3UGB9 Q8BIX1 Q61456 O88623 Q8C6X4 DEVELOPMENTAL LINEAGE OF MULTIPOTENT PANCREATIC PROGENITOR CELLS%REACTOME%R-HSA-9937080.2 Developmental Lineage of Multipotent Pancreatic Progenitor Cells Q541T2 Q544I6 Q3UWD7 A0A7U3JW80 O35565 GLUCONEOGENESIS%REACTOME DATABASE ID RELEASE 96%70263 Gluconeogenesis Q9Z2V4 P09411 Q3UER1 P06745 P17751 Q5FWB7 P09041 A0A0J9YUP0 Q5FW97 Q6NSQ9 S4R2G5 Q3TKP4 P21550 Q9QXD6 Q5NCI4 Q3U7Z6 P35576 Q8R070 A0A0R4J0G0 Q9D1F9 Q9Z186 Q545V3 Q8BP54 P05063 MAPK FAMILY SIGNALING CASCADES%REACTOME%R-HSA-5683057.5 MAPK family signaling cascades Q6NZH9 Q9Z1S3 Q52KF7 Q3UP61 Q05A81 P26952 A0A338P6I6 Q5SV01 E9QJS1 P16297 Q6PCP3 Q00941 Q3U1Z1 Q9WVH4 P68181 Q541Z2 Q52L79 Q8K2I1 A0A0R4J0R7 P62878 Q05BA5 P62141 E9Q5D6 Q544I2 Q68FG2 K7Q751 Q9D0J4 Q3UGX2 Q8R1C2 Q3TYL7 Q8BUM3 Q3V1V5 E9QB01 Q3TR87 Q542D1 P97785 V5SIM2 P08032 Q545F4 Q8VIE5 Q8CCM0 A0A5F8MPZ4 P48540 P05132 D3Z111 Q8BL41 Q99JW1 Q99KQ3 Q7M759 Q0VAV5 Q8VCV1 P58069 Q60790 E9PYG6 A0AAQ4VMS6 Q501K2 Q8BW40 Q9CTE0 A0A0J9YVH8 F8WIS9 Q8CAS7 A0A0R4J0K0 Q6PFQ7 Q9Z268 Q04690 Q52KF5 Q924S8 A2RTD1 Q61521 Q0VEB7 Q543J8 Q5FW64 P70392 Q9QZR7 S4R216 Q6DR99 Q3UEW6 Q61151 Q9QUM0 Q61532 Q8JZL1 O54992 E9Q1G8 Q3TPX5 Q9CQC5 Q6NXI4 Q0VER9 Q6ZQK4 Q0VG15 Q3UYI5 Q91WJ0 Q790L8 O88520 A0A7U3JW97 O08538 Q6PD03 Q9DAJ4 A0A0R4IZY3 O35565 E9Q8N0 Q62048 A0A7U3JW51 Q543V3 Q6P5G0 G3X9V4 Q8C399 A6MDC6 Q6ZWS1 Q3TYC0 P63330 A0A7U3L6F4 A0A0H3XWX3 Q541T2 Q4FJT2 A0A1Y7VJB9 Q80YS4 P81122 Q544I6 Q5HZH3 Q61193 Q3UWD7 Q99N32 Q3U1V5 A0A7U3JW80 E9Q2N2 Q3U4N2 Q8BFV3 Q6ZWM8 Q3URV7 A0A1W2P715 Q76MZ3 Q8JZX9 Q9Z0X0 Q91V89 Q3TY83 Q8BIX1 A0A0R4IZW4 Q8BN07 P54775 Q3UPK6 Q9CPS5 Q8BVQ9 Q6PD28 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 Q3UZF9 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 A9QW46 O35593 Q9R1P3 Q14AQ1 Q5J7N1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 P35546 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q920N8 Q3TKV1 Q8BTM9 Q9WTX4 P59268 D3YZR2 G3V023 Q7TSZ9 Q0VAZ2 Q7TNL7 Q9ESS0 Q05922 Q3U8K3 Q1HL35 Q8CAH8 P05532 Q91W53 Q8BTI9 A0A1Y7VNZ6 Q03391 D3YWU0 P97463 A2AI21 Q3TLP8 Q91V35 Q5FW75 P08551 Q9CS58 O35118 A1L3Q1 Q9Z0L2 Q8C1V7 Q3UET6 Q8CJF9 Q545E4 Q8BWG8 G5E884 Q52L50 Q64727 Q62120 B1AYC9 Q3TU98 A2AI78 Q99MP8 Q80TM2 Q3UER8 Q9WVF5 Q8C7P2 Q80XI6 E9PV24 Q5EBQ2 E9QPU1 J3JS97 Q99N57 Q3UV75 P67778 O54890 Q3TGR2 Q5DTJ2 A2A9K7 Q8CAD1 Q8VD67 P04351 B1ATC3 Q3UHK8 P05622 P11440 B1GX81 P41241 P01108 F8VQL0 P42337 P05480 P35235 Q61411 D3YZ57 A2A5N2 A0A5F8MPM1 Q3USK4 Q8C9G5 Q3TMJ8 Q8BMC3 Q3V3W9 O08908 P63085 P98083 Q8C180 Q63844 Q5SX78 Q91YS7 Q6ZPU1 O08911 Q9D091 P28028 Q3URU8 Q3UQ34 Q9JHS3 Q8BJP2 Q3UD86 Q3TDQ8 Q9R1E0 P26618 D3Z4R2 Q60676 Q8BYY5 P70424 COAGULATION PATHWAY%REACTOME DATABASE ID RELEASE 96%9769740 Coagulation pathway M0QWP1 Q3V1F2 Q3UER8 Q64519 E9PV24 E9QPU1 Q75UR0 Q6GR78 Q8R121 O54890 Q3TGR2 P49182 A0A0R4IZY6 A0A0R4J088 Q3U5S6 P33587 Q543J5 Q6P8R3 G5E899 A2CFB8 H3BLN8 Q3TR66 A7LM19 Q9QUM0 Q8BQ43 Q8CI01 O88783 Q6S9I3 Q3TJ94 Q8K357 Q8BVN1 P51655 Q04519 A0A2I3BPX3 Q3UER0 Q8R3X6 Q8R2S8 Q543W3 P43407 Q80YC5 Q543R5 P26262 Q3V3W7 Q8BKV1 Q80Y26 Q542C2 P16294 P30558 P97290 Q3U379 Q52KG8 B2RR03 Q3TWB2 O88186 Q9QZU3 ACTIVATION OF AMPK DOWNSTREAM OF NMDARS%REACTOME DATABASE ID RELEASE 96%9619483 Activation of AMPK downstream of NMDARs Q542K0 Q8BRK8 Q6PAM0 Q8BUX6 Q8C078 Q3TWR3 Q8BIQ9 Q8BGM7 CO-INHIBITION BY CTLA4%REACTOME%R-HSA-389513.5 Co-inhibition by CTLA4 P31750 Q549R2 Q8BN07 Q6ZQK4 P35235 Q6PD03 Q76MZ3 Q91V89 P63330 Q6PD28 D3YZ57 Q6GTR6 E9Q696 Q61238 Q8BIX1 Q61151 Q8CEI0 Q3TJI7 Q8CE74 Q8C6X4 SYNTHESIS OF PI%REACTOME DATABASE ID RELEASE 96%1483226 Synthesis of PI O35954 A0A0U1RPV3 P98191 Q3UHE1 RESOLUTION OF D-LOOP STRUCTURES%REACTOME DATABASE ID RELEASE 96%5693537 Resolution of D-Loop Structures Q5SV02 Q8BWH5 Q3TQQ9 A0A0R4J1H1 Q80W51 Q80YR6 Q8BMI4 Q3UJQ1 Q0VGM9 Q6ZQJ5 Q8BGX7 Q5NCT2 Q9QZ11 B9EHX4 Q8BRV3 Q5SXJ3 O70445 Q3TV35 Q9R207 O35719 Q8BPY9 Q9CX47 E9PZ97 Q924H5 Q91ZJ0 D3YVU6 Q6P1D7 P97929 Q3UGT8 Q6NV63 Q08297 Q8BJW7 3-HYDROXYISOBUTYRYL-COA HYDROLASE DEFICIENCY%REACTOME DATABASE ID RELEASE 96%9916722 3-hydroxyisobutyryl-CoA hydrolase deficiency Q8QZS1 INTEGRATION OF PROVIRUS%REACTOME%R-HSA-162592.5 Integration of provirus Q566K0 A0A0R4J187 O54962 A0A0R4J024 Q5SVY2 Q8BTF7 Q60960 P27641 A2BI12 DEFECTIVE PRO-SFTPB CAUSES SMDP1 AND RDS%REACTOME%R-HSA-5688031.4 Defective pro-SFTPB causes SMDP1 and RDS S4R2L6 FGFR1C LIGAND BINDING AND ACTIVATION%REACTOME%R-HSA-190373.6 FGFR1c ligand binding and activation A0A7U3L6F4 Q541T2 Q3U1V5 A0A7U3JW80 Q9Z0G0 E9Q2N2 A0A0R4J097 Q8C399 Q6ZWS1 INWARDLY RECTIFYING K+ CHANNELS%REACTOME%R-HSA-1296065.4 Inwardly rectifying K+ channels Q3ZAT1 P29387 Q9QYK8 P63213 Q544N3 Q3TQ70 Q6P8Y9 P63216 Q3UMY0 Q80T41 P61953 P50153 P48545 Q9JMF3 Q61012 Q9D3L6 Q9Z307 G3UWE7 Q9CXP8 Q8C7Z5 Q3U9V4 Q54AE3 Q543W5 Q9WV18 B2RUS7 Q3U118 Q61743 Q9DAS9 Q3UG14 Q3UGN1 E9PUE8 Q53Z04 Q8JZN3 Q8C8Y6 PTK6 EXPRESSION%REACTOME%R-HSA-8849473.2 PTK6 Expression P06537 P97481 Q05AA8 Q3UCW2 A0A158SIT8 RIBOSOMAL SCANNING AND START CODON RECOGNITION%REACTOME%R-HSA-72702.5 Ribosomal scanning and start codon recognition Q5YLW3 Q8C470 Q9CQR2 Q5F2A7 Q3TY56 P62264 O70194 Q3UVY8 Q6ZWN5 Q544H0 Q66JS6 Q8BGD9 Q8BMJ3 E9Q9E1 Q8QZY1 Q99JX4 Q9QZD9 Q8R1B4 Q564E5 Q3TML6 Q8JZQ9 Q3UIG0 Q6ZWX6 Q3ULL5 Q3UM46 Q561N5 Q5M9L0 Q5M9K7 Q8BTU6 Q58EA6 Q4FZE6 Q9CZX8 Q6ZWU9 Q497N1 Q5CZY9 P97461 Q3TQR3 Q545X8 P14206 Q3UC02 D3YYB0 Q5M9M4 SIGNALING BY FGFR3%REACTOME DATABASE ID RELEASE 96%5654741 Signaling by FGFR3 Q8C180 Q63844 Q8C7P2 Q8BN07 Q505A4 Q91WJ0 A0A7U3JW97 Q62077 A0A7U3JW51 Q9D091 P28028 Q6ZWS1 A0A7U3L6F4 P63330 Q541T2 P0CG50 Q3U1V5 A0A7U3JW80 E9Q2N2 Q3U1I8 B2RS85 P42337 P70419 P35235 Q76MZ3 A0A0X1KG61 Q61411 Q3USK4 P63085 BETA-OXIDATION OF PRISTANOYL-COA%REACTOME%R-HSA-389887.5 Beta-oxidation of pristanoyl-CoA Q9DBS4 O09174 H7BX88 P51660 Q8C178 Q9DC50 Q8BZR4 Q9QXD1 DEFECTIVE OGG1 SUBSTRATE BINDING%REACTOME DATABASE ID RELEASE 96%9656255 Defective OGG1 Substrate Binding Q3UIL3 DISEASES ASSOCIATED WITH GLYCOSAMINOGLYCAN METABOLISM%REACTOME%R-HSA-3560782.5 Diseases associated with glycosaminoglycan metabolism M0QWP1 Q3V1F2 Q543D2 Q62273 Q64519 Q8CAZ9 Q3V1P4 Q80V53 P58158 P51885 Q3TXR9 Q543C5 Q3TSQ8 A0A0R4IZX5 Q3URZ9 P51655 Q3TNY9 Q8R3X6 O35103 Q71M36 P43407 O88199 Q6ZQ11 Q8BKV1 Q3UKR1 Q8BS97 Q3U478 A0A494BB18 Q3U5S6 P29416 Q91Z92 Q3TAW1 H3BLN8 Q3U379 Q9QUP4 A4FUJ3 Q52KG8 Q3UDB5 Q3TWB2 RAF MAP KINASE CASCADE%REACTOME%R-HSA-5673001.12 RAF MAP kinase cascade Q6NZH9 Q9Z1S3 Q52KF7 Q3UP61 Q05A81 P26952 A0A338P6I6 Q5SV01 P16297 Q6PCP3 Q00941 Q3U1Z1 Q541Z2 Q8K2I1 A0A0R4J0R7 P62878 P62141 E9Q5D6 Q544I2 Q68FG2 K7Q751 Q9D0J4 Q3UGX2 Q8R1C2 Q8BUM3 Q3V1V5 E9QB01 P97785 V5SIM2 P08032 Q8VIE5 Q8CCM0 P48540 D3Z111 Q8BL41 Q99JW1 Q99KQ3 Q7M759 Q0VAV5 Q8VCV1 P58069 Q60790 E9PYG6 A0AAQ4VMS6 Q501K2 Q8BW40 Q9CTE0 A0A0J9YVH8 F8WIS9 Q8CAS7 A0A0R4J0K0 Q6PFQ7 Q9Z268 Q04690 Q52KF5 Q924S8 Q61521 Q0VEB7 Q543J8 Q5FW64 P70392 Q9QZR7 Q6DR99 Q3UEW6 Q61151 Q9QUM0 Q8JZL1 Q3TPX5 Q6NXI4 Q0VER9 Q6ZQK4 Q0VG15 Q3UYI5 Q91WJ0 Q790L8 O88520 A0A7U3JW97 O08538 Q6PD03 Q9DAJ4 A0A0R4IZY3 O35565 E9Q8N0 Q62048 A0A7U3JW51 Q543V3 G3X9V4 Q8C399 Q6ZWS1 Q3TYC0 P63330 A0A7U3L6F4 Q541T2 Q4FJT2 Q80YS4 P81122 Q544I6 Q5HZH3 Q61193 Q3UWD7 Q99N32 Q3U1V5 A0A7U3JW80 E9Q2N2 Q3U4N2 Q8BFV3 Q6ZWM8 A0A1W2P715 Q76MZ3 Q91V89 Q3TY83 Q8BIX1 A0A0R4IZW4 Q8BN07 P54775 Q3UPK6 Q9CPS5 Q8BVQ9 Q6PD28 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 Q3UZF9 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 A9QW46 O35593 Q9R1P3 Q14AQ1 Q5J7N1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 P35546 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q920N8 Q3TKV1 Q8BTM9 Q9WTX4 P59268 D3YZR2 G3V023 Q7TSZ9 Q0VAZ2 Q7TNL7 Q9ESS0 Q05922 Q3U8K3 Q1HL35 Q8CAH8 P05532 Q91W53 Q8BTI9 A0A1Y7VNZ6 Q03391 D3YWU0 P97463 A2AI21 Q91V35 Q5FW75 P08551 O35118 A1L3Q1 Q9Z0L2 Q8C1V7 Q3UET6 Q545E4 Q8BWG8 Q52L50 Q64727 Q62120 B1AYC9 Q3TU98 A2AI78 Q99MP8 Q80TM2 Q3UER8 Q9WVF5 Q8C7P2 Q80XI6 E9PV24 Q5EBQ2 E9QPU1 J3JS97 Q99N57 Q3UV75 P67778 O54890 Q3TGR2 A2A9K7 Q8CAD1 P04351 P05622 P41241 F8VQL0 P42337 P05480 Q61411 D3YZ57 A2A5N2 A0A5F8MPM1 Q3USK4 Q8C9G5 Q3TMJ8 Q8BMC3 Q3V3W9 O08908 P63085 P98083 Q8C180 Q63844 Q5SX78 Q91YS7 Q6ZPU1 O08911 Q9D091 P28028 Q3URU8 Q9JHS3 Q3TDQ8 P26618 Q60676 P70424 RRNA PROCESSING IN THE MITOCHONDRION%REACTOME DATABASE ID RELEASE 96%8868766 rRNA processing in the mitochondrion Q9CZ57 H3BKT7 Q9CWX4 Q8JZM0 Q99J25 Q99N15 Q9CPY0 Q3UFY8 Q548B0 Q99KS2 Q5ND52 Q8JZY4 Q3U0M8 Q922E6 D3Z3A2 Q8R3J4 PROGRAMMED CELL DEATH%REACTOME DATABASE ID RELEASE 96%5357801 Programmed Cell Death B1AUL6 Q63810 P54775 Q3UPK6 P14733 Q9CPS5 P29452 Q5SS40 E9PZP3 Q8CGY8 Q8BVQ9 Q60989 P70444 P62196 Q8K3J2 P70343 B2RT97 B2RRZ7 P0CG50 Q4FJP7 Q3U0Y6 Q5SS83 Q99PH8 Q80UF7 Q9D7F7 Q80ZA1 Q3TKG4 Q542I9 Q8C6X9 Q61160 A1L3B8 P14685 Q541Z2 Q561N4 Q8BJQ4 Q80Y09 Q545G0 Q8C350 Q6PEB3 Q78V99 Q2PMY2 P49722 Q5SRW7 Q9D8W5 A0A1B0GR63 P99026 Q62210 Q9R1P0 Q540I4 E9Q5V3 Q3TV35 Q8C863 O35593 Q3TMX0 Q9R1P3 P97350 A0A3B2W489 Q3U5H0 Q14AQ1 E9PZW0 O55111 Q58EV4 Q5CZX0 B9EHJ3 Q9D8B3 A0A3B2WCN9 O55234 Q9WUD1 Q3UFC6 Q542H2 Q3TZH4 Q5BKQ9 P10749 P70677 Q61495 Q3U607 Q9JKV1 Q60855 O08734 Q3TXS7 Q9CQ10 P70195 Q3UP87 A0A679AXP3 Q3U2Z2 K7Q751 Q9QZM4 Q60692 B1AZ39 Q3TSE5 E0CXB1 Q6RI64 E9PVB7 Q3TS44 Q99JI4 Q920N8 Q3TKV1 A0A1L1SVG0 Q9JIQ3 A2AGL5 Q6PAC1 Q5SX13 Q60960 Q3V1V5 Q9D699 Z4YK94 F8WHZ9 Q62418 Q6S393 Q4FJQ4 Q3TZP5 P63101 P68510 Q8CE74 Q8C535 Q8BP66 P30681 A2AS93 Q3U9H3 Q6GU23 Q5DU30 Q3UJC3 Q8K3H0 E9JGN0 Q05A21 Q8K1S3 Q8K1S4 Q80Y52 Q9QYH6 P31750 Q3UKP8 A8IP69 Q9WVQ5 Q5DTJ2 P43274 O70456 Q9D2Y4 P43275 Q3TPJ9 P43276 Q61081 P10922 Q3UHW8 Q64364 Q149Z9 Q8C8M7 Q9CYB4 A0A0R4IZW5 Q5FWJ3 Q3UE22 Q02248 Q7TSJ7 A2A5N2 Q9D297 P63085 Q8C6X4 P63168 Q63844 Q5SZA3 Q8BQK4 Q5HZH3 L0CL36 Q8BNP7 A0A2U3TZ67 Q9D8H7 A2AD85 Q80TU6 Q80YR7 Q3U335 P58281 Q53YN4 Q8R5L1 Q64HC9 Q9D0M5 Q62415 E9QJU8 Q61335 Q8C9L7 Q80XK0 A2AV75 PKR-MEDIATED SIGNALING%REACTOME DATABASE ID RELEASE 96%9833482 PKR-mediated signaling Q4FJR9 Q8BGE5 A2ACJ2 Q8BN07 Q9CR14 E9Q5Z5 Q3TF92 Q8BHL6 A1L347 Q3TML6 Q6ZWX6 Q3ULL5 P11440 Q80ZA1 Q9QZU9 Q5D0E0 Q61696 Q03963 Q3UFV9 Q3TU94 Q504P4 Q3U5B1 Q8CBT3 Q60521 Q8BH99 Q8VC91 Q9D084 A2AC07 P63280 Q06180 Q6PD03 Q8CI15 Q9DAY9 P63330 Q3UH31 Q9Z1K5 F7DAL6 A4QPC9 O55042 Q6GU23 Q76MZ3 Q3UN58 Q9JL70 Q14A90 P17156 Q3UNH9 Q9WTX2 Q8BIX1 Q8CBR3 Q3TEX6 Q99K94 Q9CXY6 Q45VK6 TIE2 SIGNALING%REACTOME DATABASE ID RELEASE 96%210993 Tie2 Signaling P98083 P42337 Q8C7P2 Q3V0P7 A2ASX2 P35235 O08538 B9EHQ4 Q9D091 Q61411 Q80YS4 Q8BTI9 Q3USK4 Q03160 O08908 Q3TX09 BREAKDOWN OF THE NUCLEAR LAMINA%REACTOME DATABASE ID RELEASE 96%352238 Breakdown of the nuclear lamina Q3TPJ9 P14733 DIGESTION OF DIETARY CARBOHYDRATE%REACTOME DATABASE ID RELEASE 96%189085 Digestion of dietary carbohydrate F8VQM5 B5THE2 B2RS82 Q91XA9 P00688 F8VPT3 P00687 E9PYP7 C-TYPE LECTIN RECEPTORS (CLRS)%REACTOME%R-HSA-5621481.3 C-type lectin receptors (CLRs) Q63810 Q3UZ64 P63328 G3X8U7 Q9DBQ6 Q8C443 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q0VAV1 Q8BVQ9 B7ZWE5 E9PUF1 P62196 A0A7N9VSW1 B2RT97 P0CG50 P68181 Q2TBA3 Q3V1S6 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q548Y4 Q5D0E0 P49722 Q9D8W5 P99026 Q8CIH5 Q9R1P0 Q8CIS0 Q3TV35 A0A0R4J0H1 O35593 Q9R1P3 Q5SUR3 Q14AQ1 Q58EV4 Q923A8 Q54AA2 O55234 Q542H2 Q5BKQ9 P10749 Q3U607 Q9JKV1 A0A286YDT6 Q3TXS7 P70195 Q8CBT3 Q9Z1E3 Q5SRY7 Q60692 E0CXB1 Q6RI64 Q3TS44 Q66JT6 Q99JI4 Q8VC91 P25799 Q9D5S8 Q3TKV1 Q99K90 Q0VEM9 Q569Y6 Q8CF89 A2RTT4 P70196 A0A1W2P7U1 Q6P1E0 Q8CEI0 Q80SW1 P70227 Q8C8N0 P05132 Q3UV15 G5E884 Q8CED6 Q3UHZ0 G5E919 Q99N57 Q544K4 Q5DTJ2 B1GX81 Q3UFQ4 Q61411 D3YZ57 P20491 Q9D091 P35330 Q91ZX1 Q8K220 Q3TUH8 Q6GQV9 Q53YN4 Q8BJ14 Q923C7 Q3V2N1 Q4FK29 A2AIV8 F8WHB7 Q4KL29 V9GXI5 Q67DU8 GTP HYDROLYSIS AND JOINING OF THE 60S RIBOSOMAL SUBUNIT%REACTOME%R-HSA-72706.4 GTP hydrolysis and joining of the 60S ribosomal subunit Q5YLW3 Q9CQR2 P62264 Q6ZWN5 Q4FZH2 Q8BP67 Q5M9N8 Q642K1 Q9CXW4 P62717 Q3TML6 Q6ZWX6 Q3ULL5 Q561N5 Q5M9K7 P62830 P99027 Q9D823 Q505A8 Q58EA6 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 Q497N1 Q5CZY9 Q8C470 Q5F2A7 Q3TY56 O70194 Q3UVY8 Q544H0 Q66JS6 Q8BGD9 E9Q9E1 Q8BMJ3 Q8QZY1 Q99JX4 Q9QZD9 Q8R1B4 Q564E5 Q8JZQ9 Q3UIG0 Q3UM46 Q5M9L0 Q8BTU6 Q6ZWU9 P97461 Q4VAG4 Q58E35 P86048 Q9CQD0 P62911 Q6A002 Q545X8 Q3TQR3 P14206 Q9CPR4 Q0VBA4 Q3UC02 D3YYB0 Q5M9M4 Q5M9M0 PRE-NOTCH PROCESSING IN GOLGI%REACTOME%R-HSA-1912420.4 Pre-NOTCH Processing in Golgi Q8R0X5 Q3U478 B2RRW2 O35516 P31695 Q01705 O09009 Q91Y74 Q3UPI0 Q5DTI2 Q61982 Q6GTY4 P23188 Q3U4W5 Q8R429 Q8VIB3 BETA OXIDATION OF DECANOYL-COA TO OCTANOYL-COA-COA%REACTOME%R-HSA-77346.5 Beta oxidation of decanoyl-CoA to octanoyl-CoA-CoA Q9DCS3 P45952 Q61425 Q99JY0 Q8BMS1 Q8BH95 GAMMA-CARBOXYLATION OF PROTEIN PRECURSORS%REACTOME%R-HSA-159740.5 Gamma-carboxylation of protein precursors Q61592 B2RS80 Q3TJ94 P33587 Q8CI01 Q542C2 P16294 Q3TR66 Q80Y26 DRUG RESISTANCE IN ERBB2 KD MUTANTS%REACTOME DATABASE ID RELEASE 96%9665230 Drug resistance in ERBB2 KD mutants Q61081 B7ZNX6 Q80Y52 P70424 THE NLRP3 INFLAMMASOME%REACTOME DATABASE ID RELEASE 96%844456 The NLRP3 inflammasome A0A0R4J0P5 Q32MT1 Q71LX8 Q9CX34 P10639 Q54AA2 Q6GR78 Q9JIP4 Q8CHP4 P29452 Q3U5U6 Q8BG60 Q3UV15 Q8R4B8 Q548Y4 P25799 SEMA3A-PLEXIN REPULSION SIGNALING BY INHIBITING INTEGRIN ADHESION%REACTOME%R-HSA-399955.4 SEMA3A-Plexin repulsion signaling by inhibiting Integrin adhesion Q91VS8 F8WHW6 Q3TLP8 Q80TM2 A0A803Z7F8 Q80UG2 A0A158SIT4 P97333 P70207 Q3U1N3 P70206 D3YZ57 Q8BLR7 Q8CGG9 DEFECTIVE TRANSPORT OF AMINO ACIDS BY SLC6A19 CAUSES HARTNUP DISORDER (HND)%REACTOME%R-HSA-5659735.5 Defective transport of amino acids by SLC6A19 causes Hartnup disorder (HND) Q3TRY2 IMPAIRED BRCA2 BINDING TO SEM1 (DSS1)%REACTOME%R-HSA-9763198.2 Impaired BRCA2 binding to SEM1 (DSS1) Q3TV35 P97929 M-DECAY: DEGRADATION OF MATERNAL MRNAS BY MATERNALLY STORED FACTORS%REACTOME DATABASE ID RELEASE 96%9820841 M-decay: degradation of maternal mRNAs by maternally stored factors Q8C470 Q5F2A7 Q8VEG6 Q9CWN7 Q8K0V4 Q8BGD9 E9Q9E1 Q3TMD4 Q3UQ34 P29341 D3Z3J6 Q91VC3 Q8BTU6 Q9JKY0 B7ZWL1 Q543X5 P58871 Q5CZY5 Q8BH15 O70552 Q8K3P5 P23949 Q5XFR0 F8VQ54 Q9D8X5 CAMK IV-MEDIATED PHOSPHORYLATION OF CREB%REACTOME%R-HSA-111932.5 CaMK IV-mediated phosphorylation of CREB Q8CCM0 Q8BW40 F8WIS9 Q8BL41 Q8VBY2 Q8C078 Q8BGR3 REGULATION OF EXPRESSION OF SLITS AND ROBOS%REACTOME DATABASE ID RELEASE 96%9010553 Regulation of expression of SLITs and ROBOs P54775 Q3UPK6 Q9CPS5 G3UYX7 Q8BVQ9 P62196 B2RT97 Q3UXH3 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 P62878 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q9D4H8 Q99JI4 Q3TKV1 Q8BTH7 Q543C6 Q3ULJ3 P53776 Q19AB2 A0A0H2UKB8 Q61474 Q3UHH1 A2AT37 P29341 Q80TR4 P31245 A2ALD8 Q9WUH2 Q3TF02 Q8CBE6 Q8CCV1 Q149F3 P97461 Q4VAG4 Q58E35 P86048 Q9CQD0 P62911 Q545X8 P14206 Q9CPR4 Q0VBA4 Q3UC02 D3YYB0 Q5M9M4 Q5M9M0 Q5YLW3 Q9CQR2 P62264 Q6ZWN5 Q4FZH2 Q8BP67 Q5M9N8 Q642K1 Q9CXW4 P62717 Q561N5 Q5M9K7 P62830 P99027 Q9D823 Q505A8 Q58EA6 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 Q497N1 Q5CZY9 E9Q9E1 Q80UI8 Q91VC3 D3Z1C5 P61327 Q9CQ49 Q9CWZ3 G3UZW7 Q6ZWU9 Q99M28 Q63ZW6 Q8K3W3 A0A087WNT1 Q3UYV9 INTERLEUKIN-33 SIGNALING%REACTOME DATABASE ID RELEASE 96%9014843 Interleukin-33 signaling Q8BVZ5 Q5D095 TACHYKININ RECEPTORS BIND TACHYKININS%REACTOME DATABASE ID RELEASE 96%380095 Tachykinin receptors bind tachykinins P30548 P47937 Q8BZV9 Q149W7 P55099 ALANINE METABOLISM%REACTOME DATABASE ID RELEASE 96%8964540 Alanine metabolism Q566C3 RUNX1 REGULATES ESTROGEN RECEPTOR MEDIATED TRANSCRIPTION%REACTOME DATABASE ID RELEASE 96%8931987 RUNX1 regulates estrogen receptor mediated transcription E7FJU2 Q61586 A2RS47 Q14DJ8 Q08024 INCRETIN SYNTHESIS, SECRETION, AND INACTIVATION%REACTOME DATABASE ID RELEASE 96%400508 Incretin synthesis, secretion, and inactivation P55095 Q9D8V7 Q7TQP3 Q76JU9 Q3V2S5 Q8VBX9 Q3UYJ1 Q02248 Q8R1I2 Q3TQ70 Q54AE3 Q3TR43 P48756 Q6ZWQ7 B2RVZ3 A0A140LHR3 Q544U0 A0A2I3BRW0 Q9JMF3 Q32MU0 Q543L9 D3Z569 Q8CAI6 Q8BTH7 PEPTIDE CHAIN ELONGATION%REACTOME%R-HSA-156902.4 Peptide chain elongation Q5YLW3 Q9CQR2 P62264 Q6ZWN5 Q4FZH2 Q8BP67 Q5M9N8 Q642K1 Q9CXW4 P62717 Q561N5 Q5M9K7 P62830 P58252 P99027 Q9D823 Q505A8 Q58EA6 Q4FZE6 Q9CZX8 Q6ZWU9 Q564E8 Q5I0T8 Q497N1 Q5CZY9 P97461 Q4VAG4 Q58E35 P86048 Q9CQD0 P62911 Q545X8 P14206 Q9CPR4 Q0VBA4 Q3UC02 D3YYB0 Q5M9M4 Q5M9M0 SARS-COV-1 GENOME REPLICATION AND TRANSCRIPTION%REACTOME DATABASE ID RELEASE 96%9679514 SARS-CoV-1 Genome Replication and Transcription Q3TTE7 P13405 Q9CZ96 Q8BTS0 FORMATION OF EDITOSOMES BY ADAR PROTEINS%REACTOME DATABASE ID RELEASE 96%77042 Formation of editosomes by ADAR proteins Q91ZS8 Q3UH31 FORMATION OF THE ACTIVE COFACTOR, UDP-GLUCURONATE%REACTOME DATABASE ID RELEASE 96%173599 Formation of the active cofactor, UDP-glucuronate Q91XL3 A2AKQ0 Q3TS38 A0A1Y7VL74 Q3U548 MECP2 REGULATES TRANSCRIPTION OF NEURONAL LIGANDS%REACTOME DATABASE ID RELEASE 96%9022702 MECP2 regulates transcription of neuronal ligands Q8CIT0 Q61483 Q60520 Q58E49 Q545V6 Q541P3 CONSTITUTIVE SIGNALING BY NOTCH1 PEST DOMAIN MUTANTS%REACTOME DATABASE ID RELEASE 96%2644606 Constitutive Signaling by NOTCH1 PEST Domain Mutants Q3UZZ2 Q3UG37 E9PXW8 Q6P3E7 Q6T264 Q9WTX6 Q8VH37 P0CG50 D3Z768 Q8CAS3 Q8BYF1 Q3TMT1 P01108 A0A668KM95 P62878 Q5SUR3 Q6P3Z8 Q01705 Q6P9T4 Q3UM17 E9Q6E2 Q9QUM5 Q0VGJ1 Q6NZM9 B2RR30 Q9QXE7 Q6GQV9 Q499W5 Q80SY4 Q9QYE5 Q8CHB6 Q3UVN4 B2RUG2 Q0MW30 Q6NZC0 Q61483 Q8BHJ5 E9PXU2 Q9JI71 Q58E49 Q8BJ14 Q80ZV7 Q543U1 Q9JM08 Q3U4P5 Q9DBX7 Q3UYK2 Q499J8 P57716 Q8C7N7 SIGNALING BY MRAS-COMPLEX MUTANTS%REACTOME%R-HSA-9660537.5 Signaling by MRAS-complex mutants A2A5N2 Q8CAD1 Q6ZWM8 Q3TPX5 O88520 P62141 Q99N57 P28028 THROMBIN SIGNALLING THROUGH PROTEINASE ACTIVATED RECEPTORS (PARS)%REACTOME%R-HSA-456926.4 Thrombin signalling through proteinase activated receptors (PARs) P29387 Q3UHH5 Q63844 P63213 J3JS97 O08675 Q3TQ70 Q6P8Y9 P63216 Q3UMY0 Q3TJ94 P61953 P50153 P30678 Q9D034 Q9JMF3 Q61012 P27600 Q3UPA1 Q9CXP8 Q3U9V4 P30558 Q54AE3 Q9DAS9 Q3UG14 Q3UGN1 O88634 Q8BWG8 P63085 Q8CBT5 SARS-COV-2 INFECTION%REACTOME%R-HSA-9694516.9 SARS-CoV-2 Infection Q8R307 Q0VGU0 Q8C4N2 Q31093 Q9QXJ2 P97390 Q5SS40 E9QJS1 P33896 Q9D7F7 Q8R4B8 Q78V99 A0A1B0GR63 Q9D8B3 Q8BTS0 Q9CQ10 B1AZ39 P97333 Q5FWJ9 Q8BUA6 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 Q8VCB1 A0A1D5RLQ0 Q8R3X6 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q8BKV1 Q8BPS7 Q8BTS4 J3JSA4 Q8R4R6 P97461 Q545X8 P14206 Q3UC02 D3YYB0 Q5M9M4 Q4FJR9 Q5YLW3 M0QWP1 Q3V1F2 Q80Y52 Q9CQR2 Q64519 P62264 Q6ZWN5 Q5SUC3 Q9JIQ8 Q3V033 Q3URC9 Q561N5 Q5M9K7 Q3U5S6 Q58EA6 P13405 Q4FZE6 Q9CZX8 Q497N1 Q5CZY9 Q0VE17 H3BLN8 Q8VD65 Q6PF93 P59235 P51655 Q547H1 A0A2I3BPX3 Q8BR10 P43407 Q8BH74 S4R1L3 Q80SY9 Q8R480 Q540J8 Q9CQQ4 Q6P6L6 Q6ZWU9 Q549F9 Q9CWY4 Q8BH79 P62315 P27048 Q3TR97 Q8CFA1 G8JL82 P62320 Q9CWU9 Q9JJY4 Q14AF6 Q9ERU9 P58682 Q599W9 Q3U379 Q3UTZ4 Q52KG8 Q6PB70 Q3TWB2 Q8CDZ5 Q3UEK1 M1H0B0 Q14AT5 Q9D1M0 Q75UR0 Q9Z0W3 A0A2R3XZC4 Q542T3 P0CG50 Q3UHJ1 Q9R0T8 Q9CX58 Q5D0E0 P01898 P01887 B9EHJ3 Q923A8 Q8CBT3 E9QAM0 D3Z7W0 M0QWC2 Q8K245 Q8VC91 E9PYK3 Q9D5S8 H7BWY5 Q99K90 Q2NL51 Q569Y6 Q3UFE4 Q9D306 Q8CF89 Q3U518 Q7TMM8 A2RTT4 G5E856 P59268 Q8CIE4 P70196 Q5Y5T1 Q8C4L1 Q2EMV9 P63280 Q80UM7 F8WIK2 Q8C3J2 A2AJ15 Q812G0 Q921V5 Q544F0 Q14AK4 Q8BJT9 A0A571BEV7 Q91Y74 A0A7N9VR83 Q91W53 Q544T4 Q3TTE7 Q8BM62 Q2TGE7 Q11204 P70277 Q059T5 Q544M3 A2ADH1 P59267 B2X2D8 Q3UCJ0 Q8VDZ4 P63101 A1A4T2 Q812F8 P68510 Q8CE74 Q5KU39 Q5KU38 Q60943 Q8BFR5 E9Q5R7 P49817 Q99K94 Q8C016 A0A0R4J0D3 Q8BPI5 Q9DBG6 P61804 Q3UHZ0 P31750 Q7TNI7 A8IP69 Q9D2N9 P50404 O70456 Q9CZW5 O19441 Q544E6 A7VMS3 Q3UR88 O54734 Q9CPR7 Q6ZQ58 Q71LX8 B2RRA5 Q3TU94 A1L0V6 Q3TGP5 Q3U5B1 Q8CBI1 P35235 Q3URR1 Q8C076 Q8BMR3 Q01853 A2A5N2 Q3U573 Q8QZT4 A2ADL9 B2RRY4 P23188 Q78XF5 Q8C6X4 Q542W3 Q6PJ87 Q5KU03 Q5QJQ9 G3X8Y8 Q60FD1 Q91W86 Q3URU8 A1L361 Q3U9K6 Q6GQV9 B9EJ46 Q80U83 Q8C1E4 Q9CZ96 A2AA71 Q6NXL1 Q80ZX0 REGULATION OF CDH11 GENE TRANSCRIPTION%REACTOME DATABASE ID RELEASE 96%9762293 Regulation of CDH11 gene transcription A0A0R4J056 Q4FK48 G3X8Q0 Q9DBX7 Q8BZ97 Q61080 Q45VK6 Q8BSG9 P09025 DOWNREGULATION OF ERBB2 SIGNALING%REACTOME%R-HSA-8863795.3 Downregulation of ERBB2 signaling Q9WTX4 D3YZR2 Q80Y52 P31750 B7ZNX6 G3V023 Q9WVF5 Q9WUD1 Q61152 Q2M4H5 P35831 A2AI52 Q61521 Q3UWD7 Q61081 P0CG50 Q6DR99 Q543J8 D3Z4T5 Q5FW64 Q8BH75 P70424 Q8CE74 Q8C6X4 GLYCOGEN STORAGE DISEASES%REACTOME DATABASE ID RELEASE 96%3229121 Glycogen storage diseases Q0VF71 P35576 P0CG50 Q9D1F9 Q6NSQ9 Q9D6Y9 Q7TMB3 Q9Z1E4 Q9WUA5 P70699 Q9R062 Q8VCB3 MITOCHONDRIAL UNCOUPLING%REACTOME DATABASE ID RELEASE 96%166187 Mitochondrial Uncoupling P48962 B2RTM2 P12242 A0A0A0MQJ8 Q9D6D0 Q549J5 Q8C165 BETA-CATENIN INDEPENDENT WNT SIGNALING%REACTOME%R-HSA-3858494.5 Beta-catenin independent WNT signaling Q63810 P63328 G3X8U7 Q9DBQ6 P54775 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 Q9CSE3 B2RT97 P17426 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q3UJ76 Q6PEE6 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q14AQ1 Q58EV4 E9Q967 Q923A8 O55234 Q3U9V4 Q5SWR1 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P51141 P70195 Q542J1 Q9JIP6 Q6A0C9 Q60692 Q3UG14 E0CXB1 Q3UGN1 Q6RI64 Q3TS44 P68404 Q91ZD4 Q99JI4 Q8K272 Q3TKV1 Q60838 P29387 Q61086 Q8CI86 Q542R6 P63213 P23440 Q61091 Q8BND1 Q4VA93 Q3TQ70 Q8CAH8 Q6P8Y9 Q5SX50 Q3UPW0 Q543S2 A1A550 P63216 Q3TV73 Q3UMY0 Q8K0A8 Q3V3V2 P61953 A2AE33 P50153 Q3U5C7 Q9JMF3 Q61012 Q8BSC0 Q3UTY8 Q3UR96 Q3ZB23 Q3TLP8 P70227 Q8BLL2 Q9CS58 Q8C8N0 Q9CXP8 Q80U72 Q54AE3 O70421 Q9CUZ6 Q8CJF9 Q9DAS9 P22725 Q3UEG1 Q6PFA2 Q8CED6 F8WIS9 Q8BTF1 J3JS97 Q3UN66 Q8VD67 B1ATC3 Q05144 Q3UHK8 Q8CAI6 Q68FD5 Q3TWZ9 Q02248 Q80UF1 Q4VAE6 Q3TY70 Q3UQ34 Q8BJP2 Q3UD86 Q8C402 Q14A12 A0A0R4J1M1 Q501P6 Q8C3W2 GLI3 IS PROCESSED TO GLI3R BY THE PROTEASOME%REACTOME DATABASE ID RELEASE 96%5610785 GLI3 is processed to GLI3R by the proteasome Q6PJ87 Q5KU03 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 P68181 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q5SUR3 P62878 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 A0A286YDT6 P05132 Q3TXS7 P70195 Q3TYX7 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3U0Z8 Q3TKV1 DEFECTIVE SLC3A1 CAUSES CYSTINURIA (CSNU)%REACTOME%R-HSA-5619113.4 Defective SLC3A1 causes cystinuria (CSNU) Q91WV7 Q3UQE3 FRS-MEDIATED FGFR2 SIGNALING%REACTOME DATABASE ID RELEASE 96%5654700 FRS-mediated FGFR2 signaling Q8C180 Q0VER9 Q0VG15 Q91WJ0 P35235 A0A7U3JW97 O35565 A0A7U3JW51 Q9D091 Q8C399 Q6ZWS1 Q61411 A0A7U3L6F4 Q541T2 Q3USK4 Q544I6 Q3U1V5 A0A7U3JW80 E9Q2N2 CARBOXYTERMINAL POST-TRANSLATIONAL MODIFICATIONS OF TUBULIN%REACTOME DATABASE ID RELEASE 96%8955332 Carboxyterminal post-translational modifications of tubulin Q9CQM0 P68372 A4Q9E8 A4Q9E5 Q8C5G2 E9QLP0 D3Z1M2 P68369 Q09M02 A2AQ07 B2RRP1 Q80UG8 Q8C1R2 A2A7P9 A2APC3 Q91V51 E9Q425 Q9ERD7 Q8C1W1 A4Q9F4 D6RI59 E9Q6C6 P05213 Q3UDE2 P38585 P05214 G5E8R5 V9GXT8 Q7TMM9 Q3UMM1 B2RSN3 Q9D6F9 Q52L87 Q8CDK2 SYNTHESIS OF PIPS AT THE EARLY ENDOSOME MEMBRANE%REACTOME DATABASE ID RELEASE 96%1660516 Synthesis of PIPs at the early endosome membrane Q8VD65 Q3UEQ1 Q6PF93 Q3URI3 Q6P572 Q8CBQ5 F8VPL2 B2RQ14 Q91XS1 Q7TPM9 D3Z5N5 Q80WQ2 Q91WF7 Q2TBE6 Q80TA6 Q9D4L1 DEFECTIVE LARGE CAUSES MDDGA6 AND MDDGB6%REACTOME%R-HSA-5083627.3 Defective LARGE causes MDDGA6 and MDDGB6 Q8BWP8 Q059X9 FORMATION OF THE DYSTROPHIN-GLYCOPROTEIN COMPLEX (DGC)%REACTOME DATABASE ID RELEASE 96%9913351 Formation of the dystrophin-glycoprotein complex (DGC) M0QWP1 Q3TZ05 Q61789 Q3USI2 Q8C5B3 F8VQJ3 Q6L8N9 G5E874 P19137 Q99L88 Q544D4 Q3UHL7 P97927 Q9EQ83 Q8BX51 Q8BZG8 Q5DTP0 Q9R0B6 Q8K0N0 P82349 Q8CBE6 Q8CFR5 Q3TRE0 Q542S9 P82350 Q3UVD6 Q8BHM1 Q6P6L2 Q52KG8 B1AV35 TOXICITY OF BOTULINUM TOXIN TYPE E (BOTE)%REACTOME%R-HSA-5250992.4 Toxicity of botulinum toxin type E (botE) P60879 Q9JIS5 Q8BG39 CELL CYCLE, MITOTIC%REACTOME DATABASE ID RELEASE 96%69278 Cell Cycle, Mitotic P14733 Q5SS40 Q9DBN8 Q3UR74 Z4YJU8 P48964 Q9D7F7 Q78V99 A0A1B0GR63 P62878 Q9D8B3 Q9CQ10 B1AZ39 H3BK84 Q01320 Q8R055 Q3TN15 Q69Z43 P05132 Q9ES70 Q3UPW7 Q9DBR7 Q64364 Q549R4 Q61457 P13405 Q544H6 Q8C8M7 Q9CYB4 Q790L7 Q564P6 P51943 Q8BJ38 Q569Z9 Q3U3D4 S4R216 Q3UGB9 Q791X1 Q545C3 Q9D297 Q9D153 Q6ZQJ8 P46414 Q0VBK8 Q4FK45 Q9CZW2 Q61456 B8JK52 B2RVI6 Q61151 Q9D481 Q9D084 Q14A61 P68433 Q8BZ45 Q9CQU5 Q549P2 P63168 Q66JQ7 Q3UK10 K3W4R5 Q6ZQK4 O70126 P59235 Q6PD03 Q9CYC5 J3QMK1 B2RX66 O54692 Q99P69 A2RSC8 P63330 E9QME3 Q3TG35 Q9QYM8 J3QP81 Q9CY25 Q9JHU4 Q3TG33 Q3TDV6 Q8BK67 B7ZP47 H3BKZ0 Q8BHX3 Q8BSE7 Q8BH74 Q8C4M7 Q3TJM4 Q8R480 Q9CPY3 Q6ZWM8 Q9CXH7 Q6ZWU9 Q3TYJ3 Q9D0F1 Q923A2 Q76MZ3 F8WHU5 E9QKK1 F8WHU7 Q9JJ66 Q9CWU9 Q91V89 Q9CQA0 Q3TPJ8 Q3UD72 Q9ERU9 Q9D0M5 Q3U4H0 Q6PDL0 Q8BIX1 Q9CQ82 O35685 Q3UA16 Q3TTB0 Q3UPF6 F8WIA1 Q9WU62 Q3TMK9 Q9CPV1 P30276 Q8CDZ5 Q9CPV5 Q8CJF7 A0A0R4J037 Q8BN07 E9QQ10 Q9WVA3 Q3TWG5 Q8C3Y4 Q9D1M0 Q5HZH8 Q64702 Q5SW18 Q9CU62 Q0PD50 Q9Z0W3 A0A1L1SV84 Q99L00 Q9ERR1 A0A494BB86 Q6PD28 Q9CX00 Q8K1K8 O35216 Q0VGR5 Q8VDQ8 Q6DVA0 Q9JJ94 A0A1I7Q4A6 P60330 Q3UZD6 Q3UWH3 Q8BHK9 E9QPI5 A0A3B2WC92 E9Q3P4 Q8BRN9 Q8K3K8 Q9R1K9 Q8QZX2 Q6NV99 Q8BFT2 Q6ZQ12 E9PWD3 Q9CQS9 B1AXI9 Q3USK2 P51949 U5KVR9 A0A1D5RMI8 D3YVU3 P33215 Q3THG5 Q8CDL2 Q4VA93 Q3URP3 Q9D2U9 Q3UZY0 Q66JX5 Q80UF4 P04184 Q544L2 Q8C774 Q6F4J1 Q544T5 Q8CEI0 F8WJ93 Q9R0L6 Q8CE74 Q0VEJ0 Q9CQJ7 Q8BKT8 P97329 A2AUM9 Q9D3R3 E9Q5G3 Q8VEJ9 Q8BFY9 E9Q5A8 A3KPD0 Q6PFB2 A0A494BB26 P84228 Q3TPZ5 Q8CGP2 Q8CGP0 Q9D786 E9Q919 P99024 B2RTK3 Q8CGP7 Q6P5D4 P31750 Q7TSH4 Q6P7V9 Q99NF3 A0A0R4J0H7 B8JJE7 Q149V4 Q8BUR9 A8IP69 Q3ULS2 Q9CQ25 Q8BKN5 Q8BUH2 Q6F4J0 A0A494BA29 P58854 Q8CDH5 Q8C156 Q8BYN2 Q3UIT6 S4R1M3 E9Q7G0 Q6IQY5 G3UZX4 Q8R1M2 P01108 Q9ESG9 Q64524 P10853 Q60972 Q8BP64 Q66JY4 Q8C6X4 B2RWH3 Q64475 Q64478 Q5KU03 C0HKE5 Q3TYE1 Q6ZWY9 P27661 Q8BQ33 A2A9P6 G3X8V5 E9QP59 Q91XC0 A2RTH5 Q8BVQ5 Q8BS90 Q8C1L9 Q3THM8 Q6P1H6 A2AQ07 Q9ERD7 Q7TSG3 Q9JJZ2 P05213 P05214 Q80ZA1 Q571G1 Q3UX10 Q8VHT4 Q7TMM9 Q3UMM1 Q8CD95 P62141 E9PWN0 B2RSN3 Q9CWU3 Q9D6F9 Q52L87 P48972 P68372 P68369 P68368 Q3TEY6 Q5FWJ9 Q8BUA6 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 O54962 Q8VCB1 A0A1D5RLQ0 Q8C570 A0A1W2P7P4 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q8BPS7 Q8BTS4 J3JSA4 A0A5F8MPZ4 Q8R4R6 Q66JV6 Q59IX1 Q9WUV0 Q3UR71 Q9JK30 Q9CZF7 Q9CWV1 P62827 Q80Y52 Q3UHW8 B2RS44 Q3V295 Q0VBD2 Q8R4E9 Q91Z50 P11157 Q6PAR4 Q3SYK5 Q569L8 F8VQK6 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q3U9G9 Q8BVQ9 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q80W41 Q3TV35 Q8C0P0 O35593 A0A1D5RLR7 Q0PD66 Q9R1P3 Q3UJ81 Q5SUR3 Q0PD67 Q3UU24 Q14AQ1 Q7TT79 Q58EV4 E9PY48 O55234 Q6KCD5 A0A1B0GRM0 Q3V485 Q542H2 Q5BKQ9 F6RV17 Q9JKV1 Q99JX3 Q8BTJ3 A0A286YDT6 Q3TP92 Q3TXS7 P56212 P70195 P60840 Q0PD65 Q5SRY7 O35450 Q60692 Q8R0K9 Q542Q3 E0CXB1 Q62392 Q6RI64 Q3TS44 Q9Z1Z0 P68404 Q99JI4 Q3TCN5 Q3TKV1 Q80WQ8 P63280 A0A0R4J091 P52431 Q3TKD1 Q542J9 Q9CQ36 Q4KL82 Q9CQ71 Q58E49 Q5U4B1 Q8BH76 Q547B4 Q99J62 Q61502 Q5SWN2 Q62193 Q5HZI8 Q62120 Q3TQQ9 O35654 Q80XH7 Q6ZQJ5 Q5BJ29 O54956 P53995 Q541Z5 Q8BZQ7 Q8BYJ1 Q9WVM3 Q3UFC2 Q8K2H6 P11440 Q9CPX9 S4R2B6 A2A4Z0 G3X8W7 Q3TPZ2 Q3UFQ4 Q3TM92 Q3TI84 Q9D3A0 Q71LX8 Q9D600 Q8C5L1 Q9CY94 Q99LZ3 P97310 Q8BQ03 Q3UI57 Q3UI99 Q542F4 P61025 Q3U4T8 Q3U148 Q8K1A2 Q3UKT9 B7ZN58 A0A0A6YVZ7 Q05AA8 Q8CIB9 E9Q0Q9 P63085 P47810 A0A0R4J145 Q6P1H7 Q8C2T6 Q8BJ14 B9EHJ9 P33610 Q5FW94 Q8BYY5 FORMATION OF THE CORNIFIED ENVELOPE%REACTOME%R-HSA-6809371.6 Formation of the cornified envelope Q8BJ43 P55850 Q544V1 Q148R4 Q9CQ73 Q543E3 A0A0B6VRH9 Q32ME9 Q9D7I9 Q9QY23 Q9CR91 Q7TPC1 Q542Q1 Q9CQM7 Q9JK95 Q8CGR6 A0A0R4J293 G5E8D1 Q3UQD7 A0A0B6VSR0 O88456 Q3UF24 P97350 E9PZW0 O55111 Q3UFC6 Q61495 Q02257 P05208 P97347 P18165 Q3UIX3 Q9D140 Q99L44 P23188 B2RVZ0 F6XJP7 Q62267 Q7TMD7 Q9D8D6 Q8BM14 A0A0B4J1F9 Q3U4B4 Q9D952 REGULATION OF CDH1 EXPRESSION AND FUNCTION%REACTOME DATABASE ID RELEASE 96%9764265 Regulation of CDH1 Expression and Function Q4FK48 V9GX46 P54775 Q811P8 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 E9PWE4 P49722 Q9D8W5 Q3TMT1 P99026 F8WHW6 Q9R1P0 Q6ZQ88 Q3TV35 O35593 Q3U0X6 Q9R1P3 Q14AQ1 Q8R2R1 Q58EV4 O55234 Q542H2 Q5BKQ9 S4R2K9 Q9JKV1 Q3TXS7 P70195 Q60692 Q8BGQ4 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 Q3U518 Q80UM7 Q64318 Q9D2U9 B2RUC7 Q3UZ96 Q9ES18 P58463 Q8CEC4 A1A4T2 Q8C5H3 E9QAQ7 Q60793 Q58E49 Q9CS58 Q921E6 A3KPD0 Q02257 Q8CJF9 P84228 Q8CGP2 Q8CGP0 Q9DBG6 Q64727 Q3UII1 B2RTK3 Q8CGP7 P61804 Q9D8V7 Q149V4 Q5SUC3 Q8CDH5 Q8VD67 B1ATC3 S4R1M3 Q3UHK8 G3UZX4 Q8R1M2 P23804 P01108 Q199A7 O54734 P13405 A0A0R4IZW5 Q64524 G3X9V2 P05480 P10853 A0A1X7SB71 Q02248 Q8BMR3 O70220 Q60972 Q80ZL3 Q3TCR7 Q3U573 Q8BJS8 A0A0R4J170 Q3UGS4 A0A2I3BRW0 P23188 F6XJP7 A0A0J9YU62 Q91YZ2 Q78XF5 P63085 B2RWH3 Q63844 Q64475 Q61139 Q64478 Q3TYA6 Q6PFG2 C0HKE5 P52480 Q6AXH7 Q60FD1 Q9CU65 Q3UQ34 Q6ZWQ7 P68040 A0A140LHR3 Q6ZWY9 Q3TZS1 G5E8P5 A2A3Z3 Q8BJP2 Q3UD86 P27661 E9PW15 Q8BPN4 Q8VBU8 Q8C1L9 P26687 Q8BSG9 Q53Z05 P10605 G3X8Q0 Q8BSZ5 D3Z569 Q545R0 A5D6P6 ACTIVATION OF HOX GENES DURING DIFFERENTIATION%REACTOME%R-HSA-5619507.5 Activation of HOX genes during differentiation B2RTK3 Q8CGP7 Q71VB4 F8WI37 Q149V4 S4R1M3 Q8R1M2 Q3TPN3 Q52L79 Q64524 P10853 Q05BA5 Q60972 P97760 Q8BFX0 Q8CFI7 Q8K3P5 P18911 P60898 Q6DFX0 Q6PI63 Q3V214 Q99LT0 A0A3Q4L2S8 B2RWH3 A0A338P6M3 Q64475 Q64478 P61219 P62488 P08775 Q6LC96 C0HKE5 Q8VBX9 Q6AXH7 Q9D2U9 Q00899 Q6ZWY9 A0A0A0MQ73 Q3U5E7 Q3U207 Q8BX09 P31245 Q6GQV9 P27661 Q3UKZ9 Q9JKY0 Q99L02 Q6P5F4 Q8BNI8 E9PW15 Q8CHB6 Q60954 Q8C5H3 Q3UZR4 Q6NZQ4 Q61164 Q91XC0 P09026 P10284 P02831 P17919 A0A0R4J193 A0A494B9U0 Q5XJV5 Q8BJ14 Q08624 P61965 P0C1T1 Q01822 P54841 P10628 Q921E6 Q3V3U5 A3KPD0 Q9JM08 P84228 Q8CGP2 P23798 Q8CGP0 PROTEIN LOCALIZATION%REACTOME DATABASE ID RELEASE 96%9609507 Protein localization Q9CQS8 E9PYR6 Q6GR78 P0CG50 Q9CT84 Q8BH59 Q60932 Q8C140 A2AIW9 Q8BK80 Q9CXT8 Q8R5C0 O88844 P38647 Q91X34 Q9CRB9 Q3TXR6 Q3UEE8 Q9R0H0 Q9D2U3 Q8BGH2 Q3UEN9 Q8C454 P56480 Q9NYQ2 Q5BL07 Q9DC50 Q99LC9 Q99P30 Q03265 P11930 Q99MZ7 P32020 Q3V406 Q9DCM2 A0A3Q4EGL6 O09174 Q7TNL9 P29477 Q545H3 H7BX88 Q5D073 P48962 Q91WH3 Q9D880 Q9DCH6 P62077 Q8CGB9 P62073 Q9D2B4 P62075 Q3UQ71 P21126 Q8C178 Q9Z1W5 Q8K199 A2AL50 Q8CCM6 Q9QXD1 Q545A2 Q0VB85 Q9DBA6 B0QZS8 B7ZNK8 Q9CZU6 Q3UEJ8 Q3UF95 O35459 Q9WV55 D3Z3F5 Q9CPQ3 Q6P2K2 Q52KC5 G3UVW1 Q9D1H7 Q9QXE0 Q8K2Q5 Q3TPC7 A2AKD6 Q9D173 Q8BGD8 P49070 Q3TKM5 Q3TN35 I7HJS2 Q8K0D7 Q8K0C8 Q91XC9 P63038 Q54AC6 Q8BT51 D6RG99 Q99KI0 Q7TNG8 Q9WVA2 O70579 Q9QYA2 Q8K411 Q9WV98 O54984 Q9CQN3 Q9D5T0 G3X9U9 E9PXK7 G3X8S1 O88741 Q8VEA4 O35857 Q9D0K1 Q9CZW5 Q4FJQ7 B1AUE5 Q91YZ5 Q3UFQ4 Q9D0M3 Q5SWQ8 Q9R0A0 Q3TV21 Q9DBM2 P51660 Q3TN99 Q921H8 Q99LP6 P48410 A0A0R4J0T0 Q8BZR4 Q14DI6 P38060 Q3UVJ7 Q9CZP5 Q61285 A0A0G2JDI9 Q3UIG2 Q4QQL2 Q8C7T5 Q5D0A4 Q8R1A8 Q8CHR4 Z4YM84 P24270 Q8VCI5 Q8K1E0 Q3U5U6 Q66JT7 Q3THM8 ANCHORING OF THE BASAL BODY TO THE PLASMA MEMBRANE%REACTOME%R-HSA-5620912.4 Anchoring of the basal body to the plasma membrane Q569L8 Q6P5D4 Q80Y52 E9QQ10 Q7TSH4 Q99NF3 B8JJE7 Q9CZX2 A8IP69 Q64702 Q5SW18 Q0PD50 Q99L00 Q5SS40 A0A494BA29 A0A494BB86 Q8BZ64 Q0VGR5 Q0PD45 Q9JJ94 Q9D5R3 Q6IQY5 Q284W0 P11440 Q9R1S0 Q3TPZ2 P59240 Q9R1K9 Q8QZX2 Q8BP00 B7ZN01 Q6NV99 Q8CIP4 Q8BFT2 Q6ZQ12 Q9CQS9 B1AXI9 Q3USK2 U5KVR9 A0A1D5RMI8 Q9D6F9 D3YVU3 P33215 Q8BP64 Q6ZQ06 H3BK84 Q8BR32 P42208 P68372 P63168 Q8CDL2 Q3UK10 Q3TWM5 K3W4R5 P68369 P68368 Q52KB6 Q3URP3 Q3TYE1 G5E861 Q3UZY0 J3QP81 Q9JHU4 Q66JX5 Q80UF4 Q8CFW7 Q6F4J1 Q9R0L6 Q2MV57 Q0VEJ0 E9QP54 A2AJP5 Q8BJR7 Q8BKT8 A0A0R4J1W4 Q6NWW5 A2AUM9 Q76MZ3 A2AW15 Q9D3R3 P05132 E9Q5A8 Q3TPJ8 Q8CG73 A0A494BB26 Q3U4H0 Q3TPZ5 Q9D786 E9Q919 P99024 DEFECTIVE SLC40A1 CAUSES HEMOCHROMATOSIS 4 (HFE4) (DUODENUM)%REACTOME%R-HSA-5655799.4 Defective SLC40A1 causes hemochromatosis 4 (HFE4) (duodenum) Q9JHI9 A2AI62 DEFECTIVE CYP2U1 CAUSES SPG56%REACTOME%R-HSA-5579011.4 Defective CYP2U1 causes SPG56 Q9CX98 DOWNREGULATION OF SMAD2 3:SMAD4 TRANSCRIPTIONAL ACTIVITY%REACTOME%R-HSA-2173795.6 Downregulation of SMAD2 3:SMAD4 transcriptional activity E9QP19 Q63844 E3SRG8 Q3TVD4 Q8C7T5 Q3TZS1 Q9CSE3 Q9EQE3 B1APX1 P0CG50 Q921K2 Q3UFQ4 Q8CHB6 A0A1L1SRK3 Q9EPK5 Q58E49 Q3TB81 Q80ZV7 Q8BUN5 Q62432 B2RPW6 B1AUF1 P63085 G3X9H8 Q4QQL2 MITOTIC METAPHASE ANAPHASE TRANSITION%REACTOME%R-HSA-68881.4 Mitotic Metaphase Anaphase Transition Q3TPZ2 Q7TSG3 XBP1(S) ACTIVATES CHAPERONE GENES%REACTOME DATABASE ID RELEASE 96%381038 XBP1(S) activates chaperone genes Q2NL51 P98083 P47856 P48678 Q80TM2 Q6P1H4 Q8C089 P50544 F8WHZ9 Q6PD28 V9GXM1 A0A0R4J1R1 Q6NZM3 Q8R3E3 Q3TSP4 F8VQE6 Q9Z1W5 Q921X9 P47758 Q3UFV9 O89023 Q9DBG7 Q3TML0 Q7TQI8 Q91XB7 Q99KV1 Q542Q0 Q9QYI6 Q8R1L4 A6H6B9 Q3UAP1 A9C491 Q541B1 Q3UN10 P51863 A0A2Y9CZM3 A0A0R4J0W0 Q9JKR6 Q9CY50 Q9CPT4 P51859 Q3UPL0 Q925U4 A2A9I0 MGMT-MEDIATED DNA DAMAGE REVERSAL%REACTOME%R-HSA-5657655.3 MGMT-mediated DNA damage reversal Q4VA39 LECTIN PATHWAY OF COMPLEMENT ACTIVATION%REACTOME DATABASE ID RELEASE 96%166662 Lectin pathway of complement activation Q3UEK1 Q8CF98 O70497 A0A1Y7VKG6 TRANSPORT OF GAMMA-CARBOXYLATED PROTEIN PRECURSORS FROM THE ENDOPLASMIC RETICULUM TO THE GOLGI APPARATUS%REACTOME%R-HSA-159763.5 Transport of gamma-carboxylated protein precursors from the endoplasmic reticulum to the Golgi apparatus Q61592 Q3TJ94 P33587 Q8CI01 Q542C2 P16294 Q3TR66 Q80Y26 MAPK1 (ERK2) ACTIVATION%REACTOME%R-HSA-112411.3 MAPK1 (ERK2) activation Q91YS7 Q3URV7 P35235 P63085 A2RTD1 Q3URU8 Q62120 E9QJS1 CERAMIDE SIGNALLING%REACTOME%R-HSA-193681.4 Ceramide signalling O70572 Q9Z0W1 Q6LDU8 DEFECTIVE MTRR CAUSES HMAE%REACTOME DATABASE ID RELEASE 96%3359467 Defective MTRR causes HMAE A0A0R4J0G9 A6H5Y3 SODIUM CALCIUM EXCHANGERS%REACTOME DATABASE ID RELEASE 96%425561 Sodium Calcium exchangers Q925Q3 Q8K596 Q8VD29 Q8BUN9 Q68FL0 Q91WD8 Q6P069 F7B0S9 A2ATP8 Q8BXN1 BRANCHED-CHAIN AMINO ACID CATABOLISM%REACTOME%R-HSA-70895.10 Branched-chain amino acid catabolism P53395 O08749 Q6P3A8 Q8K0L1 Q3U3J1 Q91XE0 Q99L13 Q3UCB5 Q3TNN4 Q9DBL1 Q8CBC8 Q3ULU3 A0A0R4J0P1 Q99N15 Q8QZT1 H7BX88 Q8BH95 Q6PD20 E9QMT1 Q9JHI5 B9EHW0 Q99MR8 Q8QZS1 ADP SIGNALLING THROUGH P2Y PURINOCEPTOR 1%REACTOME%R-HSA-418592.5 ADP signalling through P2Y purinoceptor 1 P29387 Q3UHH5 Q3UPA1 P63213 Q9DBX5 Q9CXP8 Q3U9V4 Q3TQ70 Q54AE3 Q6P8Y9 P63216 Q3UMY0 P61953 P50153 Q5U421 Q9DAS9 P30678 Q3UG14 Q9JMF3 Q8BMJ5 Q3UGN1 Q61012 Q8CBT5 KERATAN SULFATE BIOSYNTHESIS%REACTOME DATABASE ID RELEASE 96%2022854 Keratan sulfate biosynthesis Q543D2 Q8CAZ9 Q1RLK6 P51885 A0A1Y7VL74 Q91Y74 Q3UY35 Q5JCS9 Q544T4 Q543C5 Q8K0J2 Q9JJ04 Q11204 O35103 O88199 Q8BWP8 Q3U478 Q80WV3 B1ASJ2 Q3TVJ9 Q9QUP4 A4FUJ3 Q3U7I0 Q3U260 Q3UUA9 Q8VIB3 METABOLISM OF SEROTONIN%REACTOME DATABASE ID RELEASE 96%380612 Metabolism of serotonin Q544B1 Q3UJ53 SELECTIVE AUTOPHAGY%REACTOME%R-HSA-9663891.5 Selective autophagy Q80Y52 Q3UG37 Q3TWG5 Q3TUP2 H3BJZ1 Q99J83 D3Z600 Q8CDH5 Q9CQY1 Q6ZQK3 Q91VR7 Q68FE2 Q3UN04 Q9CZW5 P0CG50 G3UZX4 Q64337 Q8K3K8 Q561N4 A0A3B2W489 Q504P4 Q8BRK8 Q9DBG5 Q811U4 Q6PB82 Q80U63 Q60930 Q5EBQ0 Q01853 Q60932 Q542K0 M0QWC2 Q4QQL2 Q569Y6 P63168 A2RTT4 Q8CDL2 Q99MQ3 Q3TWR3 Q52L52 A1L361 Q9JHU4 Q9CUD0 Q6PAM0 B9EHX4 P97481 Q9CPQ3 Q99LX0 Q3TYJ3 P26361 Q9D173 Q3U711 P41209 Q8BIQ9 Q8BGM7 Q3TPJ8 Q9D0M5 Q6PDL0 Q9QYA2 Q8R3J4 Q9CQN3 POST-TRANSLATIONAL PROTEIN MODIFICATION%REACTOME DATABASE ID RELEASE 96%597592 Post-translational protein modification Q8CB27 Q3UZW7 Q69Z66 Q4V9W8 Q9CQ37 Q8C4W3 Q9JJQ0 A0A286YDW9 Q5XJY5 Q8C2S0 Q9CQ26 O35153 A0A0R4J243 Q6GR78 Q8C2R7 B1AR34 Q8BQX0 Q5I043 Q148R0 E0CXP0 F6YX19 Q3TT00 Q80V42 Z4YJU8 Q9Z1Q3 A0A0M3HEP3 Q921L8 Q8BX80 P48964 A0A0R4J1C9 Q8BG51 Q6PB93 Q1HL20 Q8R3I9 A0A087WPI6 Q78IS1 A0A1L1SQ24 Q08EC9 Q9D2N8 Q5M9N4 Q8BWU1 Q5SQF9 Q5JCT0 B2RQC2 Q8BGY6 Q8CAM5 Q3USF0 Q8R4G0 P09813 Q9D7Z7 Q14B51 Q8VI16 Q562G0 A0A0N4SUH8 Q3U129 P09103 Q09324 Q542M2 Q9JHH9 O08832 Q59J92 Q3UGP8 P62878 Q8C7U7 Q4V9U8 A2RRI8 A2RSS2 Q8C7G5 Q59J91 G3X9F1 Q80W65 Q14BT6 Q9CWP4 F8WK01 Q9QXK3 Q9JJ61 J3KMM1 Q3U8I4 D3Z7D0 Q9D4M9 A2AGL8 Q60930 Q8BVJ1 Q5EBQ0 Q8BTF0 Q9D721 Q60932 D3Z0Y8 Q569N0 A2RSP9 Q14AT0 Q8BVP6 Q546G4 Q8R2Y8 Q9JMI7 E9QNU1 Q91YK8 Q3V059 E9QLQ7 Q9D4I9 B2RRR9 Q05685 A0A0R4J2D0 Q4VA07 Q6ZQI3 A0A0R4J0B9 A2AIH5 Z4YJY0 Z4YLR0 Q3U4W8 Q6DFY2 Q1RLK6 P84084 A0A1Y7VM96 Q8R554 Q9JJ04 Q3ULR1 Q50HX4 Q3UUA9 D3YUS4 Q4FJL0 Q501K2 Q9CTE0 Q3TAW7 Q8K0J2 Q765H6 Q9D0K1 Q8K2T8 A0A0R4J138 B1AUE5 Q3U319 Q924H7 Q5XJE5 Q925F3 Q9CTY6 D6RDC7 Q91YZ5 Q9BCZ4 Q7TPQ3 Q8BS97 Q8BWP8 Q8BG47 Q8K304 Q5SWQ8 Q05CJ7 D3YUJ1 Q9R0A0 Q6PCN7 Q3U5E6 Q564P6 B1ASJ2 Q3UKR0 Q569Z9 Q61592 A0A087WPY4 Q3TVJ9 Q3TR66 Q3U7I0 Q6GQU1 Q61554 Q549P2 P63168 Q5RKT9 Q8C9Z1 O70126 A2A615 P59235 Q3TG35 Q544U7 Q9JHU4 Q3TG33 Q6P8H8 A0A338P726 P43407 Q8R0J2 Q8C3B8 Q8VDI9 Q9DBE8 Q8BHX3 Q9CPT1 Q8BH74 Q3TAE8 Q921Q3 Q8R480 Q3U478 Q3TYJ3 Q8BN82 F8WHU7 Q9JJ66 Q9CWU9 Q3TPJ8 Q9ERU9 Q9D0M5 Q6PDL0 Q3U260 Q6PB70 Q3TWB2 Q9WU62 Q8VIB3 Q3TMK9 Q8CDZ5 Q3TWG5 Q9D1M0 Q9CU62 Q9Z0W3 Q3UHJ1 Q9R0T8 Q2TVT7 O70494 Q0VGU4 Z4YJP0 A2A5J5 Q80ZK9 B7ZNP3 A0A1N9M8A6 D3YXY5 Q2KHS8 Q80Z37 Q3TKN7 Q3UR91 Q8K0V2 Q99LF7 Q8C5X2 Q9Z2G0 Q9Z2G1 Q9DC22 Q69ZK3 Q0VBL6 A0A0R4J0U7 B2RRW5 D3YW96 A2AKB9 Q9JLY0 Q8N7N5 Q3UT23 Q56A13 Q8BH83 Q3UFE4 Q9JIG7 Q3UV57 P63072 Q80TT8 D3YZV8 Q3UK27 Q8K2Q0 O54929 Q545P3 Q9CQ02 O54928 Q3TZV2 Q9D2U9 Q497T6 Q63829 Q4QQP1 A0A7N9VR83 Q3UD98 Q8BSI9 Q5JCS9 Q3TSY8 A2RSF1 Z4YK64 Q3U957 Q8BX09 A2ADH1 Q8C5H3 P97481 Q99LX0 P26361 P61965 Q3UQK5 A3KPD0 O35445 Q8CGP2 Q8CGP0 Q3UV15 A0A0R4J0D3 Q9DBG6 B2RTK3 Q8CGP7 P61804 Q149V4 Q8BMF4 Q99J56 Q8K2C7 P01108 P33587 O54734 Q543J5 B2RRA5 Q3TU94 A1L0V6 Q3TGP5 Q64524 Q3U5B1 P10853 P21460 Q8C458 Q8BMR3 Q9CQD1 Q8C266 Q3TDU5 Q01853 Q3U573 Q6GTY4 Q78XF5 B2RWH3 Q64475 Q64478 C0HKE5 Q4VAE6 Q60FD1 O35864 Q6ZWY9 Q91YT2 Q3UCW2 E9PW15 A0A087WNT1 Q8K1E0 F8VQC7 A0A0R4J0T8 Q3U344 Q9CQW1 A2AQ07 Q9D0F3 Q9QUH1 Q9ERD7 Q4FJQ0 Q9QZN4 Q0VAV1 Q69Z28 P05213 P59509 E9PUF1 P05214 A0A7N9VSW1 P58459 D3YUA8 Q03350 Q80T21 Q3V1S6 Q80ZA1 A2AE15 E9QNR5 Q8BNJ2 Q9CX59 Q9QXW2 Q8BGP4 G3UXC7 Q6PAS7 G3XA27 Q7TMM9 Q3UMM1 Q9JMG2 Q4VC17 Q3UPR9 Q9JJ06 A0A0R4J0H1 P70419 Q6P4U0 Q8R2R1 Q60519 Q8CHQ0 Q8BMS2 D3Z584 Q3TTE6 Q62356 Q80ZU1 Q8BMS3 Q8VCC9 Q8BHT6 Q3V100 G3X9D2 Q9JMJ2 Q922H4 Q3UQW9 B2RRX1 Q8BTZ7 B2RXX5 B2RSN3 D3Z1A5 Q91W01 H3BLP9 Q9DCE3 Q3UPZ0 F8VQ15 A1A5B7 Q9D6F9 Q8BGQ4 A7LM19 Q9CRC7 Q3UTY6 Q059X9 P59384 Q9D4H8 Q60GT3 Q8C9W3 Q52L87 Q6PD18 Q91X88 P68372 Q0VEM9 P68369 A0A0H2UKB8 Q6S9I3 Q8BNS3 Q5FWJ9 Q8BUA6 F6ZDS4 Q9JIH2 Q6PDG0 Q3TJ94 Q8BU75 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q3TF02 Q8CBE6 Q8BPS7 Q8BTS4 Q8BMK4 J3JSA4 Q9DCJ9 Q8R4R6 Q3TRR3 D6RHA2 Q8K0C9 Q9D2D1 C5NTX9 Q8R2K1 Q9D997 Q3V3B1 Q6PAS1 Q148N5 A0A0R4J1J3 Q99J77 A0A217FL49 Q9DB25 Q8BVZ5 Q8BWW3 Q3UL64 Q76K27 A2AWJ3 Q99KU1 Q9D1Q4 A0ABJ3HKR5 O70152 Q3UW64 Q9WUP4 Q545R7 Q8R2Y3 Q9QZ39 Q3ULV6 Q3V0X4 Q3UHZ7 P47856 B2MWM9 Q8R2I1 Q9CUJ6 Q99LJ8 Q5HZI6 A0A0R4J0B4 Q543I9 Q6GTI0 A0A2I3BQY4 Q61420 Q9CPT3 Q7TMC8 O35696 Q5SUC3 G5E8F4 F6UP77 Q3UNK5 Q921K2 Q64337 Q03963 Q3UFV9 Q504P4 Q9D081 Q545I6 P84078 Q9Z0K8 Q99LB6 Q9D2G2 Q9QZ25 Q7TS75 Q9CWQ0 Q9CR25 Q3UR67 Q8CI01 Q7TQJ3 Q9JJF3 Q4FK50 Q5NBZ3 P63242 Q3TYD4 Q8K274 Q8R0F3 Q8CD15 Q3U0K8 Q9QXB9 Q3TXU5 P50428 B2RS80 Q32KI9 Q32KI8 A0A0R4J1N2 Q8BTU7 Q3U1V5 Q9CQK7 Q5NCQ5 Q8BFT6 Q9CQ28 Q8BPG6 Q91ZF0 Q3U4N2 Q3TQN1 Q99LN9 Q80Y26 B2WTI2 Q9CXT6 Q3U5K4 D3YXV3 Q8BGY2 Q542C2 P16294 Q3TIV5 Q6ZQ32 Q9D4Y2 Q14DU1 Q3UQV5 P39098 Q6NXK9 Q544T7 Q3V492 Q9CZV8 Q9CY34 Q3TXV4 D3YY91 Q0PD14 Q0PD15 P58544 Q9CQ31 A2CG35 Q4VBX4 B7ZP43 Q5FW76 F8VQK6 Q0PD23 Q8VCK5 A0A1B0GQV2 Q8BIA4 B2RPY3 Q8C565 A0A0R4J1A1 Q8VBX0 V9GXM1 Q8K0L0 Q3USI2 Q0PD35 A0A5F8MPW7 Q0PD38 F8VQJ3 Q3UHL7 B2KFS7 Q3UZF9 D3Z647 Q8C7R4 A0A0R4J1W2 P01898 Q8BJ56 Q9D3I7 Q3U5A0 V9GXH8 Q6ZPT1 Q3U410 Q3ULG4 Q4FK54 G3X9V0 A2AUC9 Q5HZK3 Q3UE37 Q64525 D3Z016 Q6ZWQ6 Q8BJY1 A2A7H6 Q9CQT5 B1ASK8 Q9D5L7 Q9JK23 O35955 B7ZNK2 Q2VPQ8 P28063 Q9CR00 Q4U2R1 Q9CZH3 Q5SSW2 Q8BID8 Q8BG41 E9QAM0 Q9EST4 Q66JT6 Q8R0L9 A2AU35 Q3V064 A0A0R4J256 A2AG83 Q91W61 Q3UEV2 Q8CF89 A2RTT4 Q91ZT8 P70196 Q3UGI9 A0A1W2P7U1 Q2M4H5 Q8CA72 Q3U431 Q3TTE7 Q3UGY7 Q3TD55 Q80TF4 Q6PB97 Q8CGB9 Q5XPI3 Q3TQY2 O88838 P70190 Q5F239 Q9QZB7 Q9QZB9 D3Z6H3 Q8BJL1 Q3UCS1 Q58E49 Q3V2N4 Q8C3F4 C0H5Y0 A9C491 Q548Q7 Q3USR5 P07141 Q8R5B6 Q8C841 Q8BJK1 Q8C6Y4 Q9WV71 A0A0F7RQH1 Q9Z2X8 Q9WV72 P51944 Q99JH8 Q7TPD1 Q7TQF2 Q8VHS5 Q3KN92 Q8CDC1 Q3KNI9 P52483 Q3V321 Q6DIA9 G5E919 Q6ZWZ2 Q3TQF0 Q5BJ29 Q8K1C9 Q8VHP9 B9EHN0 D3Z392 Q9CZW5 Q8VDH1 Q14AI7 Q3UQ17 Q5DTM8 G5E817 Q8BK06 Q9Z204 Q8R2P1 Q91ZU1 Q3V3N6 P23188 Q3UDU9 Q8BQS9 Q9D5H8 A0A0J9YU62 Q5FWJ5 Q80X95 Q8BNP7 P27773 P70362 Q80U83 Q8C1E4 Q7TSJ0 Q541E5 O88508 Q9WTZ2 A2AA71 Q3UYC1 Q6NXL1 Q80ZX0 Q0VGU0 B9EHP1 Q8K409 Q8CGY8 Q8C6X9 Q561N4 Q8R4B8 Q62210 A0A3B2W489 Q60855 S4R1M2 Q6DFW4 Q9CPR8 A0A5F8MQ33 A0A286YDG5 Q7TMI3 Q3V124 Q3UQU1 Q3TSE5 Q9R1T2 E9PVB7 A0A0R4J0C0 Q6NXL6 Q9Z1F9 Q8K392 Q91ZX6 Q3ULF5 M0QWX4 Q01320 Q64511 A0A2I3BS18 G3XA30 A0A286YDI1 Q924W5 Q6PFX9 A0A1Y7VKW0 Q5BKP2 B1AZ99 Q9CTM5 Q3UES3 Q8BH57 Q3U1J4 Q3TCH7 Q3TP81 Q3TLR7 A2RSE4 Q8CED3 Q9D7J8 Q8VCM5 Q3UDF3 A2RTD1 G5E8R8 Q9QWH1 Q3UTC9 Q7TNB5 Q3V116 F8WH23 Q64364 P23804 Q9CQJ4 Q3URA3 D3YY34 P51943 Q9QXV1 P46460 O55187 Q61456 Q2LC58 O35730 Q4FJT2 Q547H1 P58252 Q6NZC0 Q80SY9 Q540J8 Q3UAR6 Q99JG7 E9PYI8 A0AAQ4VMX2 P01027 F8VPQ6 Q3UQV0 P47879 Q91WM6 A0A0R4J2D3 Q3TY66 Q9WVE4 R9W2T8 Q922P8 Q548P8 O35701 G3X977 P16045 Q8R121 Q0PD50 Q8R116 Q3TIZ8 A0A494BB86 Q9Z0L4 Q544J8 Q8K4L6 P49182 Q9D3J8 Q9D6X6 A0A494B9A6 O55188 Q8CID3 Q9R1A8 Q8R2Z5 Q542M9 Q78ZJ8 Q4W8U9 Q14BR4 Q5SS12 Q3U0T9 Q3SXA7 A0A0G2JGP8 Q9R1K9 A0A1C7CYU3 Q3UYK7 Q9DBV4 Q5MJS3 Q14AV3 Q3TX21 Q05186 Q505Q3 Q5M8P3 P02772 Q3ULK1 Q0PD21 Q3USK2 Q0PD49 E9QLK7 Q9D306 Q3U518 Q8C4L1 Q80UM7 Q8C3J2 A2AJ15 Q812G0 Q921V5 Q544F0 Q8BJT9 Q91Y74 Q544T4 Q8BM62 A0A0R4J1R1 Q11204 P70277 Q059T5 Q544M3 B2X2D8 A1A4T2 Q8CIG3 Q812F8 E9QK89 Q3TPZ5 Q3TSD2 Q6ZQ89 Q3TXU4 A0A0R4J0K8 Q6P5E4 Q3TCI2 E9Q4X2 B7ZNP0 E9Q919 Q3UYK9 Q3UXY8 Q8CE69 E3SRG8 Q6DFZ1 Q7TSH4 E9PXW8 Q0PD45 Q4FZK4 Q14DJ8 Q91Z34 Q921L5 P28663 A0A0R4J0Q9 Q3U4W5 Q0PD53 G3X9G6 Q3KNA5 Q4QQL2 Q9Z160 A0A494BAE3 Q4KL34 Q9JJA2 Q7TSQ9 Q8C7T5 Q9DB05 Q00899 A0A0R4J0L5 Q0PD48 Q3USH9 Q8K0T3 Q80ZV7 Q5EBP9 P47876 Q61686 Q923G3 Q5DQJ3 Q5RKN9 P12032 Q3UR87 Q9WUP7 Q3TSV9 Q6P3Z8 Q8BTS0 Q8BSJ6 S4R2K9 Q8CG19 Q8BUN5 A2AI52 Q68FG2 A0A0R4J1I3 O88623 Q546B3 Q3UGX2 Q3TEY6 Q3UUT8 Q8R1C2 Q9DAY9 Q3V1V5 Q5D0E9 B2RR30 Q0VGY9 P52479 P08032 Q8VIE5 Q6NXH2 Q60520 B6ZI39 Q3UCV8 Q99KQ3 Q0PD63 Q9JHK4 F8VPX1 A0A6Q6QAE5 Q3U1J1 Q6ZPV2 Q8BV13 A0A0A0MQ89 Q547B5 Q8R2S9 Q8VBV7 Q8CAP3 Q3UQL2 Q8BHA0 Q9CPU7 Q9CZ04 Q6PIJ4 Q3UIT2 Q3U1C2 Q3UQN3 P51612 B1AT32 Q8R359 Q6PAC3 Q80YQ1 P70340 E9PYW4 Q8BPZ8 Q8K1I3 Q3UI43 Q8VEE2 P47867 O35718 P46737 Q8BZ87 A0A0R4J183 A2RS47 Q80YR7 Q8K3W0 Q9CS14 Q922H1 Q64522 A2AB79 Q8CGP4 Q8CGP5 Q6XLQ8 B2RPW6 Q3UAD6 P23798 Q5EEX1 Q8CDK2 Q9CQM0 Q549X4 A4Q9E8 Q8BND5 A4Q9E5 Q8C5G2 E9QLP0 D3Z1M2 Q09M02 B2RRP1 Q80UG8 Q8C1R2 A2A7P9 A2APC3 Q91V51 P54775 Q64348 E9Q425 Q9WTX6 P97313 Q8C1W1 Q3UPK6 Q9CPS5 A4Q9F4 D6RI59 E9Q6C6 Q8BVQ9 Q3UDE2 B7ZWE5 P38585 P62196 Q9CSE3 B2RT97 Q3UEK9 G5E8R5 V9GXT8 P0CG50 G3UVV6 Q9D0I4 Q9DBH5 Q3TKG4 A6MDD3 O08547 Q542I9 A1L3B8 P58019 Q3TVF4 Q8BQL3 P14685 Q544R8 Q545G0 Q548Y4 Q8VCD3 Q91XT4 Q8BJR0 Q78XR0 P49722 Q9D8W5 P35846 Q3TMT1 Q9R0P9 Q5XJH3 P99026 Q3TZ89 Q7TSI3 Q9R1P0 Q3UCQ1 Q8BWQ9 G3X928 Q3TV35 B1AUX2 Q8BXT9 Q3TLI0 P42128 O35593 Q3UWN3 Q0PD66 Q9R1P3 Q5SUR3 Q24JP2 Q0PD67 A0A2I3BQJ1 Q14AQ1 Q3UAP1 Q58EV4 Q14BF8 Q923A8 O55234 D6RGU4 Q542H2 Q5J9A9 Q5BKQ9 A0A1W2P7S5 Q9JKV1 O35623 Q00897 A0A286YDT6 Q3TXS7 Q3SYI8 Q9CQR6 P70195 Q62432 Q0PD65 Q9JME7 Q8BRF7 D3Z4P2 Q9Z1E3 Q9Z1A1 Q5SRY7 Q0P648 Q60692 E0CXB1 Q3UPL0 Q6RI64 G5E8R4 Q3TS44 Q9Z1Z0 D0EW11 Q99JI4 B7ZNW3 Q3TCN5 Q8VC91 Q8BQ43 Q3TKV1 Q3U9K9 A2A9I0 Q505L1 E9QAH1 Q8K000 P19091 Q810M8 P06537 Q9CQA1 Q6GU14 Q3ULB3 Q9D6E1 Q2M4G9 E9Q3T8 Q3UZT5 O88783 P63280 P33242 Q8C3F5 Q6NZM9 Q6LC96 P48281 Q505F1 A3KN90 Q542P9 Q3ULQ6 Q8BW69 E7FJU2 Q8BP65 G3UZA7 Q3U5E7 Q3TYI4 A0A077K846 Q6NZM3 O54714 Q542J9 O70445 Q3TML0 Q80XB1 Q8R1L4 Q3U0R5 Q3UN10 E9PZ97 Q5SWN2 Q545E4 D3YVU6 Q925U4 Q8BWG8 Q6NV63 Q8BWH5 Q3UER8 E9PV24 J3JS97 Q541Z5 Q3UN04 Q7M6Z0 O70492 Q545X5 P11440 A0A286YD56 Q99LG0 A2A4Z0 A0A0D2X7Z2 Q8R1C6 Q7TPW4 Q7TNQ1 Q3UFQ4 Q80VP4 Q0PD08 O89079 Q3U5R2 Q3UMA3 Q3UV20 P57096 Q0PD20 Q3TGH8 Q0PD24 A0A0R4J190 Q3UGN9 A0A1L1SV73 Q0PD30 Q07409 Q0PD31 O35465 Q99LJ1 Q0PD34 Q0PD39 D3Z4T6 Q543Y8 Q9DCW4 Q9CQM2 Q8K356 Q8VCU2 Q5SUT2 Q9CQL0 O55029 Q3UI46 A2AES5 Q8K339 Q6ZQ38 Q9JIF7 Q80ZQ0 Q8BXX3 Q8BTP0 A0A5F8MPP4 Q3TAA8 Q91WK5 Q8BY83 Q8BW41 Q8K561 E9QM75 D3YTZ7 P18762 A0A0R4J0M9 Q9D321 D3Z4I0 A6H6E2 Q8C436 Q545T2 Q80TQ2 Q6PDC2 P35294 Q3TPN5 Q9DD23 Q3TPA7 Q7TQD1 Q8BU82 Q3TRE5 Q8K0S5 B2RUR8 Q6P9L4 Q921I1 Q8CG64 E9PUE2 Q91X17 Q8BU59 O09101 B7ZN11 Q8C894 Q543Q4 Q6GQV9 Q9CXS2 Q9CXR4 Q7TQI3 P70365 Q5F2L2 Q3TUA9 Q920S2 Q8BG33 Q9D7S0 P35459 Q922Y1 Q3UMQ5 O08523 P53395 Q3UQY2 Q8BG28 A0A0R4J024 A0A286YCI0 O88630 Q8BJ14 Q8CE59 A2ALR9 Q8C6M1 Q99PU7 Q60795 Q9D1C3 Q3SXA6 Q5DU02 Q9D7F2 O70343 Q0PD62 Q63870 Q0PD64 Q3V307 Q76N33 Q9WTK3 Q3TQ02 Q8BQ86 Q80YD8 P01831 Q00623 D3Z499 Q544A3 P24721 Q9D9M2 Q9CRA0 O70274 E9Q414 B2RV73 Q3TYE5 Q9D009 Q8CBD1 MITOCHONDRIAL TRANSLATION TERMINATION%REACTOME%R-HSA-5419276.6 Mitochondrial translation termination Q9CQ40 Q9CPW3 Q99N87 A2A6T4 Q9DCJ7 Q3U8Y1 Q80ZS3 Q9D1B9 Q7JCZ1 Q9D7N6 Q9CQL6 Q9D8P4 Q9D7N3 Q9D1N9 Q9D3F3 Q9CR59 Q9CY73 Q9CQL5 Q9CQL4 O35680 Q9JIK9 Q9DCI9 Q9CQP0 A0A0R4J0L6 Q9DCU6 Q5RL20 Q05DC5 Q921S7 Q9D1I6 Q9EQI8 Q9CZ83 Q61733 Q9JKF7 Q5U5I3 Q9D0G0 Q80X85 Q8BGA9 Q14B21 D3Z2K2 Q9DB15 Q3TLQ4 Q9CQF8 Q501J4 Q7JCZ3 Q9CPY1 Q9CY16 Q8BQ99 Q9DC71 Q9CQF0 Q9D1H8 Q99N93 Q8K2M0 Q99N90 Q8R2L5 Q99N91 Q9CQN7 Q9D338 Q14C51 Q9D773 Q9CQV5 Q9D1P0 G3X9M0 Q9CPX7 Q8VDT9 Q9CQA6 Q3TI14 Q9ESC5 Q3UKS6 Q8BU88 Q542W5 Q8K2Y7 E9QPQ8 Q9CQE3 Q7JCY4 Q7JCY9 Q7JCY6 Q9MD82 Q7GIP5 Q8BJU9 Q9MD77 Q9D6S7 Q4JFN6 Q8K126 Q3TSU6 Q9MD59 Q7JCX7 Q9MD68 Q8R2K5 Q9D125 Q9CXW2 Q3TBW2 Q059G7 Q9CQ06 Q8BK72 Q9D0Y8 EVASION BY RSV OF HOST INTERFERON RESPONSES%REACTOME%R-HSA-9833109.1 Evasion by RSV of host interferon responses Q3TU94 A1L0V6 Q3TGP5 P62878 Q8BJ14 Q3U5B1 Q9QXJ2 Q0VE17 A0A087WNT1 Q2M4H5 Q3URU8 E9QJS1 P0CG50 P33896 Q3U9K6 Q6GQV9 Q03963 GLYCEROPHOSPHOLIPID BIOSYNTHESIS%REACTOME DATABASE ID RELEASE 96%1483206 Glycerophospholipid biosynthesis Q61586 Q0KK35 Q64521 Q571G1 Q3UFN1 Q54AA6 A2AMH5 Q9DCV3 Q8BY89 Q3ULA4 Q8BJ56 Q99LH2 Q6NVG1 Q921V7 Q5RJI2 P13707 Q9Z1X2 Q3TYT9 Q8CD95 Q8CB47 Q3TFD2 Q9CT84 Q80ZW1 E9PWN0 Q9QZT4 B2RSR7 Q8K2C8 Q8C0N2 Q8K130 A0A0R4J263 F8WIJ5 Q8K4X7 B2RRB9 Q9D517 Q8K1N1 Q8BYI6 Q50L43 Q8CIV3 Q8VCI0 Q3UN31 Q9CWA8 Q9EPR2 Q8R3U1 Q8K255 D3Z1N8 Q50L42 Q9D1E8 Q64GA5 Q3UG05 Q50L41 B0V2Q7 Q6AXH0 Q8BP40 Q8BN01 Q8BK03 Q497J1 Q6GTW1 Q91V01 Q8BH98 Q8BX08 Q8VI78 G5E833 A0A1D5RLZ5 S4R296 Q3UYN2 Q9CPX5 Q9D4V0 Q8C0L9 Q0VE82 Q505E1 Q8BWU8 P49586 Q8C0M2 Q811Q9 Q9DA75 A0A0R4J130 Q8BT60 O54804 Q54AG5 E9QNZ9 Q99JY0 Q6A0A4 Q8R2H9 Q8BMS1 Q5SV41 A0A0R4J150 D3YU39 A2ADU8 Q91ZH7 Q3USD5 Q0VG22 A0A0C3SFZ5 Q03311 Q8BGS7 B9EKS7 Q8BG07 I7HJS2 Q80TA1 Q61907 Q3U926 Q3U893 Q8CHP8 Q8BQV2 Q543Z1 Q8JZZ5 Q8CDH5 G3UZX4 A2ADU0 O35954 A0A0U1RPV3 P98191 Q3UHE1 Q9DBX5 Q8R1R3 Q8CHK3 Q6NVF2 O35405 Q9ESW4 F8VPQ6 PHASE 4 - RESTING MEMBRANE POTENTIAL%REACTOME%R-HSA-5576886.3 Phase 4 - resting membrane potential Q3LS21 Q9QYK8 Q0VD85 Q9JJ14 O35111 A0A1D5RMH2 Q3TYG8 Q3V1G1 Q76M80 Q543W5 Q9JK62 Q6VV64 B2RVL1 Q8BZB0 Q9D3L6 Q6P6P9 Q8JZN3 G5E845 SENSING OF DNA DOUBLE STRAND BREAKS%REACTOME%R-HSA-5693548.3 Sensing of DNA Double Strand Breaks Q5SV02 Q9R207 Q3UJQ1 B9EHX4 Q8BRV3 INTRA-GOLGI TRAFFIC%REACTOME%R-HSA-6811438.2 Intra-Golgi traffic Q8BHT7 Q9Z160 Q9CQW1 A0A494BAE3 Q8C4L1 Q9JJA2 Q7TSQ9 P97390 O35153 Q9DB05 A0A0R4J0L5 Q9JKK1 Q8C0W8 Q3USH9 Q7TPW4 Q8CAM5 Q0PD24 O88630 Q921L5 P28663 P46460 P39098 P84078 Q9JJB6 Q6NXK9 Q0PD21 E9QPA1 Q544T7 Q8K1E0 Q5FWJ7 Q9QYE6 D3YVW2 A0A0R4J0Q9 Q8K3E8 Q99KH2 Q9ERB0 Q3TXK1 Q0PD15 Q3U8A6 E9Q512 A2A9I0 REVERSAL OF ALKYLATION DAMAGE BY DNA DIOXYGENASES%REACTOME DATABASE ID RELEASE 96%73943 Reversal of alkylation damage by DNA dioxygenases Q8K1E6 Q6P6J4 Q3TSG4 Q9D8Z1 Q8BGW1 E9PZJ8 Q91WR3 PI3K EVENTS IN ERBB4 SIGNALING%REACTOME%R-HSA-1250342.6 PI3K events in ERBB4 signaling Q9WTX4 Q61521 D3YZR2 P42337 G3V023 Q8C7P2 Q6DR99 Q543J8 Q5FW64 PDH COMPLEX SYNTHESIZES ACETYL-COA FROM PYR%REACTOME DATABASE ID RELEASE 96%9861559 PDH complex synthesizes acetyl-CoA from PYR O08749 Q8BKZ9 P35487 Q9D051 Q8BMF4 Q3UFJ3 SURFACTANT METABOLISM%REACTOME%R-HSA-5683826.5 Surfactant metabolism Q61169 Q9D2V6 E9QPG8 Q01337 Q8BMK4 Q9DBP0 Q3U7H1 Q9CQI1 Q8R2N0 Q8BVZ6 G5E8Q8 A0A0R4J289 Q60614 Q6P8P8 Q00941 P50404 Q3U1Z1 Q3TQG6 Q8CAU3 P59267 Q6AXE3 P49935 S4R2L6 Q01338 MPS I - HURLER SYNDROME (HS-GAG DEGRADATION)%REACTOME%R-HSA-2206302.5 MPS I - Hurler syndrome (HS-GAG degradation) Q8BMG0 EVASION OF ONCOGENE INDUCED SENESCENCE DUE TO P16INK4A DEFECTS%REACTOME%R-HSA-9630750.5 Evasion of Oncogene Induced Senescence Due to p16INK4A Defects Q545C3 Q0VBK8 Q64364 MATURATION OF REPLICASE PROTEINS%REACTOME%R-HSA-9694301.5 Maturation of replicase proteins D3Z7W0 CLASS I PEROXISOMAL MEMBRANE PROTEIN IMPORT%REACTOME DATABASE ID RELEASE 96%9603798 Class I peroxisomal membrane protein import O88741 Q5SWQ8 D3Z3F5 Q9R0A0 Z4YM84 A2AKD6 P48410 Q8VCI5 Q91XC9 Q9D0K1 Q5D073 O70579 Q61285 A0A0G2JDI9 Q3UIG2 Q9D5T0 G3X9U9 Q91YZ5 E9PXK7 GAIN-OF-FUNCTION MRAS COMPLEXES ACTIVATE RAF SIGNALING%REACTOME%R-HSA-9726842.2 Gain-of-function MRAS complexes activate RAF signaling A2A5N2 Q8CAD1 Q6ZWM8 Q3TPX5 O88520 P62141 Q99N57 P28028 DS-GAG BIOSYNTHESIS%REACTOME DATABASE ID RELEASE 96%2022923 DS-GAG biosynthesis Q91XQ5 Q8BS97 Q8BLI4 Q3TSQ8 Q3TRA2 A0A0R4IZX5 Q3URZ9 Q0VBN2 Q3TNY9 Q71M36 Q80V53 Q3UKR1 SCAVENGING OF HEME FROM PLASMA%REACTOME%R-HSA-2168880.3 Scavenging of heme from plasma Q3U454 Q91VB8 Q3UBS3 Q00623 Q546G4 P01592 Q91X72 B7ZMW6 Q07456 A8DUK0 INTRINSIC PATHWAY FOR APOPTOSIS%REACTOME DATABASE ID RELEASE 96%109606 Intrinsic Pathway for Apoptosis Q63810 P31750 A8IP69 Q9WVQ5 Q5SS40 Q60989 P70444 O70456 Q8K3J2 Q80ZA1 Q64364 Q6PEB3 E9Q5V3 Q8C8M7 Q9CYB4 Q5CZX0 Q3TZH4 Q7TSJ7 P70677 Q3U607 O08734 A2A5N2 Q9D297 A0A679AXP3 P63085 Q8C6X4 P63168 A0A1L1SVG0 Q63844 Q9JIQ3 A2AGL5 Z4YK94 Q8BQK4 Q5HZH3 Q4FJQ4 P63101 P68510 Q8CE74 A2AS93 Q3U9H3 Q8R5L1 Q6GU23 Q5DU30 Q3UJC3 Q9D0M5 Q62415 E9QJU8 Q80XK0 A2AV75 CAP-DEPENDENT TRANSLATION INITIATION%REACTOME%R-HSA-72737.4 Cap-dependent Translation Initiation Q5YLW3 Q9CQR2 P62264 Q6ZWN5 Q4FZH2 Q8BP67 Q3UZR8 Q5M9N8 Q642K1 Q8CHW4 Q9CXW4 Q99LD9 P62717 Q61749 Q3TML6 Q6ZWX6 Q3ULL5 Q561N5 Q3UKV0 Q5M9K7 P62830 P99027 Q9D823 Q505A8 Q58EA6 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 Q497N1 Q5CZY9 Q8C470 Q5F2A7 Q60876 Q3TY56 O70194 Q3UVY8 Q544H0 Q66JS6 Q8BGD9 E9Q9E1 Q8BMJ3 Q8QZY1 Q99JX4 Q9QZD9 Q8R1B4 Q564E5 Q8JZQ9 P29341 Q3UIG0 Q3UM46 Q5M9L0 Q8BTU6 Q6ZWU9 P97461 Q4VAG4 Q58E35 P86048 Q9CQD0 P62911 Q6A002 Q545X8 Q3TQR3 P14206 Q9CPR4 Q0VBA4 Q3UC02 D3YYB0 Q5M9M4 Q5M9M0 DENGUE VIRUS MODULATES APOPTOSIS%REACTOME DATABASE ID RELEASE 96%9920951 Dengue virus modulates apoptosis Q8VD65 Q8VE91 Q6PF93 A0A3Q4EC26 Q3UKR0 B2RX66 Q6QI06 Q60855 A4FUW1 Q60778 Q9Z1E3 Q9JLN9 Q8BKH7 E9QAM0 Q812A5 COPI-DEPENDENT GOLGI-TO-ER RETROGRADE TRAFFIC%REACTOME DATABASE ID RELEASE 96%6811434 COPI-dependent Golgi-to-ER retrograde traffic Q6P1D3 Q6DFZ1 Q5XJY5 B7ZWN1 A9XMT8 F8VQE2 Q7M6Z4 Q6TA13 Q8VI89 Q9CRX5 Q8VDS8 Q8C0X6 V9GXM1 A0A1Y7VK29 E9Q4K7 E7FLY0 Q6QD59 G3X8Q6 Q6PB45 O08547 Q8BZ36 E9PX57 Q78IS1 Q6PFD6 Q3V416 Q7TNQ1 E9Q496 Q14BR4 Q9JKY9 B0G0X9 O89079 Q545Q2 Q3UI47 Q542M2 Q9JHH9 Q0PD66 Q0PD67 Q9QXK3 P46460 P28663 P84078 Q8BTF0 Q9CQM2 O55029 Q9JIF7 Q571A6 Q9D481 Q8BZ45 Q9CUT6 Q3UR67 A0A494BAE3 P84084 Q9WVM1 Q6PDC2 O54692 Q9DB05 A2RSC8 Q3US62 P33174 Q9DBS5 Q91W40 Q6P9P6 P97329 Q8R1L4 Q6P9L6 Q52KG5 E9QKK1 Q91YS4 E9Q5G3 Q8CD76 Q3V300 Q3UD72 Q99JH8 A0A0R4J0T8 Q3U344 INTERACTION BETWEEN L1 AND ANKYRINS%REACTOME%R-HSA-445095.2 Interaction between L1 and Ankyrins Q6PGJ3 B1AYL0 B1AYL1 Q3UGX2 Q6ZQ54 A0A5H1ZRM8 Q9R053 Q8R1C2 Q3V1V5 K3W4P8 Q3UY10 Q0VGY9 P08032 F7D6K4 Q8VIE5 Q3UF73 S4R2K9 Q8C3I3 Q8K3F6 Q6QRP1 G3X8T7 Q1MXF9 Q68FG2 Q1MXF8 Q0P666 P97952 A2APX8 MICROTUBULE-DEPENDENT TRAFFICKING OF CONNEXONS FROM GOLGI TO THE PLASMA MEMBRANE%REACTOME%R-HSA-190840.2 Microtubule-dependent trafficking of connexons from Golgi to the plasma membrane Q8C4N2 RECRUITMENT OF NUMA TO MITOTIC CENTROSOMES%REACTOME DATABASE ID RELEASE 96%380320 Recruitment of NuMA to mitotic centrosomes Q569L8 Q6P5D4 Q80Y52 E9QQ10 Q7TSH4 Q99NF3 Q8BUR9 B8JJE7 A8IP69 Q64702 Q9CQ25 Q5SW18 Q8BKN5 Q8BUH2 Q6F4J0 P58854 Q99L00 Q5SS40 A0A494BA29 A0A494BB86 Q8BYN2 Q3UIT6 Q0VGR5 E9Q7G0 Q9JJ94 Q6IQY5 P11440 Q3TPZ2 Q9R1K9 Q8QZX2 Q6NV99 Q8BFT2 Q6ZQ12 Q9CQS9 B1AXI9 Q3USK2 U5KVR9 A0A1D5RMI8 Q9D6F9 D3YVU3 P33215 Q8BP64 H3BK84 P68372 P63168 Q8CDL2 K3W4R5 P68369 P68368 Q3URP3 Q3TYE1 Q3UZY0 J3QP81 Q9JHU4 Q66JX5 Q80UF4 Q6F4J1 Q9R0L6 Q0VEJ0 Q8BKT8 A2AUM9 Q76MZ3 Q9D3R3 P05132 E9Q5A8 Q3TPJ8 A0A494BB26 Q3U4H0 Q3TPZ5 Q9D786 E9Q919 P99024 TANDEM PORE DOMAIN POTASSIUM CHANNELS%REACTOME%R-HSA-1296346.3 Tandem pore domain potassium channels Q3LS21 Q6VV64 Q8BZB0 Q0VD85 Q9JJ14 O35111 A0A1D5RMH2 Q3TYG8 Q3V1G1 Q6P6P9 G5E845 HOMOLOGY DIRECTED REPAIR%REACTOME DATABASE ID RELEASE 96%5693538 Homology Directed Repair Q80ZH7 Q8BQS1 P0CG50 Q3TV35 Q4U2R1 A2RTT4 P63280 Q9D2U9 Q3ULQ6 A0A0R4J091 P52431 Q8BGX7 Q3TKD1 Q542J9 Q8R055 Q5NCT2 Q9QZ11 Q9JJN0 B9EHX4 Q8BRV3 Q5SXJ3 O70445 Q9CQ36 Q4KL82 Q9CQ71 Q3UKP1 Q9CRV6 Q9R207 O35280 Q3UYY2 Q8BMG1 O35719 Q5U4B1 Q8BPY9 Q9CX47 E9PZ97 Q8BH76 Q547B4 Q99J62 Q924H5 Q9QWZ1 Q91ZJ0 Q5SWN2 E9QK89 Q9Z0F6 D3YVU6 Q8CGP2 Q6P1D7 P97929 Q3UGT8 Q8CGP0 Q62193 Q6NV63 Q08297 Q5HZI8 Q8BJW7 Q5SV02 B2RTK3 Q8BWH5 Q8VC54 Q3TQQ9 Q9QZS2 A0A0R4J1H1 Q80W51 Q80YR6 Q8BMI4 O35654 Q3UJQ1 Q0VGM9 Q8BQY8 Q80XH7 Q6ZQJ5 Q6ZQF0 O54956 Q921K2 Q3UEU6 O88554 E9PUM0 Q64524 P51943 P10853 Q3UGB9 Q61456 P68433 Q64475 Q64478 Q91Z50 Q6ZWY9 E9PYW4 P27661 Q8BPZ8 Q3UNF2 Q3UI43 Q8BJU7 Q3U574 Q8VEE2 A0A0R4J0U2 Q91WA1 P46737 Q8BZ87 A0A0R4J183 Q80YR7 Q8K3W0 Q80XB7 Q3SYK5 Q4VBX4 PROPIONYL-COA CATABOLISM%REACTOME%R-HSA-71032.4 Propionyl-CoA catabolism Q3UGC8 Q9CSI4 A0A0U1RQ27 Q8C7H1 Q3UYS0 DRUG-MEDIATED INHIBITION OF MET ACTIVATION%REACTOME%R-HSA-9734091.3 Drug-mediated inhibition of MET activation F8VQL0 Q8C9G5 MATURATION OF HRSV A PROTEINS%REACTOME DATABASE ID RELEASE 96%9828806 Maturation of hRSV A proteins P62137 Q6ZWM8 Q9D8V7 P62141 Q6ZWQ7 Q8CDH5 A0A140LHR3 A0A2I3BRW0 G3UZX4 P23188 Q8BYY5 Q3UHW8 D3Z569 PHOSPHORYLATION OF EMI1%REACTOME%R-HSA-176417.4 Phosphorylation of Emi1 P11440 Q3TPZ2 Q3U3D4 Q9JJ66 Q7TSG3 HIV ELONGATION ARREST AND RECOVERY%REACTOME%R-HSA-167287.5 HIV elongation arrest and recovery A0A3Q4L2S8 A0A338P6M3 Q7TSG2 O55201 Q8C4Y3 P61219 P62488 P08775 Q8BG30 Q3UIA1 G3X956 Q3U3M5 Q3UWX7 A0A087WNT1 Q922L6 P97760 Q08943 Q8BFX0 P63271 Q3THK3 Q9QWV9 Q8CFI7 P60898 Q99J95 Q8CB77 Q3UMJ4 Q6PI63 Q7TQK0 Q3V214 O08856 TNFR1-MEDIATED CERAMIDE PRODUCTION%REACTOME%R-HSA-5626978.3 TNFR1-mediated ceramide production P68040 Q3U593 O70572 O35242 Q9JJY3 Q3U479 ASPARTATE AND ASPARAGINE METABOLISM%REACTOME DATABASE ID RELEASE 96%8963693 Aspartate and asparagine metabolism P05201 P05202 Q8BH59 Q61024 Q8C140 A0JNU3 A0A0R4J0R4 Q3UZV6 K4DI69 Q8R3P0 SMAD2 SMAD3:SMAD4 HETEROTRIMER REGULATES TRANSCRIPTION%REACTOME%R-HSA-2173796.6 SMAD2 SMAD3:SMAD4 heterotrimer regulates transcription Q63844 E3SRG8 Q3TVD4 Q3TZS1 P0CG50 Q3UBT1 Q8CAS3 Q549R4 A0A1L1SRK3 P01108 Q9EPK5 Q8C8M7 Q58E49 Q8BJ14 Q3U3M5 Q569U6 G5E899 Q6PAR4 Q8BUN5 Q62432 Q61502 Q9D297 Q3TX57 Q9QWV9 G3X8Q0 Q8R0K9 P23188 B2RPW6 A0A0R4J1I3 Q99J95 E9Q6E2 P63085 Q7TQK0 MAPK3 (ERK1) ACTIVATION%REACTOME%R-HSA-110056.5 MAPK3 (ERK1) activation Q63844 Q3TMJ8 Q3URV7 P11440 P35235 A2RTD1 Q3URU8 Q62120 E9QJS1 RAS ACTIVATION UPON CA2+ INFLUX THROUGH NMDA RECEPTOR%REACTOME DATABASE ID RELEASE 96%442982 Ras activation upon Ca2+ influx through NMDA receptor Q8CCM0 D3YWU0 Q8BW40 A2AI21 F8WIS9 Q5FW75 P08551 Q52KF7 Q9QZR7 Q3UP61 Q9D091 G3X9V4 A0A338P6I6 Q61411 Q8BL41 P70392 Q03391 EVASION OF OXIDATIVE STRESS INDUCED SENESCENCE DUE TO DEFECTIVE P16INK4A BINDING TO CDK4%REACTOME%R-HSA-9632697.4 Evasion of Oxidative Stress Induced Senescence Due to Defective p16INK4A binding to CDK4 Q545C3 Q64364 PROCESSIVE SYNTHESIS ON THE C-STRAND OF THE TELOMERE%REACTOME%R-HSA-174414.5 Processive synthesis on the C-strand of the telomere Q8K1K3 Q8BWH5 Q9CQ71 Q91WC1 Q91Z50 O35654 Q91VL8 B2RS36 Q6ZQJ5 E9PZ97 Q8BH76 Q3V252 Q547B4 E9QM06 Q5SWN2 P52431 Q542J9 Q8R055 Q62193 VLDLR INTERNALISATION AND DEGRADATION%REACTOME%R-HSA-8866427.5 VLDLR internalisation and degradation Q91X41 Q6PFA2 Q80W65 Q5SWR1 Q8BP65 Q8BM54 Q6A0C9 P17426 P0CG50 Q91YY0 Q68FD5 Q3UJ76 Q6PEE6 LEISHMANIA PHAGOCYTOSIS%REACTOME%R-HSA-9664417.2 Leishmania phagocytosis Q8BUR4 Q8BHL5 Q7TSI6 Q9WV32 Q9R0C8 Q3TX55 Q9JM76 Q9ESJ4 Q5SW83 Q9R0Q6 Q8K1I7 Q4KL81 A0A0B4J1G0 Q9WTI7 Q9CXQ9 Q53WY0 Q8VDU4 Q6PGK0 P35991 Q6PEV3 B2RRX1 D3YZ57 Q9CPW4 P14234 Q8JZR2 Q9CVB6 K7Q751 Q3ULF7 Q8BH99 D3Z4J3 Q8VHI6 P63085 Q80TR9 Q3U4Y3 Q8BH43 E9Q2D0 Q63844 A2AS98 Q6P1E0 Q8R5H6 G3UW82 Q6AXH6 Q91VR8 Q3UKP6 Q3TPY5 Q8K1X4 Q3TRQ0 Q8CEI0 Q3TJI7 Q3TLP8 Q8VDD5 Q3SYK5 A0A0R4J119 P08103 Q8BPU7 RESISTANCE OF ERBB2 KD MUTANTS TO TRASTUZUMAB%REACTOME DATABASE ID RELEASE 96%9665233 Resistance of ERBB2 KD mutants to trastuzumab Q61081 B7ZNX6 Q80Y52 P70424 BIOSYNTHESIS OF DHA-DERIVED SPMS%REACTOME%R-HSA-9018677.3 Biosynthesis of DHA-derived SPMs A2CF88 Q05A20 Q8K355 P24527 Q05769 Q8VCC1 P48999 A2CF85 Q05421 Q9CVC8 B6VGH4 Q3UQ71 A2AE91 Q9JKY7 Q2KHL4 EGR2 AND SOX10-MEDIATED INITIATION OF SCHWANN CELL MYELINATION%REACTOME DATABASE ID RELEASE 96%9619665 EGR2 and SOX10-mediated initiation of Schwann cell myelination Q5D096 Q5SXS3 E9QQ57 A0A571BEJ4 Q3U207 Q3ZB60 F8VQJ3 Q3UHL7 Q5DTP0 A0A087WSU4 P31360 Q8CBE6 P46938 Q3TMT1 Q9EPK5 Q6P6L2 Q3U1N2 Q3TYF1 E9QK82 Q3UTH6 Q04888 Q8K0C4 B8JJE0 A0A0R4J170 B1AV35 Q8BV96 Q80W05 SIGNALING BY ALK%REACTOME%R-HSA-201556.5 Signaling by ALK Q8C180 Q60636 Q8C7P2 Q3U472 Q62077 Q543V3 Q2LEK5 Q8BTI9 P97793 Q8C4M8 Q3UCJ0 Q3UCW2 V5SIM2 A0A0R4J0R7 Q3TMT1 P01108 Q60520 P42337 Q7TSJ0 Q58E49 Q8BJ14 Q6GU23 J3QPP8 P63089 Q9JM08 O08908 Q3UII1 SIGNALING BY AMER1 MUTANTS%REACTOME%R-HSA-4839748.5 Signaling by AMER1 mutants Q7TS75 Q14DJ8 Q8BN07 Q6ZQK4 Q6PJ87 Q6PD03 Q76MZ3 Q5KU03 Q91V89 P63330 Q6PD28 Q8BIX1 Q61151 Q8BNP7 AUTOINTEGRATION RESULTS IN VIRAL DNA CIRCLES%REACTOME%R-HSA-177539.4 Autointegration results in viral DNA circles Q566K0 O54962 A2BI12 RNA POLYMERASE I PROMOTER CLEARANCE%REACTOME DATABASE ID RELEASE 96%73854 RNA Polymerase I Promoter Clearance B2RTK3 Q8CGP7 Q149V4 Q9DCC5 S4R1M3 P52432 A2CG76 E9QMN5 Q9D1M1 Q8R1M2 Q8BM83 Q3TMT1 Q3UII8 Q64524 Q6P3Z8 P10853 Q60972 Q2KHS8 E9PWD3 Q8BFX0 P70700 Q9DBH1 P51949 Q9R190 Q3V054 E9Q6K1 Q791N7 Q76KJ5 Q8K2X8 Q3TQG6 Q7TPY0 P97358 P49135 Q3V1B9 Q3THG5 Q6PDZ2 Q9D4V4 Q3V214 Q3UHI3 Q3UZB8 B2RWH3 A0A338P6M3 Q63844 Q64475 Q7TPV0 Q64478 Q542U3 P61219 C0HKE5 Q9D2U9 Q9Z2E1 B2RR30 Q6ZWY9 P27661 Q8C5H3 Q8VHR5 Q8K0T3 Q58E49 F8VPZ5 B2RS91 Q9Z2D8 A3KPD0 P84228 Q8CGP2 Q8CGP0 Q6RI65 CLEC7A (DECTIN-1) SIGNALING%REACTOME DATABASE ID RELEASE 96%5607764 CLEC7A (Dectin-1) signaling Q63810 Q3UZ64 P63328 Q8CED6 Q3UHZ0 G3X8U7 G5E919 Q9DBQ6 Q8C443 P54775 Q9WTX6 Q3UPK6 Q544K4 Q9CPS5 Q8BVQ9 B7ZWE5 P62196 B2RT97 P0CG50 Q2TBA3 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q548Y4 Q3UFQ4 Q5D0E0 P49722 Q9D8W5 P99026 Q8CIH5 Q9R1P0 Q8CIS0 Q3TV35 O35593 Q9R1P3 Q5SUR3 Q14AQ1 Q58EV4 Q923A8 Q54AA2 O55234 Q542H2 Q5BKQ9 P10749 Q9JKV1 Q3U607 A0A286YDT6 Q3TXS7 P70195 Q8CBT3 Q9Z1E3 Q5SRY7 Q60692 E0CXB1 Q6RI64 Q3TS44 Q66JT6 Q99JI4 Q8VC91 P25799 Q9D5S8 Q3TKV1 Q99K90 Q569Y6 Q8CF89 A2RTT4 P70196 A0A1W2P7U1 Q6P1E0 Q8K220 Q80SW1 P70227 Q53YN4 Q8C8N0 A2AIV8 V9GXI5 Q3UV15 TETRAHYDROBIOPTERIN (BH4) SYNTHESIS, RECYCLING, SALVAGE AND REGULATION%REACTOME DATABASE ID RELEASE 96%1474151 Tetrahydrobiopterin (BH4) synthesis, recycling, salvage and regulation Q80Y52 P31750 Q8C5P3 Q4VAF4 Q3U7P6 A0A1L1SRN0 Q544T5 Q8CAH8 Q91XH5 REGULATION OF MECP2 EXPRESSION AND ACTIVITY%REACTOME DATABASE ID RELEASE 96%9022692 Regulation of MECP2 expression and activity Q8BW40 F8WIS9 O70126 Q921N8 Q3UQ34 Q3U9G9 Q8VD67 Q5D0E9 B1ATC3 Q8BJP2 Q3UHK8 Q9QXE7 Q3UD86 Q8BGR3 Q8CHB6 Q8CCM0 Q3TMT1 Q8BHJ5 Q60520 Q58E49 Q3V1Q8 Q9CS58 Q80ZV7 P05132 Q9JM08 Q8CJF9 Q8BL41 G3X9H5 NOD1 2 SIGNALING PATHWAY%REACTOME%R-HSA-168638.5 NOD1 2 Signaling Pathway Q99K90 Q569Y6 Q8CF89 A2RTT4 P70196 Q3UIB2 Q9WUI1 Q80TQ2 O08911 Q7TQD1 P29452 P29594 P70343 Q547H1 Q8BR10 Q5D0E0 Q80SY9 Q540J8 Q62210 A2AS93 Q8C863 Q923A8 A2AIV8 Q8CFA1 Q3U607 Q8CBT3 Q5U421 Q60521 Q3TSE5 Q3TJ22 Q8VC91 Q9D5S8 INTERLEUKIN-21 SIGNALING%REACTOME DATABASE ID RELEASE 96%9020958 Interleukin-21 signaling Q6PEU8 P42232 Q9JIA0 Q5SUE2 Q3V157 Q99K94 Q6GU23 V5SIM2 A0A0R4J0R7 Q3URU8 COBALAMIN (CBL) METABOLISM%REACTOME%R-HSA-9759218.2 Cobalamin (Cbl) metabolism Q9CSI4 Q8C7H1 A0A0R4J0G9 A6H5Y3 Q9CZD0 D3Z1G7 Q99LS1 SARS-COV-2 ACTIVATES MODULATES INNATE AND ADAPTIVE IMMUNE RESPONSES%REACTOME%R-HSA-9705671.5 SARS-CoV-2 activates modulates innate and adaptive immune responses Q0VGU0 Q8CDZ5 Q3UEK1 Q31093 Q9QXJ2 Q9D1M0 Q9Z0W3 E9QJS1 A0A2R3XZC4 Q542T3 Q3UHJ1 P33896 Q9R0T8 Q8R4B8 Q5D0E0 P01898 P01887 Q923A8 Q8CBT3 E9QAM0 Q8VC91 Q9D5S8 Q99K90 Q569Y6 Q8CF89 A2RTT4 P70196 Q5FWJ9 Q8BUA6 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q3UCJ0 Q3U425 Q8BRF6 Q8BQF0 Q8BPS7 Q8BTS4 J3JSA4 Q8R4R6 Q60943 E9Q5R7 Q99K94 Q8BPI5 Q4FJR9 Q80Y52 Q7TNI7 P50404 Q9CZW5 O19441 Q544E6 A7VMS3 Q3UR88 Q9CPR7 Q6ZQ58 B2RRA5 Q71LX8 Q3TU94 A1L0V6 Q3TGP5 Q3U5B1 P35235 Q0VE17 Q8VD65 Q6PF93 P59235 Q542W3 Q5QJQ9 G3X8Y8 Q3URU8 A1L361 Q547H1 Q3U9K6 Q8BR10 Q6GQV9 B9EJ46 Q8BH74 Q80SY9 Q8R480 Q540J8 Q80U83 Q8C1E4 Q8CFA1 Q9CWU9 Q9ERU9 P58682 A2AA71 Q599W9 Q3UTZ4 Q6NXL1 Q80ZX0 SYNTHESIS OF DOLICHYL-PHOSPHATE%REACTOME%R-HSA-446199.5 Synthesis of dolichyl-phosphate A2AWJ3 Q99LJ8 Q99KU1 A0ABJ3HKR5 Q3UYC1 Q9WUP4 Q8R2Y3 CLEC7A (DECTIN-1) INDUCES NFAT ACTIVATION%REACTOME%R-HSA-5607763.3 CLEC7A (Dectin-1) induces NFAT activation Q63810 Q3UZ64 Q8CED6 P63328 P70227 G3X8U7 Q9DBQ6 Q8C8N0 Q8C443 Q80SW1 ACTIVATION OF G PROTEIN GATED POTASSIUM CHANNELS%REACTOME%R-HSA-1296041.4 Activation of G protein gated Potassium channels Q3ZAT1 P29387 Q9QYK8 P63213 Q544N3 Q3TQ70 Q6P8Y9 P63216 Q3UMY0 Q80T41 P61953 P50153 P48545 Q9JMF3 Q61012 Q9D3L6 Q9Z307 Q9CXP8 Q8C7Z5 Q3U9V4 Q54AE3 Q543W5 Q9WV18 Q9DAS9 Q3UG14 Q3UGN1 Q53Z04 Q8C8Y6 DNA REPLICATION PRE-INITIATION%REACTOME DATABASE ID RELEASE 96%69002 DNA Replication Pre-Initiation P54775 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 Q60960 Q9D2U9 A0A0R4J091 Q9CQ36 Q9CQ71 Q66JV6 Q59IX1 Q9WUV0 Q3UR71 Q9JK30 Q9CZF7 Q9CWV1 A3KPD0 Q5SWN2 P84228 Q8CGP2 Q8CGP0 Q62193 B2RTK3 Q8CGP7 Q149V4 Q80XH7 O54956 P53995 Q541Z5 Q8BZQ7 S4R1M3 Q8BYJ1 Q9WVM3 Q3UFC2 Q8K2H6 Q9CPX9 Q8R1M2 S4R2B6 Q3UHW8 A2A4Z0 G3X8W7 Q3UFQ4 Q3TM92 Q3TI84 Q9D3A0 Q64524 P10853 Q3U3D4 Q8C5L1 Q3UGB9 P97310 Q8BQ03 Q3UI57 Q3UI99 Q542F4 Q3U4T8 Q66JY4 B2RS44 Q3V295 Q0VBD2 Q8BH30 B2RWH3 Q8R4E9 Q64475 Q64478 C0HKE5 A0A0R4J145 Q6ZWY9 P27661 Q8C2T6 B9EHJ9 P33610 Q5FW94 SIGNALING BY ACTIVATED POINT MUTANTS OF FGFR3%REACTOME%R-HSA-1839130.2 Signaling by activated point mutants of FGFR3 A0A7U3L6F4 Q7TSI8 Q541T2 Q3U1V5 A0A7U3JW80 E9Q2N2 A0A7U3JW97 A0A7U3JW51 Q6ZWS1 NEGATIVE REGULATION OF TCF-DEPENDENT SIGNALING BY DVL-INTERACTING PROTEINS%REACTOME%R-HSA-5368598.3 Negative regulation of TCF-dependent signaling by DVL-interacting proteins P51141 Q9DCU8 E9Q967 Q60838 CELLULAR RESPONSES TO STIMULI%REACTOME%R-HSA-8953897.9 Cellular responses to stimuli Q3V1B5 Q8BSY2 P84309 O08529 Q91WF3 P14733 Q5SS40 A0A2I3BRC5 P35700 Q9D7J7 Q9WVH4 P68181 O88456 Q3U0Y6 E9Q706 Q52L79 Q5M9N9 Q8R4B8 Q4FJX9 O88444 P09103 P62878 Q01705 Q3TY04 Q3U9V4 Q3UUN2 Q91XE9 Q3UG14 Q546G4 Q3UGN1 Q3V235 O88967 H3BK84 P29387 O88844 Q99JB2 P38647 Q80TY9 Q3UU15 P63213 Q3V1Q3 Q3TQ70 Q8CHP4 Q6P8Y9 P63216 Q3UMY0 P61953 P50153 Q9WUP0 Q9JMF3 Q61012 Q9DCD0 Q8CCM0 Q9CXP8 P97297 Q8VCM5 Q54AE3 Q3TQP6 A0A0U1RPV8 Q3V1C8 P05132 A2AR99 P30115 Q3U6G1 Q6GT24 Q543K2 P46412 Q9DAS9 Q545B5 Q3UDF3 Q8BL41 Q3UJ16 Q497S6 Q4FJZ6 Q3UNA7 Q3TNK3 O54790 A0A0R4J015 Q99LE6 Q8CF69 Q91WR8 A2AQU8 P97493 Q8BW40 Q4FK57 O08997 Q9CTE0 F8WIS9 A0A338P7G6 Q6PGJ8 Q8CDQ5 Q8BJ75 Q542Y0 P10639 Q9CY64 O35099 Q542X9 Q91VL8 B2RS36 P20108 A2RTD1 G5E8R8 A0A0R4J0I0 Q8R0L1 Q3V252 Q8C358 Q9QWH1 P43274 Q3UTC9 P43275 P43276 A2CG76 P10922 Q3V116 F8WH23 Q5NCY0 Q64364 Q549R4 P23804 Q5SWN9 Q9CQJ4 Q3URA3 Q61666 Q61457 Q5NCN8 P55284 P13405 Q149Z9 Q544H6 Q91WC1 D3YY34 Q8C8M7 Q9CYB4 Q9DBY5 Q4G0F8 Q564P6 P51943 Q9QXV1 Q8BJ38 Q80X22 Q569Z9 Q0VE17 Q3U3D4 Q7TPD5 Q3U7T8 Q7TSJ7 B1AXN9 Q9DCV6 Q8C9D4 Q3UGB9 Q6NSP9 Q5NTY0 Q8CGK3 Q8K3Q9 Q545C3 Q99K73 Q9D297 Q3UPN9 Q9D153 Q6ZQJ8 A0A1S6GWG8 P46414 E9QM06 Q9JIY5 O55187 Q0VBK8 E9PUL9 Q60521 Q61456 Q8C094 Q2LC58 Q3UTY9 Q7TT13 Q3UP99 P68433 Q8CHI8 Q8K1K3 Q8CE90 O35730 A5D6P3 P63168 O54992 Q5SZA3 Q8K2U0 Q9CQE6 P59235 Q6P1H4 Q93092 P40142 P63330 Q4FJT2 Q8BQK4 Q5HZH3 Q3UWD7 Q99L56 Q5DTK3 Q9JHU4 Q8BH74 Q8R480 F6VAN0 A2AG68 Q6ZWU9 Q3TYJ3 Q76MZ3 Q9CWU9 Q3TPJ8 P17156 Q9ERU9 Q80X29 Q9D0M5 Q8BLR9 Q7TQJ8 Q6PDL0 A0A0R4J0H9 Q8BIX1 Q9QXD8 Q52KG8 Q8CDZ5 P48678 Q3TWG5 Q9D1M0 Q8C089 Q9Z0W3 Q5SU94 A0A494BB86 A1L347 Q6PD28 Q3TML6 Q6ZWX6 Q3ULL5 Q9R0T8 Q9QZN1 Q0VBL6 Q542C8 Q2NL51 Q9D2U9 A0A0R4J1R1 Q8BTI9 Q9DBC7 Q8C5P3 Q8BKH7 Q7TQC8 Q8C5H3 Q8CE74 Q4FJW1 P97481 Q9CS58 Q6GU23 Q921E6 A0A1D5RLN7 Q3V2E2 Q3USP9 P02798 A3KPD0 Q8CJF9 Q9DAA6 Q921I9 P84228 Q9JHI7 Q3TPZ5 Q8CGP2 Q7TQK4 Q9D0M0 Q99K94 A0A0R4J0P6 Q8CGP0 Q571G2 Q3UDK5 Q3TKQ3 Q9CRA8 E9Q919 Q9CSH3 Q8BTW3 B2RTK3 Q8CGP7 Q3UHZ0 P31750 Q3UG37 Q149V4 Q6QI06 Q8CDH5 Q8VD67 B1ATC3 S4R1M3 Q9JLN9 Q3UHK8 G3UZX4 Q8R1M2 Q812A5 P46938 P01108 A0A3Q4EC26 P42337 P01101 Q64524 Q8BRK8 P10853 Q60972 Q01853 D3YZ57 Q9DCW5 O08908 Q4QQL2 Q1XG80 Q8C6X4 A0A0R4J111 Q8K4K2 B2RWH3 Q64475 Q64478 Q5KU03 C0HKE5 Q6AXH7 Q6ZWY9 Q8BJP2 Q8CI98 Q3UD86 P27661 Q3UCW2 E9PW15 Q91XC0 P09055 Q80ZV7 Q64445 Q9MD68 A0A087WNT1 Q3TZW9 A2RSV8 Q790Y8 Q3UX23 P47876 P12787 Q8C4N2 Q3U671 Q923G3 Q5DQJ3 Q5RKN9 P43023 P50544 B2RSM1 P53690 Q80ZA1 Q3V2F7 P56391 P48771 Q3UPA1 P30416 Q8BVE2 A0A1D5RLJ8 A2A9C3 Q8CFJ9 Q8BXG6 O55091 Q9WUE4 A2AUM1 Q9CWU3 K7Q751 Q8BTM7 Q91WI7 Q542G9 Q8QZS3 P43406 Q68FD7 Q8BXK4 G3X8R1 Q921I6 Q9D4H8 D3Z5F2 Q5FW98 Q9CWQ8 Q8BV62 Q3UHH5 E9Q9H2 Q52L78 Q99L47 Q9CUY1 P48722 Q9JLV1 Q9CZJ2 Q3TYL7 Q8CI32 Q3U2G2 Q5FWJ9 Q8C6B9 Q52L52 Q8BUA6 F6ZDS4 Q61699 Q9JIH2 A6H6S8 Q6PDG0 Q9JK92 Q8BU75 A0A140LJ25 Q8K1M3 Q99M31 Q8VDP4 Q8VCB1 A0A1D5RLQ0 G3X8S5 Q9CQZ1 Q8C570 A2A5E1 Q8K0U4 Q80U93 E9QL43 D3Z0Y0 Q3U425 Q8BRF6 Q8BQF0 Q8BPS7 Q566K0 Q8BTS4 Q8R3J5 J3JSA4 Q8R4R6 Q60520 A0A0R4J289 Q8CEC2 Q9JIP4 P97461 Q4VAG4 P63038 Q58E35 P86048 Q32MF3 Q9CQD0 P62911 Q545X8 P14206 Q9CPR4 Q0VBA4 Q3UC02 D3YYB0 Q5M9M4 Q5M9M0 A2A545 Q14BH8 Q5YLW3 P47856 B2MWM9 Q91W29 Q80Y52 Q9CQR2 P62264 Q7JCZ1 Q6ZWN5 Q4FZH2 D3Z3Z3 Q8BP67 Q5M9N8 Q642K1 Q9CXW4 P62717 Q9Z2R9 Q3UJF3 Q561N5 Q5M9K7 Q4FJK3 P62830 Q547B5 Q64337 P99027 Q9D823 Q61696 Q3UFV9 Q505A8 Q58EA6 Q4FZE6 Q9CZX8 Q4FJN2 Q564E8 Q5I0T8 Q497N1 Q504P4 Q5CZY9 Q8BG60 Q80YP5 Q7TS75 P58043 V9GXN3 Q7JCX7 Q9D8H7 O35740 Q00731 Q53YN4 P24270 Q9JMH6 Q3SYK5 Q3UAD6 Q60760 Q8CAW4 Q3UCL2 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q9EPK8 Q8BVQ9 V9GXM1 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q548Y4 Q5D0E0 Q792A4 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q62425 Q9R1P3 Q5SUR3 Q14AQ1 Q3UAP1 Q58EV4 O55234 Q542H2 Q60864 Q5BKQ9 Q9JKV1 A0A286YDT6 Q3TXS7 P70195 Q8CBT3 Q9Z1E3 Q60692 E0CXB1 Q3UPL0 Q3V405 Q6RI64 Q3TS44 M0QWC2 Q99JI4 Q8VC91 P25799 Q3TKV1 A2A9I0 P19091 P06537 Q8C3F5 Q6LC96 Q6GTZ3 A3KN90 Q542P9 Q8BW69 E7FJU2 F8WHZ9 Q3TTE7 Q6NZM3 Q8R3E3 Q8BH52 Q3TSP4 Q4FJX4 Q91ZZ3 F8VQE6 A0A2I3BPX1 Q3TQY2 Q9Z1W5 Q8CDG5 P70190 Q921X9 B9EHX4 P47758 Q8BRV3 A0A0R4J082 Q9QZB7 O89023 Q9DBG7 Q9QZB9 D3Z6H3 Q3TML0 Q7TQI8 Q9CQ71 Q91XB7 Q542Q0 Q9QYI6 Q9R207 Q810V8 Q8R1L4 A6H6B9 Q54AJ1 A9C491 Q541B1 Q3UN10 Q8C4N0 Q9EQY0 A0A2Y9CZM3 A0A0R4J0W0 Q9JKR6 Q9CY50 Q3UNH6 Q61024 Q9CPT4 Q9Z2X8 Q3UJ07 Q5SWN2 Q9D2A5 P51859 D3YVU6 Q925U4 Q62193 Q8BWW9 Q6NV63 Q64727 Q5SV02 Q80TM2 Q3UJQ1 O54890 P53995 Q541Z5 Q8BZQ7 Q8BYJ1 Q9WVM3 Q3UFC2 Q8K2H6 Q9CPX9 S4R2B6 A2A4Z0 G3X8W7 Q3UFQ4 Q3TM92 Q3TI84 Q9D3A0 Q71LX8 Q9QYJ0 Q80SY3 Q9D1K2 Q9JHF5 Q8BMC1 Q02248 P51863 Q9CQD8 Q544R7 P35918 A0A0A6YX18 Q9D593 Q9Z1G3 Q5U421 Q3U861 Q3U2P8 Q05AA8 Q3UDU9 Q8CF66 Q99L60 Q6NTA4 P63085 A0A0N4SVQ2 Q9CQ22 P50516 Q8BGD6 Q91YH6 P98083 Q5HZY7 G3UW70 Q63844 Q3U6G0 P50518 Q09HN3 P62814 B3VQI8 Q99K70 Q9WUI1 A0A0R4J0B6 Q3U889 Q54A87 Q80X95 A4FUW1 B1AWT3 P97369 Q9JHS3 E9QKI5 Q9QXE7 Q6GQV9 Q3UHZ2 L0CL36 P70365 A8DUK0 O70145 Q3US24 Q8CHB6 A0T1G3 Q68ED7 Q6PEM8 Q0VED9 P70362 Q8BHJ5 Q3UUZ9 Q3UBI5 Q80UU9 Q8R1U3 Q99KV1 Q3TZD5 Q5XJV5 Q8BJ14 Q8CE59 Q60795 Q8C590 Q8CBR9 Q7TPS7 Q8BYH8 Q64HC9 O70343 Q53Z05 Q810L5 Q3UV55 Q3U5U6 Q9JM08 Q91VB8 Q91YN9 G3X8Q0 Q32ME6 Q9WTZ2 Q8C9W6 B9EJ14 Q9WVG6 Q00623 Q3UP84 Q9DBV7 Q8BYY5 Q91X84 Q921S6 B1AQH6 E9Q414 Q8CHX6 A0A0G2JG60 Q8CBD1 OTC VARIANTS CAUSE OTC DEFICIENCY%REACTOME DATABASE ID RELEASE 96%9956522 OTC variants cause OTC deficiency Q8R1A8 VIF-MEDIATED DEGRADATION OF APOBEC3G%REACTOME%R-HSA-180585.3 Vif-mediated degradation of APOBEC3G P54775 Q3UPK6 Q2M4H5 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 P62878 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 A0A087WNT1 Q9JKV1 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 ZYMOSTENOL BIOSYNTHESIS VIA LATHOSTEROL (KANDUTSCH-RUSSELL PATHWAY)%REACTOME%R-HSA-6807062.4 Zymostenol biosynthesis via lathosterol (Kandutsch-Russell pathway) Q9CRA4 Q8K0C4 Q8VCH6 Q3V3I6 Q9WTN3 Q3U1N2 Q8C5N9 Q3US15 YAP1- AND WWTR1 (TAZ)-STIMULATED GENE EXPRESSION%REACTOME%R-HSA-2032785.5 YAP1- and WWTR1 (TAZ)-stimulated gene expression P46938 P29268 Q9EPK5 Q62296 Q5CZX7 F8VPU0 Q80UL2 Q3UYJ1 Q3UQU2 P05125 Q5D0E9 B2RR30 O88904 Q80W05 APC C:CDH1 MEDIATED DEGRADATION OF CDC20 AND OTHER APC C:CDH1 TARGETED PROTEINS IN LATE MITOSIS EARLY G1%REACTOME DATABASE ID RELEASE 96%174178 APC C:Cdh1 mediated degradation of Cdc20 and other APC C:Cdh1 targeted proteins in late mitosis early G1 P54775 Q3UPK6 Q9CPS5 P53995 Q8BVQ9 Q541Z5 Q8BZQ7 P62196 Q8BYJ1 B2RT97 Q9WVM3 Q3UFC2 P0CG50 Q8K2H6 Q3TKG4 Q9CPX9 Q542I9 S4R2B6 A1L3B8 A2A4Z0 P14685 G3X8W7 Q545G0 Q3TPZ2 Q3UFQ4 Q3TM92 Q3TI84 P49722 Q9D3A0 Q9D8W5 P99026 Q9R1P0 P13405 Q3TV35 O35593 Q9R1P3 Q14AQ1 Q58EV4 Q569Z9 O55234 Q542H2 Q3U3D4 Q5BKQ9 Q9JKV1 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 O70126 Q3TEY6 Q9CQJ7 Q9JJ66 PURINE RIBONUCLEOSIDE MONOPHOSPHATE BIOSYNTHESIS%REACTOME%R-HSA-73817.8 Purine ribonucleoside monophosphate biosynthesis Q3UBP0 P50096 Q5SUR0 Q9DCL9 Q9CWJ9 B2RRH9 Q3UGA8 Q64737 B9EIE9 P54822 BUTYROPHILIN (BTN) FAMILY INTERACTIONS%REACTOME DATABASE ID RELEASE 96%8851680 Butyrophilin (BTN) family interactions Q3UQD7 Q8BJE2 Q91ZX1 Q3UQC0 B9EJ60 O70355 Q9CVF2 HEDGEHOG 'OFF' STATE%REACTOME DATABASE ID RELEASE 96%5610787 Hedgehog 'off' state D3Z025 P84309 P54775 Q3TUP2 Q62559 Q9WTX6 Q3UPK6 Q91WF3 Q9CPS5 Q8BVQ9 A0A2I3BRC5 P62196 B2RT97 P0CG50 P68181 Q284W0 Q3TKG4 E9Q706 Q542I9 A1L3B8 P14685 Q8BND3 Q545G0 P49722 Q9D8W5 P99026 Q3UI47 Q9R1P0 O88444 Q3TV35 Q8C863 O35593 Q9R1P3 P62878 Q5SUR3 Q14AQ1 Q58EV4 Q5R252 Q8BKI7 O55234 Q3TY04 B2RQZ0 Q542H2 Q5BKQ9 Q3UUN2 Q9JKV1 A0A286YDT6 Q3TXS7 P70195 Q8BJN8 Q60692 E0CXB1 Q6RI64 O88413 Q3TS44 E9QL29 A0A140T8Q9 Q99JI4 Q059U7 H3BK84 P47806 Q9QZS3 Q3TKV1 E9Q9T4 Q80TY9 E9PVK4 Q3UU15 E9Q9G8 Q3V1Q3 Q6PJ87 Q5KU03 Q3URP3 Q3TQ94 Q8K1M3 Q9DBC7 Q3UGF1 P05132 Q8CG73 Q3TYX7 Q6VH22 Q3U0Z8 NS1 MEDIATED EFFECTS ON HOST PATHWAYS%REACTOME DATABASE ID RELEASE 96%168276 NS1 Mediated Effects on Host Pathways Q4FJR9 Q8CDZ5 C0LLJ0 P59235 Q9D1M0 Q543M7 Q60960 Q5FWJ9 Q8BUA6 Q9Z0W3 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 Q9D2Y4 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q3UHW8 Q3U425 Q8BRF6 Q8BQF0 Q8BH74 Q03963 Q8BPS7 Q8R480 Q8BTS4 J3JSA4 Q8R4R6 Q9CWU9 Q9ERU9 Q4FJX1 E0CXT7 Q8CCS6 INTESTINAL INFECTIOUS DISEASES%REACTOME DATABASE ID RELEASE 96%8942233 Intestinal infectious diseases A0A0R4J0D4 Q3UWA6 TRUNCATIONS OF AMER1 DESTABILIZE THE DESTRUCTION COMPLEX%REACTOME%R-HSA-5467348.4 Truncations of AMER1 destabilize the destruction complex Q7TS75 Q14DJ8 Q8BN07 Q6ZQK4 Q6PJ87 Q6PD03 Q76MZ3 Q5KU03 Q91V89 P63330 Q6PD28 Q8BIX1 Q61151 Q8BNP7 HIGH LAMINAR FLOW SHEAR STRESS ACTIVATES SIGNALING BY PIEZO1 AND PECAM1:CDH5:KDR IN ENDOTHELIAL CELLS%REACTOME DATABASE ID RELEASE 96%9856530 High laminar flow shear stress activates signaling by PIEZO1 and PECAM1:CDH5:KDR in endothelial cells Q3UHZ0 Q80TM2 P31750 Q8CAW4 P84309 O08529 Q6QI06 Q91WF3 Q9EPK8 Q5SU94 A0A2I3BRC5 Q9D7J7 Q9JLN9 P53690 P68181 O88456 E9Q706 Q812A5 P55284 O88444 A0A3Q4EC26 P42337 Q3UPA1 Q02248 Q3TY04 Q3U9V4 Q3UUN2 P35918 D3YZ57 Q3UG14 Q3UGN1 O08908 H3BK84 P29387 Q80TY9 Q3UHH5 Q3UU15 P63213 Q3V1Q3 Q3TQ70 Q6P8Y9 P63216 Q3UMY0 P61953 Q8BTI9 Q8K1M3 P50153 Q9DBC7 Q9WUP0 Q8C5P3 Q8CI98 Q8BKH7 Q9JMF3 Q61012 A0A0R4J289 Q9CXP8 Q9JIP4 P97297 Q54AE3 P05132 A2AR99 Q9DAS9 Q8BWW9 Q64727 RHESUS GLYCOPROTEINS MEDIATE AMMONIUM TRANSPORT%REACTOME%R-HSA-444411.5 Rhesus glycoproteins mediate ammonium transport Q9QXP0 A0A3B2WBH6 Q8BUX5 B-WICH COMPLEX POSITIVELY REGULATES RRNA EXPRESSION%REACTOME%R-HSA-5250924.4 B-WICH complex positively regulates rRNA expression Q3U2W2 B2RTK3 B2RWH3 A0A338P6M3 Q8CGP7 Q64475 Q64478 P61219 Q149V4 Q8C839 Q5KU03 C0HKE5 Q9D2U9 B2RR30 Q6ZWY9 S4R1M3 P52432 Q9D1M1 P27661 Q8R1M2 Q64524 Q8BJ14 Q6P3Z8 P10853 Q3UR53 F8VPZ5 Q9Z277 B2RRX1 Q8BFX0 A3KPD0 Q6PCP0 P70700 Q91ZW3 Q3V054 Q791N7 P84228 Q76KJ5 Q8CGP2 P97358 Q8CGP0 Q3V1B9 Q6PDZ2 Q6RI65 Q9D4V4 Q3V214 Q3UHI3 DEFECTIVE CYP24A1 CAUSES HCAI%REACTOME%R-HSA-5579010.4 Defective CYP24A1 causes HCAI Q3TWW0 TRANSCRIPTIONAL REGULATION OF PLURIPOTENT STEM CELLS%REACTOME%R-HSA-452723.4 Transcriptional regulation of pluripotent stem cells Q60793 P97481 Q3URR7 E3SRG8 Q8K3Y3 E9Q3T6 P33242 Q71VB4 A2BDY3 Q6GU23 Q6P5E3 A0A2I6EDI9 Q60I23 Q9CYI8 Q541T2 Q62521 Q62432 Q60750 Q0VBL6 REGULATION OF NFE2L2 GENE EXPRESSION%REACTOME DATABASE ID RELEASE 96%9818749 Regulation of NFE2L2 gene expression P01108 Q8BJ14 Q6GQV9 Q3UP84 Q01705 Q60795 Q548Y4 P25799 CONSTITUTIVE SIGNALING BY NOTCH1 HD DOMAIN MUTANTS%REACTOME DATABASE ID RELEASE 96%2691232 Constitutive Signaling by NOTCH1 HD Domain Mutants Q6NZC0 Q61483 E9PXU2 Q9JI71 P0CG50 Q01705 Q499W5 Q80SY4 Q9QYE5 Q3UVN4 B2RUG2 Q0MW30 DEFECTIVE SLCO1B1 CAUSES HYPERBILIRUBINEMIA, ROTOR TYPE (HBLRR)%REACTOME%R-HSA-5619110.4 Defective SLCO1B1 causes hyperbilirubinemia, Rotor type (HBLRR) METABOLISM OF VITAMINS AND COFACTORS%REACTOME DATABASE ID RELEASE 96%196854 Metabolism of vitamins and cofactors H7BWY6 Q3KNZ2 B2KF29 Q6P8U6 Q9JLB4 Q9DCN2 Q9Z2J0 Q544Z9 Q9EPR4 Q3UJG0 A0A087WPI6 E9QP56 P09813 Q8C142 A2ARV4 P11152 Q99JB7 Q8BUJ9 P06728 Q8K255 A0A1L1SRE8 Q91WR5 E9PYK3 Q05685 H7BWY5 O88844 Q7TMM8 Q3UEM0 G5E856 O88968 Q7TQH7 Q8CIE4 Q2EMV9 F8WIK2 Q0VEE0 Q8CAH8 Q8C5P3 Q8R3X6 Q544T5 Q8BKV1 Q05AC0 Q9D2S1 Q99KQ4 Q059R7 Q8BIV6 Q3TXU4 Q8BP54 O89016 Q499J3 M0QWP1 Q3V1F2 Q80Y52 P31750 Q64519 Q8BLF7 Q8K0B2 Q3U454 Q3UGC8 Q3U5S6 Q9CSI4 Q8C7H1 Q9Z1R3 Q3UYS0 A0A0R4J190 Q5M9K1 Q58EU7 Q9CZD0 D3Z1G7 Q99LS1 P19096 Q3TY45 Q80YV4 B2RUR5 Q9CZG9 Q9DBL7 Q9D9X3 Q543J7 H3BLN8 A0A0R4J0G9 Q7M753 Q9Z0K8 Q792Y6 G3UXY9 A0A1L1SUH2 Q8C0K5 A6H5Y3 Q6PD20 Q8BHC4 G3X9S2 O09131 Q5SXA7 Q9QZ25 Q99MR8 Q8VDG5 Q8R0Y8 Q6DYE8 Q9CQF6 A5D6P3 Q9DCN1 Q497H7 Q9EQN9 Q3V3F1 Q3TZ03 Q3UGI1 Q8K183 Q91XF0 Q8JZL3 Q8BXX7 Q8R0Y6 P17809 Q3V3R1 Q9D8F3 Q8R123 Q9CUB4 Q9CR35 P51655 Q9D7C9 G3UZ26 Q6A4L0 Q64FW2 P43407 Q0VGU5 A0A0R4J131 Q9CRC0 A0JNY3 Q4FJL8 Q8CC86 G3X8P9 Q3V449 Q6PEM8 Q542F3 Q9CZN7 Q8CFV9 Q8BYF6 D3YZG8 Q9D6X5 Q4VAF4 Q9R0M5 Q05117 Q8K248 E9QLB8 Q14CH1 Q3U538 Q80XJ6 Q3U7P6 Q9Z1P5 Q9CZQ1 A0A1L1SRN0 Q9R1R8 Q8R1G5 Q3TYT1 Q91X91 Q33DR3 Q8K4Z3 B9EID1 Q711T7 Q91XH5 Q5HZI9 Q8R1S0 Q5SWU9 A2BDX3 Q8K1Z0 Q5HZI3 Q9ESZ3 Q8R1R3 Q8K009 P18155 Q66JT7 P52787 Q60936 Q8BMS4 Q3UM21 Q9CXI0 Q91W63 Q00623 Q3U379 E9PVP5 Q9DC60 Q52KG8 E9Q414 Q3TWB2 TAMATINIB-RESISTANT FLT3 MUTANTS%REACTOME DATABASE ID RELEASE 96%9703009 tamatinib-resistant FLT3 mutants Q3UEW6 CTNNB1 S45 MUTANTS AREN'T PHOSPHORYLATED%REACTOME%R-HSA-5358751.4 CTNNB1 S45 mutants aren't phosphorylated Q7TS75 Q14DJ8 Q8BN07 Q6ZQK4 Q6PJ87 Q6PD03 Q76MZ3 Q5KU03 Q02248 Q91V89 P63330 Q6PD28 Q8BIX1 Q61151 Q8BNP7 DEFECTIVE VISUAL PHOTOTRANSDUCTION DUE TO LRAT LOSS OF FUNCTION%REACTOME%R-HSA-9918442.1 Defective visual phototransduction due to LRAT loss of function B2RUR5 Q58EU7 PYROPHOSPHATE HYDROLYSIS%REACTOME DATABASE ID RELEASE 96%71737 Pyrophosphate hydrolysis D3Z636 Q4FK49 Q9D7I5 DEFECTS IN VITAMIN AND COFACTOR METABOLISM%REACTOME DATABASE ID RELEASE 96%3296482 Defects in vitamin and cofactor metabolism Q3UGC8 Q9CSI4 Q8C7H1 O88968 Q3UYS0 Q9Z1P5 Q3TZ03 Q9CZD0 D3Z1G7 Q8K0B2 Q99LS1 Q9JLB4 Q5SWU9 Q99JB7 P52787 A0A0R4J0G9 Q6PD20 A6H5Y3 A0A0R4J131 Q99MR8 Q8BP54 O89016 INFECTION WITH ENTEROBACTERIA%REACTOME%R-HSA-9640148.3 Infection with Enterobacteria Q91VB8 Q8BTS3 P70343 P0CG50 Q99JW5 A2RSB9 Q61107 A8DUK0 Q9Z0E6 LGI-ADAM INTERACTIONS%REACTOME DATABASE ID RELEASE 96%5682910 LGI-ADAM interactions Q7TQG7 Q8K1S1 Q9JJV5 A0A338P6I6 F7CZ64 Q5D0A4 Q3ZB20 A2AAU2 P61264 Q9JIA1 Q9R1V7 Q50DZ7 Q3V1R3 D6QSS8 MIRO GTPASE CYCLE%REACTOME DATABASE ID RELEASE 96%9715370 Miro GTPase Cycle Q8JZN7 Q8BG51 Q80VE1 Q811U4 E9Q912 Q8BZ57 Q80U63 TRAIL SIGNALING%REACTOME%R-HSA-75158.5 TRAIL signaling Q812G4 Q9QZM4 Q3U5H0 Q61160 Q3U607 BMAL1:CLOCK,NPAS2 ACTIVATES CIRCADIAN EXPRESSION%REACTOME%R-HSA-1368108.9 BMAL1:CLOCK,NPAS2 activates circadian expression Q9EPW2 B2RTJ8 Q542A5 Q6L8F5 Q1A532 Q6LC96 Q542P9 Q9QXE7 Q6GQV9 Q3UHZ2 P70365 Q3UUQ5 Q8BHJ5 Q3TZD5 Q542C2 Q99KQ4 Q5XJV5 Q8CE59 Q8BYH8 G5E899 Q32ME6 Q8C9W6 Q9WVG6 B1AQH6 A0A0G2JG60 CD22 MEDIATED BCR REGULATION%REACTOME DATABASE ID RELEASE 96%5690714 CD22 mediated BCR regulation P35329 P15530 Q3UCJ0 Q8CEI0 P11911 REGULATION OF LOCALIZATION OF FOXO TRANSCRIPTION FACTORS%REACTOME%R-HSA-9614399.2 Regulation of localization of FOXO transcription factors A2A5N2 O70456 Q4KL34 Q9WVH4 P31750 Q9R1E0 A8IP69 P63101 Q8C6X4 Q8CE74 PHYSIOLOGICAL FACTORS%REACTOME DATABASE ID RELEASE 96%5578768 Physiological factors Q8VCT4 Q9EPK5 Q5CZX7 Q3UY30 Q3UYJ1 Q9Z319 Q544K5 Q6VVW5 Q3UQU2 P05125 Q5D0E9 B2RR30 Q61391 O88904 REGULATION OF CDH19 EXPRESSION AND FUNCTION%REACTOME DATABASE ID RELEASE 96%9764302 Regulation of CDH19 Expression and Function Q02257 E9Q3A7 Q5D1E7 G3X9V2 Q04888 Q02248 Q545R0 DISSOLUTION OF FIBRIN CLOT%REACTOME DATABASE ID RELEASE 96%75205 Dissolution of Fibrin Clot Q542A3 Q3V1T9 G5E899 Q0VBA8 P11214 A0A0R4J039 Q8C871 Q4FJQ6 Q3TC45 Q542G9 Q545X5 Q5ND36 Q543R5 CASP5 INFLAMMASOME ASSEMBLY%REACTOME DATABASE ID RELEASE 96%9948011 CASP5 inflammasome assembly STIMULATION OF THE CELL DEATH RESPONSE BY PAK-2P34%REACTOME DATABASE ID RELEASE 96%211736 Stimulation of the cell death response by PAK-2p34 Q5DTJ2 P70677 ZBP1(DAI) MEDIATED INDUCTION OF TYPE I IFNS%REACTOME%R-HSA-1606322.3 ZBP1(DAI) mediated induction of type I IFNs Q9CR56 Q8CEC5 Q3TF92 Q60855 E9PZP3 Q60778 Q8CBT3 Q6PDK8 Q3U7M4 Q9Z1E3 A1L361 Q66X19 A2APF7 Q80UF7 Q3U9K6 Q99MB1 Q3UV15 Q8VC91 Q548Y4 P25799 Q5D0E0 BLOCKAGE OF PHAGOSOME ACIDIFICATION%REACTOME DATABASE ID RELEASE 96%9636467 Blockage of phagosome acidification A0A0A6YX18 RAB REGULATION OF TRAFFICKING%REACTOME DATABASE ID RELEASE 96%9007101 Rab regulation of trafficking A0A0R4J0D5 Q6PAR5 Q549X4 S4R219 Q8BJI6 Q3U0D7 Q5FW76 Q8C4S8 E9PXF8 Q0PD23 Q8K382 Q3UPA3 P50396 F8WGD2 B2RXC1 A2RSQ0 A0A2C9F2A2 A0A1D5RLG3 Q0PD50 D3Z585 Q4FJQ0 Q5SS40 A2RT67 A0A0R4J2C4 A0A0R4J1A1 Q80UW3 Q3U1T9 Q0PD35 Q0PD38 Q8BH65 E9Q4E4 Q541V2 A6H8H2 S4R2S6 Q8K3K8 Q8BMQ8 Q9D0K0 Q9DCD6 Q3TIR1 B2RRC5 Q544R8 Q924W7 E9Q8V6 Q78ZJ8 Q3U0T9 A0A0R4J172 Q3SXA7 Q78XR0 A0A0R4J1X4 Q9JM13 Q6KAP5 Q8C9V1 J3QJV7 Q8BHL3 Q3UUG6 Q3TLI0 Q0PD66 B1AVH7 Q0PD67 A2A9W7 Q7TPU5 Q8R0H9 Q6PB82 Q14BF8 Q3TZ63 Q5J9A9 Q6P5E6 A0A1W2P7S5 P58802 Q3ULK1 Q0PD21 P60521 Q921M0 I6L974 Q9JME7 Q0PD49 Q8BXD8 Q0P648 M0QWC2 Q8BR32 Q3U9K9 Q9CQA1 E9Q3T8 Q6ZPE2 Q8CE74 Q50HX4 D3YUS4 Q4FJL0 Q0PD63 P31750 Q0PD45 Q8C458 Q9CQD1 Q8C266 E9QPA1 Q3U4W5 Q0PD53 Q3KNA5 Q8C6X4 Q8BHT7 Q7TT21 Q9EP53 Q0PD48 Q544U7 Q920R0 Q9CS14 Q6PDX1 Q8C0C3 Q3TXV4 Q0PD14 Q0PD15 Q8CFK6 A2CG35 A0A0R4J1B6 Q9D9V7 Q3U309 DEFECTIVE VWF BINDING TO COLLAGEN TYPE I%REACTOME DATABASE ID RELEASE 96%9845622 Defective VWF binding to collagen type I E9QPU1 CHAPERONIN-MEDIATED PROTEIN FOLDING%REACTOME%R-HSA-390466.5 Chaperonin-mediated protein folding A2AQ07 S4R2G5 A2A5R2 Q3UIJ0 Q9QUH1 Q9ERD7 Q9QZN4 Q8CDH5 Q9DBX2 Q9JJZ2 P05213 Q9JKC8 P05214 P61759 D3YUA8 G3UZX4 P30678 Q80ZA1 Q9Z247 Q9WU28 P17439 Q3UX10 Q9QXW2 Q6PAS7 Q7TMM9 Q3UMM1 Q792E4 Q8BVY8 Q61457 Q8C2W7 F8VQ75 Q544H6 Q3UPA1 Q3UTM5 Q8CHQ0 D3Z584 O70591 Q3U9V4 Q80ZU1 P11983 Q564F4 Q9JMJ2 B2RRX1 B2RSN3 H3BLP9 Q52KG9 Q8BVT1 Q9D6F9 Q542X7 Q3UG14 Q9CQF7 Q3UGN1 Q9DBR1 Q8BK80 Q8VC51 Q52L87 Q6P0X1 Q8CBT5 P68372 P29387 Q9D6Z1 Q3UHH5 Q3U4U6 Q3UUR0 P68369 G3X8W6 P68368 P63213 Q80XD3 Q8CI15 P80316 Q8BNS3 Q3TQ70 Q6P8Y9 P63216 Q3UMY0 P61953 P50153 Q9JMF3 Q61012 Q6GU23 Q9CXP8 Q54AE3 Q9JM08 Q9DAS9 DEFECTIVE CYP27B1 CAUSES VDDR1B%REACTOME%R-HSA-5579027.5 Defective CYP27B1 causes VDDR1B Q32MW1 BASIGIN INTERACTIONS%REACTOME%R-HSA-210991.3 Basigin interactions Q6PGJ3 P63115 Q3UDP9 Q5UB50 P18572 Q5SVY2 Q9D787 Q3ZB60 Q544C5 Q8CC06 Q62470 Q3UQE3 P09055 Q9EPL5 Q3UR55 A0A0U1RPK4 Q545P0 Q9Z127 Q9Z1K8 P49817 Q542C8 Q544N9 Q9QXW9 Q544Q7 Q8BGK6 FORMATION OF SENESCENCE-ASSOCIATED HETEROCHROMATIN FOCI (SAHF)%REACTOME DATABASE ID RELEASE 96%2559584 Formation of Senescence-Associated Heterochromatin Foci (SAHF) Q566K0 Q61666 Q149Z9 P13405 Q5SZA3 Q9CQE6 Q4G0F8 Q80X22 P14733 Q6NSP9 P43274 P43275 P43276 P10922 Q80ZA1 Q8CHI8 FRS-MEDIATED FGFR3 SIGNALING%REACTOME DATABASE ID RELEASE 96%5654706 FRS-mediated FGFR3 signaling Q8C180 Q91WJ0 P35235 A0A7U3JW97 A0A7U3JW51 Q9D091 Q6ZWS1 Q61411 A0A7U3L6F4 Q541T2 Q3USK4 Q3U1V5 A0A7U3JW80 E9Q2N2 GAP-FILLING DNA REPAIR SYNTHESIS AND LIGATION IN TC-NER%REACTOME%R-HSA-6782210.3 Gap-filling DNA repair synthesis and ligation in TC-NER Q9QZH3 Q80ZH7 O35654 Q8BQS1 F8VPX1 Q80XH7 Q69ZQ2 O54956 Q99KP6 P0CG50 A2AQA7 P62878 Q9D479 Q8R1N0 P97760 E9PWD3 Q8BFX0 Q8CFI7 P51949 E9Q6K1 P60898 Q8K2X8 Q7TPY0 P49135 Q3THG5 Q6PI63 Q3V214 Q3UZB8 A0A3Q4L2S8 A0A338P6M3 Q7TPV0 Q542U3 P61219 P62488 P08775 Q3TZV2 A0A0R4J091 Q3U1J4 P52431 Q3TCH7 Q3TP81 Q3TKD1 Q542J9 Q8R055 Q9CQ36 Q4KL82 Q9CQ71 Q9CRV6 Q3UWX7 Q9DCD2 F8VPZ5 Q5U4B1 Q8BH76 Q547B4 Q99J62 Q5SWN2 Q62193 Q5HZI8 RECEPTOR-TYPE TYROSINE-PROTEIN PHOSPHATASES%REACTOME%R-HSA-388844.4 Receptor-type tyrosine-protein phosphatases Q0VBP3 Q810B9 Q3V0J9 Q8C8U0 B2RXW8 G3X957 Q69Z70 B8QI36 Q14DT0 Q3TNY3 Q3TQ52 Q149A4 F7CYX4 P0C192 Q69ZV6 A6H6M2 Q0VDP7 AMPLIFICATION OF SIGNAL FROM THE KINETOCHORES%REACTOME%R-HSA-141424.4 Amplification of signal from the kinetochores Q9CPV1 Q8CDZ5 Q9CPV5 Q8CJF7 A0A0R4J037 Q8BN07 Q9WVA3 Q3TWG5 Q8C3Y4 Q9D1M0 Q5HZH8 Q5SW18 Q9Z0W3 A0A1L1SV84 Q9ERR1 Q6PD28 Q8K1K8 O35216 A0A1I7Q4A6 Q3UZD6 Q8BHK9 E9Q3P4 Q3TPZ2 Q9CZW2 B8JK52 B2RVI6 Q61151 Q9D481 Q9D084 Q14A61 Q8BZ45 Q9CQU5 Q549P2 P63168 Q66JQ7 Q3UK10 K3W4R5 Q6ZQK4 O70126 P59235 Q6PD03 Q9CYC5 J3QMK1 B2RX66 O54692 Q99P69 A2RSC8 P63330 E9QME3 Q9QYM8 J3QP81 Q9CY25 Q9JHU4 Q3TDV6 Q8BK67 H3BKZ0 Q8BHX3 Q8BSE7 Q8BH74 Q8C4M7 Q3TJM4 Q8R480 Q6ZWM8 Q9CXH7 Q6ZWU9 Q3TYJ3 Q9D0F1 Q923A2 Q76MZ3 E9QKK1 Q9JJ66 Q9CWU9 Q91V89 Q9CQA0 Q3TPJ8 Q3UD72 Q9ERU9 Q9D0M5 Q3U4H0 Q6PDL0 Q8BIX1 Q9CQ82 O35685 Q8BYY5 Q3UA16 Q3TTB0 Q3UPF6 F8WIA1 Q9WU62 ARACHIDONATE PRODUCTION FROM DAG%REACTOME DATABASE ID RELEASE 96%426048 Arachidonate production from DAG Q91WC9 A4FU75 Q99LR1 Q3UFN1 Q9D375 COOPERATION OF PREFOLDIN AND TRIC CCT IN ACTIN AND TUBULIN FOLDING%REACTOME%R-HSA-389958.4 Cooperation of Prefoldin and TriC CCT in actin and tubulin folding P68372 Q3U4U6 P68369 A2AQ07 P68368 P80316 Q3UIJ0 Q9ERD7 Q9JJZ2 P05213 P05214 P61759 Q9WU28 Q3UX10 Q7TMM9 Q3UMM1 Q792E4 Q8BVY8 O70591 P11983 Q564F4 B2RRX1 B2RSN3 Q52KG9 Q8BVT1 Q9D6F9 Q542X7 Q9CQF7 Q52L87 Q6P0X1 INHIBITION OF DNA RECOMBINATION AT TELOMERE%REACTOME%R-HSA-9670095.3 Inhibition of DNA recombination at telomere Q8K1K3 A0A3Q4L2S8 B2RTK3 B2RWH3 A0A338P6M3 Q8CGP7 Q64475 Q64478 P61219 P62488 P08775 Q149V4 C0HKE5 Q91VL8 B2RS36 Q9D2U9 Q3V252 Q6ZWY9 S4R1M3 P27661 Q8R1M2 Q91WC1 Q64524 P10853 Q3UKR0 Q61687 P97760 Q8BFX0 A3KPD0 Q8CFI7 E9QM06 P60898 Q8CGP2 Q8CGP0 Q6PI63 P68433 Q3V214 SIRT1 NEGATIVELY REGULATES RRNA EXPRESSION%REACTOME%R-HSA-427359.4 SIRT1 negatively regulates rRNA expression B2RTK3 B2RWH3 Q8CGP7 Q64475 Q64478 Q149V4 C0HKE5 Q9D2U9 Q6ZWY9 S4R1M3 E9PVA2 P27661 Q8R1M2 A2AC19 Q64524 P10853 Q53Z05 A3KPD0 Q3V054 P84228 Q8CGP2 P97358 Q8CGP0 Q6PDZ2 Q6RI65 Q9D4V4 METABOLISM OF AMINE-DERIVED HORMONES%REACTOME%R-HSA-209776.5 Metabolism of amine-derived hormones Q9JHZ8 P35419 E9Q4F3 A0A0F7RQH1 Q9D311 Q8VE49 Q14A64 G3X8P5 Q8CGV2 Q9QXV5 A2AQ92 P49817 Q91ZI8 A0A0R4J110 Q5SUV8 Q8K2W3 Q0VB50 Q9DCX8 P24529 A0A494BAW1 Q64237 SIGNALING BY PHOSPHORYLATED JUXTAMEMBRANE, EXTRACELLULAR AND KINASE DOMAIN KIT MUTANTS%REACTOME%R-HSA-9670439.2 Signaling by phosphorylated juxtamembrane, extracellular and kinase domain KIT mutants P42337 Q8C7P2 Q3UXE9 Q6GU23 Q9D091 P05532 Q61411 D3YZ57 P42232 Q3USK4 Q9JIA0 E9Q696 Q99K94 O08908 Q8CEI0 Q3TJI7 Q62120 UNBLOCKING OF NMDA RECEPTORS, GLUTAMATE BINDING AND ACTIVATION%REACTOME DATABASE ID RELEASE 96%438066 Unblocking of NMDA receptors, glutamate binding and activation Q8CCM0 D3YWU0 A2A6S2 P35436 Q8BW40 A2AI21 F8WIS9 Q5FW75 P08551 Q4LG64 Q52KF7 Q3UP61 G3X9V4 Q8C069 A0A338P6I6 Q7TNB5 Q8BL41 Q3UY17 Q03391 SYNTHESIS OF PIPS AT THE GOLGI MEMBRANE%REACTOME DATABASE ID RELEASE 96%1660514 Synthesis of PIPs at the Golgi membrane Q8VD65 Q6NVF0 Q6PF93 G5E8H5 Q8CBQ5 A0A1S6GWJ7 F8VPL2 A0A5F8MPK9 P84078 Q8BKC8 D3Z5N5 Q80WQ2 Q91WF7 Q2TBE6 A2AIX0 O70167 Q3U344 DEFECTIVE FACTOR XII CAUSES HEREDITARY ANGIOEDEMA%REACTOME%R-HSA-9657688.3 Defective factor XII causes hereditary angioedema Q3TJ94 Q80YC5 P26262 CLASS C 3 (METABOTROPIC GLUTAMATE PHEROMONE RECEPTORS)%REACTOME%R-HSA-420499.4 Class C 3 (Metabotropic glutamate pheromone receptors) P59530 A0A0R4J0W1 P59532 B9EII2 Q925D8 Q05BD6 Q7M721 Q7M720 Q7M725 Q80T41 Q4VA56 Q3U5H1 Q14BI2 G3XA00 Q7TQB8 Q7M708 Q7TQA4 Q7TQA5 Q7TQA6 Q9JKT3 Q8K4Z6 Q925I4 Q9QYS2 Q3V0U2 G3X986 Q9WV18 Q9QY96 G5E8D5 P59529 A0A0R4J0T3 ANTI-INFLAMMATORY RESPONSE FAVOURING LEISHMANIA PARASITE INFECTION%REACTOME%R-HSA-9662851.4 Anti-inflammatory response favouring Leishmania parasite infection Q8CED6 P84309 A2RTD1 Q91WF3 B2RVZ3 A0A2I3BRC5 Q542R8 Q922R0 Q9DC51 P68181 P26151 E9Q706 A0A0B4J1G0 Q8CIH5 O88444 Q3TY04 Q3U9V4 Q60614 Q3UUN2 Q99JA4 D3YZ57 P14234 Q3V175 B2RSH2 Q5U421 Q3UG14 P23188 Q4FK56 Q3UGN1 Q920A1 Q3U4Y3 H3BK84 Q9Z2A9 P29387 Q80TY9 Q8C255 Q6P1E0 Q3UU15 P63213 Q3V1Q3 E9PUV2 Q62077 Q3TQ70 Q6P8Y9 P08752 P63216 Q3UMY0 P61953 Q8K1M3 P50153 Q9DBC7 Q9JMF3 Q8CEI0 Q61012 Q3TJI7 Q80SW1 E9PXU2 P70227 Q8VDD5 Q80WQ6 Q8C8N0 B7ZMW6 Q9CXP8 Q3U879 Q548A9 Q54AE3 P05132 Q9DAS9 P08103 NEF MEDIATED DOWNREGULATION OF CD28 CELL SURFACE EXPRESSION%REACTOME DATABASE ID RELEASE 96%164939 Nef mediated downregulation of CD28 cell surface expression Q6A0C9 Q8CDB3 INTERLEUKIN-3, INTERLEUKIN-5 AND GM-CSF SIGNALING%REACTOME%R-HSA-512988.8 Interleukin-3, Interleukin-5 and GM-CSF signaling Q91ZZ2 P98083 Q5SX78 Q8C7P2 Q6P1E0 A2RS58 Q05A81 Q3URU8 P26952 Q5SV01 D3YWR2 P16297 Q00941 P42232 Q3U1Z1 P04351 Q8BTI9 Q9JIA0 Q8CI98 Q3ZB59 Q3UCJ0 P63101 Q8CEI0 V5SIM2 Q3TJI7 Q8CFK4 A0A0R4J0R7 Q9ES52 P42337 Q8VDU4 Q3UXE9 P35235 Q6P549 A0A0X1KG61 P05132 D3YZ57 Q544I2 Q3USK4 Q8JZR2 O08908 P08103 Q62120 INTESTINAL HEXOSE ABSORPTION%REACTOME DATABASE ID RELEASE 96%8981373 Intestinal hexose absorption P14246 Q9QXI6 Q9WV38 FCERI MEDIATED CA+2 MOBILIZATION%REACTOME DATABASE ID RELEASE 96%2871809 FCERI mediated Ca+2 mobilization Q63810 Q3UZ64 Q8CIH5 Q8CED6 P63328 P70227 Q8VDU4 Q6P1E0 G3X8U7 Q9DBQ6 Q8C8N0 Q7TSI6 Q8C443 Q62077 P35991 Q9R0C8 Q3U0E8 Q5STT8 Q60787 Q3USK4 B2RQ20 Q8CEI0 Q80SW1 Q8CFK4 DEFECTIVE TRANSPORT OF NEUROTRANSMITTERS BY SLC6A19 CAUSES HARTNUP DISORDER (HND)%REACTOME DATABASE ID RELEASE 96%5619044 Defective transport of neurotransmitters by SLC6A19 causes Hartnup disorder (HND) Q3TRY2 PHOSPHATE BOND HYDROLYSIS BY NTPDASE PROTEINS%REACTOME%R-HSA-8850843.6 Phosphate bond hydrolysis by NTPDase proteins Q8K0L2 Q921R1 Q8CDV7 Q8BFW6 Q3U0P5 Q8BSQ5 Q3TQC7 Q3TCT4 WNT5:FZD7-MEDIATED LEISHMANIA DAMPING%REACTOME%R-HSA-9673324.3 WNT5:FZD7-mediated leishmania damping P51141 Q9CUZ6 Q3TLP8 P22725 B3VQI8 E9Q967 Q8CIZ9 Q52L79 Q7TSJ7 Q8VCM2 Q8CJ00 Q60838 RUNX1 REGULATES TRANSCRIPTION OF GENES INVOLVED IN WNT SIGNALING%REACTOME DATABASE ID RELEASE 96%8939256 RUNX1 regulates transcription of genes involved in WNT signaling E7FJU2 Q2TJ95 Q14DJ8 Q53Z59 Q08024 REGULATION OF TP53 ACTIVITY THROUGH METHYLATION%REACTOME%R-HSA-6804760.3 Regulation of TP53 Activity through Methylation Q8C1L9 Q8BJ14 A0A0R4J049 Q8C8M9 Q8C358 A2A5N8 A0A0R4J0V4 Q3UTC9 Q9D177 P0CG50 A2CG76 Q543W6 Q80ZA1 P23804 B9EHX4 BINDING AND ENTRY OF HIV VIRION%REACTOME%R-HSA-173107.5 Binding and entry of HIV virion A0A0R4J0N8 P51682 Q5SVY2 Q3TSV7 ACTIVATION OF SMO%REACTOME%R-HSA-5635838.2 Activation of SMO D3Z763 Q3UI47 A0A286YD87 Q32MD9 Q80XI9 Q7TS64 Q6PJ87 Q5R252 J3JS97 Q62226 Q8BJN8 Q6PCQ0 Q8K1G2 P57680 Q8BWG8 Q2M1K0 Q49MD7 Q544P6 TRANSPORT OF GLYCEROL FROM ADIPOCYTES TO THE LIVER BY AQUAPORINS%REACTOME%R-HSA-432030.2 Transport of glycerol from adipocytes to the liver by Aquaporins Q5DX24 Q4FK77 ADORA2B MEDIATED ANTI-INFLAMMATORY CYTOKINES PRODUCTION%REACTOME DATABASE ID RELEASE 96%9660821 ADORA2B mediated anti-inflammatory cytokines production P29387 Q80TY9 Q3UU15 Q3V1Q3 P63213 P84309 Q3TQ70 A2RTD1 Q6P8Y9 P08752 Q91WF3 P63216 B2RVZ3 Q3UMY0 A0A2I3BRC5 Q542R8 P61953 Q8K1M3 P50153 Q922R0 Q9DC51 Q9DBC7 P68181 Q9JMF3 E9Q706 Q61012 O88444 Q9CXP8 Q3TY04 Q3U9V4 Q60614 Q54AE3 Q3UUN2 P05132 B2RSH2 Q9DAS9 Q3UG14 Q3UGN1 H3BK84 CONSTITUTIVE SIGNALING BY NOTCH1 T(7;9)(NOTCH1:M1580_K2555) TRANSLOCATION MUTANT%REACTOME DATABASE ID RELEASE 96%2660826 Constitutive Signaling by NOTCH1 t(7;9)(NOTCH1:M1580_K2555) Translocation Mutant Q6NZC0 Q61483 E9PXU2 Q9JI71 Q01705 Q9QYE5 Q3UVN4 INTERLEUKIN-2 SIGNALING%REACTOME DATABASE ID RELEASE 96%9020558 Interleukin-2 signaling P16297 Q3UDE9 Q544I2 P98083 P42232 P04351 E9Q696 Q9JIA0 Q6P1E0 V5SIM2 A0A0R4J0R7 Q3URU8 MICROBIAL MODULATION OF RIPK1-MEDIATED REGULATED NECROSIS%REACTOME%R-HSA-9686347.3 Microbial modulation of RIPK1-mediated regulated necrosis E9PZP3 Q9D2Y4 Q3U607 Q60855 RAC2 GTPASE CYCLE%REACTOME DATABASE ID RELEASE 96%9013404 RAC2 GTPase cycle Q6P1H6 Q3TU98 Q8BUR4 P63024 Q8C7P2 Q8R2Y2 G5E8S8 Q9D0F3 Q7TSI6 A0A0R4J0S1 Q8C5X1 Q8CA59 Q811P8 Q4FJQ0 Q9R0C8 Q8BTW9 Q3U9G9 Q5DTJ2 H7BX46 Q8BN21 Q05144 P42337 Q8VDU4 O55111 Q9JM96 Q80ZW1 O08908 Q9CQ22 Q5F258 Q8R5C0 Q542D9 B9EJX2 Q8BYC6 Q8BH43 Q3U6G0 A2AS98 Q8BGH2 B3VQI8 Q9WVM1 Q3UHH9 Q80XR8 G3X960 Q6AXH6 Q91VR8 Q6P1D6 B2RQE8 P97369 A0A087WRP5 Q8BHS6 A2RRK7 E9QAJ9 Q3TPY5 Q9DBJ3 Q6A028 Q8K1X4 Q8C7E7 O70145 Q69ZK0 Q9D0J3 A0A1Y7VLY2 Q69ZV6 E9PUE7 A0A0R4IZX1 Q3U7R1 E9QP59 Q80UU9 P09055 Q3UBI5 B7ZCJ1 B7ZNX6 Q3UXE9 Q8BH88 Q9Z207 Q0KL02 Q3TXQ1 Q6A0A3 Q8BH80 Q99PT1 Q80Z96 Q03145 Q3THM8 P49817 A0A0R4J119 Q8C067 G5E884 Q8CCL8 Q8BQW4 WNT MEDIATED ACTIVATION OF DVL%REACTOME%R-HSA-201688.2 WNT mediated activation of DVL P51141 G3UZX4 E9Q967 Q3TYE1 P70181 Q60838 Q8CDH5 AKT-MEDIATED INACTIVATION OF FOXO1A%REACTOME DATABASE ID RELEASE 96%211163 AKT-mediated inactivation of FOXO1A P31750 Q9R1E0 Q8C6X4 Q8CE74 DENGUE VIRUS-HOST INTERACTIONS%REACTOME%R-HSA-9918481.1 Dengue Virus-Host Interactions Q3TT81 Q9QZH3 Q9JHS9 Q6P4T2 Q91YE7 Q9CWL8 Q9QXJ2 Q3UJB0 Q9CWK3 Q497W9 Q99KP6 P63154 Q80Y09 Q9D1P6 Q3UDS1 Q8C7E9 Q80X82 Q8CE71 A2AEK1 A0A2R8VK76 Q3V141 Q9CQF3 Q3UGU6 Q99LC2 Q99LI9 Q8BTS0 Q60855 Q3TJ94 Q8R3X6 Q3UBT1 Q8BKV1 Q8CCM0 E0CXT7 Q8BL41 Q8CCS6 M0QWP1 Q8BW40 Q3V1F2 Q80Y52 F8WIS9 Q64519 Q642K1 Q8K2T8 Q5XJE5 Q9CTY6 D6RDC7 Q3U5S6 Q05CJ7 Q3U5E6 Q504P4 Q3UKR0 P19096 H3BLN8 Q8VD65 Q6PF93 Q62093 B2RX66 P84104 E9PUK6 Q3THA6 Q6PDM2 Q3TWW8 P51655 Q80X98 Q91VC3 Q9DC48 Q8BV04 P43407 Q8BGJ9 Q9D0B0 O08583 Q99M28 P70372 P62315 P27048 Q64522 P62320 A2AB79 Q8CGP4 Q8CGP5 Q14AF6 Q549A5 Q3U379 A0AAQ4VMX2 Q52KG8 Q3TWB2 A0A3B0IP04 Q3UEK1 A0A1W2P7F1 Q3TF92 A0A2R3XZC4 Q8BSY1 Q9R0T8 P29788 Q8VEK3 B9EHJ3 Q64525 P97760 Q8BFX0 Q3THK3 Q60778 Q8CFI7 Q9Z1E3 P60898 E9QAM0 Q3UMJ4 Q6PI63 Q3V214 A0A3Q4L2S8 A0A338P6M3 P63280 P61219 P62488 P08775 Q9D2U9 Q6P1Y9 Q8BKH7 A2AN08 Q8QZY9 Q3TZH7 Q569Z5 Q3U3K9 A3KPD0 A2ALF2 Q80Y51 Q9Z2X1 P84228 Q8CGP2 Q8CGP0 Q91YR7 A2AER7 B9EJX8 B2RTK3 Q8CGP7 Q9CX86 Q6DFZ1 Q8CFQ9 Q149V4 Q8C839 Q9EQC8 Q9CQI7 Q3TKY6 Q6QI06 Q3TVM1 Q69ZQ2 Q5U3M2 Q9JLN9 Q5EBP8 Q8BTV2 A2AQA7 Q812A5 Q8VDM6 Q9Z204 D3YUV1 Q570Z0 Q9CRI3 Q8CH18 Q9WV02 Q8CH02 A0A3Q4EC26 Q71LX8 Q9DBF7 Q3TU94 Q8BHS3 Q3UEB3 Q5FWJ3 Q64524 Q3TGP5 Q3U5B1 P10853 Q99LP6 Q02248 Q6NV83 Q56A08 Q9R007 P41245 Q9D824 Q8VHM5 Q58E59 B2RSV4 Q6PE01 Q8BP64 Q9CXG3 Q922V4 Q8JZX4 Q05CL7 Q7TN25 Q9Z160 B2RWH3 Q8C2Q7 Q64475 Q64478 Q5FWJ5 Q8CB58 C0HKE5 A4FUW1 Q99KG3 Q6ZWY9 Q923D5 Q923D4 P60335 Q9CVU5 Q3UN87 L0CL36 Q3UCF2 Q810A7 Q9CQ49 P70333 Q8VE91 Q8BTI8 Q9D6L8 Q3TQX5 O88569 Q9DCD2 Q543F1 P83870 Q64HC9 G5E8G0 Q8VCI5 Q78JM7 P59708 G5E8I8 Q8BGT7 Q00623 P57784 Q3UYV9 Q3UNG1 D3Z0M9 Q8BKP8 Q9D6D8 Q99MR6 DEFECTIVE SLC33A1 CAUSES SPASTIC PARAPLEGIA 42 (SPG42)%REACTOME%R-HSA-5619061.3 Defective SLC33A1 causes spastic paraplegia 42 (SPG42) Q99J27 RUNX3 REGULATES YAP1-MEDIATED TRANSCRIPTION%REACTOME%R-HSA-8951671.3 RUNX3 regulates YAP1-mediated transcription P46938 P29268 Q3U1Q3 Q9EPK5 Q62296 F8VPU0 Q80UL2 Q80W05 MYD88:MAL(TIRAP) CASCADE INITIATED ON PLASMA MEMBRANE%REACTOME DATABASE ID RELEASE 96%166058 MyD88:MAL(TIRAP) cascade initiated on plasma membrane Q3V1B5 Q8BN07 Q6GR78 Q9WTX6 P0CG50 Q4FJP7 Q80ZA1 Q8C6X9 Q52L79 Q548Y4 Q5D0E0 Q5SRW7 Q5SUR3 Q923A8 Q3U607 P35991 A0A286YDT6 Q60778 Q8CBT3 Q9Z1E3 Q5SRY7 Q8VC91 P25799 Q9D5S8 Q99K90 Q569Y6 Q8CF89 A2RTT4 P70196 Q3UKS3 Q0VB14 Q8C6Z4 Q542S6 Q91V77 Q810V8 E9QNX4 I3PQW8 Q3UV15 Q3UER8 E9PV24 O35716 Q3UEB8 Q3TGR2 Q3UP42 Q53X15 P41969 Q5SWN9 Q5NCN8 P01101 Q7TPD5 Q7TSJ7 B1AXN9 Q8C9D4 Q3UV88 Q3TMJ8 Q5U421 Q3U2P8 Q60521 Q8C094 P63085 Q8CE90 Q63844 Q09HN3 Q8K2U0 Q9WUI1 G3X8Y8 P63330 Q3U7M4 Q547H1 Q3TUH8 Q8BR10 L0CL36 B9EJ46 Q8R4K2 Q8BFV3 Q3UY00 P04918 Q80SY9 Q540J8 E9QMH7 Q3UAR6 Q9CR56 Q5EBQ4 D3Z6V8 A0A1W2P715 F8VQ72 Q76MZ3 Q99JG7 Q8CBR9 Q3TL44 Q64HC9 Q8CEC5 Q8CFA1 Q60929 Q91V89 Q62151 E9PYI8 Q8VC16 Q3TY83 Q9D7X3 A0A0R4J174 Q3TAR6 E9QPQ6 Q8BIX1 DCC MEDIATED ATTRACTIVE SIGNALING%REACTOME%R-HSA-418885.4 DCC mediated attractive signaling Q8BUR4 Q3TLP8 Q9CXQ9 K7Q751 E9Q4K0 Q3UP03 Q69ZX8 Q8BH99 Q3TZP5 P05480 O09118 Q0KL02 DEFECTIVE SLC40A1 CAUSES HEMOCHROMATOSIS 4 (HFE4) (MACROPHAGES)%REACTOME%R-HSA-5619049.3 Defective SLC40A1 causes hemochromatosis 4 (HFE4) (macrophages) Q9JHI9 Q8BU82 EICOSANOID LIGAND-BINDING RECEPTORS%REACTOME DATABASE ID RELEASE 96%391903 Eicosanoid ligand-binding receptors Q9JJL9 A7VJD3 P70263 Q8CC99 Q9Z2J6 Q99JA4 Q6PDF2 Q5FW61 Q8BNT7 B2RS62 Q91VE4 Q543A9 Q920A1 Q6NS65 CELL RECRUITMENT (PRO-INFLAMMATORY RESPONSE)%REACTOME%R-HSA-9664424.3 Cell recruitment (pro-inflammatory response) Q32MT1 Q9CX34 P10639 Q0VEE0 Q8CHP4 P29452 Q3U0Y6 Q8CDV7 Q8R4B8 Q548Y4 Q2PMY2 Q059V7 A0A0R4J0P5 Q71LX8 Q9Z257 Q5U7A4 Q54AA2 P10749 Q3U5U6 A0A679AXP3 Q8BG60 P01027 Q3UV15 P25799 Q3TQC7 STRIATED MUSCLE CONTRACTION%REACTOME%R-HSA-390522.3 Striated Muscle Contraction Q8K0Z5 Q9D1R6 Q497F1 Q3TFA9 Q6P6L5 Q3V1K9 Z4YNB2 Q9WUZ5 Q8BHM1 Q5XKE0 P13541 P51667 Q5FW75 P13542 Q5FWJ3 Q6P3Z7 Q545T7 Q3TVB8 E9Q1W3 Q9CZ19 P49813 O88990 B2RQQ1 P19123 Q545G3 Q8C139 Q9JKK7 Q3UN19 P13412 P20801 Q3UIK0 P09542 RESOLUTION OF ABASIC SITES (AP SITES)%REACTOME%R-HSA-73933.4 Resolution of Abasic Sites (AP sites) Q91Z50 Q80ZH7 O35654 Q8BQS1 Q8K409 Q544Z7 Q80XH7 O54956 G3X8U8 Q8CG72 A0A0R4J091 P52431 Q3TKD1 Q542J9 Q8R055 Q921K2 Q3UIL3 O35980 Q1LZM6 Q9CQ36 O88554 Q4KL82 Q6P5C5 Q9CQ71 Q3U296 Q3UGS3 G5E8N7 Q04841 Q5U4B1 Q8BH76 Q547B4 Q99J62 Q5SWN2 Q62193 Q5HZI8 SUMOYLATION OF DNA REPLICATION PROTEINS%REACTOME DATABASE ID RELEASE 96%4615885 SUMOylation of DNA replication proteins Q549P2 Q01320 Q8CDZ5 Q64511 P63280 O70126 Q3TEY6 P59235 Q9D1M0 Q5FWJ9 Q8BUA6 Q9Z0W3 Q3ULQ6 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 G3UZA7 Q8VCB1 A0A1D5RLQ0 O54714 Q8C570 Q80U93 E9QL43 Q542J9 Q3U425 Q8BRF6 Q8BHX3 Q8BQF0 Q8BH74 Q8BPS7 Q8R480 Q8BTS4 J3JSA4 Q8R4R6 Q9CWU9 Q9ERU9 Q9WU62 Q3ULF5 RECYCLING PATHWAY OF L1%REACTOME DATABASE ID RELEASE 96%437239 Recycling pathway of L1 Q6PGJ3 Q6PFA2 P26041 Q8CBU4 Q9Z2B9 E9PUP0 Q8K2Q9 P17426 Q3TUH8 Q7TSG6 P33174 Q68FD5 Q3UJ76 Q6PEE6 A0AAQ4VMY7 Q62420 Q810V8 Q5SWR1 Q7TPD5 B1AXN9 Q3TCR7 Q6A0C9 Q8BZ98 P63085 A0A0J9YUN4 Q9QZS3 RNA POLYMERASE II PRE-TRANSCRIPTION EVENTS%REACTOME%R-HSA-674695.5 RNA Polymerase II Pre-transcription Events A2ASY1 Q8BQ46 Q7TSG2 Q8C4Y3 P61216 Q8K2T8 Q5XJE5 Q9CTY6 D6RDC7 Q3UWU8 B7ZNX0 Q05CJ7 Q9ERL0 Q9D2P1 Q9D4C5 A0A1D5RLV0 Q3U5E6 P97760 E9PWD3 Q8BFX0 Q3THK3 Q8CFI7 P51949 E9Q6K1 P60898 Q8K2X8 Q7TPY0 P49135 Q3THG5 Q3UMJ4 Q6PI63 Q3V214 Q3UZB8 A0A3Q4L2S8 A0A338P6M3 O55201 Q7TPV0 Q542U3 P61219 P62488 P08775 Q9CQ49 Q8BG30 Q3UIA1 E9QAP7 G3X956 Q3UIR2 B9EJX5 Q9D0D5 Q99JX1 Q3U3M5 Q3UWX7 Q3UT56 Q8VI33 Q9R1C0 A0A3Q4EGS4 A0A087WNT1 Q922L6 B1Q2W7 Q08943 P63271 Q9QWV9 Q3ULN2 Q3TN86 F8VPY2 Q149E9 Q9EQH4 Q99J95 Q3UYV9 Q8CB77 Q6RI65 Q7TQK0 Q62311 O08856 MYOCLONIC EPILEPSY OF LAFORA%REACTOME%R-HSA-3785653.5 Myoclonic epilepsy of Lafora Q0VF71 P0CG50 Q7TMB3 Q9Z1E4 Q9WUA5 Q9R062 NEP NS2 INTERACTS WITH THE CELLULAR EXPORT MACHINERY%REACTOME%R-HSA-168333.5 NEP NS2 Interacts with the Cellular Export Machinery Q8CDZ5 P62827 P59235 Q9D1M0 Q5FWJ9 Q8BUA6 Q9Z0W3 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q8BH74 Q8BPS7 Q8R480 Q8BTS4 J3JSA4 Q8R4R6 Q9CWU9 Q9ERU9 Q8BYY5 NOTCH4 INTRACELLULAR DOMAIN REGULATES TRANSCRIPTION%REACTOME%R-HSA-9013695.2 NOTCH4 Intracellular Domain Regulates Transcription Q3UZZ2 O35516 P31695 Q0VGJ1 Q8BJ14 Q6P3Z8 Q01705 Q6T264 Q5SU94 Q8BUN5 Q3UM17 B2RR30 Q499J8 D3Z768 Q6GQV9 Q8BYF1 Q9QUM5 PTK6 ACTIVATES STAT3%REACTOME DATABASE ID RELEASE 96%8849474 PTK6 Activates STAT3 Q05AA8 Q6GU23 Q8R0L1 O35718 SIGNALING BY RNF43 MUTANTS%REACTOME%R-HSA-5340588.4 Signaling by RNF43 mutants A3KMI3 Q542J1 Q91VN0 Q8BLL2 Q3UEG1 Q61091 P27467 A0A0R4J0A9 INTESTINAL SACCHARIDASE DEFICIENCIES%REACTOME DATABASE ID RELEASE 96%5659898 Intestinal saccharidase deficiencies F8VQM5 F8VPT3 CLEAVAGE OF THE DAMAGED PURINE%REACTOME DATABASE ID RELEASE 96%110331 Cleavage of the damaged purine Q8K1K3 B2RTK3 B2RWH3 Q8CGP7 Q64475 Q64478 Q149V4 C0HKE5 Q91VL8 B2RS36 Q9D2U9 Q3V252 Q6ZWY9 S4R1M3 P27661 Q8R1M2 Q3UIL3 Q8K203 Q91WC1 Q64524 P10853 Q04841 A3KPD0 E9QM06 Q8CGP2 Q8CGP0 P68433 CROSSLINKING OF COLLAGEN FIBRILS%REACTOME DATABASE ID RELEASE 96%2243919 Crosslinking of collagen fibrils G3X9F5 Q9WVM6 Q3UN82 Q3UQ28 P98063 P58022 A0A0R4J0Q4 Q9Z175 Q8CEU1 Q3TXH3 MATURATION OF DENV PROTEINS%REACTOME DATABASE ID RELEASE 96%9918432 Maturation of DENV proteins P61804 Q3UF16 B2MWM9 Q5SX75 P63280 H7BX23 Q9D8V7 C0LLJ0 Q543M7 Q60960 Q60FD1 Q8CAH8 Q9CUG0 Q5SUC3 Q6ZWQ7 A0A7N9VR83 A0A140LHR3 P0CG50 A2ADH1 Q3UHW8 P27773 Q3UFV9 O54734 Q6GQT6 Q6P2K2 P09103 Q99KV1 Q3U7T8 Q8BMR3 Q9JKR6 Q3U573 Q3UJC3 Q4FJX1 A0A2I3BRW0 Q9D1Q4 Q00623 O70152 Q8BYY5 D3Z569 Q78XF5 Q545R7 A0A0R4J0D3 Q9EPL8 Q9DBG6 DOWNSTREAM TCR SIGNALING%REACTOME%R-HSA-202424.6 Downstream TCR signaling Q3UHZ0 Q8C7P2 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q8BVQ9 B7ZWE5 P62196 B2RT97 P0CG50 Q2TBA3 Q3TKG4 Q542I9 A0A338P6G9 A1L3B8 P14685 Q545G0 Q548Y4 Q3UFQ4 Q5D0E0 P49722 Q9D8W5 P99026 Q9R1P0 Q8CIS0 P42337 Q3TV35 O35593 Q9R1P3 Q5SUR3 Q14AQ1 Q58EV4 Q923A8 Q3TSV7 O55234 Q542H2 Q6P5P1 Q5BKQ9 Q9JKV1 A0A286YDT6 Q3TXS7 P70195 Q8CBT3 E9Q696 Q9Z1E3 Q5SRY7 Q60692 E0CXB1 Q6RI64 Q3TS44 O08908 Q99JI4 Q8VC91 Q920N8 Q3U4Y3 P25799 Q3TKV1 Q99K90 Q569Y6 A2RTT4 P70196 A0A1W2P7U1 Q3UUT8 Q8BTI9 Q547H1 Q9ES52 O78196 A6H6M1 NEF-MEDIATES DOWN MODULATION OF CELL SURFACE RECEPTORS BY RECRUITING THEM TO CLATHRIN ADAPTERS%REACTOME DATABASE ID RELEASE 96%164938 Nef-mediates down modulation of cell surface receptors by recruiting them to clathrin adapters Q8CC13 Q8CBB7 Q8BW87 Q3UG16 P01898 P01887 P61967 Q8CDB3 Q8K212 Q3TSV7 Q5SWR1 P84078 A0A0A6YX18 E9Q696 Q6A0C9 P17426 Q3TEK8 Q3UJ76 A0A0R4J1L4 Q6PEE6 Q7TN05 REGULATION OF PTEN GENE TRANSCRIPTION%REACTOME%R-HSA-8943724.2 Regulation of PTEN gene transcription Q4FK48 E9PXW8 A0A140T8R7 Q9CYI8 Q9QWH1 Q9JLN9 E9QMN5 Q80ZA1 Q3V116 Q8BM83 Q52L79 Q9CQJ4 Q78ZM1 Q3TMT1 Q3URA3 Q6ZQ88 A0A3Q4EC26 Q3UII8 D3YY34 Q9DBY5 Q9QXV1 Q6P9T4 Q60972 Q2KHS8 Q9R190 O55187 Q2LC58 Q8CF66 Q6NTA4 O35126 P63085 Q9D0U6 Q9CQ22 Q8BGD6 Q6GU14 G3UW70 O35730 Q63844 Q99K70 Q6AXH7 Q80X95 A4FUW1 B1AWT3 Q3UZ96 Q9JHS3 E9PW15 Q8C5H3 Q8VHR5 Q8K0T3 Q8CAT6 Q58E49 Q8CBR9 H9T841 Q921E6 Q9Z2D8 F8V330 Q9JM08 INTRA-GOLGI AND RETROGRADE GOLGI-TO-ER TRAFFIC%REACTOME DATABASE ID RELEASE 96%6811442 Intra-Golgi and retrograde Golgi-to-ER traffic Q9CQW1 P63024 Q5XJY5 Q3TWG5 P97390 O35153 Q923G3 Q5DQJ3 Q5SW18 A0A1D5RLG3 Q5RKN9 A0A494BB86 V9GXM1 Q0PD38 O08547 Q6PB93 Q78IS1 Q14BR4 Q8CAM5 Q3UI47 Q542M2 Q9JHH9 Q0PD66 Q0PD67 Q9DBG5 Q9QXK3 Q0PD21 Q8BTF0 Q9D517 Q3UN31 Q571A6 A2A9I0 Q3UFE4 Q8C4L1 P84084 Q6NZM3 Q8CA83 P33174 Q3TQY2 D3Z390 P70190 Q61206 Q9QZB7 Q9DBS5 G3UXK5 Q9QZB9 Q91W40 D3Z6H3 Q6P9P6 P97329 Q8R1L4 Q6P9L6 Q52KG5 Q91YS4 E9Q5G3 Q8CD76 Q9JJB6 Q3V300 Q9QYE6 D3YVW2 Q8K3E8 Q99JH8 Q3TPZ5 Q99KH2 Q9ERB0 Q3TXK1 Q3U8A6 E9Q512 E9Q919 Q6P1D3 Q6DFZ1 B7ZWN1 A9XMT8 F8VQE2 Q7M6Z4 Q6TA13 Q8VI89 Q9CRX5 Q8VDS8 Q8C0X6 A0A1Y7VK29 E9Q4K7 E7FLY0 Q6QD59 G3X8Q6 Q6PB45 Q8BZ36 E9PX57 Q6PFD6 Q7TPW4 Q3V416 Q7TNQ1 E9Q496 Q9JKY9 B0G0X9 O89079 Q545Q2 Q0PD24 Q91Z34 Q3UKQ5 Q921L5 P28663 P46460 P84078 B9EKI3 E9QPA1 Q5FWJ7 Q9CQM2 Q91ZJ4 Q8CES0 Q9D2U5 Q3TR77 A0A0R4J0Q9 O55029 Q8C6V9 Q3U4W5 Q6PHQ8 Q0PD53 Q9JIF7 Q3KNA5 Q9D481 Q8C754 Q9D4H2 Q78YZ6 Q8BZ45 Q80XC3 Q8BHT7 Q9CUT6 Q9Z160 Q3UR67 P63168 A0A494BAE3 A0A1B0GSM3 Q14AC7 Q3UVL4 Q9CTN4 Q9JJA2 B0R0S4 Q9WVM1 Q7TSQ9 Q8BSN6 Q6PDC2 Q80SX7 Q6P0A4 O54692 Q9DB05 A0A0R4J0L5 Q9JKK1 A2RSC8 Q8CCB4 Q0PD48 Q91VW5 Q3US62 Q8C0W8 Q3USH9 Q9JHU4 Q3TYJ3 O88630 Q9DBX5 E9QKK1 P39098 Q6NXK9 Q8K1E0 Q544T7 Q3TPJ8 Q3UD72 Q9D0M5 Q6PDL0 Q0PD15 A0A0R4J0T8 Q3U344 ASPIRIN ADME%REACTOME%R-HSA-9749641.4 Aspirin ADME Q8VCT4 P70691 Q8K154 P18572 Q8JZZ0 Q6XL48 Q62452 Q64435 Q6PDD0 Q91WH2 Q8R084 Q80X89 Q3UEP4 Q63886 Q8BWQ1 Q05421 Q9CVC8 Q8VI47 Q9JKY7 Q2KHL4 Q91X77 E9Q5L8 Q8K0L3 Q91XE0 Q80W40 Q8BGA8 Q03311 Q546G4 Q544N9 F6Z9B9 A0A0R4J015 POLO-LIKE KINASE MEDIATED EVENTS%REACTOME DATABASE ID RELEASE 96%156711 Polo-like kinase mediated events P30276 Q9ESG9 Q8BJ14 Q60972 Q3UR74 Q6P1H7 B7ZN58 A0A0A6YVZ7 P48964 E9Q3P4 E9Q0Q9 Q3TPZ2 P47810 P48972 HYDROLYSIS OF LPE%REACTOME%R-HSA-1483152.5 Hydrolysis of LPE Q64GA5 Q8C0L9 TANDUTINIB-RESISTANT FLT3 MUTANTS%REACTOME%R-HSA-9702636.2 tandutinib-resistant FLT3 mutants Q3UEW6 REGULATION OF INNATE IMMUNE RESPONSES TO CYTOSOLIC DNA%REACTOME%R-HSA-3134975.4 Regulation of innate immune responses to cytosolic DNA Q91XB0 Q3TLR3 A0A2R3XZC4 Q6PDK8 A1L361 Q66X19 P0CG50 A2APF7 Q3U9K6 Q9CUY2 Q3UCL2 A0A0R4J0Q6 DEFECTIVE CYP27A1 CAUSES CTX%REACTOME DATABASE ID RELEASE 96%5578996 Defective CYP27A1 causes CTX Q99LX3 DEFECTIVE VISUAL PHOTOTRANSDUCTION DUE TO RDH12 LOSS OF FUNCTION%REACTOME%R-HSA-9918440.1 Defective visual phototransduction due to RDH12 loss of function A0A0R4J1M3 TRANSPORT OF THE SLBP INDEPENDENT MATURE MRNA%REACTOME DATABASE ID RELEASE 96%159227 Transport of the SLBP independent Mature mRNA Q8CDZ5 Q8C470 V9GXF3 P59235 Q9D1M0 Q5FWJ9 Q8BUA6 Q9Z0W3 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q8BH74 Q9CQ49 Q8BPS7 Q8R480 Q8BTS4 J3JSA4 Q8R4R6 O08583 Q9CWU9 Q9ERU9 Q3UYV9 PRPP BIOSYNTHESIS%REACTOME%R-HSA-73843.4 PRPP biosynthesis Q9CS42 Q8C5R8 Q9D7G0 REGULATION OF GENE EXPRESSION IN BETA CELLS%REACTOME%R-HSA-210745.3 Regulation of gene expression in beta cells Q60867 P31750 P35584 Q66JY7 Q8VBX9 Q99MA9 P52946 P12968 Q8CF90 Q8C7R7 P14246 Q5SVI6 Q8BRS9 G5E8P5 Q3UP48 Q9R1E0 Q5EEX1 Q8CE74 Q8C6X4 DEFECTIVE POMGNT1 CAUSES MDDGA3, MDDGB3 AND MDDGC3%REACTOME%R-HSA-5083628.3 Defective POMGNT1 causes MDDGA3, MDDGB3 and MDDGC3 Q8CBE6 Q91X88 REGULATION OF GLYCOLYSIS BY FRUCTOSE 2,6-BISPHOSPHATE METABOLISM%REACTOME%R-HSA-9634600.5 Regulation of glycolysis by fructose 2,6-bisphosphate metabolism P63330 P05132 Q8BVM1 A2AFM9 Q8BN07 P68181 Q8BIX1 C9VZF2 Q76MZ3 Q8CDS6 Q91V89 EXTRACELLULAR MATRIX ORGANIZATION%REACTOME DATABASE ID RELEASE 96%1474244 Extracellular matrix organization Q2UY11 Q3UN27 Q30D77 Q8K4G2 Q9Z0I9 Q3U962 Q07563 Q9CYD3 B1AWB9 Q9JLI2 Q8R4W6 I7HJS8 Q8CG71 Q8CG70 Q9QZS0 Q9R0E2 B2RQQ8 Q9R0E1 P25318 E9Q718 O08529 E9Q7P1 D3Z7D5 Q6NVG7 A6PW84 Q3TVI5 Q8K297 B0LAD9 P19324 Q3UN82 Q69Z28 Q9WTR0 Q9D7J7 P53690 O88456 Q921U7 Q8CDZ9 Q8BSJ3 Q3UF24 P12032 Q8BNJ2 Q8BGP4 Q059V7 Q6GQT1 Q4VC17 Q61810 P09103 Q9Z0T9 Q3UCD9 Q0VBD0 A2ARA8 Q9R229 Q91YU7 Q3TTE6 Q0VD84 Q3UGU1 G3X9D2 Q8CG19 B2RXX5 Q3UP87 F8VQ15 Q3UT74 P43406 Q8C9W3 E9PXZ3 G3X9F5 P21274 Q9WVM6 P98063 G3UWQ9 Q543D2 E9QB01 Q3TQ52 P26262 Q8CBE6 Q922W6 Q9EPL5 Q3TB85 Q3ULR1 Q80X37 Q3TX57 M0QWP1 Q3V1F2 Q64519 Q3TSQ8 A0A0R4IZX5 Q3UNK5 Q3TNY9 Q547B5 Q3UKR1 Q8BS97 Q3U5S6 G5E899 O89032 P51942 Q9QUP5 E9Q2T3 E9Q9Z9 Q8BYI9 Q497X0 A6H6K1 B9EJ23 F2Z3U4 Q8VI56 Q80Z71 Q80YQ1 O88839 Q9QUM0 Q61824 Q80YP5 Q61554 Q61711 Q60625 Q8CE84 A0A0U1RNJ3 Q8C9Z1 H3BKX8 Q542I8 Q9D8B7 Q9JI59 P26011 Q3U967 P51885 Q9R0G6 Q8BS01 Q14AB0 G5E8F1 Q541T2 Q9CR35 Q99L56 P43407 Q8R5G0 Q8CC06 Q62469 Q3TZS3 Q62470 A2A864 P10493 Q6NZC0 Q8BPT3 E9PXU2 Q3V1T9 P10605 Q52KG8 Q8BSZ5 A0A0R4IZW4 Q3UG07 Q3U8M7 Q8CAW4 O35701 Q3UPN1 Q3TZ05 Q5NCU5 Q61789 Q3USI2 Q8C5B3 F8VQJ3 G5E874 Q6L8N9 Q99L88 P19137 Q3UHL7 Q544D4 O55188 P97927 Q9EQ83 Q3UZF9 Q8BX51 Q8BZG8 Q5DTP0 Q9R0B6 Q8K0N0 Q544R8 P29788 P82349 Q8CFR5 Q3TRE0 Q542S9 P82350 Q3UVD6 Q8BHM1 P23359 P70677 P58022 A0A0R4J0Q4 Q9Z175 Q8CEU1 Q3TXH3 Q61555 O70138 A0A0B6VPC4 Q3UG15 E9QJW9 A0A0R4J0K6 F8WJ99 Q99PM0 O35566 Q3UW68 Q3U7G2 Q8BPB5 Q542X5 Q4VA93 Q8BRW9 Q9D805 Q9ESK3 A0A0R4J1C7 Q3U435 Q9R118 Q4KL49 Q80VZ1 Q6S393 Q3UQ28 A0A2R8W6T9 Q62371 Q9R1S8 Q3TGL4 O54732 Q3TWK8 Q6J756 P57748 Q68EF9 Q571A9 A0A1Y7VJW9 Q8R1K4 Q9D1H9 Q3TCW6 A0A3B2WCG9 Q9R0S2 Q9R0S3 Q6P6L2 Q3UW97 Q3UTF3 Q3UQT3 A0A1D5RLS3 Q544T2 Q0VGP9 A1L3D0 P54320 Q3U9V5 Q9DCY1 B1AV35 Q8BQ25 Q5SX75 Q3UER8 E9PV24 P18572 O54890 Q3TGR2 A1BN54 Q0VEM1 A4QPC5 A0A0R4IZW5 Q5M9K1 P41245 P35918 Q792Y6 P23188 Q3UF16 H7BX23 O88792 P35330 Q543M3 Q545T0 P09055 Q63ZW6 D3Z7B9 Q8C6K9 A0A2K6EDL8 E9Q5L6 B7ZNH7 P28481 Q63870 Q9ESQ1 E9QPX1 Q00780 Q91VF6 O35206 P11087 Q3UYK2 Q3UST0 I7HJR1 Q05306 P57716 Q0VF58 Q60847 Q9D0D2 Q9QZR9 Q3UHT3 Q6PE70 Q8BLX7 Q8BSX1 P02463 Q5QNQ9 PKB-MEDIATED EVENTS%REACTOME DATABASE ID RELEASE 96%109703 PKB-mediated events Q3UQ25 Q8CE74 DEFECTIVE SLC5A7 IN THE NEUROTRANSMITTER RELEASE CYCLE CAUSES DISTAL HEREDITARY MOTOR NEURONOPATHY 7A (HMN7A)%REACTOME%R-HSA-5619114.4 Defective SLC5A7 in the neurotransmitter release cycle causes distal hereditary motor neuronopathy 7A (HMN7A) Q8BGY9 GLYCOGEN SYNTHESIS%REACTOME%R-HSA-3322077.9 Glycogen synthesis Q0VF71 Q3U6X6 P0CG50 Q9D6Y9 Q7TMB3 Q3U548 Q9Z1E4 Q9WUA5 Q9R062 Q8VCB3 SENSORY PERCEPTION OF SALTY TASTE%REACTOME DATABASE ID RELEASE 96%9730628 Sensory perception of salty taste A0A1Y1C8H8 Q9WU39 A2RS45 Q3USG4 NCAM1 INTERACTIONS%REACTOME%R-HSA-419037.4 NCAM1 interactions A2A545 M0QWP1 Q9Z0I9 Q9QZS0 B2RQQ8 E9Q7P2 D3Z3Z3 Q61330 A0A589Q4M7 D3Z7D5 O35696 B0LAD9 E9QB01 A0A0R4IZX5 A0A8I4RSM0 Q4FJQ7 Q0PCR6 P97785 P97463 Q63ZW6 P48540 Q8C6K9 Q6PAS1 A1L3Q1 Q9Z0L2 Q8C1V7 Q32MF3 Q3UET6 Q9WUT2 I7HJR1 Q3TYI5 Q9D0D2 Q9QZR9 Q3UX23 Q8BSX1 P02463 CELL SURFACE INTERACTIONS AT THE VASCULAR WALL%REACTOME%R-HSA-202733.7 Cell surface interactions at the vascular wall Q99JW5 Q5SVY2 Q8CAW4 Q545F0 Q9D787 Q3ZB60 Q544C5 Q3UZF9 Q3UQE3 A0A0U1RPK4 Q9Z127 Q9QZM4 Q03160 Q9Z1K8 P43406 Q542C8 Q9QXW9 Q8BGK6 P63115 Q6PGJ3 Q3TJ94 Q8BTI9 Q3UCJ0 Q8CEI0 Q3TJI7 Q9ES52 Q9EPL5 Q3TB85 Q3UR55 Q3U5F6 E9Q9E8 Q2TB54 G4WK10 Q3UV83 Q80X37 Q545P0 Q549Q4 Q545Y5 F8WHM0 Q53WR6 P97792 Q6P6I8 Q61243 Q3U102 G3UXY6 P49817 Q80UL9 Q544N9 P13373 Q8BIF0 Q07763 Q8BQ25 Q3TX09 Q14DT9 Q3TA56 Q544Q7 Q3UDP9 Q3V1F2 Q5UB50 Q64519 Q8C7P2 P18572 P01592 O54890 Q3UNK5 Q3U5S6 P33587 Q8C1W2 Q6P8R3 P42337 Q62283 P35235 Q61411 Q61592 D3YZ57 Q60805 Q3USK4 E9Q696 Q3TR66 O08908 Q80YP5 P98083 A0A0U1RNJ3 P0C191 Q542I8 P20491 Q9D8B7 Q9JI59 O08538 Q3U967 Q62077 Q9D091 G5E8F1 O88792 Q80YS4 Q8K357 Q8R2S8 Q543W3 P43407 Q8CC06 Q62470 P09055 Q01102 Q3V0P7 A2ASX2 B9EHQ4 Q3U379 E9Q414 TELOMERE C-STRAND SYNTHESIS INITIATION%REACTOME%R-HSA-174430.6 Telomere C-strand synthesis initiation Q8K1K3 Q91WC1 Q8C2T6 B9EHJ9 P33610 Q91VL8 B2RS36 Q5FW94 Q3V252 E9QM06 Q3UXU8 E0CXE7 Q9D7K2 GILTERITINIB-RESISTANT FLT3 MUTANTS%REACTOME DATABASE ID RELEASE 96%9702590 gilteritinib-resistant FLT3 mutants Q3UEW6 SYNTHESIS OF PE%REACTOME DATABASE ID RELEASE 96%1483213 Synthesis of PE Q505E1 Q8BWU8 O54804 Q54AG5 Q8CD95 Q8R2H9 Q3USD5 Q571G1 E9PWN0 Q8BGS7 Q80TA1 Q9D4V0 TRAFFICKING OF GLUR2-CONTAINING AMPA RECEPTORS%REACTOME DATABASE ID RELEASE 96%416993 Trafficking of GluR2-containing AMPA receptors Q8C1W2 Q62283 Q6GQT7 Q4LG64 Q4VA93 Q3UN66 P46460 Q8C069 G3XA20 Q7TNB5 P17426 Q3UY17 P68404 REMOVAL OF THE FLAP INTERMEDIATE FROM THE C-STRAND%REACTOME%R-HSA-174437.5 Removal of the Flap Intermediate from the C-strand Q8K1K3 Q8BWH5 Q9CQ71 Q91WC1 Q91Z50 O35654 Q91VL8 B2RS36 Q6ZQJ5 Q8BH76 Q3V252 Q547B4 E9QM06 Q5SWN2 P52431 Q542J9 Q62193 SUMOYLATION OF UBIQUITINYLATION PROTEINS%REACTOME%R-HSA-3232142.5 SUMOylation of ubiquitinylation proteins Q8CDZ5 Q2M4G9 P63280 P59235 Q9D1M0 Q5FWJ9 Q8BUA6 Q9Z0W3 Q3ULQ6 F6ZDS4 A0A1Y7VKW0 Q9JIH2 Q6PDG0 Q8BU75 Q3TTE7 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 P23804 Q8BH74 Q8BPS7 Q8R480 Q8BTS4 J3JSA4 Q8R4R6 Q8BSJ6 Q9CWU9 Q9ERU9 PI-3K CASCADE:FGFR4%REACTOME DATABASE ID RELEASE 96%5654720 PI-3K cascade:FGFR4 Q8C180 P42337 Q8C7P2 Q505A4 Q790L8 P35235 A0A7U3JW97 A0A0R4IZY3 A0A7U3JW51 Q8C399 Q6ZWS1 A0A7U3L6F4 Q541T2 Q99N32 Q3U1V5 A0A7U3JW80 E9Q2N2 LYSOSOMAL OLIGOSACCHARIDE CATABOLISM%REACTOME DATABASE ID RELEASE 96%8853383 Lysosomal oligosaccharide catabolism Q91W89 A0A0R4J092 O54782 O09159 ORGANIC CATION TRANSPORT%REACTOME%R-HSA-549127.4 Organic cation transport B2RRB7 Q8BMD1 Q8K0H1 Q504N2 Q547K2 Q5U680 Q8VHL0 O08966 Q5SX17 O70577 A0A0R4J0P7 Q9Z306 CHONDROITIN SULFATE DERMATAN SULFATE METABOLISM%REACTOME DATABASE ID RELEASE 96%1793185 Chondroitin sulfate dermatan sulfate metabolism Q91XQ5 Q3TRA2 Q80V53 Q08890 Q3TAW7 Q3TXR9 Q3TSQ8 Q8BLI4 A0A0R4IZX5 Q99KJ6 Q8C1F4 Q0VBN2 Q3URZ9 A0A0R4J138 Q3TNY9 Q71M36 Q91ZJ9 Q8VEI3 O88199 Q8BZW3 L0MX76 Q6IQX7 Q6ZQ11 Q8BMG0 Q3UKR1 A0A1B0GSK9 Q8BS97 P29416 Q9EP78 B9EHC3 Q8BJQ9 Q99LL3 D3Z6E3 Q5DTK1 THE FATTY ACID CYCLING MODEL%REACTOME DATABASE ID RELEASE 96%167826 The fatty acid cycling model B2RTM2 P12242 A0A0A0MQJ8 Q9D6D0 Q549J5 EPITHELIAL-MESENCHYMAL TRANSITION (EMT) DURING GASTRULATION%REACTOME%R-HSA-9758919.3 Epithelial-Mesenchymal Transition (EMT) during gastrulation O54839 Q4FK48 Q78ZW9 Q8CIM9 AXONAL GROWTH STIMULATION%REACTOME DATABASE ID RELEASE 96%209563 Axonal growth stimulation Q99PT1 Q9Z0W1 Q4VAE6 Q6LDU8 CELL-CELL COMMUNICATION%REACTOME%R-HSA-1500931.10 Cell-Cell communication A0A0R4J056 Q4FK48 Q8BUR4 Q07563 Q811P8 E9QJS1 Q60989 Q3TBG7 E9PWE4 Q62210 Q6ZQ88 Q9CXQ9 Q3U0X6 Q9Z1P8 Q8R2R1 S4R2K9 K7Q751 Q8BGQ4 Q8BH99 Q8BQ28 Q8R1C2 P70460 Q3V1V5 B2RUC7 Q9ES18 P58463 Q8CEC4 Q60793 Q3UDE9 A2RTD1 Q5SUC3 P33146 Q80ZV4 P23804 Q9ET43 Q8BRE1 Q8BXA6 Q91VS8 Q199A7 P55284 P13405 Q8BM92 K4DI58 Q9WTR5 Q8BZS5 Q3U1Y7 O88552 Q3UH53 Q9Z261 Q8R007 O70220 Q9Z0S6 Q9Z0S5 Q9Z0S7 Q5RJH3 Q3TCR7 Q4FJV3 F8WHU6 Q8BJS8 B9EJ23 Q3UGS4 Q9JLB9 B2RUR0 Q5D1E7 Q3UZK2 A0ABA7IXE6 A2RSP0 Q9JKF6 Q14BW2 P70408 Q3UM35 Q3UYK5 Q6PDI9 E9PYN1 Q3UNX6 Q0GH64 E9Q3A7 Q8BLQ9 Q61139 Q9D7U6 Q545A5 Q3TYA6 Q9JK83 Q6PFG2 Q3U967 P52480 Q3ULX4 Q6P1D6 Q8C6F2 Q6V4S5 Q9CU65 P68040 Q8CBL3 Q60771 G5E8P5 A2A3Z3 Q5DTK3 Q8CC06 A2A864 Q8VBU8 Q3URV7 P26687 Q8BSG9 P10605 Q3U0D9 Q8BSZ5 Q3ULT2 V9GX46 P54775 Q3UPK6 Q9CPS5 Q8BVQ9 Q61789 P62196 B2RT97 Q8C5B3 P0CG50 G5E874 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q548Y4 P49722 Q3TMT1 Q9D8W5 P99026 F8WHW6 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q14AQ1 Q58EV4 E9Q2L7 O55234 Q542H2 Q5BKQ9 Q9JKV1 O88990 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 P25799 Q3TKV1 Q3U518 O35566 Q8C2K8 Q80UM7 Q64318 F8VQ28 Q9D2U9 O54942 Q3UZ96 Q8BSI9 Q6S393 Q8BTI9 Q3UCJ0 A1A4T2 Q8C5H3 E9QAQ7 Q3TLP8 Q5FW75 Q58E49 Q9CS58 Q6GU23 Q921E6 Q04888 Q3U419 A3KPD0 Q02257 Q8CJF9 Q6P6I8 P84228 Q8CGP2 Q8CGP0 Q9DBG6 Q64727 Q3UII1 Q62120 B2RTK3 Q3TU98 Q8CGP7 P61804 Q3U390 Q8C7P2 Q3UGT9 Q9D8V7 Q9D031 A0A0G2JEG6 Q149V4 Q80W68 Q7TSI6 Q8VHX6 Q3UND0 Q3UF75 Q71FD7 Q8CDH5 A0A4X8 A0A3B2W812 Q8VD67 Q91XD2 A1BN54 B1ATC3 O55222 S4R1M3 Q9QZS7 G5E8B6 Q3UHK8 O70146 G3UZX4 Q8R1M2 F6WMJ3 Q3TQN9 P01108 O54734 P42337 A0A0R4IZW5 Q64524 G3X9V2 P05480 P35235 A0A1X7SB71 P10853 Q02248 Q8BMR3 Q80ZL3 Q60972 D3YZ57 Q3U573 A0A0R4J170 Q8QZT4 A2ADL9 B2RRY4 A0A2I3BRW0 P23188 F6XJP7 A0A0J9YU62 O08908 Q91YZ2 Q78XF5 P63085 B2RWH3 Q63844 Q64475 Q64478 Q3TLE2 C0HKE5 Q6AXH7 Q60FD1 G3XA13 Q3URU8 Q3TY70 Q6ZWQ7 Q3UQ34 O88792 A0A140LHR3 Q6ZWY9 Q3TZS1 Q8BJP2 Q3UD86 P27661 E9PW15 Q8BPN4 P09055 Q8C1L9 Q53Z05 G3X8Q0 Q9DBX7 Q8C7Q6 Q6PFX6 Q8BZ97 Q61080 A2AP51 D3Z569 Q545R0 Q3UHT3 Q8BPU7 B7FAU9 Q45VK6 Q8C449 A5D6P6 P09025 EXTENSION OF TELOMERES%REACTOME DATABASE ID RELEASE 96%180786 Extension of Telomeres Q8BWH5 O35654 Q0VGM9 Q91VL8 B2RS36 Q6ZQJ5 Q3V252 Q9CQS2 P0CG15 E9PVJ3 Q9ESX5 Q3UXU8 E0CXE7 Q9D7K2 Q7TMX5 A0A6Q6QXN1 Q3TXT7 D3YVY9 Q9CRB2 Q91WC1 Q3U1C2 P51943 A0A2I3BQJ1 Q9CY66 Q3UGB9 Q9CQR6 E9QM06 Q61456 G5E8R4 Q8VC51 Q8K1K3 Q91Z50 A0JNY9 P52431 Q3TKD1 Q542J9 Q8R055 Q4KL82 Q9CQ71 Q8C2T6 B9EHJ9 P33610 Q5U4B1 Q5FW94 E9PZ97 Q8BH76 Q547B4 Q99J62 Q5SWN2 Q62193 Q5HZI8 TRANSPORT TO THE GOLGI AND SUBSEQUENT MODIFICATION%REACTOME DATABASE ID RELEASE 96%948021 Transport to the Golgi and subsequent modification Q0VGU0 Q9CQW1 A0A0R4J2D3 Q5XJY5 Q9D0F3 Q3TWG5 Q9D1M0 O35153 Q923G3 Q5DQJ3 Q5RKN9 A0A494BB86 V9GXM1 Z4YJU8 Q9D0I4 Q9DBH5 O08547 P58019 Q78IS1 Q8BQL3 Q544R8 Q8VCD3 Q14BR4 Q91XT4 Q78XR0 P35846 Q3TZ89 Q7TSI3 G3X928 Q8BXT9 Q542M2 Q3TLI0 Q9JHH9 Q0PD66 Q0PD67 A2RSS2 A0A2I3BQJ1 Q3UAP1 Q14BF8 Q9QXK3 D6RGU4 Q5J9A9 S4R2K9 A0A1W2P7S5 O35623 Q00897 Q8BTF0 Q3SYI8 Q9CQR6 Q9JME7 Q3USK2 Q8BRF7 D3Z4P2 Q68FG2 Q9Z1A1 Q0P648 Q3UPL0 G5E8R4 Q9Z1Z0 D0EW11 B7ZNW3 Q3TCN5 Q8BQ43 Q3U9K9 A2A9I0 E9QAH1 Q8K000 Q9CQA1 Q9D306 Q9D6E1 E9Q3T8 O88783 Q3UGX2 Q8C4L1 P84084 Q812G0 Q8R1C2 Q921V5 Q544F0 Q3V1V5 Q91Y74 Q8BM62 Q9JJ04 Q6NZM3 Q059T5 B2X2D8 Q3TQY2 Q0VGY9 P08032 Q812F8 P70190 Q8VIE5 Q9QZB7 Q9QZB9 Q6NXH2 D3Z6H3 Q8R1L4 Q148N5 A0A0F7RQH1 Q545E4 Q99JH8 Q3TPZ5 Q3UUA9 E9Q919 Q9CUJ6 Q6DFZ1 O35696 Q7TNB5 Q7TNQ1 O89079 B1ASJ2 Q545I6 Q99LJ1 Q921L5 P28663 P46460 P84078 Q543Y8 Q9CQM2 A0A0R4J0Q9 O55029 Q3U7I0 G3X9G6 Q9JIF7 Q9Z160 Q3UR67 P63168 A0A494BAE3 Q5RKT9 Q9JJA2 Q7TSQ9 Q6PDC2 Q9DB05 A0A0R4J0L5 Q4FJT2 Q3USH9 Q9JHU4 Q3U478 Q80U83 Q8C1E4 Q3TYJ3 O88630 P39098 Q6NXK9 Q63870 Q8K1E0 Q544T7 Q3TPJ8 Q8BQ86 Q9D0M5 A2AA71 Q6PDL0 Q3U260 Q5EEX1 Q6NXL1 A0A0R4J0T8 Q80ZX0 Q3U344 REGULATION OF MITF-M-DEPENDENT GENES INVOLVED IN CELL CYCLE AND PROLIFERATION%REACTOME%R-HSA-9825892.3 Regulation of MITF-M-dependent genes involved in cell cycle and proliferation F8VQL0 Q60520 Q58E49 Q790L7 Q564P6 P70349 Q02248 A1A550 Q3UGB9 Q9DBN8 Q3UET7 Q80UF1 Q64364 Q8CAI6 Q8C402 Q3TPZ2 IMMUNOREGULATORY INTERACTIONS BETWEEN A LYMPHOID AND A NON-LYMPHOID CELL%REACTOME%R-HSA-198933.9 Immunoregulatory interactions between a Lymphoid and a non-Lymphoid cell Q31093 P35329 Q3UPN1 Q91Y57 O19441 Q6P1B3 Q8HWE5 P26151 Q6PG97 Q7TSN2 A6XA75 Q3TEQ8 A7VMS3 G3X8X6 Q149T1 A0A0B4J1G0 A0A0R4J2D8 Q9ES57 Q9Z202 Q8BY18 E9Q0X3 Q2YFS3 P01898 Q8CAX3 P01887 Q2YFS2 A0A0R4IZW5 Q3U0X8 Q149L7 D3YYN5 A2A6Z2 Q18PJ0 Q8BNX1 Q6SJQ0 Q6P5P1 O54707 W0BZ77 A0A3F2YNQ7 A0A0R4IZY7 Q9QUJ0 O88713 Q1ERP8 Q8K249 Q80VX2 Q8BG84 D3Z7A9 Q8VBT3 Q8K4E3 A0A1U9W1A8 E9Q415 Q4FJM0 Q3U4Y3 Q0VEI3 Q8CFL4 Q60625 Q542I8 P26011 Q8C6F2 Q14AB0 P35330 Q8K4Q8 P09055 Q3TB85 Q3U419 Q3UV83 A6H6M1 P97792 Q3TQG5 P35762 P01027 Q80UL9 Q3TEK8 Q99NH8 Q8BQ25 Q14DT9 Q3U8M7 MTORC1-MEDIATED SIGNALLING%REACTOME%R-HSA-166208.5 mTORC1-mediated signalling Q8CEC8 G3UW70 A0A3Q4EC26 Q8C470 Q60876 Q3UKJ3 Q99K70 Q8BGD9 E9Q9E1 Q80X95 A4FUW1 B1AWT3 Q9JHS3 E9QKI5 Q9JLN9 Q8CF66 Q6NTA4 Q9CQ22 Q8BGD6 EPIGENETIC REGULATION OF ADIPOGENESIS GENES BY MLL3 AND MLL4 COMPLEXES%REACTOME%R-HSA-9851695.3 Epigenetic regulation of adipogenesis genes by MLL3 and MLL4 complexes Q544J2 B2RTK3 Q8CGP7 Q61586 F8WI37 Q149V4 Q543F6 Q9CQA5 Q8VIM0 S4R1M3 E0CYA6 P54310 Q8VHJ7 Q8R1M2 Q542H7 A6PW47 Q3TPN3 Q1WLP7 Q8CAS3 Q3UFN1 D3Z041 Q9DCV3 Q3UET8 P13405 Q8BJ56 A0A571BEC9 Q8CD95 Q64524 Q9Z1P8 Q8BHI7 P10853 Q05BA5 Q2NLB9 Q8CGN5 P11152 Q9CXU1 Q9CXU0 Q9R0X0 E9QMZ0 Q9Z211 Q62392 Q9CWA8 E9Q6E2 Q8BPB6 Q8VCD5 Q99LT0 B2RWH3 Q64475 Q64478 Q60994 Q6LC96 C0HKE5 Q921N8 Q9D2U9 F8WJB0 Q6ZWY9 A0A0A0MQ73 Q8C6Z4 Q8BX09 Q5SWW4 Q9QXE7 Q6GQV9 P27661 Q3UKZ9 Q9CQI9 Q99L02 P70365 Q8CHB6 Q6NZQ4 Q91XC0 P53566 Q8BHJ5 Q5XJV5 Q8BJ14 P61965 Q8CE59 Q3U711 Q80ZV7 O70343 Q547C4 Q53Z05 A2ABV5 Q3SYK5 A3KPD0 Q9JM08 P84228 Q8CGP2 Q8CGP0 E0CZG8 B1AQH6 MAPK6 MAPK4 SIGNALING%REACTOME%R-HSA-5687128.5 MAPK6 MAPK4 signaling P54775 Q3UPK6 Q9CPS5 Q5DTJ2 Q8VD67 Q8BVQ9 B1ATC3 P62196 B2RT97 Q3UHK8 Q9WVH4 P0CG50 P68181 P11440 Q3TKG4 Q542I9 A1L3B8 P14685 Q52L79 B1GX81 Q545G0 P49722 Q9D8W5 P01108 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q14AQ1 Q58EV4 Q05BA5 O55234 Q542H2 Q5BKQ9 S4R216 Q9JKV1 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 Q61532 O54992 E9Q1G8 Q9CQC5 Q3TYL7 Q6P5G0 A6MDC6 Q3UQ34 A0A0H3XWX3 A0A1Y7VJB9 Q8BJP2 Q3UD86 Q9R1E0 Q3TR87 Q542D1 Q545F4 A0A5F8MPZ4 Q3TLP8 Q9CS58 Q8JZX9 Q9Z0X0 D3Z4R2 P05132 Q8CJF9 Q8BYY5 G5E884 DEFECTIVE SLC9A9 CAUSES AUTISM 16 (AUTS16)%REACTOME%R-HSA-5619052.4 Defective SLC9A9 causes autism 16 (AUTS16) Q8BZ00 HEDGEHOG LIGAND BIOGENESIS%REACTOME DATABASE ID RELEASE 96%5358346 Hedgehog ligand biogenesis Q8CIP5 P54775 Q3UPK6 Q9CPS5 Q8R116 Q8BVQ9 A0A0R4J1R1 P62196 Q3U957 B2RT97 Q62226 P0CG50 Q8K2C7 Q8VEH8 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q544P6 P49722 Q9D8W5 P99026 Q9R1P0 E9PXU2 Q3TV35 P09103 O35593 Q9R1P3 Q80XI9 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 Q01853 P70195 H3BLN8 Q60692 Q6GTY4 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 Q8BMT9 RHO GTPASES ACTIVATE KTN1%REACTOME DATABASE ID RELEASE 96%5625970 RHO GTPases activate KTN1 Q9DBS5 Q3UDZ1 Q9CUT6 Q3US62 Q91W40 Q3TLP8 F8VQC7 Q91YS4 Q4VAE6 Q8CD76 CONSTITUTIVE SIGNALING BY EGFRVIII%REACTOME DATABASE ID RELEASE 96%5637810 Constitutive Signaling by EGFRvIII P98083 P42337 Q80Y52 Q8C7P2 Q9WVF5 Q505A4 Q62077 Q9D091 A0A0X1KG61 Q61411 Q3USK4 Q3UWD7 Q61081 DEFECTIVE SLC26A2 CAUSES CHONDRODYSPLASIAS%REACTOME%R-HSA-3560792.5 Defective SLC26A2 causes chondrodysplasias Q62273 DEFECTIVE AMINO ACID TRANSPORT BY SLC7A9 CAUSES CYSTINURIA (CSNU)%REACTOME%R-HSA-5660883.5 Defective amino acid transport by SLC7A9 causes cystinuria (CSNU) Q91WV7 Q3UQE3 NUCLEAR ENVELOPE BREAKDOWN%REACTOME DATABASE ID RELEASE 96%2980766 Nuclear Envelope Breakdown P30276 Q8CDZ5 P59235 Q9D1M0 Q4VA93 Q5FWJ9 Q8BUA6 P14733 Q9Z0W3 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 O54962 Q8VCB1 Q6DVA0 A0A1D5RLQ0 Q3UWH3 P11440 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q571G1 Q8BQF0 Q3TPZ2 Q8BH74 Q8BPS7 E9QP59 Q8R480 Q8BTS4 J3JSA4 Q8R4R6 Q8CD95 Q3UJ81 E9PWN0 Q3TN15 Q9CWU9 Q69Z43 Q3TP92 Q9ES70 Q9ERU9 Q3THM8 P68404 DEFECTIVE LFNG CAUSES SCDO3%REACTOME%R-HSA-5083630.4 Defective LFNG causes SCDO3 B2RRW2 O35516 P31695 Q61982 Q01705 GLYCOPROTEIN HORMONES%REACTOME%R-HSA-209822.3 Glycoprotein hormones E9Q4F3 A0A0F7RQH1 Q04997 O08717 A0A0F7RQR1 Q3UY39 G3X9G6 Q04999 Q3V2A6 PI3K AKT SIGNALING IN CANCER%REACTOME%R-HSA-2219528.4 PI3K AKT Signaling in Cancer Q3UDZ1 Q9WVH4 A9QW46 Q8CBT3 Q2NL51 Q9WTX4 D3YZR2 G3V023 Q3UUT8 P05532 E7FJU2 Q8BTI9 Q8BKH7 O55106 Q8CE74 A2AS93 Q3TLP8 Q3U9H3 Q549R2 Q3UXE9 Q3U6Q4 A1A4T4 Q61238 Q545E4 A0A1W2P736 Q3UHZ0 P31750 Q9WVF5 Q8C7P2 Q6QI06 Q9JLN9 Q05144 Q61521 Q0VEB7 P05622 Q543J8 Q3TNY3 Q5FW64 Q9EQ32 A0A338P6G9 Q812A5 P23804 Q8C5Q7 F8VQL0 A0A3Q4EC26 P42337 Q8VDU4 Q564P6 P35235 P05480 D3YZ57 Q8C9G5 E9Q696 P46414 Q6DR99 Q3UEW6 O08908 Q8C6X4 Q9Z1M4 Q8C180 Q4KL34 Q0VER9 Q7TT21 Q0VG15 Q8CDB3 Q505A4 Q790L8 A0A7U3JW97 Q5KU03 A0A0R4IZY3 Q80VU4 O35565 Q3UHE3 A0A7U3JW51 Q543V3 Q8C399 Q541P3 Q6ZWS1 A0A7U3L6F4 Q3V1A4 Q4FJT2 Q541T2 E9QKI5 P81122 Q544I6 Q99N32 Q3UWD7 Q3U1V5 A0A7U3JW80 Q8CI98 E9Q2N2 Q9R1E0 Q3ZB59 Q545Q1 P26618 Q3TQG5 P70424 A0A0R4IZW4 COLLAGEN DEGRADATION%REACTOME DATABASE ID RELEASE 96%1442490 Collagen degradation Q3UN27 Q3UG15 Q8K4G2 Q07563 A0A2R8W6T9 P53690 O54732 P57748 Q8R1K4 Q6NZC0 Q3TCW6 Q545T0 E9PXU2 Q922W6 Q9EPL5 Q3UW97 Q3UCD9 Q3UQT3 D3Z7B9 A1L3D0 E9Q5L6 B7ZNH7 P41245 E9QPX1 Q3U9V5 Q3UP87 Q91VF6 P10605 O35206 I7HJR1 P23188 Q0VF58 Q60847 Q9D0D2 Q8BLX7 Q3UG07 Q8BSX1 O70138 FORMATION OF THE BETA-CATENIN:TCF TRANSACTIVATING COMPLEX%REACTOME%R-HSA-201722.7 Formation of the beta-catenin:TCF transactivating complex B2RTK3 Q8CGP7 Q149V4 Q3UJQ1 S4R1M3 Q8R1M2 Q5XJE5 Q8CAI6 Q6PHU4 P01108 Q80TC1 Q3U1C2 Q3U5E6 Q64524 P10853 Q02248 A0A0R4J170 Q80UF1 E9QLK7 Q9D219 A0A0R4J1I3 Q80V76 P68433 Q99LT0 B2RWH3 Q64475 Q3UY41 Q64478 Q1JPR5 Q67FY2 Q6PFG2 C0HKE5 Q5DTI7 Q9D2U9 A0JNY9 A1A550 Q6ZWY9 Q8BX09 Q6GQV9 P27661 Q3UKZ9 Q8C402 Q3U1Q3 Q58E49 Q8BJ14 P61965 Q3UQK5 A3KPD0 P84228 Q8CGP2 Q8CGP0 SIGNALING BY TGFB FAMILY MEMBERS%REACTOME%R-HSA-9006936.9 Signaling by TGFB family members E9QP19 V9GX46 Q3TVD4 Q3UKJ3 Q9WTR0 Q04997 Q9CSE3 Q60848 P0CG50 P53690 Q8BRV4 Q9Z0G0 Q3UY39 Q8CDZ9 Q8BSJ3 P12032 Q542M9 B2RPU7 E9PWE4 A0A0R4J097 P62137 Q80U44 Q9WV56 Q61810 Q3UU71 A0A8Q0P8A2 Q9Z0T9 Q3UVC6 Q9WUP7 Q8K592 Q3TSV9 P97454 Q0VBD0 A2ARA8 Q9R229 Q61288 Q91YU7 Q9WUD1 Q62356 P62141 Q9D0L6 A2APF5 A2RTJ4 Q3TST1 Q0VD84 Q53Z43 Q3UGU1 Q3USS1 Q91XS1 Q8CG19 Q8BUN5 Q62432 Q8R0K9 P43406 A0A0R4J1I3 E9Q6E2 P21274 Q6LC96 B2RUC7 Q3U5E7 Q3UBT1 Q8BSC0 A0A1L1SRK3 Q9EPK5 Q58E49 Q3TB81 Q9CS58 Q61502 Q3TX57 O35182 Q8CJF9 B1AUF1 Q8BWG8 Q3UII1 E3SRG8 G5E919 P27040 A2ADM9 J3JS97 Q3V348 Q3TZF1 O54890 P12979 Q8VD67 A2RSK4 B1ATC3 P10085 Q3UNK5 Q91YV0 Q3UHK8 B1APX1 Q0VEJ7 Q921K2 Q549R4 Q8CAS3 Q3UFQ4 P01108 Q8C8M7 Q8BNY0 Q0VEP8 G5E899 Q4FJW2 A0A0X1KG61 Q9D297 P23188 Q3UI46 Q8BQS9 Q9D5H8 P63085 Q04999 Q4QQL2 Q63844 Q8C7T5 Q4VAE6 Q6P9R4 G3XA13 Q3TY70 Q3UQ34 Q3V341 Q541T2 E9QMC1 O88792 P70340 Q9EQE3 Q3TZS1 Q8BJP2 Q3UD86 Q8CHB6 Q6ZWM8 P09055 Q8BJ14 Q3U3M5 Q569U6 Q80ZV7 Q6PAR4 Q3U4P5 G3X8Q0 Q9QWV9 Q3UYK2 B2RPW6 P57716 Q8C7N7 Q99J95 Q8BYY5 Q6PE70 G3X9H8 Q7TQK0 SIGNALING BY EGFR%REACTOME%R-HSA-177929.6 Signaling by EGFR Q8K2P2 P98083 B2RRF0 A6H659 P70193 Q53ZU1 Q8C7P2 Q9WVF5 Q505A4 F8VQ28 Q62077 Q9D091 P35831 Q4FJT2 Q80VP1 Q61521 Q3UWD7 P0CG50 Q0VEB7 A0AAQ4VMU6 Q543J8 Q5FW64 A0A0R4J0X8 P41241 Q6NZC0 Q3UMA3 E9PXU2 Q3TRJ7 Q3TGH8 B2RS85 P42337 Q62420 Q3UGN9 P35235 P05480 Q3TT90 Q9CZV7 Q80ZL3 A0A0X1KG61 Q61411 Q3USK4 Q545E4 Q61824 Q0VBM2 Q3TJ22 SPRY REGULATION OF FGF SIGNALING%REACTOME DATABASE ID RELEASE 96%1295596 Spry regulation of FGF signaling P63330 Q3U1I8 Q63844 B2RS85 P0CG50 Q8BN07 P35235 Q76MZ3 P63085 P28028 A0A0X1KG61 E2F MEDIATED REGULATION OF DNA REPLICATION%REACTOME%R-HSA-113510.5 E2F mediated regulation of DNA replication P13405 Q66JV6 Q8C8M7 Q59IX1 Q9WUV0 Q9CYB4 Q8BN07 Q8C2T6 Q3UR71 B9EHJ9 Q9JK30 Q9CZF7 Q76MZ3 Q9CWV1 P33610 Q5FW94 P63330 Q9D297 Q8BIX1 P11440 RIBAVIRIN ADME%REACTOME%R-HSA-9755088.3 Ribavirin ADME Q99P65 Q3TCZ2 Q8BMC5 Q543K9 O88627 Q5NC82 Q4FK28 E9Q9M1 Q5NC81 Q60I30 Q9ERH8 BIOSYNTHESIS OF MARESIN-LIKE SPMS%REACTOME%R-HSA-9027307.3 Biosynthesis of maresin-like SPMs Q05421 Q9CVC8 B6VGH4 Q9JKY7 Q2KHL4 ACTIVATION OF STAT3 BY CADHERIN ENGAGEMENT%REACTOME%R-HSA-9958825.1 Activation of STAT3 by cadherin engagement Q8BUR4 Q7TSI6 P54775 A2RTD1 Q3UPK6 Q9CPS5 E9QJS1 Q8BVQ9 Q60989 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q548Y4 Q3TQN9 P49722 Q9D8W5 Q91VS8 P99026 Q62210 Q9R1P0 Q3TV35 O35593 Q9R1P3 A0A0R4IZW5 G3X9V2 Q14AQ1 Q58EV4 P05480 E9Q2L7 A0A1X7SB71 Q02248 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 P25799 Q3TKV1 Q6PDI9 Q8C2K8 Q6P1D6 Q3URU8 Q3TLP8 Q3URV7 Q6GU23 Q02257 P10605 Q3U0D9 Q8C7Q6 Q8BSZ5 Q545R0 Q8BPU7 Q64727 Q62120 RHO GTPASES ACTIVATE WASPS AND WAVES%REACTOME DATABASE ID RELEASE 96%5663213 RHO GTPases Activate WASPs and WAVEs E9Q2D0 Q8BH43 Q63844 A2AS98 Q8R5H6 Q6AXH6 Q91VR8 Q9WV32 Q3TX55 Q9JM76 Q3UKP6 Q3TPY5 Q9ESJ4 Q8K1X4 Q5SW83 Q9R0Q6 Q8K1I7 Q4KL81 Q3TLP8 Q9CXQ9 Q53WY0 Q6PGK0 P35991 Q6PEV3 B2RRX1 Q3SYK5 Q9CPW4 K7Q751 Q9CVB6 Q3ULF7 Q8BH99 A0A0R4J119 Q8VHI6 P63085 CONJUGATION OF SALICYLATE WITH GLYCINE%REACTOME%R-HSA-177128.5 Conjugation of salicylate with glycine E9Q5L8 Q8K0L3 Q91XE0 Q80W40 Q8BGA8 CHD6, CHD7, CHD8, CHD9 SUBFAMILY%REACTOME DATABASE ID RELEASE 96%9943962 CHD6, CHD7, CHD8, CHD9 subfamily B2RTK3 B2RWH3 Q8CGP7 Q9QYZ8 Q64475 Q64478 Q8VE28 A2AJK6 Q8BJ75 Q8BLQ0 Q542Y0 Q149V4 C0HKE5 Q9D2U9 P09535 Q6ZWY9 S4R1M3 Q6GQV9 P27661 Q8R1M2 Q61164 Q64524 Q8BJ14 P61965 Q60795 P10853 Q8BYH8 Q02248 Q3UQK5 A3KPD0 P84228 Q8CGP2 Q09XV5 Q3UP84 Q8CGP0 DEFECTIVE HDR THROUGH HOMOLOGOUS RECOMBINATION REPAIR (HRR) DUE TO PALB2 LOSS OF BRCA1 BINDING FUNCTION%REACTOME%R-HSA-9704331.4 Defective HDR through Homologous Recombination Repair (HRR) due to PALB2 loss of BRCA1 binding function Q5SV02 Q5SXJ3 O70445 Q8BWH5 Q3TV35 A0A0R4J1H1 Q9R207 Q80YR6 Q3UJQ1 O35719 Q9CX47 Q6ZQJ5 E9PZ97 Q924H5 D3YVU6 P97929 Q3UGT8 Q5NCT2 Q9QZ11 Q6NV63 Q08297 B9EHX4 Q8BRV3 FREE FATTY ACIDS REGULATE INSULIN SECRETION%REACTOME%R-HSA-400451.5 Free fatty acids regulate insulin secretion Q3V3V2 Q3UHH5 Q8C6Z4 Q3UPA1 P30678 Q8CI86 Q76JU9 E9PUC2 Q91YN3 Q3UPW0 Q8CBT5 TRAF6 MEDIATED IRF7 ACTIVATION IN TLR7 8 OR 9 SIGNALING%REACTOME DATABASE ID RELEASE 96%975110 TRAF6 mediated IRF7 activation in TLR7 8 or 9 signaling Q569Y6 A2RTT4 Q542T3 P70196 Q3U7M4 Q9EQU3 Q599W9 Q8BR10 Q8R4K2 GENE EXPRESSION (TRANSCRIPTION)%REACTOME%R-HSA-74160.9 Gene expression (Transcription) Q3V1B5 Q8C443 A0A0R4J243 O88574 Q543F6 Q5SS40 P35700 Q3UR74 E9Q317 Q9WVH4 Q99PH8 Q5SQF8 Q52L79 Q5M9N9 Q542T9 Q6PEB3 A2CG63 Q4FJX9 Q9D1P6 Q3UDS1 Q8C7E9 Q80X82 Q8CE71 A2AEK1 A0A2R8VK76 P62878 Q3V141 Q9Z1P8 Q01705 Q9CQF3 Q3UGU6 Q99LC2 Q99LI9 P11152 Q8CIT0 Q7M6X7 Q80XI9 Q548L6 Q548L4 Q8K2T8 Q5XJE5 Q9CTY6 D6RDC7 Q61457 Q05CJ7 P13405 Q544H6 Q8C8M7 Q9CYB4 Q790L7 Q3U5E6 Q564P6 Q3UKR0 Q569Z9 Q3U3D4 S4R216 Q3UGB9 Q545C3 Q9D297 P46414 Q0VBK8 Q4FK45 Q549P2 Q3U2W2 A0A0U1RNX8 Q6ZQK4 B5TZD5 O70126 Q8VHA8 Q921K9 Q6GTK4 Q8BW22 P63330 Q9CXE2 D3Z5N6 Q76MZ3 Q8BIX1 Q8BN07 D3YUQ4 B1ASB6 E9PVA2 P54279 Q3TZI5 Q9JK91 Q3UII8 B9EHJ3 Q2KHS8 P97760 E9PWD3 Q8BFX0 Q3THK3 Q8CFI7 P51949 E9Q6K1 Q9D0L8 P60898 Q8K2X8 Q9CWA8 Q7TPY0 P49135 Q3THG5 Q3UMJ4 Q6PI63 Q3V214 Q9DCC1 Q3UZB8 A0A3Q4L2S8 A0A338P6M3 O55201 Q7TPV0 Q542U3 Q60994 P61219 P62488 P08775 Q9D2U9 A1A550 Q6GTR6 Q8VD46 Q8BX09 Q9CWU0 Q8BKH7 F2Z429 G3X8T0 A0A0G2JFP5 Q3UKZ9 E9QLX9 Q14BI7 Q3UTK6 Q8CDG1 Q3TJI7 Q8CAE2 Q3UHA6 Q564E6 Q8CGT6 Q8C5H3 Q8CE74 Q5CZY4 Q99MV1 Q91XW8 Q8BVN9 Q3V086 Q9EPK5 Q9JMB7 P61965 Q9CS58 Q3U711 Q921E6 Q8BIQ9 Q8BGM7 A3KPD0 Q8CJF9 P84228 Q8CGP2 Q99K94 Q8CGP0 Q544J2 B2RTK3 Q8CGP7 Q3UHZ0 P31750 F8VPU0 F8WI37 Q149V4 A8IP69 Q6QI06 Q8CDH5 Q8VD67 B1ATC3 S4R1M3 Q9JLN9 Q3UHK8 G3UZX4 Q8R1M2 Q812A5 Q3TPN3 Q8CAI6 Q8VDF2 A0A5K1VVP6 P46938 P01108 A0A3Q4EC26 P01101 Q64524 Q8BRK8 P35235 P10853 Q60972 Q80UF1 Q542K0 Q8BUX6 Q80W05 Q8C6X4 Q99LT0 B2RWH3 Q62296 Q64475 Q64478 Q80UL2 Q7TNS8 Q5KU03 Q62315 C0HKE5 A0A0R4J1C0 Q6AXH7 Q9CXG9 Q3URK3 Q3TWR3 A0A0G2JF55 A0A096P6K7 Q3UQ34 Q7TMY7 Q02395 Q6ZWY9 A0A494BBE6 Q8BJP2 Q3UD86 P27661 P40630 B2RSE6 Q99L02 Q6PAM0 Q8C402 E9PW15 Q9CQ49 Q8BG30 Q3UIA1 Q91XC0 E9QAP7 G3X956 Q3UIR2 B9EJX5 Q9D0D5 Q99JX1 Q3U3M5 Q3UWX7 Q3UT56 Q8VI33 Q9R1C0 A0A3Q4EGS4 A0A087WNT1 Q922L6 B1Q2W7 Q08943 P63271 Q9QWV9 Q3ULN2 Q3TN86 F8VPY2 Q149E9 Q9EQH4 Q99J95 Q3UYV9 Q8CB77 Q6RI65 Q7TQK0 Q62311 O08856 A2ASY1 Q8BQ46 Q7TSG2 Q8C4Y3 P61216 P54310 Q80ZA1 Q542H7 Q3UFN1 Q9DCV3 Q8CD95 Q8CGN5 B2RRX1 A2BI12 E0CXT7 Q8CCS6 P62827 Q80Y52 Q3UNK5 Q921K2 P16277 Q3V1H4 Q02650 Q3TVH6 Q08024 P53566 Q60I23 Q6KAS7 Q9QZE7 Q3UNH9 Q9WTX2 F8VQ54 Q545E6 Q8CCQ1 D3Z041 Q99LQ1 Q91WV0 Q8BJ56 Q8CHV6 A0A571BEC9 Q9DA08 Q8BHI7 Q8BQR4 A2RSY1 A2A5Y4 Q9D1P2 B2RXQ8 E9Q6J5 Q9D968 Q5SQY2 A0A5S8DHC4 Q3UJT0 D3YTT9 Q8CID0 Q9D0K8 E9QMZ0 Q9Z211 Q62392 Q8R0L9 B9EKJ4 Q8BPB6 Q920N8 P05532 P01193 P63101 P68510 Q58E49 Q04887 A0A0F7RQH1 P49817 Q8C839 Q8BTV2 P23188 Q8CF66 Q6NTA4 Q9CQ22 Q8BGD6 G3UW70 Q3V4A1 Q7TT21 Q99K70 Q9EP53 Q80X95 A4FUW1 B1AWT3 Q9JHS3 Q9EQE3 Q7TSJ0 Q8C590 Q7TPS7 Q541E5 O88508 Q547C4 G3X8Q0 Q9DBV7 Q99MR6 Q61586 P29452 Q8CGY8 Q8K3J2 Q3U0M8 Q3TBG7 Q8C350 Q3UWU8 B7ZNX0 Q9ERL0 Q8C863 Q9D2P1 Q9D4C5 A0A1D5RLV0 Q5CZX0 Q9WUD1 Q9QZM4 Q8C6Z4 Q7TT18 A2AC19 Q8CCM0 Q9Z248 G5E8N3 P05132 Q8BL41 Q8BW40 F8WIS9 P10639 A2RTD1 Q8C358 Q9QWH1 Q3UTC9 A2CG76 Q3V116 Q64364 Q549R4 P23804 Q9CQJ4 Q3URA3 D3YY34 Q9DBY5 P51943 Q9QXV1 Q3UPN9 O55187 Q60521 Q61456 Q2LC58 O35730 O54992 Q3TYA6 G3X9V4 Q541P3 Q3UVN4 Q61483 A0A0R4J049 P27048 G5E8V8 P62320 Q6PCN6 Q543W6 A0A2R8VHX5 Q8BLG0 Q9DB01 Q8R2K7 A0A0R4J0C6 O70230 Q91XA5 Q9CQB0 Q8K0S9 Q8BP86 Q8BGR3 P35436 Q548A9 Q543U1 Q80Y84 Q3U9V5 Q78FW7 G5E8V1 A0A0R4J0Y5 E9Q5M9 E9QK89 Q80W31 Q8CBR3 Q3TXU4 A0ABA7HTN7 P17679 Q3UDK5 Q8BQ25 A0A6F8X1J9 E9Q9V9 Q91YP1 Q9Z2V4 Q924C1 Q7TNR8 Q5HZJ0 Q80VR2 Q9EQM6 A0A0R4J195 Q8CE69 E3SRG8 Q8QZV7 Q7M6X6 Q9D168 Q9WVF5 Q9JJ48 Q3UG37 Q8BGW5 Q8BPP0 Q8CHT3 E9PXW8 Q3UZ18 Q8K0V4 Q3TPV8 Q8R1B1 E9Q286 Q6P3E7 Q8VDS4 Q8BLF7 Q6NXI6 Q80ZX2 Q3U1N8 Q3UI68 Q8R3P6 Q8C689 Q8CIM8 Q3TH76 Q8VC34 P04351 Q9CY97 O70456 Q3UKU1 Q3TPJ9 A0A0R4J0J5 B1APX1 A0A0R4J0E4 P52432 D3Z768 Q9CWS4 J3QN14 Q8BL74 Q8R2Y9 Q8VHJ7 Q9D1M1 Q80V86 Q4FZK4 E9Q2B0 Q6PCM2 Q3TF68 Q91WD1 Q7TPD0 Q5HZK4 D3YXS1 Q00196 Q543X5 B2RXC6 E9Q360 Q8BYF1 Q571C7 D3YUV1 P59470 G5E8Y1 B2RX77 Q9DB36 Q6PHU4 A2A4U6 Q3TSW1 A0A668KM95 Q6NXY9 Q3UI98 Q2TJ95 Q8BJI2 O35427 Q14DJ8 Q8VHT7 Q6ZPF1 Q8C108 Q3UQK9 Q9D2C6 Q4LG64 Q3TMP1 P17208 G3X8S2 Q5RM08 Q3TWE8 D3Z4S9 Q8K284 Q6P9T4 Q8C253 Q7TNU6 Q3UQJ0 P54843 A0A0R4J0V4 B2RVQ7 A0A0R4J170 Q9DCW5 Q9D8Y8 P97503 P18911 Q8C879 Q66JY4 Q9D8X5 Q14AX6 Q5BMX4 Q3UHJ6 Q4QQL2 Q1XG80 A0A0R4J111 Q66JZ1 Q3V080 Q4KL34 Q5SX78 Q8K2R5 Q62227 Q641K5 Q91WL8 Q9D982 Q5PPQ4 Q68FH8 Q8C7T5 Q00899 Q9QXT9 Q545R3 Q99NA9 Q8VCR0 A0A0A0MQ73 Q3TZS1 Q5PPR4 Q8BW39 Q5SWW4 Q543M3 Q9R1E0 Q543M9 Q9CQI9 Q545Q1 Q6KAM1 Q9DAN2 Q2TL60 Q569V8 Q8BPN4 Q545T0 Q8K0T3 P06745 Q9D2P8 Q9CR11 Q8C1L9 Q8BRQ8 Q569U6 Q80ZV7 Q3U5L4 Q64445 Q3UK78 Q9MD68 Q545V6 Q8K368 Q3TZW9 A2RSV8 Q9D8Z2 Q8C1K3 P11087 E9QJU8 O35615 Q790Y8 Q5EBP9 Q3UGA1 Q544F9 P70424 E0CZG8 Q3U288 P08043 A5D6P6 E9QP19 P47876 Q61686 Q91ZK0 P12787 Q544E3 Q546I3 Q3UID0 Q8BZ34 Q8C6J1 E9Q8C1 Q3UP24 B9VVT6 Q3UQU2 P43023 B8JJZ9 Q8C8M9 Q5SZT6 P70444 Q99LW6 E9PYH6 Q3UP48 E9QMN5 Q9Z1D9 Q5U4C9 Q53Z59 A6PW47 Q1WLP7 Q8BM83 Q8VHT4 E9PWE4 Q3UR87 Q78ZM1 O88665 O08580 Q3UZH5 A2ALW2 P56391 F8VQL7 Q8BI73 P48771 Q14BU0 Q6P3Z8 Q8BSL0 Q8CCI5 Q05BA5 A0A7R8C347 A2CFB8 Q8BSJ6 F8VQD1 Q3UGD5 Q8BUN5 Q544I2 Q9CXU1 P70700 Q02614 Q9CXU0 Q9DBH1 Q8K3P5 E9QN31 Q3V054 Q9WTN3 Q791N7 Q76KJ5 B2RXC5 A0A0R4J1I3 Q3TQG6 P97358 A0AAQ4VMX8 E9Q6E2 A0ABA7IXJ6 Q2VPQ9 Q3V1B9 Q6PDZ2 A0A0R4J1H4 Q5FW98 F8VPM0 Q9D4V4 O88623 P48972 Q3UHI3 P21274 Q3TCU2 P10751 P10754 Q546B3 P31695 Q0VGJ1 E9QMD3 Q3TEY6 Q3UUT8 Q3UV52 P63058 A0A087WPF7 Q9DAY7 Q9DAY9 F8WJB0 P29594 Q5D0E9 B2RR30 Q3UUX5 Q9D177 A2A7E7 Q3TYA7 F6M3K1 A0A1W2P7P4 Q9JKY0 Q5SXI5 Q3UBT1 Q8BSC0 Q3UMH6 F8VQL6 Q8VHR5 A0A1L1SRK3 Q3UPL7 Q3U1Q3 Q5SUH5 Q8K2W7 Q60793 Q60520 Q3TB85 Q8BUE4 Q8BYM9 Q3TB81 B6ZI39 Q7TSH9 Q3UR53 Q8CEC2 F8VPZ5 Q6NZB1 B2RS91 Q5DU30 G3X940 Q8BHK4 P63038 Q5SVI6 Q9D007 Q3TX57 Q3TYX7 Q9ERQ3 Q3UZW0 Q9JM73 Q8BR51 Q6NXV8 Q571F8 Q6S7F2 Q540M6 Q6ZWP4 Q3URI6 Q9CTY1 Q3UZZ2 A0A0N4SWG2 Q3UJ95 Q7TN02 E9QPD3 Q91W29 Q3UZX1 Q9JHK4 Q7JCZ1 Q8C2Q3 F8VPX1 Q8BQQ4 Q6T264 B2RQK9 A0A0R4J096 Q3TMD4 Q9CZU3 Q8VIM0 E9Q6S0 Q8BGD7 Q9DBX1 Q544Z2 Q571J5 Q8BKK5 E9Q6T9 Q4FJK3 Q3U5M9 Q547B5 Q8R0E0 B7ZWL1 Q9CYA6 Q8CAS3 Q9CPU7 Q9QUR7 Q6ZWQ9 B2RX31 Q8BIF2 Q3UBL8 Q3UET8 Q6P8R3 Q5CZX7 Q4FJN2 H7BX50 Q9CPT0 Q8CCV5 Q80WV2 Q8BKI7 G5E899 Q5CZY5 Q8C0Q5 Q6IQY4 B2RSK4 P05125 Q61039 Q91VL6 Q6PCP0 Q8VE85 Q6NZQ1 P10077 Q80YQ1 A1KZZ4 Q499D5 Q8BG60 A2A884 Q9QUM0 Q80YP5 Q3V3C0 Q80YP6 Q6VUP9 Q9QUM5 Q540E2 Q7TSV0 Q8VDV0 B2RUI1 O35516 Q9WTZ0 Q8VC29 Q80UG2 P58043 Q8BI85 P11157 Q3UEG0 Q8C964 Q8BFS8 V9GXN3 Q8K441 Q3UZS6 A2A5N8 P70340 Q8CF60 E9QN92 Q810A1 Q3ZAS1 D3Z1C5 Q8BR10 O35969 Q6PEE3 D3Z7P3 Q8C6W5 Q3UKU5 Q059J3 O35718 Q7JCX7 A2A7P4 Q8VBU8 A2RS47 O35740 Q00731 G5E8C0 Q9CS14 Q9D654 P24270 Q3UVL3 P62509 P26687 B7ZNP9 Q9JMH6 Q6PAR4 Q9Z2D8 Q3SYK5 Q8BH15 A0A140T8R3 Q8BIS1 Q62415 Q3TN09 B2RPW6 A0A1L1SUE1 P23798 Q8BKW8 Q5EEX1 Q8BH05 G3X9H8 Q32NY6 G3X9H5 F8WHW3 Q569L8 Q6P571 V9GX46 Q9Z2F7 Q3TVD4 Q3TXH6 P43136 Q9CWN7 Q8BJ21 Q9DCC5 G3UY09 P54775 Q8K0E1 Q9WTX6 Q8VH37 E9PVC2 Q3UPK6 Q9CPS5 Q9CQA5 Q3U9G9 Q8BIQ8 Q8BVQ9 Q8BIQ3 P62196 Q9CSE3 B2RT97 P35576 P0CG50 Q8BJ90 Q549T4 E0CYA6 Q58FA4 Q3TKG4 Q542I9 Q9CX58 A1L3B8 Q3TVF4 P14685 Q8BGS3 Q545G0 Q9R164 Q548Y4 Q6PB81 Q792A4 P57774 P49722 Q9D8W5 Q3TMT1 P99026 Q3V041 Q9R1P0 P58871 Q8CBF5 Q3TV35 B1AUX2 Q8CFN7 O35593 E9PXJ4 Q9R1P3 Q62425 Q5SUR3 Q9CZ86 Q14AQ1 Q5J7N1 Q8R0U9 Q58EV4 Q3UYJ1 O55234 A0A1B0GRM0 Q542H2 Q2NLB9 Q5BKQ9 B2RWB7 Q9JKV1 Q8BTJ3 P35546 Q3TXS7 Q3UM17 P70195 Q62432 Q545M7 Q69ZJ8 Q9R190 Q9R0X0 Q60692 Q8R0K9 E0CXB1 Q3YAB0 Q6RI64 Q3V405 Q3TS44 Q3UU47 Q3UVW8 P68404 Q99JI4 Q3UPK0 Q6DFX0 P25799 Q8VCD5 Q3TKV1 Q3U320 Q505L1 P19091 Q810M8 P06537 P29268 Q6GU14 Q3ULB3 Q60636 Q3UZT5 Q61967 P63280 Q6PAK4 P33242 Q99MR0 Q8C3F5 Q8VEG6 Q6NZM9 G5E8L5 Q6LC96 Q8BIK0 P48281 Q921N8 Q505F1 Q99MQ3 B2KF05 Q542P9 O54941 Q9JK95 Q8BW69 Q9Z2E1 O54942 E7FJU2 Z4YK94 Q3UNH4 Q8BP65 Q6PCM4 Q3U5E7 Q9ERV7 Q3TYI4 Q3URP1 F8VPP0 Q63934 Q8C9M8 Q8VCI1 Q3TKD1 Q6DIA6 Q542J9 A2RSF4 Q5NCT2 Q5RJ53 Q9QZ11 Q8CDC0 A0A8Q0PK87 B9EHX4 Q3UD78 Q8BRV3 E9Q2S7 Q5SXJ3 Q8R107 O70445 Q99KR6 E9QAQ7 Q4KL82 Q8BVH0 Q9CQ71 Q80XB1 B2RS09 Q9R207 Q99KQ4 O35280 Q3V1Q8 Q3UYY2 Q3U0R5 Q8BMG1 Q9CSB3 Q541B1 Q3V232 Q4VA40 Q3U381 Q3TZH7 E9PZ97 Q69ZA1 A0A140LHG7 A2ABV5 Q99J62 F8V330 O54724 Q61502 Q9QWZ1 Q6PAM4 O35182 Q5SWN2 Q545E4 Q9Z0F6 Q61982 O88904 Q497V9 Q9D4A7 Q3UGT8 A0A1W2P736 Q62193 B1AUF1 Q6NV63 Q08297 Q5HZI8 Q5SV02 Q8BWH5 Q8VC54 Q80YR6 Q3UJQ1 Q8BQY8 Q6ZQJ5 Q6ZQF0 P53995 Q541Z5 Q8BZQ7 Q8BYJ1 Q9WVM3 Q3UFC2 Q8K2H6 P11440 Q9CPX9 S4R2B6 A2A4Z0 G3X8W7 Q3UFQ4 Q3TM92 Q3TI84 Q9D3A0 F8VQL0 P05480 Q02248 Q9D824 A2A5N2 Q5U421 P63085 Q63844 Q9WUI1 Q9QXE7 Q6GQV9 Q3UHZ2 P70365 Q8CHB6 Q6NZQ4 Q8BHJ5 Q5XJV5 Q8BJ14 Q8CE59 Q8CBR9 Q9Z277 O70343 Q53Z05 Q3UV55 Q91ZW3 Q9JM08 Q9WVG6 Q8BYY5 B1AQH6 A0A0G2JG60 TRANSCRIPTIONAL ACTIVATION OF CELL CYCLE INHIBITOR P21%REACTOME%R-HSA-69895.5 Transcriptional activation of cell cycle inhibitor p21 Q564P6 Q80ZA1 A0A2R8VHX5 Q9DB01 SIGNALING BY FGFR IN DISEASE%REACTOME%R-HSA-1226099.7 Signaling by FGFR in disease Q3V0H4 Q8C7P2 P42232 Q9JIA0 P42337 P97760 Q61411 Q8BFX0 Q3THK3 Q3USK4 Q8CFI7 P60898 Q8BFZ9 Q3UMJ4 Q6PI63 Q3V214 A0A3Q4L2S8 Q8C180 A0A338P6M3 Q0VER9 P61219 Q0VG15 P62488 Q505A4 P08775 A0A7U3JW97 A0A0R4IZY3 O35565 Q62077 A0A7U3JW51 Q9D091 Q8C399 Q6ZWS1 Q9CU65 A0A7U3L6F4 A6H6S8 Q541T2 Q7TSI8 Q544I6 A2RRK7 Q8CIM9 Q3U1V5 A0A7U3JW80 Q66JX5 E9Q2N2 Q3ZB59 Q9CQ49 Q6GU23 E9QK53 Q9JJB6 H3BJW3 Q3UIM4 Q9CRA9 Q99K94 Q3UYV9 DEFECTS OF COAGULATION CASCADE%REACTOME DATABASE ID RELEASE 96%9769726 Defects of Coagulation cascade P33587 O88783 Q3UER8 Q4FK50 P16294 E9PV24 E9QPU1 A2CFB8 Q3TGR2 B2RS80 Q3TJ94 Q3TR66 A0A2I3BPX3 Q3TQN1 B2RR03 Q8BQ43 O88186 Q9QZU3 Q80Y26 PEXOPHAGY%REACTOME%R-HSA-9664873.4 Pexophagy Q6ZQK3 P97481 Q3UN04 P0CG50 Q64337 M0QWC2 B9EHX4 D3Z600 SIGNALING BY LTK IN CANCER%REACTOME DATABASE ID RELEASE 96%9842640 Signaling by LTK in cancer Q63844 Q8BTI9 P42337 Q8C7P2 O08908 P63085 F8WIA1 NETRIN MEDIATED REPULSION SIGNALS%REACTOME%R-HSA-418886.3 Netrin mediated repulsion signals Q8K1S3 Q8K1S4 Q3URW2 Q3TZP5 P05480 P35235 O09118 C5IAW8 MYD88-INDEPENDENT TLR4 CASCADE%REACTOME%R-HSA-166166.4 MyD88-independent TLR4 cascade Q3V1B5 Q8BN07 Q6GR78 Q9WTX6 E9PZP3 Q542T3 P0CG50 Q3UHJ1 Q4FJP7 Q80UF7 Q80ZA1 Q8C2D3 Q9R0T8 Q8C6X9 Q61160 Q8K3K8 Q8BJQ4 Q52L79 Q548Y4 Q5D0E0 Q62210 Q5SUR3 Q923A8 Q3U607 A0A286YDT6 Q60855 Q60778 Q8CBT3 Q9Z1E3 Q5SRY7 Q3TSE5 Q8VC91 P25799 Q9D5S8 Q99K90 Q569Y6 Q8CF89 A2RTT4 P70196 Q810V8 E9QNX4 I3PQW8 Q3UV15 Q3UEB8 P41969 Q3UFQ4 Q5SWN9 Q5NCN8 P01101 P35235 Q7TPD5 Q7TSJ7 B1AXN9 Q8C9D4 Q3TMJ8 Q5U421 Q3U2P8 Q60521 Q8C094 P63085 Q4QQL2 Q8CE90 Q63844 Q09HN3 Q8K2U0 Q9WUI1 P63330 A1L361 Q547H1 Q3TUH8 Q3U9K6 Q8BR10 L0CL36 Q8BFV3 Q3UY00 P04918 Q80SY9 Q540J8 E9QMH7 Q3UAR6 Q9CR56 Q5EBQ4 A0A1W2P715 Q76MZ3 Q99JG7 Q8CBR9 Q3TL44 Q64HC9 Q8CEC5 Q8CFA1 Q60929 Q91V89 Q62151 E9PYI8 Q8VC16 Q3TY83 Q9D7X3 Q3TAR6 Q8BIX1 PREFOLDIN MEDIATED TRANSFER OF SUBSTRATE TO CCT TRIC%REACTOME%R-HSA-389957.4 Prefoldin mediated transfer of substrate to CCT TriC P68372 Q3U4U6 P68369 A2AQ07 P68368 P80316 Q3UIJ0 Q9ERD7 P05214 P61759 Q9WU28 Q7TMM9 Q3UMM1 Q792E4 Q8BVY8 O70591 P11983 Q564F4 B2RRX1 B2RSN3 Q52KG9 Q8BVT1 Q9D6F9 Q542X7 Q9CQF7 Q52L87 Q6P0X1 AEROBIC RESPIRATION AND RESPIRATORY ELECTRON TRANSPORT%REACTOME DATABASE ID RELEASE 96%1428517 Aerobic respiration and respiratory electron transport Q9D8Y1 Q9CPZ8 Q6P8I6 D3YTQ8 Q3U422 P12787 Q5M9P5 A2APY7 Q9CWG8 Q3TQB2 Q0VF92 Q8K2B3 Q9D1H6 Q8BP79 Q9CQJ8 Q9D6R2 P43023 Q9CQJ1 Q9CQZ6 Q9WUM5 Q9CQZ5 Q9CQ91 Q5SUC9 Q8C1W8 Q9DCB8 Q8BTE0 Q78HW2 Q9CQ00 A2AP31 Q9CZB0 F6RBR6 A0A286YE33 Q9D7J4 D3YXT0 Q9Z2I8 Q9Z2I9 Q99LC5 Q99LC3 D3Z7Q2 P56391 P97807 Q91YT0 P48771 Q9CQN1 O09111 E9Q5D6 Q60932 Q569N0 Q5I0W0 Q5FW98 Q06185 Q78IK2 P56135 P38647 Q4FK74 P56480 Q7JCY4 Q7JCY9 Q14BC2 Q7JCY6 Q9MD82 Q7GIP5 P97450 Q03265 Q8C2Q8 Q4JFN6 Q9CRA7 Q9MD59 P48962 Q9JJA0 Q8C165 Q3TQP6 Q8BP54 Q91W29 Q7JCZ1 P05201 P05202 Q4FJK3 Q91YP0 E9QN44 Q8R0N6 Q8QZT1 Z4YJV4 Q9D2G2 V9GXN3 Q7JCX7 A0A0R4J174 B2RTM2 A0A0A0MQJ8 Q9D6D0 Q549J5 P0CG50 Q792A4 Q62425 P12242 Q9DB41 Q80X52 Q5SX53 Q8BH59 Q8C140 P08249 A0A5F8MPN8 Q3V406 Q8BJ03 Q8CCM6 Q9CZU6 Q3TKM5 Q8K0C8 Q54AC6 Q99KI0 Q3UXI0 Q8BKZ9 Q3UX28 Q9D7M1 Q9CPY6 Q9D023 Q8BVP2 Q3UDK5 Q3UFJ3 Q80YQ8 Q8BMF3 A5GZX3 Q544J2 Q8BFP9 Q548Z6 Q4FJR4 A0A6I8MX27 Q91YQ7 Q566C3 P35487 Q7TSQ8 Q9D051 Q8BMF4 Q3UWT3 Q4VC33 E0CYH4 Q99KE1 Q564E2 G3X920 Q504M2 Q9JK42 A8Y5Q1 Q8R216 A0AAG1ESS4 Q9D0M3 Q9CR68 Q8K215 Q9CQ69 Q3V2E3 Q9D857 Q9CWU6 P99028 Q8BGA9 Q8BTC1 Q3TV21 Q5NCJ9 Q9CQB4 Q9DA03 Q9CZ13 Q7JCZ3 A0A0R4J0T0 Q9DB77 D3Z4C9 Q9CZP5 Q9DCW4 Q9DCW5 Q1XG80 Q497I8 E9Q3H6 Q9CR61 Q99LY9 Q8JZN5 G5E8U6 A2AMZ4 Q9CQT9 Q921G7 A2AQ17 Q9D1R1 Q3U276 P54071 Q8C6I2 Q91VA7 Q9D6J6 Q925N1 Q9D2R6 O08749 Q9CQA3 Q9DCS9 Q8BUY5 Q8BH51 Q8CA44 Q8BPE4 Q9Z2I0 Q9DCJ5 Q64445 Q9CWD8 Q9CQY9 Q9MD68 Q9CXV1 Q9CQ75 Q545K0 Q9Z1P6 A2RSV8 Q9ERS2 Q9CPU2 Q8K0Z7 Q9DC70 I6L9E0 A2AIL4 Q9CQ54 Q9DC69 Q91VD9 Q8R033 Q9CQE2 G5E8J7 D3Z568 Q9JKL4 REGULATION OF CYTOSKELETAL REMODELING AND CELL SPREADING BY IPP COMPLEX COMPONENTS%REACTOME%R-HSA-446388.3 Regulation of cytoskeletal remodeling and cell spreading by IPP complex components A1BN54 O70146 Q3UGT9 Q9D031 F8VQ28 F6WMJ3 Q3UF75 TYROSINE CATABOLISM%REACTOME%R-HSA-8963684.5 Tyrosine catabolism Q9JJA0 P35505 O09173 Q8QZR1 P49429 GRB2 EVENTS IN ERBB2 SIGNALING%REACTOME%R-HSA-1963640.5 GRB2 events in ERBB2 signaling Q9WTX4 D3YZR2 G3V023 Q9WVF5 Q9D091 Q61411 Q3USK4 Q61521 Q3UWD7 Q6DR99 Q543J8 Q5FW64 P70424 IRAK4 DEFICIENCY (TLR5)%REACTOME%R-HSA-5603037.4 IRAK4 deficiency (TLR5) Q3U7M4 Q8CB40 Q8R4K2 GSD XV%REACTOME%R-HSA-3814836.4 GSD XV Q9Z1E4 Q9R062 SRP-DEPENDENT COTRANSLATIONAL PROTEIN TARGETING TO MEMBRANE%REACTOME%R-HSA-1799339.4 SRP-dependent cotranslational protein targeting to membrane Q9CQS8 Q5YLW3 Q9CYJ6 Q9CQR2 Q9D8V7 P62264 Q6ZWN5 Q4FZH2 Q8BP67 Q5M9N8 Q642K1 Q9CXW4 P62717 Q561N5 Q5M9K7 P62830 P99027 Q9D823 Q505A8 O54734 Q58EA6 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 Q497N1 Q5CZY9 Q9D8L3 Q4FK14 Q8BMR3 Q5EAT0 Q9D104 Q8BMA6 P14576 A0A0A6YXB7 Q4FK79 Q9CS54 P16254 A0A2I3BRW0 Q6ZWQ7 A0A140LHR3 P47758 Q9DBG7 Q6ZWU9 P97461 Q4VAG4 Q9CY50 Q58E35 P86048 Q9CQD0 P62911 Q545X8 P14206 Q9CPR4 Q0VBA4 D3Z569 Q3UC02 D3YYB0 P61620 Q9DBG6 Q5M9M4 Q5M9M0 NUCLEAR EVENTS (KINASE AND TRANSCRIPTION FACTOR ACTIVATION)%REACTOME DATABASE ID RELEASE 96%198725 Nuclear Events (kinase and transcription factor activation) P15066 Q3V1B5 V9GX46 Q8BN07 E9Q8C1 Q543F6 Q9WV31 Q02067 P41969 A0A0R4J088 O35926 Q8BM83 A0A087WSU4 Q3URA9 Q542T9 Q0VGU4 Q3ZB14 A0A571BE88 Q9JHZ8 Q5NCN8 Q6PGA2 Q545T4 Q8K4K4 P01101 Q545W1 Q3UMK5 Q3TYF1 Q7TPD5 Q9CZV7 B1AXN9 Q3TCR7 Q5U421 Q3U2P8 P63085 Q63844 Q9WUI1 Q6GTZ3 P63330 A2RSD4 Q3U207 Q3TUH8 Q8BFV3 Q544D2 Q8CAT6 Q8BJ14 A0A1W2P715 Q810V8 Q569U6 Q76MZ3 Q8CBR9 Q60929 Q91V89 F8V330 Q3TY83 Q9D7X3 Q3TAR6 Q8BIX1 Q9JM73 Q921S6 RHO GTPASES ACTIVATE CIT%REACTOME DATABASE ID RELEASE 96%5625900 RHO GTPases activate CIT Q62159 Q3TLP8 Q3THE2 Q8VDD5 F6SBR5 P62141 Q4VAE6 Q4FJM5 A0A338P6I6 L0N7N1 Q5SV64 Q6URW6 A6H644 P46414 Q9DBR7 Q642K0 E9QPE7 G3UY19 Q6ZWQ9 CYTOCHROME P450 - ARRANGED BY SUBSTRATE TYPE%REACTOME DATABASE ID RELEASE 96%211897 Cytochrome P450 - arranged by substrate type Q32MW1 E9Q816 D3YYZ0 Q99N18 Q9CX98 Q05421 Q3UTK2 P33267 A2A8T1 Q9CVC8 Q3UW87 B6VGH4 Q8CC91 Q9WUD0 Q9JKY7 Q3U5D9 Q2KHL4 Q9D748 Q9D816 Q8C696 Q91X77 Q91X75 Q05A20 Q9DBX6 A0A0R4J0N7 Q3UTF0 O35074 Q9EP75 Q66JY8 P37040 Q3UQH5 Q3US73 Q544S6 Q3TNA0 Q8BGU0 Q99LX3 G3UW78 Q64505 Q99N16 B0G0Y2 Q3V1T8 Q3USU4 G3UW81 Q3TWW0 B2RSR0 Q6LC96 Q61578 Q545P3 Q9CPW2 P01193 Q3ZAT3 P70365 P15539 Q8CE59 Q3UJ92 A0A0N4SUV4 B2RXA7 Q8CEC2 Q8K0C4 A0A0R4J061 Q9QZ82 FRUCTOSE METABOLISM%REACTOME DATABASE ID RELEASE 96%5652084 Fructose metabolism Q3UER1 A0A0R4J1H2 Q3UDY1 P24549 Q64442 E9Q1Q9 Q3UTZ4 DEX H-BOX HELICASES ACTIVATE TYPE I IFN AND INFLAMMATORY CYTOKINES PRODUCTION%REACTOME%R-HSA-3134963.4 DEx H-box helicases activate type I IFN and inflammatory cytokines production Q542T3 Q8VHK9 Q3U7M4 Q3UV15 Q3TF92 Q548Y4 P25799 CARDIAC CONDUCTION%REACTOME%R-HSA-5576891.5 Cardiac conduction B7ZMP6 E9QQ10 Q3UY30 Q9Z319 Q544K5 Q6VVW5 Q3UQU2 Q9JJ14 A0A1D5RMH2 Q3V1G1 Q3UYJ1 Q3UF73 Q8C3I3 G3X8T7 Q1MXF9 Q1MXF8 Q3YAB0 Q0P666 Q3YAB6 P97952 Q3YAA8 A2APX8 B1AYL0 B1AYL1 A0A5H1ZRM8 Q9R053 Q5D0E9 K3W4P8 B2RR30 O89096 Q3UFZ2 Q14C42 Q0PCR6 Q6NXW2 A0A7U3JW69 Q80SW1 F7D6K4 Q8R429 Q9Z239 Q8CCM0 Q9D164 Q8VCE0 Q9EPK5 E9Q6J9 P59648 P70227 Q3UR55 Q9D7J8 A0A1B0GRA5 Q8C8N0 Q9D2W0 S4R1C4 A0A140LJK7 E9PZQ0 G5E829 Q3UPA8 P05132 Q545P0 Q76M80 Q9JK62 Q5DTI2 Q8K596 Q32MF3 B2RVL1 F8WGF2 E9Q9K5 Q61743 Q8BL41 O88904 A3KCG1 Q80ZZ5 E9PUE8 Q8VDN2 Q8BXN1 Q810R7 Q14BR6 Q544Q7 Q8R0X5 A2A545 Q3UHK5 Q8C048 Q8BW40 Q8CED6 F8WIS9 Q68FL0 A0A411ACZ2 Q497F1 Q6P069 F7CZ64 Q9D3L6 Q5CZX7 P05125 Q543W5 A2AAU2 Q8JZN3 G5E845 Q8VCT4 Q3LS21 Q9QYK8 O35111 Q3TYG8 A2AEX0 Q3UH54 Q6VV64 Q61391 Q8BZB0 Q6P6P9 Q0VD85 Q61762 Q9Z0V2 P97414 Q53Z09 B9EJ14 A0A0R4J1J2 Q9QZ26 Q9WTW3 Q545H6 Q545H9 FREE FATTY ACID RECEPTORS%REACTOME%R-HSA-444209.3 Free fatty acid receptors F8VQN3 Q8VCK6 Q76JU9 Q3V2S5 Q08AU6 ACTIVATED NTRK2 SIGNALS THROUGH PLCG1%REACTOME DATABASE ID RELEASE 96%9026527 Activated NTRK2 signals through PLCG1 Q80VU4 Q62077 Q3UHE3 Q541P3 POST NMDA RECEPTOR ACTIVATION EVENTS%REACTOME DATABASE ID RELEASE 96%438064 Post NMDA receptor activation events Q8BW40 Q3UHZ0 F8WIS9 Q52KF7 Q3UP61 Q8C078 A0A338P6I6 E9PUP0 Q922R0 Q7TNB5 P68181 Q8VBY2 P70392 P60761 O88444 Q9QZR7 Q4LG64 Q8BRK8 P05480 Q3TY04 Q7TPD5 Q3UUN2 B1AXN9 Q61411 Q542K0 Q6DR99 P63085 Q8BUX6 H3BK84 Q5F258 Q63844 Q3TWR3 Q9D091 G3X9V4 Q8K1M3 Q9DBC7 Q6PAM0 Q8BGR3 Q03391 Q3UY68 Q8CCM0 D3YWU0 A2A6S2 P35436 A2AI21 Q3TLP8 Q5FW75 Q810V8 P08551 Q8BIQ9 Q8BGM7 P05132 Q8BL41 DRUG RESISTANCE IN ERBB2 TMD JMD MUTANTS%REACTOME DATABASE ID RELEASE 96%9665737 Drug resistance in ERBB2 TMD JMD mutants Q61081 B7ZNX6 Q80Y52 P70424 ACTIVATED NTRK3 SIGNALS THROUGH PLCG1%REACTOME%R-HSA-9034793.3 Activated NTRK3 signals through PLCG1 Q3V1A4 Q3TNY3 Q62077 MEMBRANE BINDING AND TARGETTING OF GAG PROTEINS%REACTOME%R-HSA-174490.4 Membrane binding and targetting of GAG proteins Q3THR4 Q3UCW0 Q3UV99 A0A494BAR3 P0CG50 Q8BH48 Q8C2W4 Q8BMZ7 Q810I0 Q78HU3 Q8R0J7 ACTIVATION OF TRKA RECEPTORS%REACTOME DATABASE ID RELEASE 96%187015 Activation of TRKA receptors Q6NXJ9 Q3UFB7 Q8CAU3 Q8BJT8 Q3UHE3 Q6LDU8 NEPHRON DEVELOPMENT%REACTOME DATABASE ID RELEASE 96%9831926 Nephron development Q61483 Q569N5 Q199A7 Q3ZB23 B2RRW2 Q8C718 P81068 P27889 P81066 P31361 B9VVT6 Q3UVN4 NONCANONICAL ACTIVATION OF NOTCH3%REACTOME%R-HSA-9017802.2 Noncanonical activation of NOTCH3 Q3U4P5 Q3UYK2 Q61982 P57716 Q8C7N7 Q3UBT1 ENERGY DEPENDENT REGULATION OF MTOR BY LKB1-AMPK%REACTOME%R-HSA-380972.4 Energy dependent regulation of mTOR by LKB1-AMPK G3UW70 Q8K4T3 Q3V4A1 Q7TT21 Q3UUJ4 Q99K70 Q06138 Q9EP53 Q3TWR3 Q80X95 A4FUW1 B1AWT3 Q9JHS3 Q9EQE3 Q9JLN9 Q6PAM0 A0A3Q4EC26 Q8BRK8 Q8BIQ9 Q8BGM7 Q542K0 Q8CF66 Q6NTA4 Q8BUX6 Q9CQ22 Q9DB16 Q8BGD6 NOTCH-HLH TRANSCRIPTION PATHWAY%REACTOME DATABASE ID RELEASE 96%350054 Notch-HLH transcription pathway O35516 P31695 Q3UG37 Q6NZM9 E9PXW8 Q6P3E7 Q6T264 Q8VH37 B2RR30 D3Z768 Q9QXE7 Q6GQV9 Q8BYF1 Q8CHB6 Q3TMT1 Q8BHJ5 A0A668KM95 Q58E49 Q6P3Z8 Q01705 Q80ZV7 Q6P9T4 Q543U1 Q3UM17 Q9JM08 Q61982 RNA POLYMERASE III ABORTIVE AND RETRACTIVE INITIATION%REACTOME%R-HSA-749476.4 RNA Polymerase III Abortive And Retractive Initiation A0A338P6M3 Q8R2K7 A0A0R4J0C6 P61219 O70230 Q91XA5 Q9CQB0 Q8K0S9 Q8BP86 P52432 Q8BL74 Q9D1M1 E9Q2B0 Q91WD1 D3YXS1 Q3UTK6 B2RXC6 Q3UHA6 Q571C7 P59470 Q564E6 B2RX77 Q5CZY4 Q9DB36 Q3TSW1 Q6NXY9 Q3UI98 O35427 F8VQL7 Q8VHT7 Q8C108 Q9D2C6 Q3TMP1 G3X8S2 Q3TWE8 Q8K284 Q8BFX0 Q6RI65 Q3V214 TRANSPORT OF SMALL MOLECULES%REACTOME%R-HSA-382551.7 Transport of small molecules Q0VGU0 P84309 Q91WF3 Q9JLB4 A0A2I3BRC5 A0A7U3L6A3 P34928 Q8VCU1 Q3U3R4 P17426 P68181 Q3UJG0 Q8BLF1 E9Q706 P16301 A0A087WPI6 A0A0R4J0M4 E9QP56 Q3UJ76 Q6PEE6 Q6GQT1 A2AMH5 Q8BPY1 P09813 Q8BGY9 Q80WX2 Q8BY89 Q3ULA4 Q3TEL5 O88444 Q9CXB2 P09103 Q8C142 Q921V7 Q5RJI2 Q9Z0J0 Q9Z1P8 Q8C7G5 Q3V1M8 Q80W65 Q3TY04 Q7TMD4 Q3U9V4 Q5SWR1 Q3UUN2 O08601 Q91XE9 Q60930 P11152 Q99JB7 Q5EBQ0 Q8C3X8 Q8VCX5 Q60932 Q8BM54 Q61268 Q9CTT7 Q8VBT6 Q3ULF4 Q8JZQ2 Q6A0C9 Q8CD10 P06728 Q3UG14 Q8BHE8 Q546G4 Q9CTY5 Q0VDW9 Q3UGN1 Q5SX17 Q61263 Q3V235 A2AIW9 O88908 Q91YY0 Q3TYU0 Q3UMR5 Q3UEF5 O88967 H3BK84 Q3UDI6 Q9CXT8 A0A338P6A0 A0A1L1SRE8 Q99KG5 D6RIL8 Q9DB10 Q91X41 Q925Q3 P29387 Q99JB2 Q80TY9 Q3UU15 P63213 Q3V1Q3 Q3TQ70 Q6P8Y9 P63216 Q3UMY0 P61953 P50153 E9QM38 A2AQ52 Q9JMF3 A0A076FSX1 Q3UDQ8 Q543E4 F8WGD7 Q61012 Q3V0N8 B9EIV8 Q8R429 Q9Z239 Q8CCM0 Q9D164 Q8VCE0 P59648 Q3UR55 Q9D7J8 Q9D2W0 Q9CXP8 S4R1C4 A0A140LJK7 E9PZQ0 Q54AE3 G5E829 Q3UPA8 P05132 Q545P0 Q5DTI2 Q8K596 U3RF68 E9Q9K5 Q9DAS9 Q61743 Q8BL41 Q3UJ16 Q80ZZ5 E9PUE8 Q8VDN2 Q8BXN1 P14142 Q810R7 A0A0R4J015 Q544Q7 Q8R0X5 Q3UHK5 Q8C048 Q149G3 Q8BW40 Q9QZD8 Q3UDP9 Q5UB50 F8WIS9 Q68FL0 P21995 Q6P069 Q91ZN5 Q3UPH6 Q9JJ59 Q9JI39 O35600 A2AM56 Q91WA9 Q9CXJ4 E9Q6G4 Q61285 A0A0G2JDI9 Q9CTU3 Q3UIG2 Q8R4P9 Q8K448 Q8K449 A2AJ26 Q8BUX5 Q6P542 Q9QXP0 A5D6P3 P17809 D3YU82 Q8C4G3 E9QAL4 A0A2I3BPX3 Q91WD8 Q6DFW5 Q6A046 Q6UQ17 Q9WUB6 Q9WUB7 Q8K4W8 Q7TNS7 S4R1L3 P98200 Q3UW73 A2AG68 Q8BYF6 Q6RUT9 Q9R0A1 A0A0R4J0P0 Q8BMS7 Q148W0 Q5DU18 Q8BH79 Q8BN82 Q9WU39 Q6NXK8 A0A5F8MQB6 Q0VBB6 G8JL82 E9Q2A4 Q5BKR2 A7L9Z8 Q8VIM4 E9QLE4 Q80ZD3 Q3TH73 E9QKK8 Q9ERE3 Q0KK59 Q8BGT0 Q9D725 Q8BWC0 Q6PB70 Q6UJY2 Q6P5F7 Q3UM91 Q64347 Q5SZ93 Q8K2X1 Q80UE6 G5E8I2 Q6H1V1 Q8BG22 M1H0B0 Q62273 Q9Z1W8 Q9EQJ0 Q9D7Z6 Q14AT5 Q8C6W8 Q75UR0 A0A1Y7VL74 A2RS45 Q3USG4 Q7TPR2 D3Z0S5 E9QMI9 D3YV00 Q91WH7 Q64446 Q3TML6 Q6ZWX6 B2RS16 Q3ULL5 O88870 E9Q3G7 Q9Z2S7 Q8CBL5 Q8CA15 S4R234 Q9EPE9 Q80XP9 Q8R1T4 Q5DX24 Z4YKJ7 Q3UQE3 Q4FK77 Q9ESU7 Q3UUQ5 Q8K2P7 Q3U1J0 Q3SWS4 P70423 Q8VCS9 Q8CGA3 Q9DCP2 Q8CFE6 P51906 Q3TRY2 A0A0U1RPK4 G3X8X3 Q8VDB9 A1L359 Q91WV7 Q8BG16 Q8BRX2 Q3UYK6 Q8R1S9 Q9Z127 Q3TXM3 Q3UTP8 Q3UGD6 Q9Z1K8 D3Z0L1 Q542C8 Q9QXW9 Q5F227 Q99PE8 Q8BL03 Q7TSR6 Q8BHK3 Q543U3 Q8BGK6 P63115 Q91X78 A0A7N9VR83 Q2TGE7 Q3U957 Q9DBC7 A2ADH1 P51910 Q14C34 P26361 Q9EP96 O88909 O35445 Q3TXU4 Q9Z306 B2RRB7 Q8BMD1 Q8K0H1 Q504N2 Q5U680 Q8VHL0 Q99J56 Q8BLF7 Q0PD45 Q8K2C7 Q8VEH8 Q01853 Q3KNK3 A0A3B2WBH6 Q9DB73 P00920 P13634 Q02013 Q6GTY4 Q64444 Q3TDX8 Q53ZN9 Q8BFZ9 B1AS42 Q8BGG0 Q8R4H9 Q91YT2 Q3U7R1 Q9Z2I0 Q80W71 E9Q8C1 Q3UE85 D3Z584 Q6AXE3 Q9D0J4 Q3TZZ7 Q8K078 Q3UQD4 Q3UHK1 Q9ERP4 Q8K0E3 Q9ET37 Q3UMR9 Q5NCE8 E9Q9W4 Q8BS40 A0A452J893 E9PXX9 Q3V2I1 Q8BGD4 Q8R502 Q8BR89 Q3UV52 Q8C145 B1ARZ3 Q3UVU3 Q9D385 Q5DTI8 R4H243 Q8BZF2 Q8CIA5 Q9JL62 Q8K1M3 Q05BA2 Q9WTY4 A2AKQ0 B2RRB2 P48962 Q5SWY8 Q8CIW6 Q3UDF0 Q8K211 A2A987 Q9D856 Q8VDT1 Q545A2 Q3UM63 Q8BJA2 Q6P5F6 Q8C438 Q8K273 Q91W10 Q7TPS4 Q9JHI4 Q8VC69 Q3UUJ6 D3Z5N1 B9EJ03 Q8K0H7 H3BKT5 Q8R139 G5E8G6 S4R169 B2RQZ3 Q546K1 Q9WV69 Q2TA58 A6PWV7 Q9QZ03 Q8CF74 Q5ZPR7 D3YVG0 A0A068BIT0 Q8R2Z3 Q8BZ82 O70577 Q3UVB1 P31650 Q8BGR2 Q64726 Q6PCX2 A0A0R4J0G3 Q9ERB5 Q80WG5 Q9JJC8 A0A0R4J0F7 Q6PFA2 Q66JT1 Q75N73 Q8R2I1 Q3V1K7 Q3UU48 P41251 Q8JZU2 O08966 Q8R2N1 Q61609 Q60857 Q49S98 Q67BT3 Q3UR07 Q61420 Q9ES88 Q8BHH1 D3YXA7 Q6PAH4 Q8BUG8 G3UW57 Q5DU41 Q8BMW7 Q8C4A0 Q544D7 Q61983 Q8C0Y2 G3X943 P51180 Q8BHK1 Q68FD5 P84078 Q3TY45 Q9CZG9 A0A0R4J0A6 P28571 Q6PGE7 Q542U5 Q8BPX9 Q91W98 Q3UWE2 Q8K441 E9QN92 Q8BM29 Q8VI47 Q9WTR1 Q3UXW9 Q9JJH7 Q8CCQ1 Q99J21 G3X9H8 Q91WD2 Q8BIH6 A2AI57 P69744 Q3UYE9 Q8BNT2 Q8K595 B7ZMP6 Q8C8A8 Q2TV84 A0A1B0GS49 Q8CIR4 Q3KP78 Q8K424 V5TCP9 P54775 Q3V318 Q9WTX6 Q8R4D5 Q3TDP6 Q3UPK6 Q9CPS5 Q6NV56 Q9EPK8 Q2TK26 Q8BVQ9 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q5SUR3 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q9DB41 Q80X52 Q3TXS7 P70195 Q5SX53 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3T9X0 Q3TKV1 F8WHZ9 Q8BP65 G3X8P5 Q9JIH0 Q544N9 B2RXV9 A2ATP8 P54116 Q9R1S7 Q80UP8 Q99P65 A0A494BAC3 Q99J27 Q3TCZ2 Q9DC29 E9Q8N8 Q9R155 Q8VD29 Q78IQ7 Q8BUN9 P21440 P18572 O88627 Q3TED0 A2A4V1 F7B0S9 E9Q876 Q99N57 Q6P8Q2 Q8R2I2 Q9ERH8 A0A0R4J1I9 P67778 Q9JJL3 Q91VE0 E9Q467 Q9WVC8 P09528 Q80SY3 Q9D1K2 Q9JHF5 Q8BMC1 P15920 P51863 P48410 Q9CQD8 Q544R7 Q9JKX3 Q925G2 A0A0A6YX18 Q9D593 Q9JHI9 Q99M55 Q9Z1G3 Q3U861 Q91VK0 Q811J3 P23188 Q3UI46 F6XJP7 Q6ZQ38 A2AI62 Q99L60 A0A0N4SVQ2 P50516 Q542D9 P49282 Q91YH6 Q923B6 Q5HZY7 Q3UP55 P50518 A0A2I3BQG7 P62814 Q9D5H4 Q5SZ87 Q3UWN7 A0A0R4J0B6 Q3U889 Q9CPX4 Q54A87 P11672 Q8BU82 Q9CQM9 Q921I1 Q8BZ00 Q8BLV3 B2RXE2 Q3ZAS0 A8DUK0 Q3UDC9 Q8BUE1 A1L3P4 A2A464 Q9D2V6 G3X939 Q6PEM8 Q9DBP0 Q80SU6 Q8VCI5 P14246 Q9QXI6 Q3U5U6 Q61327 Q91VB8 P21447 Q9WTZ2 Q547K2 Q00623 A0A0R4J0P7 E9Q414 Q8CHX6 SIGNALING BY RHO GTPASES%REACTOME DATABASE ID RELEASE 96%194315 Signaling by Rho GTPases Q3UH93 Q9WV32 P14733 A0A338P6I6 Q3TX55 Q5SS40 Q3UR74 Q9JM76 Q9ESJ4 Q5SS83 Q5SW83 Q9R0Q6 Q8K1I7 Q540I4 Q9CXQ9 Q53WY0 Q6PGK0 E9Q967 P35991 E9PX48 Q6PEV3 P51141 Q9CPW4 A0A5F8MQ33 Q9CVB6 Q3ULF7 Q8VHI6 Q60838 Q8R5C0 M0QWX4 E9Q2D0 Q8BGH2 Q8BV52 Q3TXI7 A2AQ45 Q80U72 E9PUK3 Q9ER71 Q8C147 Q7TT50 H7BX44 Q9DB19 D3Z7A7 U3RF68 Q7TMG8 Q0VAV5 Q9CTE0 A6H644 A0A140LI58 Q9DBR7 O88951 P70392 Q91VS8 P46414 Q9CZW2 A0A0G2JDI9 B8JK52 B2RVI6 Q61151 Q9D481 Q9D084 Q14A61 Q8BZ45 Q9CQU5 Q549P2 P63168 Q3UTH8 Q66JQ7 Q3UK10 K3W4R5 Q6ZQK4 O70126 P59235 Q91WJ0 Q3UHH9 Q6PD03 Q9JK83 Q9CYC5 J3QMK1 B2RX66 Q6P1D6 O54692 Q99P69 A2RSC8 P63330 E9QME3 Q9QYM8 J3QP81 Q9CY25 Q9JHU4 Q3TDV6 Q8BK67 H3BKZ0 Q8BHX3 Q8BSE7 Q3UVN4 Q8BH74 Q8C4M7 Q3TJM4 Q8R480 Q6ZWM8 Q9CXH7 Q6ZWU9 Q3TYJ3 Q9D0F1 Q923A2 Q76MZ3 E9QKK1 Q9JJ66 Q9CWU9 Q91V89 Q9CQA0 Q3TPJ8 Q3UD72 Q9ERU9 Q9D0M5 Q3U4H0 Q6PDL0 Q8BIX1 Q9CQ82 O35685 Q3UA16 Q3TTB0 Q3UPF6 F8WIA1 Q9WU62 Q9CPV1 Q8CDZ5 Q9CPV5 Q8CJF7 A0A0R4J037 Q8BN07 Q9WVA3 Q3TWG5 Q8C3Y4 Q9D1M0 Q5HZH8 Q5SW18 Q9Z0W3 A0A1L1SV84 Q91Z68 Q9ERR1 Q91Z67 Q6PD28 H7BX46 Q8K1K8 O35216 D3YZW1 A0A1I7Q4A6 Q3UZD6 Q8BHK9 E9Q3P4 Q9ESU7 E9PZW0 O55111 A0A3B2WCN9 Q80ZW1 Q61495 A0A1L1SVG0 Q4VA93 Q9D2U9 Q9DBS5 Q91W40 Q3V086 Q8BJR7 Q3TLP8 Q3UXE9 P26361 Q8VDD5 Q91YS4 Q8CD76 A3KPD0 P84228 Q8CGP2 Q8CGP0 G5E884 B2RTK3 Q8CGP7 Q3UHZ0 Q8C7P2 Q7TSH4 Q149V4 A8IP69 Q5DTJ2 O70456 S4R1M3 Q05144 Q3UP42 Q53X15 Q8R1M2 B1GX81 P41241 P42337 Q8VDU4 Q64524 P10853 Q01853 E9Q696 O08908 Q9CUT6 B2RWH3 Q64475 Q64478 C0HKE5 Q8C7T5 Q4VAE6 Q6P9R4 Q3TY70 Q3V341 Q6ZWY9 Q3US62 P27661 Q9CUD0 Q61599 Q8C7E7 Q69ZK0 A0A1Y7VLY2 D3YYY8 Q3U7R1 E9QP59 Q9CZN7 P09055 B7ZCJ1 B7ZNX6 Q8C4E7 Q8C474 P97393 Q3UNB6 Q8BH88 Q9Z2I0 Q9Z207 Q0KL02 Q8C4B5 D3Z4R2 Q3TXQ1 Q8K1E0 Q6A0A3 Q8BH80 Q99PT1 Q80Z96 Q03145 Q6NVF2 Q3THM8 Q642K0 Q3UQ44 F8VQC7 E9QPE7 A0A0R4J119 A0A0R4J0T8 B1B1A8 B7FAU9 Q9D3K3 Q8C067 B2RY04 G3UY19 Q8CCL8 Q9ESG2 Q8BQW4 Q8K0Z5 Q6P1H6 Q3UDZ1 Q9CQW1 D3YTQ8 Q8BUR4 Q8C4N2 P63024 Q8R2Y2 Q3THE2 G5E8S8 Q9D0F3 Q8BHL5 A0A0R4J0S1 Q8C5X1 Q923G3 Q3UIJ0 Q8CA59 Q811P8 Q4FJQ0 Q8BTW9 Q4VAC9 Q3U5C8 P05213 Q8BN21 Q9Z2C4 Q3V1S6 Q6ZQ88 P62141 B2RRX1 Q52KG9 K7Q751 Q542X7 A0A0R4J1I3 Q8BH99 Q3ULB5 F8VQH0 Q8BQ28 Q6PB99 Q8R1C2 Q5SX50 Q3V1V5 A0A0A0MQ87 Q9JJV2 Q8BU75 Q3TRQ0 Q8C015 Q8BGV7 O70479 Q8CF63 P61588 Q9Z123 Q8BMK4 Q04447 Q3UDE9 Q9JM73 Q80Y52 Q9EQT3 Q80WU2 Q7TMQ7 Q3UVN5 E9Q3I3 E9QKY4 Q3TDN2 Q8QZW8 Q80Y61 Q571I4 B6YY24 Q91XV3 Q68FD5 Q9D574 Q9QUR7 Q3TY82 Q6ZWQ9 Q810B6 A2A5V3 E9PWW2 Q6W4W7 F8VPS6 Q99KI3 B2RSI0 E9Q642 Q80WW9 Q9JM96 Q571M3 O89032 E9QP99 Q3U5E2 A2AQJ6 A2A4Q3 A2AF47 Q8VDU1 A0A1L1SQR4 Q8BH60 Q8C845 P43404 B2RRE0 G5E8A0 E9QMX7 Q62172 Q69Z38 A6H5Y3 Q571B6 B1AU74 Q8BFX3 Q6PGG2 Q8K0Q5 Q8VE99 Q80Y19 Q545H8 Q8VD65 Q3UR67 A0A2I3BPI0 Q6PF93 Q8BKW6 Q8BL80 Q9Z1N5 Q9CQC5 Q9CXP4 Q3UHD2 E9PUB0 Q9CWU8 Q6IFT4 Q5SSM3 Q8BYW1 S4R248 Q8BI52 A0A5F8MPD6 G5E8J3 E9PUK6 Q8BHS6 Q5M9J2 E9QN92 B7ZCR6 Q8BGH7 Q6P7W2 E9Q4T1 Q8BM29 Q6ZPJ0 E9Q6X9 Q8R0J1 Q8BHH3 Q6P8W0 G3X9Q3 A0A0R4IZX1 F8VQ11 Q8BM00 Q8K2H3 Q3V3S7 Q920R0 Q504M6 Z4YM84 Q53YN4 Q4VA10 Q7TQE6 Q8BM51 Q8JZX9 Q3UQS4 Q9Z0X0 Q8CGF1 Q544Y7 E9QQ33 Q3SYK5 Q8CD59 Q3U9G9 Q921L6 Q570Z8 Q8CJ53 D3Z482 Q60864 Q9D3Q7 A0A087WRT5 L0N7N1 Q9QY73 P70206 Q9CTF6 Q8BRF7 Q8BLR7 O89001 Q3UIX3 Q03160 A0A6I8MX08 Q6NXJ3 Q9D572 P68404 Q91ZD4 Q0VBM2 B1AV77 Q545S4 Q99ME2 P19091 A2BEG5 P63101 P68510 Q497E4 P70268 A0A571BEH9 E9PUF7 Q3USZ7 Q02257 O54724 Q8K031 Q3UGZ6 Q8C6B2 Q3UWP1 Q80U35 Q8CA35 Q8C0J6 P49817 Q8BWR8 Q8BWW9 P54116 F8VQ29 Q07139 A2RRK3 Q68FM7 Q3TU98 G5E825 E9QKB1 Q8K298 D3Z3A8 A0A2X0SFN9 A2AWP8 Q80XI6 Q8BTF1 F6XC54 F6SBR5 Q7TSI6 Q3UQS3 A0A140LJJ5 Q4FJM5 A1A553 Q9R0C8 H3BJ45 Q91ZT5 Q91VJ4 A1BN54 Q3TNB8 Q3UV27 Q91V93 Q66JY6 Q61081 B2RWT9 Q14AI7 Q9D034 Q8BTV2 G5E8T4 Q5DTM8 Q6ZPF3 Q91YR1 Q3TE41 F8WJG3 A0A0R4J0X8 Q9Z204 Q3TPZ2 F6WMJ3 Q3TFA9 Q3TQN9 Q4KL81 Q3TRK3 Q5FWH6 B1AS67 Q3V3N6 Q3UG32 Q3TR46 Q3UMA3 Q8BWA8 Q9WV02 V9GX76 Q71LX8 Q62159 Q3TGH8 Q3UPH7 B7ZMU4 F8VQ93 Q3UGN9 E9QK62 Q5FWJ3 Q8BY35 A0A0R4IZW5 A0A0G2JF67 P05480 Q3UE22 Q8CDN6 Q02248 Q544R7 Q3UR47 Q5SV64 Q6URW6 A2A5N2 Q8BS94 Q3USK4 Q5U421 Q672J9 P63085 Q9CQ22 Q8VCM2 Q5F258 Q542D9 E9Q9B7 B9EJX2 Q8BYC6 Q91ZZ2 Q8BH43 Q8C8B2 Q8C180 Q63844 Q6NVF0 Q3U6G0 A2AS98 Q3TLE2 Q8R5H6 B3VQI8 Q3UWN7 Q9WVM1 Q9WUI1 Q80XR8 G3X960 Q6AXH6 Q91VR8 Q8CJ00 B2RQE8 P97369 Q8R5G7 A0A087WRP5 A2RRK7 Q3UKP6 E9QAJ9 Q3TPY5 Q9DBJ3 Q6A028 Q8K1X4 Q8CIZ9 Q9D3L3 O70145 Q9D0J3 Q69ZV6 E9PUE7 Q14A12 B2X2D4 E9QP44 Q3UBI5 Q80UU9 P53395 Q810B9 Q4VBE6 Q8CE59 Q8R5L1 Q61335 Q8BYY5 Q8C9L7 Q545R0 NTF3 ACTIVATES NTRK3 SIGNALING%REACTOME DATABASE ID RELEASE 96%9034013 NTF3 activates NTRK3 signaling Q3V1A4 Q3TNY3 LXRS REGULATE GENE EXPRESSION LINKED TO LIPOGENESIS%REACTOME%R-HSA-9029558.2 LXRs regulate gene expression linked to lipogenesis Q91X41 Q8VCR0 Q8BP65 Q6LC96 Q3UEF5 Q547C4 P19096 Q8CBD1 SYNTHESIS OF HEPOXILINS (HX) AND TRIOXILINS (TRX)%REACTOME%R-HSA-2142696.3 Synthesis of Hepoxilins (HX) and Trioxilins (TrX) A2CF85 ER-PHAGOSOME PATHWAY%REACTOME%R-HSA-1236974.8 ER-Phagosome pathway P70452 Q9CQS8 Q3U6V4 B2MWM9 Q9CYJ6 Q3UER8 P63024 Q31093 Q792S7 E9PV24 P54775 Q3UPK6 Q9CPS5 Q3TGR2 Q8BVQ9 P62196 B2RT97 P0CG50 Q3UP42 O19441 Q4FJP7 Q53X15 Q3TKG4 O08547 Q542I9 A1L3B8 P14685 Q545G0 A7VMS3 Q5D0E0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 P01898 O35593 P01887 Q9R1P3 Q14AQ1 Q58EV4 O55234 Q542H2 G3X9V0 Q5BKQ9 Q5HZK3 Q9JKV1 P35991 Q3TXS7 P70195 A0A0R4J0R1 O35955 Q8CBT3 P28063 Q3UV88 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 A0A0R4J256 Q8VC91 Q3TKV1 G3X8Y8 Q3U7M4 Q8C6Z4 Q542S6 Q91V77 L0CL36 Q9D3L3 B9EJ46 P27773 Q64HC9 P61620 Q9D679 SIGNALING BY NTRK3 (TRKC)%REACTOME DATABASE ID RELEASE 96%9034015 Signaling by NTRK3 (TRKC) Q8C4Y3 P42337 Q8C7P2 P05480 Q62077 Q9D091 Q543V3 Q61411 Q3V1A4 Q3USK4 Q8K3J2 Q3TNY3 Q3TQ52 Q3UWY6 VASOPRESSIN REGULATES RENAL WATER HOMEOSTASIS VIA AQUAPORINS%REACTOME DATABASE ID RELEASE 96%432040 Vasopressin regulates renal water homeostasis via Aquaporins P29387 Q80TY9 Q3UU15 Q8R2N1 Q3V1Q3 P63213 Q8BR89 P84309 Q3TQ70 Q6P8Y9 Q91WF3 P63216 G3UW57 Q3UMY0 A0A2I3BRC5 P61953 Q8K1M3 Q0PD45 P50153 Q9DBC7 P68181 Q9JMF3 E9Q706 Q61012 Q3UUQ5 Q3SWS4 O88444 Q9CXP8 Q3TY04 Q3U9V4 G5E8G6 Q54AE3 Q3UUN2 P05132 Q02013 Q9DAS9 Q3UG14 Q3UGN1 H3BK84 Q3UQD4 CRENOLANIB-RESISTANT FLT3 MUTANTS%REACTOME%R-HSA-9702581.2 crenolanib-resistant FLT3 mutants Q3UEW6 ATF6 (ATF6-ALPHA) ACTIVATES CHAPERONE GENES%REACTOME%R-HSA-381183.5 ATF6 (ATF6-alpha) activates chaperone genes Q8CF69 F6VAN0 B2MWM9 Q3V405 Q9DBV7 Q3UAD6 Q8C590 Q7TPS7 Q3U7T8 G2 M CHECKPOINTS%REACTOME%R-HSA-69481.5 G2 M Checkpoints P30276 P54775 Q3UPK6 Q9CPS5 Q5SS40 Q8BVQ9 Q3UR74 P62196 B2RT97 P0CG50 Q543W6 P48964 Q80ZA1 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P70195 Q4U2R1 Q60692 Q542Q3 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 A2RTT4 Q9D2U9 Q3ULQ6 Q3TKD1 P63101 Q5NCT2 Q9QZ11 P68510 B9EHX4 Q8BRV3 Q5SXJ3 O70445 Q4KL82 Q9CQ71 Q66JV6 Q59IX1 Q9WUV0 Q9R207 Q3UR71 O35280 Q9JK30 Q3UYY2 Q9CZF7 Q8BMG1 Q9CWV1 E9PZ97 Q99J62 Q9QWZ1 Q5SWN2 E9QK89 Q9Z0F6 Q8CGP2 Q8CGP0 Q62193 Q6NV63 Q5HZI8 Q5SV02 B2RTK3 Q8BWH5 Q8VC54 Q80YR6 Q3UJQ1 A8IP69 Q8BQY8 Q6ZQJ5 Q6ZQF0 O70456 P11440 Q9ESG9 Q64524 P51943 P10853 Q8C5L1 Q3UGB9 P97310 Q8BQ03 Q3UI57 A2A5N2 Q3UI99 Q542F4 Q3U4T8 Q61456 Q66JY4 B2RS44 P47810 Q0VBD2 P68433 Q64475 Q64478 A0A0R4J145 Q6ZWY9 E9PYW4 P27661 Q8BPZ8 Q3UI43 Q8BJU7 P46737 Q8BZ87 A0A0R4J183 Q80YR7 Q8K3W0 Q4VBX4 MITOPHAGY%REACTOME DATABASE ID RELEASE 96%5205647 Mitophagy Q569Y6 A2RTT4 Q99MQ3 H3BJZ1 Q99J83 Q8CDH5 Q9CQY1 Q91VR7 Q68FE2 A1L361 Q9CZW5 P0CG50 G3UZX4 Q64337 Q8K3K8 Q561N4 Q9CPQ3 A0A3B2W489 Q9D173 Q811U4 Q6PB82 Q80U63 Q60930 Q5EBQ0 Q60932 Q9QYA2 Q8R3J4 M0QWC2 Q9CQN3 Q4QQL2 FC EPSILON RECEPTOR (FCERI) SIGNALING%REACTOME%R-HSA-2454202.5 Fc epsilon receptor (FCERI) signaling Q63810 Q3UZ64 P63328 Q9Z1S3 G3X8U7 Q9DBQ6 Q8C443 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q8BVQ9 B7ZWE5 P62196 B2RT97 P0CG50 Q2TBA3 B2RQ20 Q3TKG4 Q542I9 A1L3B8 P14685 Q52L79 Q545G0 Q548Y4 Q5D0E0 P49722 Q9D8W5 P99026 Q8CIH5 Q9R1P0 Q8CIS0 Q3TV35 O35593 Q9R1P3 Q5SUR3 Q14AQ1 Q58EV4 Q923A8 O55234 Q542H2 Q5BKQ9 P35991 Q9JKV1 A0A286YDT6 Q3TXS7 P70195 Q8CBT3 Q9Z1E3 Q5SRY7 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q8VC91 Q920N8 P25799 Q9D5S8 Q3TKV1 Q8BTM9 Q99K90 Q569Y6 Q8CF89 A2RTT4 P70196 A0A1W2P7U1 Q9QUG9 Q6P1E0 Q8BTI9 Q8CEI0 Q80SW1 Q3TLP8 P70227 Q8C8N0 Q3U0E8 G5E884 Q8CED6 Q3UHZ0 Q8C7P2 Q7TSI6 Q9R0C8 Q5DTJ2 Q3UNT6 P20489 Q3UFQ4 Q8CFK4 P42337 P01101 Q8VDU4 Q7TSJ7 Q8C9D4 Q61411 D3YZ57 Q5STT8 Q3USK4 Q60787 Q9JHL0 Q8C094 O08908 P63085 Q8CE90 Q63844 Q8K2U0 P20491 Q62077 Q9D091 Q3ZB59 F8VQ72 G2 M DNA REPLICATION CHECKPOINT%REACTOME%R-HSA-69478.5 G2 M DNA replication checkpoint P30276 Q9ESG9 P11440 Q61456 P51943 P47810 TOLL LIKE RECEPTOR TLR6:TLR2 CASCADE%REACTOME%R-HSA-168188.3 Toll Like Receptor TLR6:TLR2 Cascade Q3V1B5 Q8BN07 Q6GR78 Q9WTX6 P0CG50 Q4FJP7 Q80ZA1 Q8C6X9 Q52L79 Q548Y4 Q5D0E0 Q5SRW7 Q5SUR3 Q923A8 Q3U607 P35991 A0A286YDT6 Q60778 Q8CBT3 Q9Z1E3 Q5SRY7 Q8VC91 P25799 Q9D5S8 Q99K90 Q569Y6 Q8CF89 A2RTT4 P70196 Q3UKS3 Q0VB14 Q8C6Z4 Q542S6 Q91V77 Q810V8 E9QNX4 I3PQW8 Q3UV15 Q3UER8 E9PV24 O35716 Q3UEB8 Q3TGR2 Q3UP42 Q53X15 P41969 Q5SWN9 Q5NCN8 P01101 Q7TPD5 Q7TSJ7 B1AXN9 Q8C9D4 Q3UV88 Q3TMJ8 Q5U421 Q3U2P8 Q60521 Q8C094 P63085 Q8CE90 Q63844 Q09HN3 Q8K2U0 Q9WUI1 G3X8Y8 P63330 Q3U7M4 Q547H1 Q3TUH8 Q8BR10 L0CL36 B9EJ46 Q8R4K2 Q8BFV3 Q3UY00 P04918 Q80SY9 Q540J8 E9QMH7 Q3UAR6 Q9CR56 Q5EBQ4 D3Z6V8 A0A1W2P715 F8VQ72 Q76MZ3 Q99JG7 Q8CBR9 Q3TL44 Q64HC9 Q8CEC5 Q8CFA1 Q60929 Q91V89 Q62151 E9PYI8 Q8VC16 Q3TY83 Q9D7X3 A0A0R4J174 Q3TAR6 E9QPQ6 Q8BIX1 STABILIZATION OF P53%REACTOME%R-HSA-69541.7 Stabilization of p53 P54775 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 Q3UTC9 B2RT97 P0CG50 Q543W6 Q80ZA1 Q3TKG4 Q542I9 Q8BLG0 A1L3B8 Q64364 P14685 Q9R1A8 Q545G0 P23804 B9EHX4 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 METABOLISM OF FAT-SOLUBLE VITAMINS%REACTOME DATABASE ID RELEASE 96%6806667 Metabolism of fat-soluble vitamins Q499J3 H7BWY6 M0QWP1 Q3UEM0 Q7TQH7 Q3KNZ2 Q3V1F2 B2KF29 Q64519 Q6P8U6 P51655 Q3UJG0 Q8R3X6 Q64FW2 P43407 Q0VGU5 A0A087WPI6 Q9CRC0 E9QP56 Q8BKV1 Q05AC0 Q3U454 P09813 Q3U5S6 Q9Z1R3 Q3U538 Q5M9K1 A2ARV4 Q58EU7 Q9R1R8 P11152 Q059R7 B2RUR5 Q8BIV6 Q8BUJ9 H3BLN8 P06728 Q3U379 Q00623 Q9DC60 Q52KG8 Q3TXU4 Q8K255 E9Q414 Q91WR5 Q3TWB2 A0A1L1SRE8 SIGNALING BY ERBB2%REACTOME DATABASE ID RELEASE 96%1227986 Signaling by ERBB2 P98083 Q9WTX4 A0A3B2W7C9 D3YZR2 P31750 Q80Y52 G3V023 Q8C7P2 Q9WVF5 Q505A4 F6XC54 Q62077 Q4VA93 Q4VAE6 Q61152 Q9D091 P35831 Q2M4H5 Q61521 Q3UWD7 Q61081 P0CG50 Q543J8 Q5FW64 Q8BH75 Q3TJI7 Q8CE74 P16054 P42337 B7ZNX6 Q53YN4 P05480 Q9WUD1 Q61411 A2AI52 D3YZ57 Q3USK4 Q6DR99 Q03160 D3Z4T5 Q05AA8 P70424 Q8C6X4 MRNA POLYADENYLATION%REACTOME DATABASE ID RELEASE 96%9770562 mRNA Polyadenylation Q3TT81 Q91YE7 Q3UJB0 Q3TF92 Q497W9 P0CG50 Q9D1P6 Q3UDS1 P62137 Q8C7E9 Q80X82 Q8CE71 A2AEK1 A0A2R8VK76 Q8VEK3 Q3V141 Q9CQF3 Q3UGU6 Q99LC2 P62141 Q8BTS0 Q99LI9 P97760 Q8BFX0 Q3THK3 Q8CFI7 P60898 Q9DBR1 Q3UMJ4 Q6PI63 Q3V214 A0A3Q4L2S8 A0A338P6M3 P61219 P62488 P08775 Q3UBT1 Q8QZY9 Q569Z5 A2ALF2 Q9Z2X1 E0CXT7 Q8CCS6 Q8CFQ9 Q8C839 Q9CQI7 Q3TVM1 Q5U3M2 Q5EBP8 Q8BTV2 F8WJG3 Q9Z204 Q3TH57 Q6ZWP0 Q8R1V7 Q62189 Q570Z0 Q3UXT6 Q8R3F9 Q8CH18 Q80W00 Q9WV02 Q8CH02 Q8BGC0 Q3UA07 A2ADR8 Q569X3 B2RY56 Q3UEB3 A0A1B0GRU8 Q6NV83 Q8VHM5 Q9D824 Q58E59 B2RSV4 Q8JZX4 Q7TN25 Q8C2Q7 Q5FWJ5 Q8CB58 Q62093 P84104 Q99KG3 Q3THA6 Q923D4 Q6PDM2 P60335 Q3TWW8 Q9DC48 Q9CVU5 Q8BV04 Q3UN87 Q8BGJ9 Q9D0B0 Q810A7 Q9CQ49 P70333 Q8BTI8 O88569 P62315 P83870 P27048 G5E8G0 P62320 P59708 G5E8I8 Q8BGT7 Q14AF6 P57784 Q3UYV9 Q99MR6 MPS VII - SLY SYNDROME (HYALURONAN METABOLISM)%REACTOME%R-HSA-2206292.6 MPS VII - Sly syndrome (Hyaluronan metabolism) Q99KJ6 LOSS OF MECP2 BINDING ABILITY TO 5MC-DNA%REACTOME%R-HSA-9022538.2 Loss of MECP2 binding ability to 5mC-DNA Q60520 Q58E49 REGULATION OF GBP-MEDIATED HOST DEFENSE%REACTOME DATABASE ID RELEASE 96%9968551 Regulation of GBP-mediated host defense O70456 A0A3Q4EGX3 P29452 INFLUENZA VIRUS INDUCED APOPTOSIS%REACTOME%R-HSA-168277.8 Influenza Virus Induced Apoptosis Q3UNK5 Q545A2 APC TRUNCATION MUTANTS HAVE IMPAIRED AXIN BINDING%REACTOME%R-HSA-5467337.3 APC truncation mutants have impaired AXIN binding Q7TS75 Q14DJ8 Q8BN07 Q6ZQK4 Q6PJ87 Q6PD03 Q76MZ3 Q5KU03 Q91V89 P63330 Q6PD28 Q8BIX1 Q61151 Q8BNP7 PROTEIN METHYLATION%REACTOME%R-HSA-8876725.6 Protein methylation Q3UZW7 B9EHP1 Q504P4 Q8C436 Q922H1 D3Z7D0 Q01853 Q9DCW4 Q9CQL0 Q8K339 A0A0D2X7Z2 P58252 Q8R1C6 Q80VP4 ADENYLATE CYCLASE ACTIVATING PATHWAY%REACTOME%R-HSA-170660.3 Adenylate cyclase activating pathway A0A2I3BRC5 Q80TY9 O88444 Q3UU15 Q3V1Q3 E9Q706 P84309 Q3UUN2 Q91WF3 Q8BHK8 METABOLISM OF INGESTED H2SEO4 AND H2SEO3 INTO H2SE%REACTOME DATABASE ID RELEASE 96%2408550 Metabolism of ingested H2SeO4 and H2SeO3 into H2Se A0A494BB18 Q6NZM8 Q9JMH6 PLASMALOGEN BIOSYNTHESIS%REACTOME%R-HSA-75896.4 Plasmalogen biosynthesis I7DM66 Q9CT84 A2AL50 MECP2 REGULATES TRANSCRIPTION FACTORS%REACTOME DATABASE ID RELEASE 96%9022707 MECP2 regulates transcription factors Q3V1B5 Q6GU14 A0AAQ4VMX8 PDE3B SIGNALLING%REACTOME%R-HSA-165160.5 PDE3B signalling Q3UQ25 Q8CE74 THE NLRP1 INFLAMMASOME%REACTOME DATABASE ID RELEASE 96%844455 The NLRP1 inflammasome Q8BQK4 Q5HZH3 Q2LKU9 ORC1 REMOVAL FROM CHROMATIN%REACTOME DATABASE ID RELEASE 96%68949 Orc1 removal from chromatin P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 P62878 Q5SUR3 P51943 Q14AQ1 Q58EV4 Q569Z9 O55234 Q8C5L1 Q542H2 Q5BKQ9 Q9JKV1 P97310 Q3UGB9 Q3TXS7 Q8BQ03 Q3UI57 P70195 Q542F4 Q3U4T8 Q60692 E0CXB1 Q61456 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 Q8R4E9 A0A0R4J145 Q66JV6 Q59IX1 Q9WUV0 Q3UR71 Q9JK30 Q9CZF7 Q9CWV1 ORGANELLE BIOGENESIS AND MAINTENANCE%REACTOME%R-HSA-1852241.7 Organelle biogenesis and maintenance Q3V1B5 Q5SS40 Q4FJX9 O08580 Q8BVY8 P11983 Q564F4 Q8BJN8 Q9D6F9 Q542X7 Q5I0W0 Q06185 H3BK84 Q8R5C0 Q78IK2 P56135 P68372 Q3U7N2 P38647 Q3U4U6 Q4FK74 Q9CRB9 Q7TNS2 P68369 E9Q4M4 P68368 Q9DCZ4 Q8BGH2 Q8C454 P56480 P80316 Q7JCY9 Q14BC2 Q8R404 P97450 Q03265 Q5U458 Q8C2Q8 Q9CRA7 B1AV14 E9Q933 P05132 Q80Y52 A2AM72 Q4FJK3 A0A1Y7VM56 Q6NZN1 Q3TSQ7 Q00422 Q99K73 Q3V303 Q3V3C0 Q8R2K3 P63168 Q3UK10 Q3V3E7 K3W4R5 J3QP81 Q9JHU4 P15409 Q76MZ3 Q8JZM0 Q3TPJ8 Q9D0M5 Q3U4H0 Q569L8 E9QQ10 Q64702 Q3TUP2 Q5SW18 Q9DAJ5 Q0PD50 Q99L00 A0A494BB86 Q811G0 O35245 Q0VGR5 Q9JJ94 Q9D5R3 Q284W0 Q9R1S0 A3KGE1 Q3V3N7 Q9D0P8 Q99J38 Q8BND3 P59240 Q14BR4 Z4YKQ3 Q9R1K9 Q9DAI2 Q3UI47 Q8QZX2 Q9QXG4 Q8BP00 B1AUX2 Q5U4F6 B7ZN01 Q6NV99 Q6PGF7 Q8K341 Q8R3P7 Q8CIP4 B2RQZ0 Q3UJA5 Q8BFT2 Q9EPK2 Q6ZQ12 Q9CQS9 B1AXI9 Q3USK2 U5KVR9 A0A1D5RMI8 D3YVU3 P33215 Q8CHD8 Q8JZL2 Q571A6 Q9CWF6 Q6ZQ06 Q8BR32 P42208 Q542L0 Q8K057 Q9CQJ9 B1AWG1 Q8CDL2 Q3TWM5 E9PVK4 A2AVR9 Q8K0E2 E9Q9G8 Q6LC96 Q52KB6 Q3UW12 Q3URP3 Q3V0B2 G5E861 Q6P1Y9 Q542P9 Q3UZY0 Q9DA69 Q9DBI2 Q3TQ94 Q3TPX4 A0ABA7IXD2 Q8BS45 Q9DB07 Q66JX5 Q80UF4 B2RXA2 Q8CFW7 Q7TNH6 Q6F4J1 Q9R0L6 Q3UGF1 Q8BGR3 Q2MV57 Q543P7 Q0VEJ0 E9QP54 A2AJP5 Q8BJR7 Q8BKT8 A0A0R4J1W4 Q8K0T2 A0A0R4J284 Q6NWW5 A2AUM9 Q8C670 A2AW15 Q9D3R3 B7ZNE0 Q8BIQ9 Q8C4B4 Q8BGM7 Q8BFY9 E9Q5A8 Q8CG73 A0A494BB26 Q8K2G4 Q6VH22 Q9CXE1 Q9JHQ5 Q3TPZ5 A0A087WQD8 Q5DU58 Q9CZQ9 E9Q512 Q9D786 A6H669 E9Q919 P99024 Q6P1D3 Q9DBF3 D3Z025 O35594 Q6P5D4 Q6DFZ1 Q7TSH4 Q3UG37 Q3UN53 Q99NF3 B8JJE7 Q9CZX2 A8IP69 Q8VD72 Q62559 Q3TUM2 P30935 A0A494BA29 Q9CRX5 Q8BZ64 A0A0R4J216 Q0PD45 Q8R216 Q8VDG4 Q6IQY5 P11440 Q8VHJ7 Q3TPZ2 Q8BRK8 Q542K0 Q5U421 Q8BP64 Q9WUI1 O08911 Q3TYE1 Q3TWR3 A0A096P6K7 Q9QXE7 Q3TDQ8 Q6GQV9 A2AIX0 P40630 Q9CUD0 B2RSE6 P70365 Q6PAM0 Q8CHB6 P54071 Q68ED7 Q8BHJ5 Q8R1U3 Q3TZD5 Q5XJV5 Q8CE59 Q8CBR9 Q8BYH8 O70343 Q3UV55 Q9JM08 Q9WVG6 Q91X84 Q921S6 B1AQH6 A0A0G2JG60 RNA POL II CTD PHOSPHORYLATION AND INTERACTION WITH CE%REACTOME%R-HSA-77075.4 RNA Pol II CTD phosphorylation and interaction with CE Q3UZB8 A0A3Q4L2S8 A0A338P6M3 O55201 Q7TPV0 Q542U3 P61219 P62488 P08775 P97760 E9PWD3 Q8BFX0 Q3THK3 Q8CFI7 P51949 E9Q6K1 Q9D0L8 P60898 Q8K2X8 Q7TPY0 P49135 Q3THG5 Q3UMJ4 Q6PI63 Q3V214 Q9DCC1 CELL JUNCTION ORGANIZATION%REACTOME DATABASE ID RELEASE 96%446728 Cell junction organization A0A0R4J056 Q4FK48 Q8BUR4 Q07563 Q811P8 E9QJS1 Q60989 Q3TBG7 E9PWE4 Q62210 Q6ZQ88 Q3U0X6 Q9Z1P8 Q8R2R1 S4R2K9 Q8BGQ4 P70460 B2RUC7 Q9ES18 P58463 Q8CEC4 Q60793 A2RTD1 Q5SUC3 P33146 Q80ZV4 P23804 Q9ET43 Q8BRE1 Q8BXA6 Q91VS8 Q199A7 P55284 P13405 Q8BM92 K4DI58 Q9WTR5 Q8BZS5 Q3U1Y7 O88552 Q3UH53 Q9Z261 Q8R007 O70220 Q9Z0S6 Q9Z0S5 Q9Z0S7 Q5RJH3 Q3TCR7 Q4FJV3 F8WHU6 Q8BJS8 Q3UGS4 Q9JLB9 Q5D1E7 Q3UZK2 A0ABA7IXE6 A2RSP0 Q9JKF6 Q14BW2 P70408 Q3UM35 Q3UYK5 Q6PDI9 E9PYN1 Q3UNX6 Q0GH64 E9Q3A7 Q8BLQ9 Q61139 Q9D7U6 Q545A5 Q3TYA6 Q9JK83 Q6PFG2 P52480 Q3ULX4 Q6P1D6 Q8C6F2 Q6V4S5 Q9CU65 P68040 Q8CBL3 Q60771 G5E8P5 A2A3Z3 Q5DTK3 Q8CC06 A2A864 Q8VBU8 Q3URV7 P26687 Q8BSG9 P10605 Q3U0D9 Q8BSZ5 V9GX46 P54775 Q3UPK6 Q9CPS5 Q8BVQ9 Q61789 P62196 B2RT97 Q8C5B3 P0CG50 G5E874 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q548Y4 P49722 Q3TMT1 Q9D8W5 P99026 F8WHW6 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q14AQ1 Q58EV4 E9Q2L7 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 P25799 Q3TKV1 Q3U518 O35566 Q8C2K8 Q80UM7 Q64318 F8VQ28 Q9D2U9 O54942 Q3UZ96 Q8BSI9 Q6S393 A1A4T2 Q8C5H3 E9QAQ7 Q3TLP8 Q58E49 Q9CS58 Q6GU23 Q921E6 Q04888 A3KPD0 Q02257 Q8CJF9 P84228 Q8CGP2 Q8CGP0 Q9DBG6 Q64727 Q3UII1 Q62120 B2RTK3 Q8CGP7 P61804 Q3UGT9 Q9D8V7 Q9D031 Q149V4 Q7TSI6 Q8VHX6 Q3UF75 Q71FD7 Q8CDH5 Q8VD67 Q91XD2 A1BN54 B1ATC3 O55222 S4R1M3 Q3UHK8 O70146 G3UZX4 Q8R1M2 F6WMJ3 Q3TQN9 P01108 O54734 A0A0R4IZW5 Q64524 G3X9V2 P05480 A0A1X7SB71 P10853 Q02248 Q8BMR3 Q80ZL3 Q60972 Q3U573 A0A0R4J170 Q8QZT4 A2ADL9 B2RRY4 A0A2I3BRW0 P23188 F6XJP7 A0A0J9YU62 Q91YZ2 Q78XF5 P63085 B2RWH3 Q63844 Q64475 Q64478 Q3TLE2 C0HKE5 Q6AXH7 Q60FD1 G3XA13 Q3URU8 Q3TY70 Q6ZWQ7 Q3UQ34 O88792 A0A140LHR3 Q6ZWY9 Q3TZS1 Q8BJP2 Q3UD86 P27661 E9PW15 Q8BPN4 P09055 Q8C1L9 Q53Z05 G3X8Q0 Q9DBX7 Q8C7Q6 Q6PFX6 Q8BZ97 Q61080 A2AP51 D3Z569 Q545R0 Q3UHT3 Q8BPU7 B7FAU9 Q45VK6 Q8C449 A5D6P6 P09025 VITAMIN D (CALCIFEROL) METABOLISM%REACTOME%R-HSA-196791.9 Vitamin D (calciferol) metabolism Q9JLB4 Q3TWW0 Q32MW1 P63280 Q8C142 Q66JY8 Q3UE99 A2ARV4 P48281 Q3ULQ6 P21614 NEIL3-MEDIATED RESOLUTION OF ICLS%REACTOME%R-HSA-9636003.2 NEIL3-mediated resolution of ICLs Q8K203 SIGNAL REGULATORY PROTEIN FAMILY INTERACTIONS%REACTOME%R-HSA-391160.4 Signal regulatory protein family interactions Q3U419 Q3UDE9 K7Q751 Q6P6I8 B2RUR0 Q3U390 P35235 Q3UCJ0 Q3U967 Q3UND0 DAG1 CORE M3 GLYCOSYLATIONS%REACTOME%R-HSA-8932505.1 DAG1 core M3 glycosylations Q8BW41 Q8BG28 Q8BGQ4 Q8R2R1 Q3TUA9 Q8CBE6 DEADENYLATION-DEPENDENT MRNA DECAY%REACTOME%R-HSA-429914.4 Deadenylation-dependent mRNA decay Q544C9 Q9CQQ8 Q91YD3 G5E896 P54823 A0ELI5 Q3U9X2 B9EIX0 P62322 Q9CWN7 P62311 Q3U671 Q8K0V4 Q9CY46 F8VQ87 Q3TC46 Q542U7 Q3TMD4 B7ZWL1 Q543X5 D6RDC7 P58871 Q8C2W7 Q5CZY5 Q8K3P5 Q9D8X5 Q8C470 Q5F2A7 Q8VEG6 Q8BGD9 E9Q9E1 Q9EQN6 E9PUA2 Q640Q5 P29341 Q8BGF7 D3Z3J6 F8VPK0 Q91VC3 Q8BTU6 Q3TGM7 Q9DAR7 Q9JKY0 A0A0R4J146 Q8BH15 Q9DAA6 Q921I9 Q9JHI7 Q7TQK4 Q9D0M0 A0A0R4J0P6 Q571G2 Q3TKQ3 Q9CRA8 Q9CSH3 Q8BTW3 GLUCAGON-TYPE LIGAND RECEPTORS%REACTOME%R-HSA-420092.5 Glucagon-type ligand receptors P29387 P97751 Q6NXJ9 P63213 Q546Q8 Q3TQ70 Q6P8Y9 P48756 P63216 Q3UMY0 P61953 P50153 Q9JMF3 Q61012 Q544X5 P55095 Q9CXP8 Q8BJT8 Q3U9V4 Q54AE3 Q80ZS9 A0A0R4J003 Q9DAS9 Q3UG14 Q3UGN1 P32082 A0A158RFU9 Q3UN81 O35659 Q0P543 DEFECTIVE APRT DISRUPTS ADENINE SALVAGE%REACTOME DATABASE ID RELEASE 96%9734195 Defective APRT disrupts adenine salvage P08030 DEFECTIVE NTHL1 SUBSTRATE BINDING%REACTOME%R-HSA-9630222.2 Defective NTHL1 substrate binding O35980 DEFECTIVE GFPT1 CAUSES CMSTA1%REACTOME DATABASE ID RELEASE 96%4085023 Defective GFPT1 causes CMSTA1 P47856 IKBA VARIANT LEADS TO EDA-ID%REACTOME DATABASE ID RELEASE 96%5603029 IkBA variant leads to EDA-ID Q8CBT3 Q9Z1E3 Q3UV15 Q8VC91 Q548Y4 P25799 Q5D0E0 IMPAIRED BRCA2 BINDING TO RAD51%REACTOME DATABASE ID RELEASE 96%9709570 Impaired BRCA2 binding to RAD51 Q5SV02 Q8BWH5 Q8VC54 Q80YR6 Q3UJQ1 Q8BQY8 Q6ZQJ5 Q6ZQF0 Q3TKD1 Q5NCT2 Q9QZ11 B9EHX4 Q8BRV3 Q5SXJ3 O70445 Q4KL82 Q3TV35 Q9CQ71 Q9R207 Q3UYY2 Q8BMG1 E9PZ97 Q99J62 Q9QWZ1 Q5SWN2 Q9Z0F6 P97929 Q62193 Q6NV63 Q08297 Q5HZI8 INHIBITION OF PKR%REACTOME%R-HSA-169131.8 Inhibition of PKR Q03963 NEGATIVE REGULATION OF CDH1 GENE TRANSCRIPTION%REACTOME DATABASE ID RELEASE 96%9764725 Negative Regulation of CDH1 Gene Transcription Q4FK48 B2RTK3 Q8CGP7 V9GX46 Q149V4 S4R1M3 Q8R1M2 E9PWE4 Q3TMT1 Q199A7 Q6ZQ88 Q3U0X6 Q64524 P10853 O70220 Q60972 A0A0R4J170 Q3UGS4 A0A0J9YU62 Q91YZ2 P63085 B2RWH3 Q63844 Q64475 Q64478 Q3TYA6 Q6PFG2 Q64318 C0HKE5 P52480 Q6AXH7 Q9D2U9 Q9CU65 Q3UZ96 Q6ZWY9 Q3TZS1 A2A3Z3 P27661 E9PW15 Q8C5H3 Q8C1L9 Q58E49 Q921E6 P26687 Q8BSG9 Q53Z05 A3KPD0 P84228 Q8CGP2 Q8CGP0 A5D6P6 PP2A-MEDIATED DEPHOSPHORYLATION OF KEY METABOLIC FACTORS%REACTOME%R-HSA-163767.6 PP2A-mediated dephosphorylation of key metabolic factors P63330 A2AFM9 Q8BN07 Q99MZ3 Q8BIX1 Q76MZ3 Q91V89 RESISTANCE OF ERBB2 KD MUTANTS TO NERATINIB%REACTOME DATABASE ID RELEASE 96%9665246 Resistance of ERBB2 KD mutants to neratinib Q61081 B7ZNX6 Q80Y52 P70424 POSITIVE EPIGENETIC REGULATION OF RRNA EXPRESSION%REACTOME%R-HSA-5250913.6 Positive epigenetic regulation of rRNA expression B2RTK3 Q8CGP7 Q149V4 Q8C839 Q9DCC5 S4R1M3 P52432 A2CG76 E9QMN5 Q9D1M1 Q8R1M2 Q8BM83 Q3TMT1 Q3UII8 Q64524 Q6P3Z8 P10853 Q60972 Q2KHS8 B2RRX1 Q8BFX0 P70700 Q6PCP0 Q9R190 Q3V054 Q791N7 Q76KJ5 Q3TQG6 P97358 Q3V1B9 Q6PDZ2 Q9D4V4 Q3V214 Q3UHI3 Q3U2W2 B2RWH3 A0A338P6M3 Q64475 Q64478 P61219 Q5KU03 C0HKE5 Q9D2U9 B2RR30 Q6ZWY9 P27661 Q8C5H3 Q8VHR5 Q8K0T3 Q58E49 Q8BJ14 Q3UR53 F8VPZ5 Q9Z277 Q9Z2D8 A3KPD0 Q91ZW3 P84228 Q8CGP2 Q8CGP0 Q6RI65 DEFECTIVE NTHL1 SUBSTRATE PROCESSING%REACTOME DATABASE ID RELEASE 96%9630221 Defective NTHL1 substrate processing O35980 PTK6 REGULATES RHO GTPASES, RAS GTPASE AND MAP KINASES%REACTOME DATABASE ID RELEASE 96%8849471 PTK6 Regulates RHO GTPases, RAS GTPase and MAP kinases E9PYG6 Q3TLP8 Q8BUR4 Q8BHL5 F8VQ28 Q4VAE6 Q9D091 Q61411 Q8JZR2 Q3TJP4 Q05AA8 Q8BPU7 Q8CCL8 P2Y RECEPTORS%REACTOME DATABASE ID RELEASE 96%417957 P2Y receptors Q3UQ86 Q546L4 Q544F4 Q8BFU7 Q8BMJ5 A0A0R4J289 Q8BMC0 Q6NS65 Q91YU8 Q9D8I2 Q8BLG2 Q0VBT7 FRUCTOSE BIOSYNTHESIS%REACTOME%R-HSA-5652227.6 Fructose biosynthesis Q3UDY1 Q64442 SLC-MEDIATED TRANSMEMBRANE TRANSPORT%REACTOME DATABASE ID RELEASE 96%425407 SLC-mediated transmembrane transport Q3UE85 A0A7U3L6A3 A2AMH5 Q8BGY9 Q8BY89 Q3ULA4 Q9CXB2 Q921V7 Q5RJI2 Q5SX17 Q9D0J4 Q8K078 Q3UHK1 Q9ERP4 Q8K0E3 Q9ET37 Q3UMR9 Q925Q3 E9Q9W4 A0A452J893 E9PXX9 Q8BGD4 Q8C145 B1ARZ3 Q3UVU3 Q9D385 R4H243 Q8CIA5 Q05BA2 A2AKQ0 P48962 E9QM38 B2RRB2 Q5SWY8 A2AQ52 A0A076FSX1 Q8CIW6 Q3UDQ8 Q3UDF0 Q543E4 Q8K211 F8WGD7 Q3V0N8 B9EIV8 Q9D856 Q8VDT1 Q545A2 Q3UM63 Q8BJA2 Q6P5F6 Q91W10 Q7TPS4 Q9JHI4 Q8VC69 Q3UUJ6 D3Z5N1 B9EJ03 Q8K0H7 H3BKT5 Q8R139 S4R169 B2RQZ3 Q2TA58 Q9QZ03 Q8K596 U3RF68 Q8CF74 D3YVG0 A0A068BIT0 Q8R2Z3 Q8BZ82 O70577 P31650 Q8BXN1 Q6PCX2 P14142 Q9ERB5 A0A0R4J0F7 Q75N73 Q8R2I1 Q3V1K7 Q149G3 Q9QZD8 Q3UDP9 Q5UB50 P41251 Q8JZU2 Q68FL0 O08966 P21995 Q61609 Q60857 Q6P069 Q67BT3 Q49S98 Q3UR07 Q61420 Q9ES88 D3YXA7 Q8BUG8 Q544D7 Q61983 Q91ZN5 G3X943 Q3UPH6 Q3TY45 Q9CZG9 A0A0R4J0A6 P28571 Q6PGE7 Q542U5 Q8BPX9 Q91W98 Q3UWE2 P17809 Q91WD8 Q8BYF6 Q8BN82 Q80ZD3 Q62273 A0A1Y7VL74 Q2TK26 Q8R1T4 Z4YKJ7 Q3UQE3 Q9ESU7 Q8K2P7 Q3UUQ5 Q3U1J0 P70423 Q8VCS9 Q8CGA3 Q9DCP2 Q8CFE6 P51906 Q3TRY2 A0A0U1RPK4 G3X8X3 Q8VDB9 A1L359 Q91WV7 Q8BG16 Q9DB41 Q80X52 Q8BRX2 Q5SX53 Q3UYK6 Q8R1S9 Q9Z127 Q3TXM3 Q3UTP8 Q3UGD6 Q9Z1K8 D3Z0L1 Q542C8 Q9QXW9 Q5F227 Q8BL03 Q3T9X0 Q8BHK3 Q543U3 Q8BGK6 P63115 P51910 Q9EP96 O88909 G3X8P5 Q9JIH0 Q544N9 B2RXV9 A2ATP8 Q80UP8 Q9Z306 B2RRB7 Q99P65 A0A494BAC3 Q99J27 Q8BMD1 Q3TCZ2 Q8K0H1 E9Q8N8 Q504N2 Q5U680 Q9R155 Q8VD29 Q78IQ7 Q8BUN9 Q8VHL0 P18572 O88627 Q3TED0 A2A4V1 F7B0S9 Q8R2I2 Q8BLF7 A0A0R4J1I9 Q9ERH8 Q9JJL3 Q91VE0 Q9WVC8 Q9JHI9 Q53ZN9 A2AI62 P49282 Q8BGG0 Q8BU82 Q8R4H9 Q8BZ00 Q8BLV3 B2RXE2 Q3ZAS0 Q3UDC9 Q8BUE1 A1L3P4 A2A464 Q9D2V6 G3X939 Q9DBP0 Q80SU6 P14246 Q9QXI6 Q61327 Q547K2 A0A0R4J0P7 CTNNB1 T41 MUTANTS AREN'T PHOSPHORYLATED%REACTOME DATABASE ID RELEASE 96%5358752 CTNNB1 T41 mutants aren't phosphorylated Q7TS75 Q14DJ8 Q8BN07 Q6ZQK4 Q6PJ87 Q6PD03 Q76MZ3 Q5KU03 Q02248 Q91V89 P63330 Q6PD28 Q8BIX1 Q61151 Q8BNP7 SCN4%REACTOME%R-HSA-3282872.4 SCN4 Q6NSQ9 ONCOGENE INDUCED SENESCENCE%REACTOME DATABASE ID RELEASE 96%2559585 Oncogene Induced Senescence Q63844 Q6GTZ3 A0A0R4J0I0 Q8VD67 B1ATC3 Q3UTC9 Q8BJP2 Q3UHK8 P0CG50 Q3UD86 Q80ZA1 Q64364 Q549R4 P23804 P13405 Q8C8M7 Q9CYB4 Q9CS58 Q8BJ38 Q8K3Q9 Q545C3 Q9D297 Q9D153 Q6ZQJ8 G3X8Q0 Q8CJF9 Q0VBK8 P63085 Q3UP99 REPLACEMENT OF PROTAMINES BY NUCLEOSOMES IN THE MALE PRONUCLEUS%REACTOME DATABASE ID RELEASE 96%9821993 Replacement of protamines by nucleosomes in the male pronucleus Q61666 B2RTK3 A2AA28 Q64475 Q64478 Q64524 P10853 Q3URR1 Q9D2U9 Q80W85 Q545M0 Q8VIK3 Q6ZWY9 Q8CGP2 P27661 Q8CGP0 CAM-PDE 1 ACTIVATION%REACTOME%R-HSA-111957.3 Cam-PDE 1 activation Q9D5W0 Q9DBS6 A2ASF9 NGF-STIMULATED TRANSCRIPTION%REACTOME DATABASE ID RELEASE 96%9031628 NGF-stimulated transcription P15066 V9GX46 E9Q8C1 Q6GTZ3 Q543F6 A2RSD4 Q3U207 Q9WV31 Q02067 P41969 A0A0R4J088 O35926 Q8BM83 A0A087WSU4 Q544D2 Q3URA9 Q542T9 Q0VGU4 Q3ZB14 A0A571BE88 Q9JHZ8 Q6PGA2 Q8CAT6 Q545T4 Q8K4K4 P01101 Q545W1 Q3UMK5 Q8BJ14 Q3TYF1 Q569U6 Q8CBR9 Q9CZV7 F8V330 Q3TCR7 Q9JM73 Q921S6 C6 DEAMINATION OF ADENOSINE%REACTOME%R-HSA-75102.4 C6 deamination of adenosine Q91ZS8 Q3UH31 DEFECTIVE POMT2 CAUSES MDDGA2, MDDGB2 AND MDDGC2%REACTOME DATABASE ID RELEASE 96%5083629 Defective POMT2 causes MDDGA2, MDDGB2 and MDDGC2 Q8BGQ4 Q8R2R1 Q8CBE6 BACTERIAL INFECTION PATHWAYS%REACTOME%R-HSA-9824439.2 Bacterial Infection Pathways P40240 Q80Y52 Q99JW5 A2RSB9 Q3UWA6 Q9Z0E6 Q4FJQ0 Q6PCP3 P70343 Q8BTS3 P0CG50 Q5FW64 Q3UHW8 Q80Y09 Q059V7 F8VQL0 Q3UMA3 Q3TRJ7 Q3TGH8 Q71LX8 Q62420 P01887 Q3UGN9 A0A0R4IZW5 G3X9V2 P08071 Q5FW97 P05480 Q3U1N0 A0A1X7SB71 Q02248 Q3TT90 Q9CZV7 Q8C076 Q9CQD1 Q80ZL3 A0A0X1KG61 A0A0A6YX18 Q3TMJ8 P23188 Q2HZ94 P63085 Q2NL51 P09411 Q8CE90 Q63844 Q8K2U0 Q91YS7 G3X8Y8 Q60960 Q8VIJ6 A0A1Y7VKW0 P29477 Q5D0A4 Q8CHR4 E9Q555 P60879 Q69ZS6 P61264 Q9JIS5 P58252 H6RXZ1 A8DUK0 A0A0R4J2C2 Q62442 Q8BG39 Q9JMH6 Q91VB8 A0A0R4J0D4 Q61107 RUNX1 REGULATES TRANSCRIPTION OF GENES INVOLVED IN DIFFERENTIATION OF KERATINOCYTES%REACTOME DATABASE ID RELEASE 96%8939242 RUNX1 regulates transcription of genes involved in differentiation of keratinocytes Q545T0 Q8C1K3 Q543M3 Q8CDC0 Q08024 O35718 DAG1 GLYCOSYLATIONS%REACTOME DATABASE ID RELEASE 96%8931838 DAG1 glycosylations Q8BWP8 Q3UMQ5 Q8BW41 Q8BG28 Q9D321 A2RSS2 Q8R2R1 A0A1Y7VM96 Q61420 Q8BVJ1 Q8CG64 Q765H6 Q14AT0 Q8BGQ4 Q059X9 Q3TUA9 Q8CBE6 Q91X88 LOSS OF FUNCTION OF MECP2 IN RETT SYNDROME%REACTOME%R-HSA-9005891.5 Loss of function of MECP2 in Rett syndrome P05132 Q8BHJ5 Q9JM08 Q60520 Q58E49 Q9QXE7 Q80ZV7 Q921N8 Q8BGR3 Q8CHB6 ACYL CHAIN REMODELLING OF PG%REACTOME DATABASE ID RELEASE 96%1482925 Acyl chain remodelling of PG Q6GTW1 Q6NVG1 Q3TYT9 Q6A0A4 Q8CB47 Q9DBX5 Q3TFD2 A0A0C3SFZ5 Q9QZT4 Q8K130 Q50L43 Q9EPR2 D3Z1N8 Q3UG05 Q50L41 Q6AXH0 DEFECTIVE VISUAL PHOTOTRANSDUCTION DUE TO RDH5 LOSS OF FUNCTION%REACTOME%R-HSA-9918438.1 Defective visual phototransduction due to RDH5 loss of function Q8BSF7 Q544Y3 TELOMERE MAINTENANCE%REACTOME%R-HSA-157579.7 Telomere Maintenance B2RTK3 Q8BWH5 Q8CGP7 O35654 Q149V4 Q0VGM9 Q91VL8 B2RS36 Q6ZQJ5 Q3V252 Q9CQS2 S4R1M3 Q8R1M2 P0CG15 E9PVJ3 Q9ESX5 Q3UXU8 E0CXE7 Q9D7K2 Q7TMX5 A0A6Q6QXN1 Q3TXT7 D3YVY9 Q9CRB2 Q91WC1 Q3U1C2 Q64524 P51943 A0A2I3BQJ1 Q3UKR0 P10853 Q9CY66 Q61687 P97760 Q3UGB9 Q8BFX0 Q9CQR6 Q8CFI7 E9QM06 P60898 Q61456 G5E8R4 Q8VC51 Q6PI63 P68433 Q3V214 Q8K1K3 A0A3Q4L2S8 B2RWH3 A0A338P6M3 Q64475 Q64478 Q91Z50 P61219 P62488 P08775 C0HKE5 Q9D2U9 A0JNY9 Q6ZWY9 P52431 P27661 Q3TKD1 Q542J9 Q8R055 Q4KL82 Q9CQ71 Q8C2T6 B9EHJ9 P33610 Q5U4B1 Q5FW94 E9PZ97 Q8BH76 Q547B4 Q99J62 A3KPD0 Q5SWN2 Q8CGP2 Q8CGP0 Q62193 Q5HZI8 TAT-MEDIATED ELONGATION OF THE HIV-1 TRANSCRIPT%REACTOME%R-HSA-167246.4 Tat-mediated elongation of the HIV-1 transcript Q3UZB8 A0A3Q4L2S8 A0A338P6M3 Q7TSG2 O55201 Q8C4Y3 Q7TPV0 Q542U3 P61219 P62488 P08775 Q9CQ49 Q8BG30 Q3UIA1 G3X956 Q3UWX7 A0A087WNT1 Q922L6 P97760 E9PWD3 Q08943 Q8BFX0 P63271 Q3THK3 Q9QWV9 Q8CFI7 P51949 E9Q6K1 P60898 Q8K2X8 Q7TPY0 Q99J95 P49135 Q3UYV9 Q3THG5 Q8CB77 Q3UMJ4 Q6PI63 Q3V214 O08856 TANDEM PORE DOMAIN HALOTHANE-INHIBITED K+ CHANNEL (THIK)%REACTOME%R-HSA-1299287.3 Tandem pore domain halothane-inhibited K+ channel (THIK) Q3TYG8 AKT PHOSPHORYLATES TARGETS IN THE NUCLEUS%REACTOME DATABASE ID RELEASE 96%198693 AKT phosphorylates targets in the nucleus Q9Z1M4 Q4KL34 Q9WVH4 P31750 Q9R1E0 Q545Q1 Q8C6X4 Q8CE74 ATF6 (ATF6-ALPHA) ACTIVATES CHAPERONES%REACTOME%R-HSA-381033.4 ATF6 (ATF6-alpha) activates chaperones Q8CF69 F6VAN0 B2MWM9 Q9WTZ2 Q3V405 Q9DBV7 Q3UAD6 Q8C590 Q7TPS7 Q3U7T8 Q8CHX6 RIBOSOME-ASSOCIATED QUALITY CONTROL%REACTOME%R-HSA-9948299.3 Ribosome-associated quality control Q5YLW3 Q9CQR2 P62264 Q6ZWN5 P54775 Q4FZH2 Q8BP67 Q3UPK6 Q9CPS5 Q5M9N8 Q642K1 Q9CXW4 Q8BVQ9 P62717 Q80X73 P62196 Q3UHY8 B2RT97 P0CG50 Q561N5 Q5M9K7 P62830 Q3TKG4 Q542I9 A1L3B8 P14685 P99027 Q6A009 Q545G0 Q9D823 Q3UFQ4 P49722 Q9D8W5 P99026 Q505A8 Q9R1P0 Q58EA6 Q4FZE6 Q3TV35 Q9CZX8 O35593 Q564E8 Q9R1P3 Q5I0T8 P62878 Q497N1 Q14AQ1 Q5CZY9 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 Q01853 P70195 Q6PAR0 J3QM81 B2ZAC8 Q60692 Q80YR4 E0CXB1 Q6RI64 Q3TS44 Q3UDU9 Q9D4H8 Q99JI4 Q4QQL2 Q3TKV1 P70362 Q6ZWU9 A0A087WNT1 G3UWD8 P97461 Q4VAG4 Q58E35 P86048 Q9CQD0 P62911 Q545X8 P14206 Q9CPR4 Q0VBA4 Q3UC02 D3YYB0 E9PZJ8 Q5M9M4 Q91WR3 Q5M9M0 GBP-MEDIATED HOST DEFENSE%REACTOME DATABASE ID RELEASE 96%9953170 GBP-mediated host defense B2RRX1 O70456 A0A3Q4EGX3 P23188 Q61107 Q8BUY9 Q541Z2 Q8BMN7 Q8K2I1 Q4KL81 Q9Z0E6 P29452 INTERLEUKIN-4 AND INTERLEUKIN-13 SIGNALING%REACTOME%R-HSA-6785807.8 Interleukin-4 and Interleukin-13 signaling Q3UPN1 P52633 E9QJS1 Q3TZ05 A0A3Q4EGX3 Q9WVH4 Q3U0Y6 Q99PH8 Q80ZA1 O08530 Q3UZF9 P12032 A0A0R4J0R7 Q2PMY2 F8VQL7 A0A0R4J0H1 P10749 Q8C3F5 Q64318 O54928 P20109 P07750 P01193 Q3UJ53 P29477 Q8C6Z4 V5SIM2 P48298 Q922W6 Q9EPL5 Q8BNM4 Q3U0R5 Q6GU23 Q3U879 Q3U905 Q3TX57 P25233 Q61553 Q545B5 Q99K94 O88786 Q62120 Q80Y52 P31750 P97287 Q8C7P2 Q7TNI7 Q9EQT3 O35716 O35284 A2RTD1 A0A0R4J096 P53347 Q3UNK5 Q544E6 Q546S6 P01108 P01101 Q790L7 Q504P4 Q5FWJ3 Q564P6 P41245 Q8C9G5 A1KZZ4 Q3UE64 Q549P2 A2CF88 A0A0U1RNJ3 Q5SUZ5 Q542I8 Q545P4 P11672 Q8VH33 Q3URU8 Q549G3 G5E8F1 F8WH42 Q541T2 Q3U593 Q8BQK4 Q3ZAX5 Q5HZH3 Q9R1E0 Q61805 Q3UCW2 Q3V3W7 P04918 O35718 P09055 Q00731 Q3URV7 Q8BLP9 Q569U6 P26687 Q60I23 Q3U5U6 Q05769 P48999 Q3UAD6 Q544F9 Q3UG07 G5E8U4 Q3U8M7 Q4FJV4 TRANSPORT OF CONNEXINS ALONG THE SECRETORY PATHWAY%REACTOME%R-HSA-190827.4 Transport of connexins along the secretory pathway Q8C4N2 Q3UJE9 A0A654IEJ3 OLFACTORY SIGNALING PATHWAY%REACTOME DATABASE ID RELEASE 96%381753 Olfactory Signaling Pathway Q7TRX9 Q5NCC8 Q0VEZ4 Q9QZ19 Q9QZ18 Q7TRY2 Q7TR80 E9PZU2 Q0VDY1 Q7TQU8 Q7TQU7 Q5NCD0 Q7TRW8 Q8VBV9 Q7TRW7 Q7TRW4 E9Q4G0 F8VPZ8 Q7TRX1 Q7TQT8 Q7TRV8 Q7TRV7 Q7TR55 Q7TQT1 Q149M3 Q9EPF7 Q9EPF8 Q7TRU7 Q7TQS1 Q8VEZ1 E9Q7P5 A2ATJ9 Q8VEZ3 E9QAT7 Q8VF22 Q8VGU4 Q8VG42 Q8VG49 Q8VGU9 Q7TRL3 Q8VG45 Q8VGU5 Q8VFS6 Q8VGU7 Q7TRL9 A2AVK5 Q8VG32 Q8VF18 Q8VFR3 Q8VF14 Q3SXH8 Q8VGS0 Q8VGS1 A2ATE0 Q8VF06 Q8VF05 Q8VG29 Q543C6 Q8VG25 Q8VF03 Q80TY9 Q8VG19 A2ATE5 Q80ZI2 A2RT31 Q8VFP6 E9Q050 Q8VGR9 Q3TQ70 Q8VFP8 Q7TRI2 Q8VGR8 Q8VFP2 Q8VG11 Q8VFP4 Q3SXJ3 Q8VFW5 Q8VG87 Q7TRP1 Q9JMF3 Q8VEU0 Q8VG81 B9EHG2 Q7TS18 Q8VFW9 A0A0G2JFH3 Q8VG74 Q8VGX5 Q7TS02 Q7TS01 Q8VG73 Q8VF55 Q8VGX6 Q8VET4 Q8VFV0 Q8VFV2 Q5SW48 Q8VGX2 Q8VET0 Q5SW49 Q7TS06 Q920Z0 Q9EQA9 K7N6V7 Q8VES2 Q7TRN0 Q8VGW5 G3X9L8 Q8VGW2 Q8VES9 Q7TRN8 Q7TRN7 Q8VFU7 Q8VGW8 B2RQ58 A2AM35 Q8VF31 Q7TRM0 Q8VFT2 Q8VFT4 Q8VGV5 Q8VGV1 L7MTT3 Q7TRM6 Q8VGV7 Q7TRM4 E9Q0Z1 Q8VFT5 Q8VF37 Q8VGV8 Q7TRM9 B2RVZ1 E9Q549 A2AVC4 E9Q546 F8VQ01 E9Q545 Q60879 A2RTN7 E9PV96 E9Q554 A0PK62 E9Q550 Q8VGK3 E9Q438 Q8VGK1 Q8VFI0 Q8VFH8 Q8VGJ8 Q8VGJ3 Q8VGJ5 E9Q0M4 Q7TRB7 F8VQ18 Q8VGJ1 E9Q1P2 Q8VGI8 Q8VFG7 A2AVB5 Q8VGI2 A0A140T8K4 Q14AJ9 E9PYB3 Q8VG04 Q14AK5 Q8VGP8 A0A1D5RLF1 Q8VH17 Q8VFN6 Q8VGP6 F8VPJ9 Q8VFN0 Q8VH11 Q8VGP1 Q8VH10 Q8BHK8 Q8VH13 Q8VFN1 Q7TRG9 Q8VH08 Q8VFM9 Q8VH09 Q60886 E9QKE8 A2AT85 Q8VH00 Q8VFM1 Q0VEL5 K7N6Q1 B2RVX8 Q8VGN6 Q7TRF3 Q920P2 Q60890 Q7TRE6 Q8VFK7 A0A1B0GSF4 Q8CBL7 D3Z1C5 E9QNM5 M1H0B0 A3KGE1 Q3UW12 K7N6B3 K7N6B1 A0A1L1ST14 A2ASU6 K9J6X0 B2RSL5 Q8VGC7 Q7TQZ2 Q8VFA2 Q7TQZ0 Q7TRZ7 Q7TR95 Q0VAX9 E9PYY2 E9PWU0 E9Q848 Q8VGB3 Q7TQY0 Q8VGB4 Q0VAY0 Q7TR87 Q9R0K2 Q8VGA0 F8VQ90 Q9Z1V5 Q0VAZ7 Q8VGH2 Q8VFF1 E9Q985 A2ALD2 Q9QWU6 Q8VFE3 Q8VGG4 Q8VFE2 Q8VGG6 E9Q518 E9Q407 Q920G5 Q8VGE3 Q8VFC2 Q8VFC8 Q8VEY7 Q62007 P23275 Q7TQR9 Q7TQQ5 Q7TR24 Q7TQQ3 Q8VEX8 Q7TS43 Q7TQQ2 Q7TS40 Q8VEX5 Q8VFZ5 Q7TR28 Q8VFZ2 Q8VF87 Q7TR10 E9Q5F1 Q7TS30 Q8VEW1 E9PYP4 Q8VF83 Q62342 Q8VG96 Q8VGZ7 Q8VF75 Q8VFX5 Q8VEV7 A2AV13 Q8VFX8 Q8VFX7 Q8VEV0 Q8VGZ2 E9Q8M3 Q8VF72 Q7TR09 F8VQB1 Q8VF78 Q7TR79 SIGNALING BY HEDGEHOG%REACTOME%R-HSA-5358351.5 Signaling by Hedgehog P84309 Q3TUP2 P54775 Q9WTX6 Q3UPK6 Q91WF3 Q9CPS5 Q8R116 A0A2I3BRC5 Q8BVQ9 P62196 Q9CSE3 B2RT97 P0CG50 P68181 Q284W0 Q3TKG4 E9Q706 Q542I9 Q6PCQ0 A1L3B8 Q8K1G2 P14685 P57680 Q8BND3 Q545G0 Q2M1K0 Q49MD7 P49722 Q9D8W5 Q7TN16 P99026 Q3UI47 D3Z763 Q9R1P0 O88444 A0A286YD87 Q32MD9 Q3TV35 P09103 Q8C863 O35593 Q9R1P3 P62878 Q5SUR3 Q14AQ1 Q58EV4 Q5R252 O55234 Q3TY04 B2RQZ0 Q542H2 Q5BKQ9 Q3UUN2 Q9JKV1 A0A286YDT6 Q3TXS7 P70195 Q8BJN8 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 H3BK84 Q3TKV1 Q9QZS3 Q80TY9 E9PVK4 Q3UU15 E9Q9G8 Q3V1Q3 Q3URP3 Q3TQ94 A0A0R4J1R1 Q8K1M3 Q3U957 Q9DBC7 Q62226 Q8BSC0 Q3UGF1 Q544P6 Q80XI9 P05132 Q8CG73 Q3TYX7 Q6VH22 Q8BWG8 D3Z025 Q9CTE0 J3JS97 Q62559 Q8K2C7 Q8VEH8 Q3U5E6 Q8BKI7 Q9DBZ2 Q01853 H3BLN8 Q6GTY4 Q3U3Q1 Q2M2N2 O88413 E9QL29 Q8BMD2 A0A140T8Q9 Q059U7 P47806 E9Q9T4 Q8BMT9 Q8CIP5 Q6PJ87 Q5KU03 E9PXU2 Q7TS64 Q3U0Z8 PURINERGIC SIGNALING IN LEISHMANIASIS INFECTION%REACTOME%R-HSA-9660826.3 Purinergic signaling in leishmaniasis infection Q32MT1 Q9CX34 P10639 Q0VEE0 Q8CHP4 P29452 Q3U0Y6 Q8CDV7 Q8R4B8 Q548Y4 Q2PMY2 Q059V7 A0A0R4J0P5 Q71LX8 Q9Z257 Q5U7A4 Q54AA2 P10749 Q3U5U6 A0A679AXP3 Q8BG60 P01027 Q3UV15 P25799 Q3TQC7 HYDROLYSIS OF LPC%REACTOME DATABASE ID RELEASE 96%1483115 Hydrolysis of LPC Q50L43 Q8VCI0 Q9DBX5 A0A1D5RLZ5 Q50L42 Q64GA5 Q50L41 Q8C0L9 PEPTIDE LIGAND-BINDING RECEPTORS%REACTOME%R-HSA-375276.10 Peptide ligand-binding receptors Q6GR78 Q3U1H9 P57774 Q545V4 Q3UUQ5 Q3SWS4 A0A0N4SVY6 Q9WU02 Q5U7A4 Q8JZL2 Q3UVW8 Q496T0 Q3V249 Q6S9I3 O08675 A0A1Y7VN85 P58308 P01193 Q8BZ39 Q544E0 Q3TJ94 P29754 A1KXK3 H7BX38 P56450 D3Z621 A2APU5 A2ACT4 P56942 Q542T1 Q05AD1 A0A0R4J0N8 P48298 P48302 Q3UZW2 O54798 Q14AB2 Q6R6I7 P30875 E9Q0U9 Q14A28 A0A0B6VTJ4 Q543T0 Q059S5 Q5RL10 A2RTV8 Q543S8 P21729 Q5Y988 Q0VDP6 Q3U1E8 Q544G7 A2AIY3 Q5Y985 O88536 Q542U1 Q8R1I2 Q8CHK2 Q642U4 Q3V2F3 P30558 P32299 Q3V2F0 Q9WVA8 Q9JL21 Q543U8 P22389 P51682 Q543U6 P30548 Q545B5 E0CY28 Q3U1J5 Q3TPL0 Q8BMP4 Q8R041 O88634 Q9EQ16 Q547R2 Q8BZV9 P50228 Q149W7 Q62361 P51680 Q3UXY8 Q5QNV9 Q9JKL1 Q5QNW0 Q3TU81 O35457 Q548V9 Q3UTR7 Q9EQF2 Q541G7 G3UWC3 Q61041 Q0VEH1 Q4VA00 P30935 Q9QY42 I0J0X7 Q91YP2 A0A250SH12 Q544P9 P0C0P8 Q3ZB17 Q0VBD7 F6R5P4 Q3ZB46 E9Q468 P35343 Q5SVU3 Q546S6 C5H7S2 Q0VB35 Q0VBE5 Q9JIL2 Q924H0 Q059K7 Q32MS1 Q61614 Q6P8R3 Q8CE23 Q3SWR9 Q80Z58 Q0VB49 S4R1K3 Q9EQI5 P49681 P47937 Q3U5L7 Q543X3 Q9D3P9 Q9JHH5 Q8BKB0 A0A1C7ZMY0 P55099 Q8BVW4 P56479 A2CFE9 Q542B6 Q496X5 Q5UCB4 A1KZZ4 O08790 P56485 Q3V002 Q6W5C0 Q9WUT7 A0A0R4J0J4 Q3UR83 Q5XZF2 O88410 Q8BFQ1 Q9WV08 A9Z1Z1 Q810W6 P47774 P56469 Q3V1K5 O08707 A1L151 A0A140T8J4 B2RU75 A0A183ZRM3 O88853 P04918 P18340 Q8BLP9 A0A0R4J1D6 O08858 Q3US12 Q6VMN6 Q04683 Q545V6 Q544B5 O35188 A2RTH0 P01027 P33766 P30993 P06684 Q3V334 E9QQ21 Q4FJV4 CHL1 INTERACTIONS%REACTOME DATABASE ID RELEASE 96%447041 CHL1 interactions Q8BPT3 P09055 Q9JMB8 P70232 Q504P4 P97333 Q0VGY9 Q62469 E9PXZ3 MITOTIC G2-G2 M PHASES%REACTOME DATABASE ID RELEASE 96%453274 Mitotic G2-G2 M phases Q569L8 P30276 F8VQK6 Q8BN07 E9QQ10 Q64702 P54775 Q5SW18 Q9WTX6 Q3UPK6 Q0PD50 Q9CPS5 Q99L00 Q5SS40 A0A494BB86 Q9DBN8 Q8BVQ9 Q3UR74 P62196 Q0VGR5 Q9JJ94 B2RT97 P0CG50 P48964 Q80ZA1 Q3TKG4 E9Q3P4 Q542I9 A1L3B8 Q8K3K8 P14685 Q545G0 P49722 Q9R1K9 Q9D8W5 P99026 Q9R1P0 Q8QZX2 Q3TV35 O35593 Q9R1P3 P62878 Q6NV99 Q5SUR3 Q14AQ1 Q58EV4 O55234 P62141 Q542H2 Q5BKQ9 Q8BFT2 Q9JKV1 Q8BTJ3 A0A286YDT6 Q6ZQ12 E9PWD3 Q3TXS7 Q9CQS9 P70195 B1AXI9 Q3USK2 U5KVR9 Q9CWU3 P51949 A0A1D5RMI8 Q9D6F9 Q5SRY7 D3YVU3 Q60692 O35450 Q542Q3 P33215 E0CXB1 Q62392 Q6RI64 Q3TS44 Q3THG5 Q99JI4 H3BK84 Q3TKV1 Q80WQ8 P48972 P68372 Q8CDL2 P68369 P68368 Q3TEY6 Q3URP3 Q3UZY0 Q66JX5 Q80UF4 Q6F4J1 Q9R0L6 Q0VEJ0 Q8BKT8 A2AUM9 Q9D3R3 P05132 E9Q5A8 A0A494BB26 Q3TPZ5 Q9D786 E9Q919 P99024 Q6P5D4 Q80Y52 Q7TSH4 Q99NF3 Q8BUR9 Q3UPW7 B8JJE7 A8IP69 Q9CQ25 Q8BKN5 Q8BUH2 Q6F4J0 P58854 Q5BJ29 A0A494BA29 Q8BYN2 Q3UIT6 Q6IQY5 Q9DBR7 P11440 Q3TPZ2 Q9ESG9 Q71LX8 Q9CYB4 Q564P6 P51943 Q3U3D4 Q60972 Q3UGB9 Q6ZQJ8 B7ZN58 Q8BP64 A0A0A6YVZ7 Q61456 E9Q0Q9 P47810 P63168 K3W4R5 Q3TYE1 P63330 J3QP81 Q6P1H7 Q9JHU4 Q8BQ33 A2A9P6 G3X8V5 Q91XC0 A2RTH5 Q8BVQ5 Q9CXH7 Q8BS90 Q8BJ14 Q76MZ3 Q3TPJ8 Q3U4H0 Q8BIX1 Q8BYY5 CGMP EFFECTS%REACTOME DATABASE ID RELEASE 96%418457 cGMP effects Q7TPG2 Q9CZM9 A0A0G2JF67 Q8C8N0 Q9DBS6 A2ASF9 Q8CAH8 Q9JIN6 P0C1Q2 Q5SQK1 Q5PR72 Q3UXG3 Q3UR44 Q8BSU4 DAG1 CORE M1 GLYCOSYLATIONS%REACTOME DATABASE ID RELEASE 96%8932506 DAG1 core M1 glycosylations Q8BGQ4 Q8R2R1 Q8CBE6 Q91X88 UB-SPECIFIC PROCESSING PROTEASES%REACTOME%R-HSA-5689880.4 Ub-specific processing proteases A0A286YDW9 Q8C2S0 Q8K409 A0A0R4J243 P54775 Q3UPK6 Q9CPS5 Q5I043 Q8BVQ9 P62196 Q9CSE3 Q3TT00 B2RT97 P0CG50 P48964 Q80ZA1 Q8BG51 Q3TKG4 Q542I9 Q8C6X9 A1L3B8 P14685 Q545G0 B2RQC2 P49722 Q9D8W5 P99026 Q62210 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q3TSV9 Q14AQ1 Q6P3Z8 Q58EV4 Q923A8 O55234 J3KMM1 Q542H2 Q5BKQ9 Q64525 A2AGL8 Q9JKV1 Q60855 Q60930 Q5EBQ0 Q8BUN5 Q3TXS7 Q9D721 A2AI52 P70195 Q62432 Q60932 Q9Z1E3 E9QLK7 Q60692 Q3TSE5 Q8R2Y8 E0CXB1 E9QAM0 Q6RI64 Q3TS44 Q8R0L9 Q99JI4 Q3V059 Q8VC91 Q3TKV1 O88623 A0A0R4J2D0 P19091 Q3UEV2 Q8CF89 P70196 Q3U4W8 Q3UUT8 A0A0H2UKB8 Q9D2U9 Q6PFX9 Q5BKP2 Q9CTM5 Q8BH57 Q3UES3 Q8CGB9 Q5XPI3 P52479 P26361 Q3U0R5 Q8VCM5 Q3UQK5 A3KPD0 Q8BVZ5 Q9Z2X8 Q8CGP2 Q8CGP0 Q8BWG8 Q99KQ3 B2RTK3 Q8CGP7 E3SRG8 Q7TSH4 Q149V4 F8VPX1 J3JS97 Q3UTC9 Q3UN04 Q9CZW5 O70492 Q99LG0 Q4FZK4 P23804 P01108 Q3UMA3 Q3TGH8 Q14DJ8 Q3U1C2 A1L0V6 Q64524 Q3TGP5 A0A1L1SV73 P51943 P10853 Q569Z9 O35465 Q61456 Q99LB6 Q9D5H8 A0A5F8MPP4 B2RWH3 Q4KL34 Q64475 P18762 Q64478 C0HKE5 Q80TQ2 Q3TPN5 Q8C7T5 Q6P9L4 P70340 Q6ZWY9 E9PUE2 Q3UCW2 Q7TQI3 P70362 Q3UAR6 Q80YR7 A2ALR9 Q8C6M1 Q5DU02 Q64522 Q9JJ66 A2AB79 E9PYI8 Q8CGP4 Q8CGP5 B2RPW6 Q9D9M2 ABC TRANSPORTERS IN LIPID HOMEOSTASIS%REACTOME%R-HSA-1369062.5 ABC transporters in lipid homeostasis E9Q876 P48410 Q8VCI5 Q8K441 Q91WA9 E9Q6G4 Q61285 Q00623 Q0VDW9 A0A0G2JDI9 Q6AXE3 Q3UIG2 Q99PE8 Q8K448 Q8K449 Q7TSR6 A2AJ26 DEFECTIVE SLC12A3 CAUSES GITELMAN SYNDROME (GS)%REACTOME%R-HSA-5619087.4 Defective SLC12A3 causes Gitelman syndrome (GS) Q543E4 RNA POLYMERASE II TRANSCRIBES SNRNA GENES%REACTOME DATABASE ID RELEASE 96%6807505 RNA polymerase II transcribes snRNA genes Q80VR2 A0A0R4J195 Q8QZV7 P61216 Q9D168 Q9JJ48 Q8BGW5 Q8CHT3 Q3UZ18 Q3TPV8 E9Q286 Q8VDS4 Q6NXI6 Q3U1N8 Q8R3P6 Q8CIM8 Q8VC34 Q9CY97 Q3UKU1 A0A0R4J0J5 A0A0R4J0E4 Q9CWS4 Q8R2Y9 Q80V86 Q6PCM2 Q7TPD0 Q00196 E9Q360 F8VQL7 P97760 Q8BFX0 Q3THK3 Q8CFI7 P60898 Q3THG5 Q3UMJ4 Q6PI63 Q3V214 A0A3Q4L2S8 A0A338P6M3 O55201 Q8R2K7 P61219 P62488 O70230 P08775 Q91XA5 Q9CQB0 Q8K0S9 Q8BP86 Q9CQ49 Q3UIR2 Q9D0D5 Q99JX1 Q3U3M5 Q8VI33 G5E8V8 P63271 G3X8Q0 Q9QWV9 Q3ULN2 Q3TN86 F8VPY2 Q149E9 Q9EQH4 Q99J95 Q3UYV9 Q6RI65 Q7TQK0 Q62311 Q99MR6 O08856 REGULATED PROTEOLYSIS OF P75NTR%REACTOME DATABASE ID RELEASE 96%193692 Regulated proteolysis of p75NTR E9PXU2 Q3U4P5 P70196 Q3UYK2 P57716 Q8C7N7 Q9Z0W1 Q548Y4 P25799 SMAC, XIAP-REGULATED APOPTOTIC RESPONSE%REACTOME DATABASE ID RELEASE 96%111469 SMAC, XIAP-regulated apoptotic response Q60989 A2AS93 Q9JIQ3 Q4FJQ4 Q5DU30 P70677 ASSEMBLY OF ACTIVE LPL AND LIPC LIPASE COMPLEXES%REACTOME%R-HSA-8963889.5 Assembly of active LPL and LIPC lipase complexes Q80WX2 Q9Z1P8 Q8C7G5 Q91XE9 P11152 A0A7U3L6A3 Q8C3X8 Q3U3R4 Q9WTZ2 Q91VK0 P06728 Q3UJG0 P23188 F6XJP7 A0A087WPI6 Q3TYU0 Q3UEF5 Q8CHX6 EXTRA-NUCLEAR ESTROGEN SIGNALING%REACTOME%R-HSA-9009391.5 Extra-nuclear estrogen signaling Q3UN27 Q9D270 Q924U4 Q3UHZ0 P31750 Q80Y52 Q8C7P2 Q9WVF5 B2RVZ3 Q61521 Q9WVH4 Q9DC51 Q0VEB7 Q543J8 Q8C0N6 Q5FW64 Q9CX58 P41969 P42337 P01101 Q790L7 P05480 Q3U9V4 Q3U1L4 P41245 Q61411 P46414 K7Q751 B2RSH2 Q3UG14 Q3UGN1 O08908 P63085 Q8C6X4 P29387 Q63844 P63213 Q8CI15 Q3TQ70 Q6P8Y9 Q9D091 P08752 P63216 E7FJU2 Q3UMY0 Q3V341 Q4FJT2 Q8BQK4 P61953 Q3UWD7 P50153 Q8C5P3 Q9JMF3 O55106 Q61012 Q8CE74 Q922W6 Q3UXE9 Q9CXP8 Q54AE3 Q9Z0U9 Q545E4 Q9DAS9 Q9JM73 P49817 Q8BYY5 A0A1W2P736 Q3UG07 Q91WU6 TICAM1-DEPENDENT ACTIVATION OF IRF3 IRF7%REACTOME DATABASE ID RELEASE 96%9013973 TICAM1-dependent activation of IRF3 IRF7 Q542T3 A1L361 Q3UHJ1 P0CG50 Q80UF7 Q3U9K6 Q8C2D3 Q99MB1 Q9R0T8 Q8K3K8 MRNA 3'-END PROCESSING%REACTOME%R-HSA-72187.8 mRNA 3'-end processing Q3TT81 Q91YE7 Q3UJB0 Q3TF92 Q497W9 P0CG50 Q9D1P6 Q3UDS1 P62137 Q8C7E9 Q80X82 Q8CE71 A2AEK1 A0A2R8VK76 Q8VEK3 Q3V141 Q9CQF3 Q3UGU6 Q99LC2 P62141 Q8BTS0 Q99LI9 P97760 Q8BFX0 Q3THK3 Q8CFI7 P60898 Q9DBR1 Q3UMJ4 Q6PI63 Q3V214 A0A3Q4L2S8 A0A338P6M3 P61219 P62488 P08775 Q3UBT1 Q8QZY9 Q569Z5 A2ALF2 Q9Z2X1 E0CXT7 Q8CCS6 Q8CFQ9 Q8C839 Q9CQI7 Q3TVM1 Q5U3M2 Q5EBP8 Q8BTV2 F8WJG3 Q9Z204 Q3TH57 Q6ZWP0 Q8R1V7 Q62189 Q570Z0 Q3UXT6 Q8R3F9 Q8CH18 Q80W00 Q9WV02 Q8CH02 Q8BGC0 Q3UA07 A2ADR8 Q569X3 B2RY56 Q3UEB3 A0A1B0GRU8 Q6NV83 Q8VHM5 Q9D824 Q58E59 B2RSV4 Q8JZX4 Q7TN25 Q8C2Q7 Q9Z1N5 Q5FWJ5 Q8CCY8 Q8BHJ9 Q8CB58 Q62093 Q3UAF1 P84104 Q3UL31 Q8VE80 E9PW20 Q80UI8 Q99KG3 E9PUK6 Q3THA6 Q923D4 Q6PDM2 P60335 Q3TWW8 Q80X98 Q91VC3 Q9DC48 Q9CVU5 Q8BV04 Q3UN87 Q8BGJ9 Q9D0B0 P61327 Q810A7 Q9CQ49 Q8R3N6 P70333 Q91Z49 A0A0R4J0J6 Q9CWZ3 Q8BTI8 Q3UDD3 G3UZW7 Q5U4D9 O08583 Q99M28 O88569 A0A286YCS0 Q8K3W3 P62315 P83870 P27048 G5E8G0 P62320 P59708 G5E8I8 Q8BGT7 Q14AF6 P57784 Q3UYV9 Q99MR6 ACTIVATED NTRK3 SIGNALS THROUGH RAS%REACTOME DATABASE ID RELEASE 96%9034864 Activated NTRK3 signals through RAS Q61411 Q3V1A4 Q3USK4 Q3TNY3 Q9D091 INHIBITION OF NITRIC OXIDE PRODUCTION%REACTOME DATABASE ID RELEASE 96%9636249 Inhibition of nitric oxide production P29477 Q3UHW8 Q60960 CHEMOKINE RECEPTORS BIND CHEMOKINES%REACTOME DATABASE ID RELEASE 96%380108 Chemokine receptors bind chemokines Q5QNV9 Q5QNW0 O35457 Q548V9 Q3ZB17 F6R5P4 P35343 Q5SVU3 Q546S6 Q0VB35 Q9JIL2 Q6P8R3 S4R1K3 Q9EQI5 Q3U5L7 Q543X3 Q9JHH5 Q8BVW4 A2CFE9 Q542B6 P56485 Q6W5C0 Q9WUT7 Q5XZF2 O88410 A9Z1Z1 Q810W6 P47774 O08707 H7BX38 B2RU75 Q542T1 A0A0R4J0N8 P48298 P18340 Q543S8 Q3U1E8 Q642U4 Q3V2F3 Q04683 O35188 Q9JL21 P51682 Q545B5 Q3U1J5 A2RTH0 Q9EQ16 P50228 P51680 ANDROGEN BIOSYNTHESIS%REACTOME%R-HSA-193048.5 Androgen biosynthesis P01193 A0A0F7RQH1 Q3UJ12 Q7TPU0 G3X9G6 Q9WUP4 Q0VGQ1 P70385 Q53YJ1 Q99N99 Q8BUR8 DEFECTIVE POMT1 CAUSES MDDGA1, MDDGB1 AND MDDGC1%REACTOME DATABASE ID RELEASE 96%5083633 Defective POMT1 causes MDDGA1, MDDGB1 and MDDGC1 Q8BGQ4 Q8R2R1 Q8CBE6 DEFECTS OF PLATELET ADHESION TO EXPOSED COLLAGEN%REACTOME%R-HSA-9823587.3 Defects of platelet adhesion to exposed collagen A7LM19 E9QPU1 A2CFB8 B2RR03 O88186 Q9QZU3 VITAMIN B6 ACTIVATION TO PYRIDOXAL PHOSPHATE%REACTOME%R-HSA-964975.4 Vitamin B6 activation to pyridoxal phosphate Q8K183 Q91XF0 G3X8P9 AROMATIC AMINES CAN BE N-HYDROXYLATED OR N-DEALKYLATED BY CYP1A2%REACTOME%R-HSA-211957.3 Aromatic amines can be N-hydroxylated or N-dealkylated by CYP1A2 B6VGH4 LOSS-OF-FUNCTION MUTATIONS IN DLD CAUSE MSUD3 DLDD%REACTOME%R-HSA-9907570.1 Loss-of-function mutations in DLD cause MSUD3 DLDD P53395 O08749 Q6P3A8 Q3U3J1 REGULATION OF THYROID HORMONE ACTIVITY%REACTOME DATABASE ID RELEASE 96%350864 Regulation of thyroid hormone activity Q9QXV5 Q91ZI8 A0A0R4J110 TELOMERE EXTENSION BY TELOMERASE%REACTOME DATABASE ID RELEASE 96%171319 Telomere Extension By Telomerase Q8K1K3 Q3TXT7 Q9CRB2 Q91WC1 Q3U1C2 P51943 A0A2I3BQJ1 Q0VGM9 Q91VL8 Q9CY66 B2RS36 A0JNY9 Q3UGB9 Q3V252 Q9CQR6 Q9CQS2 E9QM06 Q61456 G5E8R4 Q9ESX5 Q8VC51 Q7TMX5 A0A6Q6QXN1 NONHOMOLOGOUS END-JOINING (NHEJ)%REACTOME%R-HSA-5693571.3 Nonhomologous End-Joining (NHEJ) Q5SV02 B2RTK3 A2RTT4 Q64475 Q64478 Q3UJQ1 P27641 Q9D2U9 P97313 Q3ULQ6 A0A0R4J187 Q6ZWY9 E9PYW4 P27661 Q8BPZ8 Q3UI43 Q8BJU7 B9EHX4 Q8BRV3 Q6NZQ4 Q6P1B8 O70445 P46737 Q8BZ87 A0A0R4J183 Q9JIW4 A0A0R4J024 Q8K3W0 Q9JJX7 Q9R207 Q64524 Q32MX8 Q8BTF7 P10853 Q9QXE2 Q3KNJ2 Q4U2R1 Q6PR54 E9QK89 Q8CGP2 Q8CGP0 Q6NV63 P68433 Q4VBX4 SUPPRESSION OF AUTOPHAGY%REACTOME%R-HSA-9636569.3 Suppression of autophagy Q6PCP3 Q4FJQ0 GASTRULATION%REACTOME%R-HSA-9758941.6 Gastrulation E9QP19 Q4FK48 P54775 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P35582 P99026 Q9R1P0 B2RRW2 Q3TV35 O35593 Q9R1P3 Q14AQ1 Q6P3Z8 Q01705 Q58EV4 Q3UYJ1 O55234 A2RTJ4 Q542H2 Q5BKQ9 Q9JKV1 Q8BUN5 Q3TXS7 Q3UM17 P70195 Q62432 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 P27467 Q3TKV1 Q3ULB3 A1A550 B2RR30 Q3UUX5 Q62226 Q8CIM9 Q3TYA7 Q61572 P46684 A0A0R4J0N8 Q569N5 Q3ULR1 F8VPV3 Q80XI9 Q8BRF1 G3X8Q7 Q00288 Q9WVG7 B9EI61 Q8CE69 E3SRG8 Q6T264 A0A2I6EDI9 D3Z768 Q8CAI6 Q8BYF1 P46938 A0A0R4IZW5 Q0VEP8 Q02248 Q80UF1 G3UX36 Q5TIS6 P13297 Q8BKT2 Q62296 B7ZMZ6 Q9JK54 Q3UND5 A6H5V4 Q80UL2 Q8VBX9 Q541T2 G5E8P5 A0A7U3JW80 Q6GQV9 Q8C402 Q61169 Q8BPN4 O54839 Q61483 Q9WUI0 A0A0A6YXS3 Q02591 Q78ZW9 Q8BJ14 P48031 Q3UTH6 Q8VD35 P53783 Q8BSG9 Q60I23 Q6KAS7 P70327 Q80ZL6 Q61080 Q03137 RNA POLYMERASE III TRANSCRIPTION INITIATION FROM TYPE 3 PROMOTER%REACTOME%R-HSA-76071.4 RNA Polymerase III Transcription Initiation From Type 3 Promoter A0A338P6M3 Q8R2K7 A0A0R4J0C6 P61219 O70230 Q91XA5 Q9CQB0 Q8K0S9 Q8BP86 P52432 Q9D1M1 Q91WD1 D3YXS1 B2RXC6 Q571C7 P59470 B2RX77 Q3TSW1 Q6NXY9 O35427 F8VQL7 Q8C108 Q9D2C6 Q3TWE8 Q8BFX0 Q6RI65 Q3V214 REGULATION OF ENDOGENOUS RETROELEMENTS%REACTOME%R-HSA-9842860.2 Regulation of endogenous retroelements B2RTK3 Q61686 Q8CGP7 Q3TXH6 Q3UID0 Q149V4 G3UY09 D3YUQ4 B1ASB6 Q8C358 Q9CZU3 S4R1M3 A2CG76 E9QMN5 Q8R1M2 Q3U5M9 Q8BM83 Q9CYA6 Q3TMT1 Q3UBL8 Q3UII8 Q64524 P10853 Q8C0Q5 Q60972 Q2KHS8 B2RRX1 A0A0R4J170 Q9R190 B2RXC5 Q3UPK0 Q505L1 B2RWH3 Q64475 Q64478 A0A0U1RNX8 P63280 B5TZD5 Q3TYA6 Q8VHA8 Q8BIK0 Q921K9 C0HKE5 Q68FH8 Q6GTK4 Q9D2U9 O54941 Q8BFS8 Q8BW22 Q9CXE2 D3Z5N6 Q6ZWY9 Q7M6X7 Q5PPR4 Q8BW39 F8VPP0 P27661 Q7TT18 A0A8Q0PK87 Q8CGT6 Q8C5H3 Q8VHR5 Q8K0T3 E9QAQ7 Q58E49 G5E8N3 O88508 Q6PCN6 Q9Z2D8 A3KPD0 Q9D007 P84228 Q5EBP9 Q8CGP2 Q8CGP0 Q6ZWP4 A0A0G2JG60 SIGNALING BY FLT3 FUSION PROTEINS%REACTOME DATABASE ID RELEASE 96%9703465 Signaling by FLT3 fusion proteins E9QAH1 P42337 Q8C7P2 Q564P6 Q8R1C2 Q9D091 Q9CU65 Q61411 B2RSM1 Q3UIM4 Q80WR3 P42232 Q3USK4 Q9JIA0 A0A3Q4EGX3 Q3ZB59 E9Q512 MUSCLE CONTRACTION%REACTOME DATABASE ID RELEASE 96%397014 Muscle contraction Q8K0Z5 Q3UI56 Q9ERL9 Q9D1R6 Q8K0M3 B7ZMP6 P51637 E9QNY3 E9QQ10 Q3THE2 Q80YP4 Q3UY30 Q545G1 Q9Z319 E9Q7P2 F8VPR1 Q544K5 Q6VVW5 Q5SVI8 Q3UQU2 Q3UH83 Q6P6L5 Q3V1K9 Z4YNB2 Q544B1 Q9WUZ5 Q8BHM1 Q5XKE0 P13541 P51667 P13542 Q9JJ14 Q6P3Z7 Q545T7 A0A1D5RMH2 Q3TVB8 Q3V1G1 Q3UYJ1 E9Q1W3 Q3UF73 Q9CZ19 P49813 Q8C3I3 O88990 B2RQQ1 P19123 Q545G3 G3X8T7 Q9JKK7 Q1MXF9 Q3UN19 P13412 P20801 Q1MXF8 Q542G9 Q3UIK0 Q3YAB0 P09542 Q0P666 Q3YAB6 P97952 Q3YAA8 A2APX8 B1AYL0 B1AYL1 A0A5H1ZRM8 Q9R053 F8VQ28 Q5D0E9 K3W4P8 B2RR30 O89096 Q3UFZ2 Q14C42 Q0PCR6 Q6NXW2 A0A7U3JW69 Q80SW1 F7D6K4 Q8R429 Q9Z239 Q8CCM0 Q9D164 Q8VCE0 Q9EPK5 E9Q6J9 P59648 P70227 Q5FW75 Q3UR55 Q9D7J8 A0A1B0GRA5 Q8C8N0 Q9D2W0 S4R1C4 A0A140LJK7 E9PZQ0 G5E829 Q3UPA8 P05132 Q545P0 Q76M80 Q9JK62 Q5DTI2 Q8K596 Q32MF3 B2RVL1 F8WGF2 E9Q9K5 Q61743 Q8BL41 O88904 A3KCG1 Q80ZZ5 E9PUE8 Q8VDN2 Q8BXN1 Q810R7 G5E884 Q14BR6 Q64727 Q544Q7 Q8R0X5 A2A545 Q3UHK5 Q8C048 Q8BW40 Q80TM2 Q8CED6 F8WIS9 Q68FL0 A0A411ACZ2 Q497F1 Q6P069 F7CZ64 Q5DTJ2 Q9D3L6 Q3TFA9 Q6ZWQ9 Q5CZX7 Q5FWJ3 A0A0G2JF67 P05125 Q543W5 A2AAU2 Q8JZN3 G5E845 Q8VCT4 Q3LS21 Q9QYK8 O35111 Q3TYG8 A2AEX0 Q3UH54 Q6VV64 Q61391 Q8BZB0 Q6P6P9 Q8BPT3 Q0VD85 Q61762 Q9Z0V2 P97414 Q8C139 Q53Z09 Q9WUT2 B9EJ14 E9QNA7 A0A0R4J1J2 Q642K0 Q8CI43 Q9QZ26 Q1XH17 Q9WTW3 Q545H6 E9QPE7 Q545H9 B1B1A8 Q6PE70 Q3UX23 Q4FJV4 E9QL12 LOSS-OF-FUNCTION MUTATIONS IN DBT CAUSE MSUD2%REACTOME%R-HSA-9865113.1 Loss-of-function mutations in DBT cause MSUD2 P53395 O08749 Q6P3A8 Q3U3J1 COMPETING ENDOGENOUS RNAS (CERNAS) REGULATE PTEN TRANSLATION%REACTOME DATABASE ID RELEASE 96%8948700 Competing endogenous RNAs (ceRNAs) regulate PTEN translation Q8VD67 B1ATC3 Q8BJP2 Q8CJF9 Q3UHK8 Q3UD86 Q9CS58 Q3UQ34 RHOF GTPASE CYCLE%REACTOME DATABASE ID RELEASE 96%9035034 RHOF GTPase cycle M0QWX4 P63024 Q8C7P2 Q8R2Y2 F6XC54 Q923G3 G3X960 Q811P8 S4R248 P14733 Q4FJQ0 Q91Z67 H7BX46 A1BN54 E9QN92 Q9Z2C4 Q9DBJ3 Q8BM29 Q80Y61 Q3TRQ0 Q9D3L3 Q91XV3 Q3U7R1 E9PWW2 Q6W4W7 B7ZCJ1 P97393 Q4VA10 Q8BM51 Q8BH88 Q9Z207 Q3TXQ1 B2RRX1 U3RF68 Q80Z96 B2RRE0 P49817 Q8C0J6 O08908 Q8BQW4 DEFECTIVE INTRINSIC PATHWAY FOR APOPTOSIS%REACTOME%R-HSA-9734009.2 Defective Intrinsic Pathway for Apoptosis Q8R5L1 Q6GR78 O08529 Q543F6 P14733 Q5SS40 Q9DBN8 P35700 Q3UR74 Q9D7J7 Z4YJU8 Q9WVH4 O88456 Q99PH8 Q80ZA1 P48964 Q921U7 Q3UF24 Q64364 Q52L79 Q5M9N9 Q542T9 Q6PEB3 Q4FJX9 NEGATIVE REGULATION OF TCF-DEPENDENT SIGNALING BY WNT LIGAND ANTAGONISTS%REACTOME DATABASE ID RELEASE 96%3772470 Negative regulation of TCF-dependent signaling by WNT ligand antagonists O54908 Q3ZB23 Q9QYZ8 Q3UI35 Q91VN0 Q8K1S7 Q8VEJ3 A0A0R4J0A9 Q3TYU1 Q99N43 Q99P68 P22725 Q8R5M2 Q8C4U3 P27467 MITOCHONDRIAL PROTEIN IMPORT%REACTOME%R-HSA-1268020.6 Mitochondrial protein import Q8VEA4 O35857 Q9CZW5 Q9D0M3 Q3TV21 Q99LP6 A0A0R4J0T0 Q9CZP5 Q8BH59 Q60932 Q8C140 A2AIW9 Q9CXT8 Q8R5C0 P38647 Q9CRB9 Q8BGH2 Q8C454 P56480 Q03265 Q3V406 A0A3Q4EGL6 Q7TNL9 Q545H3 Q8R1A8 P48962 Q9D880 P62077 P62073 P62075 Q8K199 Q8CCM6 Q545A2 Q0VB85 B0QZS8 Q9CZU6 Q9CPQ3 Q52KC5 Q8K2Q5 Q9D173 Q8BGD8 Q3TKM5 I7HJS2 Q8K0C8 P63038 Q54AC6 Q8BT51 D6RG99 Q66JT7 Q99KI0 Q7TNG8 Q9WVA2 Q9QYA2 Q8K411 Q9WV98 Q9CQN3 G3X8S1 VESICLE-MEDIATED TRANSPORT%REACTOME%R-HSA-5653656.4 Vesicle-mediated transport Q0VGU0 Q5XJY5 B2RQQ8 P97390 O35153 Q6GR78 Q5SUH7 Q3TVI5 Q3TX55 Q5SS40 P35700 Q9JM76 Z4YJU8 P17426 Q9D7F7 Q6PB93 Q5SW83 Q78IS1 Q9R0Q6 Q3UJ76 Q78V99 Q6PEE6 Q8CAM5 A0A1B0GR63 Q9WTI7 Q542M2 Q9CXQ9 Q8C142 Q9JHH9 Q9D8B3 Q9QXK3 Q5SWR1 Q8BTF0 Q9CQ10 Q9CPW4 Q9CVB6 Q6A0C9 B1AZ39 Q546G4 Q3ULF7 D3Z4J3 Q60838 A0A1L1SRE8 Q6ZPE2 Q68EF1 P84084 Q8C6Z4 Q8K4Q8 A2RT24 Q8CED7 Q920H1 Q8K299 E9Q7S0 Q8BLL2 A2AQ45 E9PUK3 Q8BFR4 Q9QYE6 D3YVW2 Q8K3E8 Q99KH2 P22725 Q9ERB0 Q3TXK1 Q50HX4 Q3U8A6 Q3U3T9 D3YUS4 P14142 F8WHN4 Q4FJL0 Q3TSE2 E9Q6Q8 Q8VBT9 Q3UBS3 P01592 Q91X72 Q07456 B7ZWN1 A9XMT8 F8VQE2 Q7M6Z4 Q6TA13 Q8VI89 Q8VDS8 Q8C0X6 A0A1Y7VK29 E9Q4K7 Q7TNB5 E7FLY0 Q6QD59 G3X8Q6 Q6PB45 Q8BZ36 E9PX57 Q6PFD6 Q3V416 E9Q496 Q9JKY9 B0G0X9 Q545Q2 Q3U454 P46460 Q9D481 Q8BZ45 P63168 O54692 A2RSC8 Q4FJT2 Q544U7 Q3UWD7 Q9JHU4 P04918 Q3TYJ3 E9QKK1 Q3TPJ8 Q3UD72 Q9D0M5 Q6PDL0 Q3UPG0 A0A0R4J2D3 Q3TWG5 E5RKF9 Q9D1M0 Q5SW18 Q0PD50 A0A494BB86 S4R2S6 Q9D0K0 Q8K3K8 Q9DCD6 B2RRC5 Q78ZJ8 Q3U0T9 Q14BR4 Q3SXA7 Q9JM13 Q6KAP5 Q3UUQ5 Q3UI47 Q3SWS4 Q8C9V1 J3QJV7 Q8BHL3 Q3UUG6 B1AVH7 A2A9W7 Q7TPU5 Q6PGF7 Q8R0H9 B9EHJ3 Q6PB82 Q3TZ63 Q6P5E6 P58802 Q3ULK1 Q0PD21 P60521 Q921M0 I6L974 Q3USK2 Q0PD49 Q8BXD8 Q9D517 Q3UN31 Q571A6 Q8BR32 Q542L0 Q3UFE4 Q8C4L1 Q8K0E2 Q6P1Y9 Q3TPX4 A0ABA7IXD2 Q8BV57 Q8VD75 Q9QWK4 Q8CE74 Q9DBS5 Q91W40 Q6P9P6 Q3TLP8 P97329 P26361 Q9CR26 Q6P9L6 Q8VDD5 Q8BM73 Q8BMZ7 Q810I0 B7ZMW6 Q8C670 Q52KG5 Q3TSR1 Q78HU3 Q91YS4 E9Q5G3 Q8VEJ9 Q8CD76 A2A4K0 Q8BIQ9 Q9JJB6 Q8BGM7 Q8R0J7 Q3V300 A2A6M1 Q3UCW0 Q3UV99 A0A494BAR3 Q9D7S9 Q9CXE1 Q8BH48 Q8C2W4 Q3TPZ5 Q3TXU4 E9Q512 E9Q919 Q6P1D3 P31750 Q6DFZ1 Q9WVF5 A8IP69 Q9CRX5 O70456 Q0PD45 Q3UP42 Q8BRK8 Q3TSV7 Q91Z34 Q6P5P1 Q8C458 Q921L5 P28663 Q9CQD1 Q8C266 B9EKI3 E9QPA1 Q5FWJ7 Q91ZJ4 Q8CES0 Q9D2U5 Q542K0 Q3TR77 G3X973 A0A0R4J0Q9 Q8C6V9 Q3U4W5 Q6PHQ8 Q0PD53 Q3KNA5 Q8C754 Q9D4H2 Q3U4Y3 Q78YZ6 Q8C6X4 Q80XC3 Q8BHT7 Q9CUT6 Q9Z160 A0A494BAE3 A0A1B0GSM3 Q14AC7 Q3UVL4 Q9CTN4 Q9JJA2 B0R0S4 Q7TSQ9 Q8BSN6 Q80SX7 Q6P0A4 Q9DB05 Q3TWR3 A0A0R4J0L5 Q9JKK1 Q8CCB4 Q0PD48 O35864 Q91VW5 Q3US62 Q8C0W8 Q3USH9 Q6PAM0 Q8C4B5 Q8K1E0 P11087 A0A0R4J0T8 Q3U344 P70452 Q9CQW1 Q8C4N2 E9PXF8 P63024 Q3UJE9 Q9D0F3 Q923G3 Q5DQJ3 Q5RKN9 Q4FJQ0 Q9DBG5 S4R2K9 Q68FG2 Q8BZ98 A0A0J9YUN4 Q3UGX2 Q8R1C2 Q3V1V5 Q61699 P29754 P33174 Q0VGY9 P08032 Q8VIE5 O54851 A0A654IER4 Q3TYJ1 Q3TX57 P30548 Q6PFA2 B2MWM9 Q0PD63 Q80Y52 Q61521 Q0VEB7 Q8BV13 Q543J8 Q5FW64 Q8VBV7 Q3UQL2 Q68FD5 Q9CZ04 Q9D8S2 P70280 Q3UIT2 Q9WVL1 Q8BG92 Q3TWZ9 Q3UM14 Q3UWX1 Q504P4 Q3U9D1 Q80TZ3 Q9JKC7 Q545I6 Q80V94 Q3UKQ5 P84078 Q9D4C9 O55102 Q3TCR7 A0A0R4J0R1 A0A654IEJ3 Q3UR67 A0A654ICX2 A0A654IET7 Q8BQU6 Q8C677 Q3URC5 Q542M8 Q548M7 A0A654ICD8 Q3UPZ2 A0A654ICB8 Q3UWF8 Q920R0 Q9CS14 Q9DBX5 Q7TS64 P39098 Q6NXK9 Q544T7 Q6PDX1 Q8C0C3 Q3TXV4 Q3UAD6 Q0PD14 Q0PD15 Q8CFK6 Q5EEX1 A2CG35 A0A0R4J1B6 A0A1Y7VKG6 Q9D9V7 Q3U309 Q6P1B9 A0A0R4J0D5 Q549X4 Q6PAR5 S4R219 F2Z3W8 Q8BJI6 Q3U0D7 Q5FW76 Q8CD59 Q8C4S8 Q0PD23 Q9DCE6 Q9D1J1 Q8K382 Q8BVT9 Q3UPA3 P50396 Q3UGH4 F8WGD2 Q0VB06 O35114 B2RXC1 Q3TN93 A2RSQ0 A0A2C9F2A2 Q5NCM7 Q3TPH5 A0A1D5RLG3 Q8BNK9 D3Z585 A2RT67 Q3U1P2 Q543N7 A0A0R4J2C4 Q2TK26 Q5NCU5 A0A0R4J1A1 V9GXM1 Q80UW3 Q80VP1 Q3U1T9 Q0PD35 Q3UQN2 P0CG50 Q0PD38 A0AAQ4VMU6 Q8BH65 Q8C9W4 Q8K285 Q9D0I4 E9Q4E4 Q541V2 Q9DBH5 Q9JKY5 Q921L6 A6H8H2 O08547 P58019 Q570Z8 Q8BMQ8 Q8BQL3 Q3TIR1 Q3UFC3 Q60770 Q9ER41 Q544R8 Q924W7 E9Q8V6 Q3TTB3 Q8VCD3 A0A0R4J172 Q91XT4 A0A0R4J1L4 Q8CJ53 Q7TN05 A0A0R4J1X4 Q78XR0 Q7TT20 Q8CC13 A0A0G2JEG8 P35846 Q3TZ89 Q8CBB7 Q3UHF8 Q8BW87 Q7TSI3 F8WHW6 Q3UG16 Q8C788 G3X928 Q8BXT9 A0A087WSR7 Q3TLI0 Q9R0N9 P61967 Q3UHJ0 Q0PD66 Q0PD67 F8VPL2 A0A2I3BQJ1 A0A0R4J0F6 Q3UAP1 A2ARV4 Q14BF8 Q3TV62 D6RGU4 Q8BZ60 Q5J9A9 Q9QZM0 Q543Y7 A0A1W2P7S5 O35623 Q00897 Q3SYI8 Q9CQR6 Q9JME7 Q8BRF7 D3Z4P2 O89001 Q9Z1A1 Q0P648 Q3UPL0 Q8C129 G5E8R4 Q9Z1Z0 D0EW11 M0QWC2 B7ZNW3 Q3TCN5 Q8BQ43 Q3U9K9 Q9D8U8 A2A9I0 E9QAH1 Q8K000 Q8VED2 Q9CQA1 Q91WZ8 Q9D6E1 Q6PHU5 E9Q3T8 Q3U8S0 O88783 A0A571BGG1 Q9CWK8 Q3V2G6 Q5U5M8 Q6P9T6 Q8BR70 Q9Z266 Q3TTW5 Q9R0C0 A3KGB4 Q6NZM3 Q8CA83 P63101 Q3TQY2 D3Z390 P70190 P68510 Q61206 Q9QZB7 G3UXK5 Q9QZB9 D3Z6H3 Q8R1L4 Q9JKR6 Q545E4 Q99JH8 Q8BWG8 J3JS97 Q14AI7 Q7TPW4 Q7TNQ1 O89079 Q3V3N6 Q3UMA3 Q3TRJ7 V9GX76 Q3TGH8 Q0PD24 Q62420 Q3UGN9 P09528 Q3TT90 Q9CZV7 Q80ZL3 A0A0X1KG61 Q543Y8 A2A5N2 Q9CQM2 O55029 Q3UI46 Q9JIF7 P63321 Q542D9 Q6NVF0 P18762 Q7TT21 Q9WVM1 Q6PDC2 Q9EP53 Q9CPX4 Q921I1 Q8CHR4 Q9ERZ4 H6RXZ1 Q9D3L3 A8DUK0 A0A0R4J2C2 Q80U83 Q8C1E4 O88630 Q63870 Q91VB8 A2AA71 Q00623 Q6NXL1 E9Q414 P02463 Q80ZX0 ACTIVATION OF THE PRE-REPLICATIVE COMPLEX%REACTOME%R-HSA-68962.6 Activation of the pre-replicative complex Q8R4E9 Q80XH7 O54956 A0A0R4J145 A0A0R4J091 Q9CQ36 Q9CQ71 Q66JV6 Q59IX1 Q9WUV0 Q8C2T6 Q3UR71 Q9JK30 B9EHJ9 Q9CZF7 P33610 Q9CWV1 Q8C5L1 Q5FW94 P97310 Q3UGB9 Q8BQ03 Q3UI57 Q3UI99 Q542F4 Q3U4T8 Q5SWN2 Q66JY4 B2RS44 Q62193 Q3V295 Q0VBD2 TOXICITY OF BOTULINUM TOXIN TYPE B (BOTB)%REACTOME DATABASE ID RELEASE 96%5250958 Toxicity of botulinum toxin type B (botB) Q8CHR4 H6RXZ1 A0A0R4J2C2 CYSTEINE FORMATION FROM HOMOCYSTEINE%REACTOME DATABASE ID RELEASE 96%1614603 Cysteine formation from homocysteine Q91WT9 Q8VCN5 DEFECTIVE TPR MAY CONFER SUSCEPTIBILITY TOWARDS THYROID PAPILLARY CARCINOMA (TPC)%REACTOME DATABASE ID RELEASE 96%5619107 Defective TPR may confer susceptibility towards thyroid papillary carcinoma (TPC) Q8CDZ5 P59235 Q9D1M0 Q5FWJ9 Q8BUA6 Q9Z0W3 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q8BH74 Q8BPS7 Q8R480 Q8BTS4 J3JSA4 Q8R4R6 Q9CWU9 Q5SVI6 Q91X44 Q9ERU9 SIGNALING BY LRP5 MUTANTS%REACTOME%R-HSA-5339717.5 Signaling by LRP5 mutants O54908 Q9QYZ8 Q91VN0 Q8K1S7 Q8VEJ3 Q99N43 COMPLEMENT CASCADE%REACTOME%R-HSA-166658.6 Complement cascade Q3UP47 A0A3B0IP04 Q8CFG9 O08643 Q3UEK1 Q02105 A0A1W2P7F1 Q3TJ94 P58019 P29788 Q5U7A4 A2A998 Q8BH35 Q9DBB9 E9Q6D8 Q9JHH6 Q9JJN5 Q4LDF6 P97290 Q3UP87 O88174 Q3TQG5 Q61129 E9Q8I0 Q3TR66 P21180 Q549A5 A0AAQ4VMX2 Q61406 P35762 P01027 P06684 P30993 Q3UEG8 Q8CF98 Q9DAC2 O70497 E9QQ21 P14847 Q9DC83 A0A1Y7VKG6 A0A0R4J032 P14106 D3YXF5 DNA STRAND ELONGATION%REACTOME DATABASE ID RELEASE 96%69190 DNA strand elongation Q91Z50 O35654 Q6ZQJ5 P52431 Q3TKD1 Q542J9 Q8R055 Q4KL82 Q9CQ71 Q8C2T6 B9EHJ9 P33610 Q9CWV1 Q9D600 Q5U4B1 Q8C5L1 Q9CY94 Q5FW94 Q99LZ3 Q8BH76 P97310 Q547B4 Q8BQ03 Q99J62 Q3UI57 Q3UI99 Q542F4 Q3U4T8 Q5SWN2 Q8K1A2 Q62193 Q5HZI8 TRAF3-DEPENDENT IRF ACTIVATION PATHWAY%REACTOME%R-HSA-918233.4 TRAF3-dependent IRF activation pathway Q9CPR7 B2RRA5 Q3TU94 A1L0V6 Q3TGP5 Q8BJ14 Q3U5B1 Q0VE17 Q542T3 A1L361 Q3UHJ1 Q3U9K6 Q6GQV9 Q9R0T8 DEFECTIVE B3GALTL CAUSES PPS%REACTOME%R-HSA-5083635.4 Defective B3GALTL causes PpS Q69Z28 P59509 P58459 Q03350 Q80T21 A2AE15 E9QNR5 Q8BNJ2 Q9CX59 Q8BGP4 G3UXC7 G3XA27 Q4VC17 Q3UPR9 Q6P4U0 Q60519 Q8BMS2 Q3TTE6 Q8BMS3 Q8VCC9 Q8BHT6 G3X9D2 Q3UQW9 B2RXX5 D3Z1A5 Q3UPZ0 F8VQ15 A1A5B7 Q80YQ1 A7LM19 Q9CRC7 Q3UTY6 P59384 Q8C9W3 Q6PD18 MAPK TARGETS NUCLEAR EVENTS MEDIATED BY MAP KINASES%REACTOME DATABASE ID RELEASE 96%450282 MAPK targets Nuclear events mediated by MAP kinases Q3V1B5 Q63844 Q8BN07 Q9WUI1 P63330 Q3TUH8 P41969 Q52L79 Q8BFV3 Q5NCN8 P01101 Q810V8 A0A1W2P715 Q76MZ3 Q8CBR9 Q7TPD5 Q7TSJ7 Q60929 B1AXN9 Q8C9D4 Q91V89 Q3TY83 Q9D7X3 Q3TAR6 Q5U421 Q3U2P8 Q8BIX1 Q8C094 P63085 TRANSPORT OF RCBL WITHIN THE BODY%REACTOME%R-HSA-9758890.2 Transport of RCbl within the body A5D6P3 O88968 Q8C142 A2ARV4 Q9Z1P5 Q8K0B2 O89016 MUCOPOLYSACCHARIDOSES%REACTOME%R-HSA-2206281.5 Mucopolysaccharidoses Q3TAW7 Q9EQ08 Q8BFR4 Q8CC47 Q9CX36 Q99KJ6 A0A0R4J138 Q91ZJ9 O88325 Q8BMG0 Q08890 DEFECTIVE TPMT CAUSES TPMT DEFICIENCY%REACTOME%R-HSA-5578995.4 Defective TPMT causes TPMT deficiency A0A0R4J018 SYNTHESIS OF BILE ACIDS AND BILE SALTS VIA 7ALPHA-HYDROXYCHOLESTEROL%REACTOME DATABASE ID RELEASE 96%193368 Synthesis of bile acids and bile salts via 7alpha-hydroxycholesterol Q3V1T8 Q3USU4 Q8VCX1 Q3UEM0 Q91X34 A0A0R4J0N7 Q8CE59 Q3U538 P51660 Q6LC96 Q3TN99 Q8BZR4 O09174 Q9QY30 Q3UNC6 P70365 D3Z3X1 Q99LX3 Q9QXD1 Q91WR5 Q64505 DISEASES ASSOCIATED WITH VISUAL TRANSDUCTION%REACTOME%R-HSA-2474795.5 Diseases associated with visual transduction H7BWY6 B2RUR5 O35600 A0A0R4J1M3 Q3UEX0 P51491 A0A0R4J115 Q8BH82 Q8BSF7 Q5M9K1 Q58EU7 Q544Y3 SIGNALING BY ERBB2 IN CANCER%REACTOME DATABASE ID RELEASE 96%1227990 Signaling by ERBB2 in Cancer P98083 Q9WTX4 D3YZR2 P42337 Q80Y52 B7ZNX6 G3V023 Q8C7P2 Q9WVF5 Q505A4 Q62077 Q9D091 P35831 Q61411 Q3USK4 Q61521 Q3UWD7 Q61081 Q6DR99 Q543J8 Q5FW64 P70424 THREONINE CATABOLISM%REACTOME DATABASE ID RELEASE 96%8849175 Threonine catabolism P52760 Q3UEN6 Q8R238 TRANSCRIPTION OF E2F TARGETS UNDER NEGATIVE CONTROL BY DREAM COMPLEX%REACTOME%R-HSA-1362277.3 Transcription of E2F targets under negative control by DREAM complex Q01320 P01108 Q8C8M7 Q58E49 Q9CYB4 A0A1B0GRM0 Q60972 Q6PAR4 Q61502 Q9D297 A0A0R4J145 Q8R0K9 B7ZN58 A0A0A6YVZ7 A0A1W2P7P4 P48964 Q542J9 E9Q0Q9 ADENYLATE CYCLASE INHIBITORY PATHWAY%REACTOME%R-HSA-170670.5 Adenylate cyclase inhibitory pathway Q80TY9 O88444 Q3UU15 Q3V1Q3 P84309 Q3UUN2 P08752 Q91WF3 B2RVZ3 A0A2I3BRC5 Q9DC51 B2RSH2 E9Q706 Q8BHK8 TRANSLATION%REACTOME DATABASE ID RELEASE 96%72766 Translation Q9CQS8 Q9CYJ6 P62878 Q9D8L3 Q4FK14 Q5EAT0 Q9D104 Q8BMA6 P14576 A0A0A6YXB7 Q569N0 Q4FK79 Q9CS54 P16254 Q9D4H8 Q7JCY4 Q7JCY9 Q7JCY6 Q9MD82 Q7GIP5 Q8BJU9 Q9MD77 Q9D6S7 Q4JFN6 Q8K126 P29341 Q3TSU6 Q9MD59 Q3TF02 Q8CCV1 Q149F3 P97461 Q4VAG4 Q58E35 P86048 Q9CQD0 P62911 Q545X8 P14206 Q9CPR4 Q0VBA4 Q3UC02 D3YYB0 E9PZJ8 Q5M9M4 Q5M9M0 Q91WR3 Q8BIP0 Q5YLW3 Q8BXJ6 E9PWN3 Q922A3 Q9JJL8 A2RT28 Q9CQR2 D3Z636 P62264 Q7JCZ1 G5E823 Q8BW46 Q3U186 Q6ZWN5 G3X975 Q9CZD3 Q4FZH2 Q8VDC0 Q8BP67 Q3U2A8 Q8BJJ2 Q5M9N8 Q642K1 A8Y5T6 Q9CXW4 Q14CH7 Q80X73 Q9CYK1 P62717 Q3UHY8 Q9CXJ1 Q561N5 Q5M9K7 P62830 P99027 Q9D823 Q505A8 Q58EA6 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 Q497N1 Q5CZY9 Q6PAR0 Q6SKR2 J3QM81 B2ZAC8 Q80YR4 Q5M8M3 Q5F2A7 Q3TY56 O70194 Q3UVY8 Q544H0 Q66JS6 Q8BMJ3 Q8QZY1 Q99JX4 Q9QZD9 Q8R1B4 Q564E5 Q8JZQ9 Q3UIG0 Q3UM46 O70251 Q5M9L0 P62631 Q8BTU6 Q91YJ5 Q91VK2 B2RPW2 Q4FZK2 Q790I0 P58252 A4QMQ0 Q9CZU5 Q3V021 A0A498WGK2 Q8C0C7 Q9CQF4 Q7JCX7 Q3U6U7 Q9D0R2 Q61035 A2A7S7 Q6ZWU9 Q3UXN3 Q3UD67 Q4FK49 P54775 Q3UPK6 Q9CPS5 Q3UZR8 Q8CHW4 Q8BVQ9 Q99LD9 Q61749 P62196 Q3TML6 B2RT97 Q6ZWX6 Q3ULL5 P0CG50 Q3UKV0 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q6A009 P49722 Q8R146 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 Q8BML9 Q8BU30 Q3UZG4 Q8BJY7 Q7TSZ3 Q9D1M4 Q8CGC7 P47758 Q9DBG7 E9QB02 Q8R3V2 G3UWD8 Q8R2P8 Q9CY50 Q9D0I9 Q6A002 Q3TQR3 Q8BFR5 Q8R2K5 Q9D125 Q9CXW2 Q3TBW2 Q059G7 Q9CQ06 Q8BK72 Q9DBG6 Q9D0Y8 Q9CQ40 Q9CPW3 Q99N87 Q8K0D5 A2A6T4 Q9DCJ7 Q3U8Y1 Q80ZS3 Q9D8V7 Q9D1B9 Q9D7N6 Q9CQL6 Q9D8P4 Q9D7N3 Q9D1N9 Q9CZR8 Q9D3F3 Q9CR59 Q9CY73 Q9CQL5 Q9CQL4 O35680 Q9JIK9 Q9DCI9 Q9CQP0 A0A0R4J0L6 Q9DCU6 Q5RL20 Q05DC5 Q921S7 Q3UFQ4 Q9D1I6 Q9EQI8 Q9CZ83 Q61733 Q9JKF7 Q5U5I3 O54734 Q9D0G0 Q80X85 Q8BGA9 Q14B21 D3Z2K2 Q9DB15 Q3TLQ4 Q9CQF8 Q7JCZ3 Q501J4 Q9CPY1 Q9CY16 Q8BMR3 Q8BQ99 Q9DC71 Q9CQF0 Q01853 Q9D1H8 Q99N93 Q8K2M0 Q99N90 Q8R2L5 Q99N91 A0A2I3BRW0 Q9CQN7 Q9D338 Q14C51 Q3UDU9 Q9D773 Q9CQV5 Q9D1P0 G3X9M0 Q4QQL2 Q9CPX7 Q8VDT9 Q9CQA6 Q3TI14 Q9ESC5 Q8C470 Q3UKS6 Q8BU88 Q542W5 Q8K2Y7 E9QPQ8 Q9CQE3 Q60876 Q8BGD9 E9Q9E1 Q6ZWQ7 A0A140LHR3 Q8C483 P70362 Q9MD68 A0A087WNT1 D3Z569 P61620 ACTIVATION OF ATR IN RESPONSE TO REPLICATION STRESS%REACTOME%R-HSA-176187.4 Activation of ATR in response to replication stress Q8VC54 Q8BQY8 Q3UR74 A0A0R4J145 P48964 Q3TKD1 Q4KL82 Q9CQ71 Q80YR7 Q66JV6 Q59IX1 Q9WUV0 Q3UR71 O35280 Q9JK30 Q3UYY2 Q9CZF7 Q8BMG1 Q9CWV1 Q8C5L1 P97310 Q3UGB9 Q8BQ03 Q99J62 Q3UI57 Q3UI99 Q9QWZ1 Q542F4 Q3U4T8 Q5SWN2 Q9Z0F6 Q66JY4 B2RS44 Q62193 Q0VBD2 Q5HZI8 PHOSPHORYLATION AND NUCLEAR TRANSLOCATION OF THE CRY:PER:KINASE COMPLEX%REACTOME%R-HSA-9931530.2 Phosphorylation and nuclear translocation of the CRY:PER:kinase complex Q9R194 P62137 P97784 Q8C8R0 Q6ZWM8 O70361 O35973 P62141 Q3TYE1 Q543F6 Q8CDH5 Q3USK2 G3UZX4 SIGNALING BY VEGF%REACTOME%R-HSA-194138.4 Signaling by VEGF Q8BUR4 P49766 Q8BHL5 P97946 P97953 Q5SU94 P68181 Q6PGK0 K7Q751 P43406 Q8BH99 Q8QZY7 P68404 Q8VHI6 Q8BQ28 P97333 Q8CI15 F8VQ28 Q4VA93 Q8BTI9 Q5D0E4 Q8C5P3 Q8BKH7 Q6PD21 Q80SW1 Q545F4 Q8CE74 Q3TLP8 P70227 Q8C8N0 O55095 Q3UDE9 P05132 Q02257 P49817 G5E884 E9PYG6 Q8CED6 Q3UHZ0 Q80Y52 P31750 Q8C7P2 Q7TSI6 Q6QI06 Q9R0C8 O54890 Q5DTJ2 Q9JLN9 Q812A5 B1GX81 Q544A5 Q3TR46 P55284 A0A3Q4EC26 P42337 Q8VDU4 G3X9V2 Q3UE22 Q02248 Q61411 P35918 D3YZ57 Q8JZR2 Q5U421 Q3U2P8 Q8BMC3 Q3UUI3 Q8CCF8 O08908 Q8C6X4 Q8BH43 Q8K4K2 Q3U6G0 Q09HN3 A2AS98 Q8R5H6 B3VQI8 Q3UIB2 Q9WUI1 Q62077 O08911 Q6AXH6 Q4VAE6 Q91VR8 Q9D091 P97369 Q3V341 Q3UKP6 Q3TPY5 Q8K1X4 O70145 Q3UBI5 Q00731 Q53YN4 Q3TJP4 A0A0R4J119 Q545R0 Q3TJ22 Q8BPU7 GABA SYNTHESIS, RELEASE, REUPTAKE AND DEGRADATION%REACTOME DATABASE ID RELEASE 96%888590 GABA synthesis, release, reuptake and degradation P60904 B2RS41 Q8VCS9 Q0PD63 Q504P4 Q49S98 Q548L6 Q548L4 P63040 Q8CF74 Q5D0A4 Q8CHR4 P60879 P31650 H6RXZ1 Q6PCX2 P61922 PEXIDARTINIB-RESISTANT FLT3 MUTANTS%REACTOME DATABASE ID RELEASE 96%9702605 pexidartinib-resistant FLT3 mutants Q3UEW6 LOSS OF MECP2 BINDING ABILITY TO THE NCOR SMRT COMPLEX%REACTOME%R-HSA-9022537.2 Loss of MECP2 binding ability to the NCoR SMRT complex Q8BHJ5 Q9JM08 Q9QXE7 Q80ZV7 Q921N8 Q8CHB6 BICARBONATE TRANSPORTERS%REACTOME%R-HSA-425381.4 Bicarbonate transporters R4H243 Q9ERP4 E9Q8N8 U3RF68 Q7TPS4 D3YVG0 Q53ZN9 Q3UR07 H3BKT5 Q8BUG8 DDX58 IFIH1-MEDIATED INDUCTION OF INTERFERON-ALPHA BETA%REACTOME%R-HSA-168928.12 DDX58 IFIH1-mediated induction of interferon-alpha beta Q4FJR9 Q3TT81 Q80Y52 Q6GR78 Q99J83 Q9CQY1 Q542T3 Q9CZW5 P0CG50 Q3UHJ1 Q8C2D3 Q9R0T8 Q8C6X9 Q61160 Q9QZU9 Q548Y4 Q3UFQ4 Q5D0E0 Q9QUR7 Q9CPR7 B2RRA5 Q71LX8 Q8C863 Q3TU94 A1L0V6 Q3TGP5 Q3U5B1 Q0VE17 Q3U607 Q6ZWQ6 Q60855 Q60778 Q8CBT3 Q9Z1E3 A2AES5 Q8VC91 P25799 Q4QQL2 P70196 Q80TQ2 Q9DBK7 Q7TQD1 A1L361 Q3U9K6 Q6GQV9 Q3UY00 P04918 Q9CR56 Q99J87 Q8BJ14 F8VQ72 P58283 Q3TL44 Q8CEC5 Q62151 Q3UTZ4 Q3UKC1 Q3UV15 FCERI MEDIATED MAPK ACTIVATION%REACTOME%R-HSA-2871796.4 FCERI mediated MAPK activation Q8CE90 Q63844 Q8K2U0 Q6P1E0 Q7TSI6 Q62077 Q9D091 Q9R0C8 Q5DTJ2 Q8CEI0 Q52L79 Q8CIH5 Q3TLP8 P01101 Q8VDU4 F8VQ72 Q7TSJ7 Q8C9D4 Q61411 Q3U0E8 Q60787 Q3USK4 Q8C094 P63085 G5E884 SUMOYLATION OF SUMOYLATION PROTEINS%REACTOME%R-HSA-4085377.5 SUMOylation of SUMOylation proteins Q8CDZ5 P63280 P59235 Q9D1M0 Q5FWJ9 Q8BUA6 Q9Z0W3 Q3ULQ6 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q8BH74 Q8BPS7 Q8R480 Q8BTS4 J3JSA4 Q8R4R6 Q9CWU9 Q80Z37 Q9ERU9 ATF4 ACTIVATES GENES IN RESPONSE TO ENDOPLASMIC RETICULUM STRESS%REACTOME DATABASE ID RELEASE 96%380994 ATF4 activates genes in response to endoplasmic reticulum stress Q8CF69 P47876 Q3U671 Q4FJW1 F6VAN0 Q54AJ1 Q8C590 Q7TPS7 Q8C4N0 Q3UPN9 Q61024 Q9DAA6 Q545B5 Q921I9 Q9JHI7 Q3V405 Q7TQK4 Q9D0M0 Q9DBV7 A0A0R4J0P6 Q571G2 Q3TKQ3 Q9CRA8 Q9CSH3 Q8BTW3 TRANSPORT OF RIBONUCLEOPROTEINS INTO THE HOST NUCLEUS%REACTOME%R-HSA-168271.5 Transport of Ribonucleoproteins into the Host Nucleus Q8CDZ5 P59235 Q9D1M0 Q60960 Q5FWJ9 Q8BUA6 Q9Z0W3 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q3UHW8 Q3U425 Q8BRF6 Q8BQF0 Q8BH74 Q8BPS7 Q8R480 Q8BTS4 J3JSA4 Q8R4R6 Q9CWU9 Q9ERU9 MATERNAL TO ZYGOTIC TRANSITION (MZT)%REACTOME DATABASE ID RELEASE 96%9816359 Maternal to zygotic transition (MZT) B2RTK3 Q8CGP7 Q9CWN7 Q149V4 Q8K0V4 Q3TMD4 S4R1M3 Q80ZA1 Q8R1M2 Q5NCY0 Q3TPN3 B7ZWL1 Q8VDF2 Q543X5 Q9DAG5 A0A5K1VVP6 Q3UXZ9 P46938 Q9WVE0 A2AA28 Q61666 P58871 Q64524 P10853 Q3URR1 Q5CZY5 Q80W85 Q545M0 Q8VIK3 Q8K3P5 Q9D8X5 B2RWH3 Q8C470 Q62296 Q64475 Q64478 Q5F2A7 Q8VEG6 C0HKE5 Q8BGD9 Q9D2U9 E9Q9E1 Q9EQN6 Q3UQ34 E9PUA2 Q6ZWY9 P29341 D3Z3J6 Q91VC3 Q8BTU6 Q6GQV9 P27661 Q9JKY0 Q8BJ14 Q80Y84 A3KPD0 Q8BH15 O70552 P23949 Q5XFR0 Q8CI75 F8VQ54 P84228 Q8CGP2 Q8CGP0 Q8CCS6 NEGATIVE REGULATORS OF RIG-I MDA5 SIGNALING%REACTOME%R-HSA-936440.6 Negative regulators of RIG-I MDA5 signaling Q4FJR9 Q3TT81 Q80TQ2 Q9DBK7 Q99J83 Q7TQD1 Q9CQY1 A1L361 Q3UHJ1 P0CG50 Q3U9K6 Q9R0T8 Q9QZU9 Q3UFQ4 Q9QUR7 B2RRA5 Q3TU94 Q8C863 A1L0V6 Q3TGP5 P58283 Q3U5B1 Q3TL44 Q6ZWQ6 A2AES5 Q3UKC1 Q4QQL2 TP53 REGULATES TRANSCRIPTION OF CASPASE ACTIVATORS AND CASPASES%REACTOME%R-HSA-6803207.2 TP53 Regulates Transcription of Caspase Activators and Caspases P29594 Z4YK94 Q9ERV7 Q3TPJ9 Q549T4 Q80ZA1 Q5CZX0 Q3UP24 Q5DU30 B9EHX4 P29452 FOLDING OF ACTIN BY CCT TRIC%REACTOME%R-HSA-390450.5 Folding of actin by CCT TriC B2RRX1 Q8BVY8 Q52KG9 Q3U4U6 Q8BVT1 Q542X7 P80316 Q3UIJ0 P11983 Q564F4 NON-CODING RNA METABOLISM%REACTOME DATABASE ID RELEASE 96%194441 Non-coding RNA Metabolism Q8CDZ5 P59235 Q9D1M0 Q5FWJ9 Q8BUA6 Q9Z0W3 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q8BH74 Q9CQ49 Q8BPS7 Q8R480 Q8BTS4 J3JSA4 Q8R4R6 Q9CQQ4 Q6P6L6 Q549F9 Q923F1 Q9CWY4 A0A0R4J049 P62315 P27048 Q3TR97 G5E8V8 P62320 Q9CWU9 Q99J09 Q80W37 Q9JJY4 Q14AF6 Q9ERU9 Q3UYV9 RSV-HOST INTERACTIONS%REACTOME DATABASE ID RELEASE 96%9833110 RSV-host interactions Q4FJR9 B2RTK3 Q8CFR9 M0QWP1 Q8VCS6 Q7TN02 Q3V1F2 Q64519 Q9QXJ2 E9Q9A9 E9QJS1 Q9CQA5 Q8VIM0 Q62276 P0CG50 Q4FJP7 P33896 E0CYA6 A6PW47 Q9QZU9 Q8CAS3 Q03963 Q3U5S6 Q3UET8 Q3TU94 A1L0V6 P62878 Q3TGP5 Q3U5B1 Q0VE17 Q543X3 Q2NLB9 Q9CXU1 Q9CXU0 Q3UV88 H3BLN8 Q9DB91 Q9R0X0 E9QAM0 E9Q6E2 Q8VCD5 Q9CQ39 Q9D8C6 G3X8Y8 Q9DAY7 Q2M4H5 Q3URU8 F8WJB0 Q3UW57 Q91ZX1 P51655 Q5SWW4 Q9Z1K5 Q8R3X6 Q3U9K6 Q6GQV9 Q6GQS5 P43407 L0CL36 Q9CQI9 Q8BKC7 Q6KAM1 Q8BKV1 Q8BJ14 Q64HC9 A0A087WNT1 Q920D3 A0A140LHG7 A2ABV5 Q61335 Q599W9 Q9CZ82 Q3U379 Q99MB1 Q52KG8 Q8C1S0 E0CZG8 B1AQH6 Q3TWB2 FGFR2 ALTERNATIVE SPLICING%REACTOME%R-HSA-6803529.3 FGFR2 alternative splicing A0A3Q4L2S8 A0A338P6M3 Q8C2Q7 P61219 P62488 P08775 Q8CB58 A0A2K6EDK7 Q8K0G8 Q921W2 Q8CII5 P97760 Q8BFX0 Q3THK3 Q8CFI7 Q9Z2X1 Q5EBP8 P60898 Q3UYV9 Q3UMJ4 Q6PI63 Q3V214 Q9CQ49 Q570Z0 FORMATION OF THE EMBRYONIC STEM CELL BAF (ESBAF) COMPLEX%REACTOME%R-HSA-9933946.1 Formation of the embryonic stem cell BAF (esBAF) complex E9QAQ7 A0A0U1RNX8 Q3TXH6 Q3UID0 Q8VHA8 Q921K9 Q68FH8 A0A0R4J1E1 O54941 K4DI61 B2RRX1 Q9CXE2 D3Z5N6 A0A0R4J170 Q3US10 Q3UPK0 Q6ZWP4 A0A0G2JG60 Q505L1 FORMATION OF THE CANONICAL BAF (CBAF) COMPLEX%REACTOME%R-HSA-9933937.1 Formation of the canonical BAF (cBAF) complex E9QAQ7 A0A0U1RNX8 B5TZD5 Q8VHA8 Q921K9 Q68FH8 Q6GTK4 O54941 Q8BW22 B2RRX1 Q9CXE2 D3Z5N6 Q9D007 A0A0R4J170 Q3UPK0 A0A8Q0PK87 Q6ZWP4 Q505L1 RNA POLYMERASE I TRANSCRIPTION TERMINATION%REACTOME DATABASE ID RELEASE 96%73863 RNA Polymerase I Transcription Termination Q3UZB8 A0A338P6M3 Q7TPV0 Q542U3 P61219 P52432 Q9D1M1 E9PWD3 Q8BFX0 P70700 O54724 Q9DBH1 P51949 Q3V054 E9Q6K1 Q791N7 Q76KJ5 Q8K2X8 Q3TQG6 Q7TPY0 P97358 P49135 Q3THG5 Q3V1B9 Q6PDZ2 Q6RI65 Q9D4V4 Q3V214 Q3UHI3 SIGNALING BY MODERATE KINASE ACTIVITY BRAF MUTANTS%REACTOME%R-HSA-6802946.3 Signaling by moderate kinase activity BRAF mutants B1AYC9 Q3TU98 A2AI78 Q99MP8 Q63844 Q8BW40 Q80TM2 Q3UER8 F8WIS9 Q80XI6 Q91YS7 E9PV24 Q5EBQ2 E9QPU1 J3JS97 Q99N57 Q3UV75 P67778 Q9D091 O54890 P28028 Q3TGR2 A2A9K7 Q8CAD1 A0A1Y7VNZ6 Q3UZF9 P41241 Q8CCM0 Q5J7N1 P05480 Q61411 A2A5N2 Q3TMJ8 Q8BL41 Q3V3W9 Q9QUM0 Q8BWG8 P63085 Q52L50 Q64727 Q62120 O-LINKED GLYCOSYLATION%REACTOME%R-HSA-5173105.10 O-linked glycosylation Q0VAV1 Q69Z28 P59509 E9PUF1 A0A7N9VSW1 P58459 Q03350 G3UVV6 Q921L8 Q80T21 A0A0R4J1C9 Q3V1S6 A2AE15 Q6PB93 Q8R3I9 E9QNR5 Q08EC9 Q8BNJ2 Q9CX59 Q9D2N8 Q8BGP4 Q5SQF9 G3UXC7 Q5JCT0 G3XA27 Q8BGY6 Q9JMG2 Q3USF0 Q4VC17 Q14B51 Q3UPR9 Q8VI16 Q3U129 Q9JJ06 Q09324 O08832 A0A0R4J0H1 Q59J92 P70419 Q8C7U7 Q6P4U0 A2RSS2 A2RRI8 Q8R2R1 Q59J91 Q60519 Q8BMS2 Q14BT6 F8WK01 Q3TTE6 Q8BMS3 Q9JJ61 Q8VCC9 Q3U8I4 Q9D4M9 Q8BHT6 Q8BVJ1 G3X9D2 Q3UQW9 B2RXX5 D3Z1A5 Q3UPZ0 F8VQ15 Q14AT0 A1A5B7 Q8BGQ4 A7LM19 Q9CRC7 Q3UTY6 Q059X9 P59384 Q60GT3 Q8C9W3 B2RRR9 Q6PD18 Q91X88 Q0VEM9 Q3UFE4 Q8C3J2 Q1RLK6 A0A1Y7VM96 Q91Y74 Q5JCS9 Q544T4 Q8BM62 Q11204 P70277 Q544M3 Q8CBE6 Q3UUA9 Q61420 Q765H6 Q8K0J2 Q8BWP8 Q5SUT2 Q80YQ1 Q3TVJ9 Q3U7I0 Q8BW41 Q9D321 A6H6E2 Q8CG64 Q5F2L2 Q3TUA9 Q3UMQ5 Q8BG28 B2RV73 ACTIVATED NTRK2 SIGNALS THROUGH RAS%REACTOME DATABASE ID RELEASE 96%9026519 Activated NTRK2 signals through RAS Q61411 Q3USK4 Q80VU4 Q3UHE3 Q9D091 Q541P3 CYTOSOLIC TRNA AMINOACYLATION%REACTOME DATABASE ID RELEASE 96%379716 Cytosolic tRNA aminoacylation Q3U6U7 E9QB02 Q9D0R2 Q61035 A2A7S7 Q3UXN3 Q3UD67 Q8BML9 Q9CZD3 Q8R3V2 Q8BU30 Q3UZG4 Q8BJY7 Q8R2P8 Q9D0I9 Q7TSZ3 Q9D1M4 Q8C483 Q4FK49 Q790I0 Q9CZU5 Q8CGC7 A0A498WGK2 Q8C0C7 NEUTROPHIL DEGRANULATION%REACTOME DATABASE ID RELEASE 96%6798695 Neutrophil degranulation Q4V9W8 Q543F3 Q9QZH3 Q5SVY2 Q545F0 Q8BQX0 Q9DCN2 Q8R2Q8 Q3UF24 Q5SW83 Q6PEE6 Q059V7 Q8BY89 Q3TMX0 Q9Z0J0 Q5U7A4 Q54AA2 Q9CPW4 Q3UP87 P14234 A0A679AXP3 O88844 A0A0R4J092 Q6ZQI3 Q8CC47 Q6PAC1 E9PUV2 P51576 E9Q8S8 Q9DC42 Q8C6Z4 Q922K9 Q8BT60 Q3U893 Q80X37 Q6GT24 Q8BFR4 Q9JI48 Q9ERB0 Q3U2S8 Q50HX4 Q4FJL0 Q8CD98 Q3UBS3 Q3TAW7 Q3TXR9 Q99KJ6 A0A0R4J138 A0A0R4IZY6 Q9R062 Q545Q2 Q3UKB9 Q7TSV4 Q6SJQ0 Q3U7Z6 Q3U6X6 F8VPN4 P05063 P63168 A0A0U1RNJ3 Q91YP3 Q542I8 Q9CYC5 Q3U967 P52480 Q8K183 G5E8F1 Q544U7 O09159 Q9JHU4 A0A2I3BPX3 Q6YGZ1 Q6DFW5 P58252 Q9ET01 Q8CC86 Q6NZC0 Q3U478 Q5FWB7 Q3V117 P70699 P48999 Q9CXY6 P01027 B5THE2 Q8CI94 B2RS82 Q3TWG5 Q0VBA8 Q4FJQ6 Q9CX00 E9Q3G7 Q4FJP7 Q8CA15 Q8BJQ4 Q8R146 Q8C9V1 P97350 Q505Q3 E9PZW0 Q3TFD2 Q61495 Q543K9 Q9CWA8 P08030 A0A1L1SRX2 O70138 Q8K2Q0 Q3U7G2 Q78P93 Q63829 Q3U435 Q91W53 A2ADH1 Q3UCJ0 P49935 Q3TLP8 Q8R5C5 Q8C5K0 G4WK10 Q3UV83 Q6P6I8 P99024 Q3U390 Q8BLF7 G3X920 Q3UP42 Q91Y57 Q53X15 G3UZX4 P35343 O54734 Q9EQI5 Q5M9K1 Q8QZY6 P21460 Q8C458 Q8C253 Q8C266 Q01853 Q8BG84 Q8C6V9 Q792Y6 Q8VBT3 Q3U4W5 Q3KNA5 Q5BMX4 Q6W5C0 A0A0R4J100 Q1XID4 P97449 Q8BFQ1 Q4VAE6 Q3UPV6 Q810W6 Q61391 Q67E05 Q8C7E7 P06745 Q6A0A3 Q6NVF2 Q9CQ54 Q3UQ44 P33766 A0A0R4J119 Q3UDZ1 Q4FJQ0 A2AE15 Q8BSJ3 Q54AA6 Q497I3 Q8BVY8 Q3UCD9 P56389 P16254 Q542X7 Q542G9 P43406 P68372 Q53ZD4 Q6ZQ54 Q8BGD4 P40124 Q3V1V5 Q8BMK4 Q3TB85 Q9D2D1 F7AT44 O88536 Q5DU30 Q3UL64 P60904 Q0PD63 Q80Y52 P41251 Q3TDN2 Q8QZW8 Q3UHW8 Q61696 Q3UFV9 Q3UWX1 Q504P4 Q545I6 Q62035 A0A0R4J0R1 Q9Z0K8 B1AU74 Q91W98 P20491 Q545P4 P50428 Q9CX36 G3X8T9 Q8R2S8 G3X9Q3 Q53YN4 Q4VA10 Q19LI2 P24270 Q549D0 Q3U717 Q4KL29 Q3TGU7 Q8K196 Q67DU8 Q3TXU8 D3YWV2 P10605 Q7TMR0 Q9D1Q6 Q9ET22 Q5F1Z8 Q3TXV4 Q14AA1 Q3V3H7 P30993 P04104 Q8BSZ5 Q3U7S9 O70497 O70570 Q9JL95 P51437 Q3UZZ4 Q9D154 Q3UP47 A0A0R4J0T2 Q3UYE9 P31996 Q8BND5 A0A6I8MWW4 Q7TMS4 Q9D2V3 Q9JM83 J3JRU4 Q6ZWR0 Q3UPA3 E9Q9L6 Q8CAW4 O09005 Q8BU31 Q8CE08 P27641 P50543 A0AAA9WWH7 Q548X8 Q3UPK6 Q80UG7 Q8BFS6 Q3TAA7 Q8BVQ9 A0A2R3XZC4 A0A0R4J187 Q8VC88 Q9DC13 O89103 Q3UEK9 B2RT97 Q0PD38 B2RTB0 Q9WU63 Q3TBF1 Q8BGZ6 Q3TKG4 Q91YT8 P58019 Q8C7X8 A1L3B8 Q8BQL3 P14685 Q925I1 Q3TX25 Q3UY11 Q8K124 Q544F6 P49722 Q9D8W5 Q545H0 A0A1W2P7W3 Q99LX5 Q3UG16 Q4FK86 Q9CY24 O35593 Q99J23 P01887 Q3U0W1 Q3UP38 Q53ZU3 Q8BWM0 Q14BF8 O88668 P62700 Q9D7S5 Q5BKQ9 Q9D8U6 Q91XL1 Q00897 Q3U6D7 Q3TXS7 A0A0N4SV15 P70195 Q61362 Q8CCH2 P48759 Q62426 Q62422 Q4QQK5 Q9D7P9 B7ZNK6 Q6RI64 A0A0N4SVP3 Q6UKZ0 Q8BTJ4 Q99JI4 Q8R0T6 P25799 Q544K3 Q3TKV1 Q9CZ69 Q8VEH3 E9Q4S7 B1ATB3 Q3V1J3 Q9CPZ6 Q9DAY5 Q3TCT5 Q499X4 Q32ME9 Q545D8 Q3TM87 Q8BZQ2 Q3UU93 W0UVC5 Q5SSE9 C0HKG5 O08807 Q8VEK0 I1E4X5 Q3USX6 Q62418 Q8VCF1 Q9JHW2 Q9DD05 A2AN08 Q61206 Q9QZB7 Q9WV55 Q69ZA1 Q3U419 Q02257 S4R1M0 P54116 Q52L50 Q64727 Q3TU98 P50096 Q4JG03 F6XC54 Q5NC82 A1A553 P24527 O19441 Q545X5 Q71LX8 A0A0R4J190 P09528 P08071 Q3UE22 Q9JHF5 Q0PD31 Q3TN99 Q921H8 Q99LJ1 Q3USV2 Q544R7 Q9R007 P41245 S4R270 Q99M55 Q5U421 Q3U861 Q3V3W9 Q6ZQ38 Q9JIF7 P63085 Q9CQ22 Q3U6G0 B3VQI8 Q06138 G3X8Y8 Q9CPX4 Q9D091 P11672 Q9JHS3 Q61176 P60879 Q543Q4 Q8K1X4 Q9D3L3 A8DUK0 Q3TQX5 Q9WV38 Q3UYK2 P57716 DEFECTIVE RFT1 CAUSES CDG-1N%REACTOME DATABASE ID RELEASE 96%4570571 Defective RFT1 causes CDG-1n Q8C3B8 INTRAFLAGELLAR TRANSPORT%REACTOME%R-HSA-5620924.5 Intraflagellar transport Q6P1D3 Q8K057 Q9CQJ9 D3Z025 P63168 B1AWG1 O35594 E9PVK4 A2AVR9 Q3UN53 E9Q9G8 Q3TUP2 Q62559 Q9DAJ5 Q9DA69 Q9CRX5 Q3TQ94 A2AM72 Q8BS45 Q8VDG4 Q9DB07 B2RXA2 Q9D0P8 Q99J38 Q8BND3 Q3UGF1 Q9DAI2 Q3UI47 Q5U4F6 Q8K0T2 A0A0R4J284 Q8R3P7 B2RQZ0 B7ZNE0 Q8BFY9 Q9D0M5 Q6VH22 A0A087WQD8 Q571A6 E9Q512 APAP ADME%REACTOME%R-HSA-9753281.3 APAP ADME P52843 Q9Z2A9 A5D6P3 A7DTG9 P15626 Q99JP7 Q78ZC4 Q9D1A2 A0A0R4J0B6 Q9DCY6 Q62452 Q64435 Q6P8Q2 E9Q467 Q546L3 Q3UEP4 Q63886 A0A0R4J050 Q05421 Q4FK56 Q9D566 Q8VI47 Q91W19 A0A0R4J015 CHOLESTEROL BIOSYNTHESIS FROM ZYMOSTEROL (MODIFIED KANDUTSCH-RUSSELL PATHWAY)%REACTOME DATABASE ID RELEASE 96%9969901 Cholesterol biosynthesis from zymosterol (modified Kandutsch-Russell pathway) Q8VCH6 O88822 A0A140LIT2 P70245 MITOCHONDRIAL TRANSLATION INITIATION%REACTOME%R-HSA-5368286.3 Mitochondrial translation initiation Q9CQ40 Q9CPW3 Q99N87 A2A6T4 Q9DCJ7 Q3U8Y1 Q80ZS3 Q9D1B9 Q9D7N6 Q9CQL6 Q9D8P4 Q9D7N3 Q9D1N9 Q9D3F3 Q9CR59 Q9CY73 Q9CQL5 Q9CQL4 O35680 Q9JIK9 Q9DCI9 Q9CQP0 A0A0R4J0L6 Q9DCU6 Q5RL20 Q05DC5 Q921S7 Q9D1I6 Q9EQI8 Q9CZ83 Q61733 Q9JKF7 Q5U5I3 Q9D0G0 Q80X85 Q8BGA9 Q14B21 D3Z2K2 Q9DB15 Q3TLQ4 Q9CQF8 Q501J4 Q9CPY1 Q9CY16 Q8BQ99 Q9DC71 Q9CQF0 Q9D1H8 Q99N93 Q8K2M0 Q99N90 Q8R2L5 Q99N91 Q9CQN7 Q9D338 Q14C51 Q9D773 Q9CQV5 Q9D1P0 G3X9M0 Q9CPX7 Q8VDT9 Q9CQA6 Q3TI14 Q9ESC5 Q3UKS6 Q8BU88 Q542W5 Q8K2Y7 E9QPQ8 Q9CQE3 Q91YJ5 A4QMQ0 Q3V021 Q8R2K5 Q9D125 Q9CXW2 Q3TBW2 Q059G7 Q9CQ06 Q8BK72 Q9D0Y8 TYSND1 CLEAVES PEROXISOMAL PROTEINS%REACTOME%R-HSA-9033500.4 TYSND1 cleaves peroxisomal proteins P32020 Q3TPC7 Q9R0H0 P51660 Q921H8 A2AL50 Q9DBA6 LACTOSE SYNTHESIS%REACTOME DATABASE ID RELEASE 96%5653890 Lactose synthesis P17809 Q3U478 A0A077S9Z6 REGULATION OF GENE EXPRESSION IN LATE STAGE (BRANCHING MORPHOGENESIS) PANCREATIC BUD PRECURSOR CELLS%REACTOME DATABASE ID RELEASE 96%210744 Regulation of gene expression in late stage (branching morphogenesis) pancreatic bud precursor cells Q3UZZ2 Q8K557 Q8BJ14 Q6P3Z8 P27889 Q01705 Q6T264 O08755 Q3UM17 Q548G3 B2RR30 D3Z768 Q6GQV9 Q8BYF1 PKA-MEDIATED PHOSPHORYLATION OF CREB%REACTOME DATABASE ID RELEASE 96%111931 PKA-mediated phosphorylation of CREB Q80TY9 O88444 Q3UU15 Q3V1Q3 Q3TY04 P84309 Q3UUN2 Q91WF3 P05132 A0A2I3BRC5 Q8K1M3 Q922R0 Q9DBC7 P68181 E9Q706 H3BK84 BRIGATINIB-RESISTANT ALK MUTANTS%REACTOME DATABASE ID RELEASE 96%9717319 brigatinib-resistant ALK mutants P97793 GOLGI ASSOCIATED VESICLE BIOGENESIS%REACTOME%R-HSA-432722.5 Golgi Associated Vesicle Biogenesis Q0VB06 Q5SUH7 Q3U1P2 Q9JKY5 Q570Z8 A0A0R4J1L4 Q7TN05 Q9D8S2 Q8CC13 Q8CBB7 P70280 Q8BW87 Q3UG16 Q62420 P09528 Q3UWX1 P61967 Q504P4 F8VPL2 A0A0R4J0F6 Q80TZ3 Q80V94 P84078 Q8C266 O55102 Q3TCR7 A0A0R4J0R1 O89001 Q8C6V9 Q542D9 Q9D8U8 E9QAH1 Q8VED2 Q91WZ8 Q6NVF0 Q6PHU5 Q3U8S0 A0A571BGG1 Q9CWK8 Q3V2G6 Q5U5M8 Q6P9T6 Q8BR70 Q9Z266 Q9CPX4 Q3TTW5 Q9DB05 Q9R0C0 A3KGB4 Q8CHR4 Q3UPG0 Q8BWG8 INTESTINAL ABSORPTION%REACTOME DATABASE ID RELEASE 96%8963676 Intestinal absorption P14246 Q9QXI6 Q9WV38 AMINO ACID TRANSPORT ACROSS THE PLASMA MEMBRANE%REACTOME DATABASE ID RELEASE 96%352230 Amino acid transport across the plasma membrane P63115 Q3UQE3 Q9ESU7 Q8K2P7 Q3U1J0 P70423 Q8VCS9 Q8CGA3 Q9DCP2 Q8CFE6 Q3TRY2 A0A0U1RPK4 G3X8X3 Q8VDB9 A1L359 Q91WV7 Q8BG16 Q8BRX2 Q8R1S9 Q9Z127 Q3UTP8 Q3UGD6 Q9Z1K8 D3Z0L1 Q542C8 Q9QXW9 Q5F227 Q8BL03 Q8BHK3 Q8BGK6 DEFECTIVE FACTOR IX CAUSES HEMOPHILIA B%REACTOME%R-HSA-9668250.4 Defective factor IX causes hemophilia B B2RS80 P16294 A2CFB8 B2RR03 Q8BQ43 O88186 Q80Y26 Q9QZU3 DEPOSITION OF NEW CENPA-CONTAINING NUCLEOSOMES AT THE CENTROMERE%REACTOME%R-HSA-606279.3 Deposition of new CENPA-containing nucleosomes at the centromere B2RVH1 A2AQ14 B2RTK3 B2RWH3 A2AC07 Q8CGP7 Q66JQ7 Q64475 Q64478 A0A0R4J037 Q149V4 C0HKE5 Q9D2U9 Q9DAY9 Q6ZWY9 S4R1M3 O35216 Q9QYM8 A0A1I7Q4A6 P27661 Q8R1M2 Q8C5H3 Q8C4M7 Q3TJM4 Q3U1C2 Q64524 P10853 Q60972 Q9CQA0 A3KPD0 Q91ZW3 Q9CZW2 Q9CQ82 Q8CGP2 B8JK52 B2RVI6 Q8CGP0 Q3TTB0 Q3UPF6 Q9D084 Q9CZJ6 Q14A61 Q80WQ8 E9PWW9 DEFECTIVE MISMATCH REPAIR ASSOCIATED WITH MSH3%REACTOME%R-HSA-5632927.2 Defective Mismatch Repair Associated With MSH3 E9QPY6 Q3TZI5 DEFECTIVE TRANSLOCATION OF RB1 MUTANTS TO THE NUCLEUS%REACTOME DATABASE ID RELEASE 96%9661070 Defective translocation of RB1 mutants to the nucleus P13405 RPIA DEFICIENCY: FAILED CONVERSION OF RU5P TO R5P%REACTOME DATABASE ID RELEASE 96%6791461 RPIA deficiency: failed conversion of RU5P to R5P P47968 IRAK2 MEDIATED ACTIVATION OF TAK1 COMPLEX UPON TLR7 8 OR 9 STIMULATION%REACTOME DATABASE ID RELEASE 96%975163 IRAK2 mediated activation of TAK1 complex upon TLR7 8 or 9 stimulation Q99K90 Q8CF89 P70196 P0CG50 Q4FJP7 Q80UF7 Q923A8 L0CL36 Q8BJQ4 Q64HC9 Q8CFA1 Q9D5S8 RIPK1-MEDIATED REGULATED NECROSIS%REACTOME DATABASE ID RELEASE 96%5213460 RIPK1-mediated regulated necrosis Q80Y52 E9PZP3 Q8CGY8 Q60989 Q9D2Y4 B2RRZ7 Q61081 P0CG50 Q5SS83 Q99PH8 Q8C6X9 Q61160 Q561N4 Q80Y09 Q8C350 Q5SRW7 Q62210 Q540I4 Q8C863 Q3TMX0 A0A3B2W489 Q3U5H0 Q9WUD1 Q3U607 Q60855 Q9QZM4 Q3TSE5 PRE-MRNA SPLICING%REACTOME DATABASE ID RELEASE 96%72163 pre-mRNA splicing Q9CQQ8 Q3TT81 Q9QZH3 Q3U9X2 Q9JHS9 Q6P4T2 Q91YE7 P62322 Q9CUY2 P62311 Q9CWL8 Q9CY46 Q3UJB0 Q3TF92 Q542U7 Q497W9 Q99KP6 E9Q317 Q9D787 P63154 Q8VEK3 Q8BTS0 Q8R1N0 P97760 Q8BFX0 Q3THK3 Q8CFI7 P60898 Q3UMJ4 Q6PI63 Q3V214 A0A3Q4L2S8 A0A338P6M3 P61219 P62488 P08775 Q8BG79 B2RTE3 Q8K1J5 Q8C908 Q3TTV6 A2A4P0 A0A158SIT3 Q8BM39 Q8R149 Q3UBT1 Q8K194 Q61048 Q6P8I3 Q9D198 Q3TIX9 Q3UI45 Q8BIZ6 Q8C5G1 Q6ZWM4 A1L013 Q9D6J3 Q9D0F4 Q9DB98 Q3TQI7 Q9CWV6 Q8QZY9 Q3TUQ5 Q3UKJ7 Q9Z1M8 Q569Z5 Q8K1G9 E0CZB3 Q91V81 Q059T9 A2ALF2 Q9Z315 Q8BKT3 Q9Z2X1 Q9CPW7 Q8R344 C0HKD9 Q8R0F5 Q9D7A3 Q922U1 Q9CR80 Q91YR7 Q5SUF2 Q8VDP2 A2AER7 Q5NCR9 Q9DBM1 B9EJX8 Q8CCF0 Q8CFQ9 Q8C839 Q9EQC8 Q9CQI7 Q3TKY6 Q3TVM1 Q69ZQ2 Q9CZU3 Q5U3M2 Q5EBP8 A2AQA7 Q3U5M9 F8WJG3 Q9Z204 Q3TH57 Q6ZWP0 Q62189 Q570Z0 Q3UXT6 Q9CRI3 Q8CH18 Q9WV02 Q8CH02 Q8BGC0 Q3UA07 Q9DBF7 A2ADR8 Q569X3 Q8BHS3 Q504P4 B2RY56 Q3UEB3 A0A1B0GRU8 Q6NV83 Q56A08 Q8VHM5 Q58E59 B2RSV4 Q6PE01 Q9CXG3 Q922V4 Q8JZX4 Q05CL7 Q7TN25 A2AR02 Q8C2Q7 Q9Z1N5 Q5FWJ5 Q8BHJ9 Q8CB58 Q62093 P84104 Q80UI8 Q99KG3 E9PUK6 Q923D5 Q3THA6 Q923D4 Q6PDM2 P60335 Q3TWW8 Q80X98 Q91VC3 Q9DC48 Q9CVU5 Q8BV04 Q3UN87 Q8BGJ9 Q9D0B0 P61327 Q3UCF2 Q810A7 Q9CQ49 P70333 Q9CWZ3 Q8BTI8 Q9D6L8 Q80TU6 G3UZW7 O08583 Q99M28 O88569 Q9DCD2 Q8K3W3 Q543F1 P62315 P83870 P27048 G5E8G0 Q4G0C5 P62320 Q78JM7 P59708 G5E8I8 Q8BGT7 Q14AF6 P57784 Q3UNG1 Q3UYV9 D3Z0M9 Q8BKP8 Q99MR6 POST-TRANSLATIONAL MODIFICATION: SYNTHESIS OF GPI-ANCHORED PROTEINS%REACTOME DATABASE ID RELEASE 96%163125 Post-translational modification: synthesis of GPI-anchored proteins Q8C4W3 Q9JJQ0 Q8C2R7 E0CXP0 F6YX19 Q544J8 Q80V42 Q7M6Z0 Q9Z1Q3 Q545X5 A0A286YD56 A0A494B9A6 A6MDD3 Q1HL20 A0A087WPI6 Q7TPW4 Q5M9N4 Q8BWU1 Q8R4G0 Q3U5R2 Q9D7Z7 Q3UV20 Q562G0 P57096 A0A0R4J190 Q4V9U8 G3X9F1 Q07409 Q9CWP4 D3Z4T6 Q8K356 Q8VCU2 A2RSP9 A0A087WPY4 Q8BVP6 Q9Z0K8 Q9JMI7 E9QNU1 Q91YK8 Q80ZQ0 Q8BXX3 Q9QZ25 Q8BTP0 Q05685 Q3TAA8 Q8BY83 A0A0R4J0B9 Q8K561 A2AIH5 D3Z4I0 Q6DFY2 Q545T2 Q9DD23 Q3TRE5 Q8K0S5 Q8BU59 O09101 B7ZN11 Q9CXR4 Q920S2 Q8BG33 Q9D7S0 P35459 O08523 Q3UQY2 Q9D1C3 Q9D7F2 Q3V307 Q9WTK3 Q3TQ02 Q80YD8 P01831 D3Z499 Q9D1Q4 Q544A3 O70152 Q9CRA0 Q545R7 F8VPQ6 Q3TYE5 SHOC2 M1731 MUTANT ABOLISHES MRAS COMPLEX FUNCTION%REACTOME DATABASE ID RELEASE 96%9726840 SHOC2 M1731 mutant abolishes MRAS complex function A2A5N2 Q8CAD1 Q6ZWM8 Q3TPX5 O88520 P62141 Q99N57 P28028 NOTCH3 ACTIVATION AND TRANSMISSION OF SIGNAL TO THE NUCLEUS%REACTOME%R-HSA-9013507.2 NOTCH3 Activation and Transmission of Signal to the Nucleus Q6NZC0 Q61483 Q9JI71 Q99LH8 Q9WVF5 Q3TXI7 Q3U4P5 Q3UWD7 Q3UYK2 P0CG50 Q61982 P57716 Q8C7N7 Q3UBT1 Q499W5 Q80SY4 Q9QYE5 Q3UVN4 B2RUG2 Q0MW30 PEROXISOMAL LIPID METABOLISM%REACTOME%R-HSA-390918.7 Peroxisomal lipid metabolism Q80X94 Q9DBS4 Q9QXE0 Z4YM84 Q3TPC7 Q9DBM2 P51660 Q3TN99 Q9NYQ2 Q921H8 P48410 Q9DC50 Q8BZR4 Q99P30 Q14DI6 P11930 Q3UVJ7 Q99MZ7 O09174 H7BX88 O70579 Q8C178 Q9QXD1 PREDNISONE ADME%REACTOME DATABASE ID RELEASE 96%9757110 Prednisone ADME Q3UKW1 Q6NZB9 P21447 Q4JHD9 P70691 Q546G4 Q91WR5 Q91WH2 Q2KHL4 DEFECTIVE PAPSS2 CAUSES SEMD-PA%REACTOME DATABASE ID RELEASE 96%3560796 Defective PAPSS2 causes SEMD-PA A0A494BB18 RHOV GTPASE CYCLE%REACTOME DATABASE ID RELEASE 96%9013424 RHOV GTPase cycle Q8K0Z5 Q3TU98 D3Z3A8 Q8BQ28 Q8C7P2 Q7TSH4 Q80XI6 Q9JK83 Q8R1C2 Q80XR8 Q8C7T5 S4R248 Q3TY70 Q3V1V5 Q8BTW9 Q5DTJ2 B7ZCR6 A0A0R4J0X8 Q68FD5 Q8BJR7 Q9CXQ9 Q8BH88 Q8CDN6 E9QQ33 Q8VDU1 Q80Z96 Q03145 Q6NXJ3 Q8BH99 Q69Z38 G5E884 Q5F258 Q3ULB5 Q99ME2 TRANSCRIPTIONAL REGULATION BY SMALL RNAS%REACTOME%R-HSA-5578749.9 Transcriptional regulation by small RNAs A0A3Q4L2S8 B2RTK3 B2RWH3 A0A338P6M3 Q8CGP7 P62827 Q64475 Q64478 P61219 P62488 P08775 Q149V4 C0HKE5 Q9D2U9 Q3UQ34 Q7TMY7 Q6ZWY9 S4R1M3 Q8BJP2 Q3UHK8 P27661 Q8R1M2 Q64524 P10853 P97760 Q8BFX0 A3KPD0 Q8CFI7 P84228 P60898 Q8CGP2 Q8CGP0 Q6PI63 Q3V214 CRIZOTINIB-RESISTANT ALK MUTANTS%REACTOME DATABASE ID RELEASE 96%9717326 crizotinib-resistant ALK mutants P97793 NEPHRIN FAMILY INTERACTIONS%REACTOME%R-HSA-373753.5 Nephrin family interactions Q3TU98 Q8BQ28 P42337 Q9CXQ9 Q8C7P2 Q5FW75 A0A0G2JEG6 Q8R1C2 Q80W68 O88990 A0A4X8 Q3V1V5 A0A3B2W812 D3YZ57 A1BN54 Q8BTI9 Q9QZS7 B9EJ23 G5E8B6 Q8BH99 O08908 Q3ULT2 CHOLINE CATABOLISM%REACTOME%R-HSA-6798163.7 Choline catabolism A2AMH5 Q8BY89 Q3TWI2 Q9DBT9 Q8BJ64 Q9DBF1 O35490 Q9Z306 RELEASE OF HH-NP FROM THE SECRETING CELL%REACTOME DATABASE ID RELEASE 96%5362798 Release of Hh-Np from the secreting cell Q8CIP5 E9PXU2 Q62226 H3BLN8 Q80XI9 Q544P6 Q8R116 FORMATION OF A POOL OF FREE 40S SUBUNITS%REACTOME DATABASE ID RELEASE 96%72689 Formation of a pool of free 40S subunits Q5YLW3 Q9CQR2 P62264 Q6ZWN5 Q4FZH2 Q8BP67 Q5M9N8 Q642K1 Q9CXW4 P62717 Q561N5 Q5M9K7 P62830 P99027 Q9D823 Q505A8 Q58EA6 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 Q497N1 Q5CZY9 Q3TY56 O70194 Q3UVY8 Q544H0 Q66JS6 Q8BMJ3 Q8QZY1 Q99JX4 Q9QZD9 Q8R1B4 Q8JZQ9 Q3UIG0 Q3UM46 Q5M9L0 Q6ZWU9 P97461 Q4VAG4 Q58E35 P86048 Q9CQD0 P62911 Q545X8 P14206 Q9CPR4 Q0VBA4 Q3UC02 D3YYB0 Q5M9M4 Q5M9M0 APEX1-INDEPENDENT RESOLUTION OF AP SITES VIA THE SINGLE NUCLEOTIDE REPLACEMENT PATHWAY%REACTOME%R-HSA-5649702.4 APEX1-Independent Resolution of AP Sites via the Single Nucleotide Replacement Pathway Q3UIL3 Q1LZM6 Q3U296 G5E8N7 Q80ZH7 Q8BQS1 Q8K409 ACYL CHAIN REMODELING OF DAG AND TAG%REACTOME%R-HSA-1482883.5 Acyl chain remodeling of DAG and TAG Q9DCV3 Q8BJ56 A2ADU0 E9QNZ9 A2ADU8 Q3UFN1 Q54AA6 BDNF ACTIVATES NTRK2 (TRKB) SIGNALING%REACTOME DATABASE ID RELEASE 96%9024909 BDNF activates NTRK2 (TRKB) signaling Q3UHE3 Q541P3 FMO OXIDISES NUCLEOPHILES%REACTOME DATABASE ID RELEASE 96%217271 FMO oxidises nucleophiles Q8K2I3 Q8C7J1 Q8C9C1 IRAK1 RECRUITS IKK COMPLEX%REACTOME DATABASE ID RELEASE 96%937039 IRAK1 recruits IKK complex Q5SRW7 Q569Y6 A2RTT4 Q8CBT3 P70196 D3Z6V8 E9QPQ6 Q8BR10 Q8VC91 Q5D0E0 DOWNREGULATION OF ERBB4 SIGNALING%REACTOME%R-HSA-1253288.5 Downregulation of ERBB4 signaling B2RSC8 Q8C863 P0CG50 P05480 Q3UV52 SIGNALING BY FLT3 ITD AND TKD MUTANTS%REACTOME DATABASE ID RELEASE 96%9703648 Signaling by FLT3 ITD and TKD mutants P42337 Q8C7P2 Q564P6 P35235 Q9D091 Q61411 Q3U5I5 B2RSM1 P42232 Q5HZH3 Q3USK4 Q9JIA0 A0A3Q4EGX3 Q3UEW6 Q3ZB59 CLEAVAGE OF THE DAMAGED PYRIMIDINE%REACTOME%R-HSA-110329.4 Cleavage of the damaged pyrimidine Q8K1K3 B2RTK3 B2RWH3 Q8CGP7 Q64475 Q64478 Q149V4 C0HKE5 Q91VL8 B2RS36 Q9D2U9 Q3V252 Q6ZWY9 S4R1M3 P27661 Q8R1M2 Q3UIL3 O35980 Q1LZM6 Q8K203 Q6P5C5 Q91WC1 Q3U296 Q3UGS3 Q64524 P10853 A3KPD0 E9QM06 Q8CGP2 Q8CGP0 P68433 SPHINGOLIPID METABOLISM%REACTOME DATABASE ID RELEASE 96%428157 Sphingolipid metabolism Q543I9 O09005 Q6GTI0 Q5MPP0 Q8BHN0 Q6ZPR5 B9EHG7 A2RT05 Q58E38 Q3TST8 Q3TAW7 Q3TXR9 Q8VCQ6 Q99JY8 Q8BZ03 Q920V1 Q924Z4 P54818 A0A0R4J138 Q8CII3 O88693 Q8BGZ6 Q8R2F2 Q8VD53 Q3B7Z2 P17439 Q8BZW3 Q8VDF0 Q3TX25 Q9JHE4 G3XA61 A0A1B0GSK9 Q64676 Q8BGY6 Q9D6K9 Q5FWX6 P29416 Q497L5 Q8BG54 Q1A3B0 Q810K3 D3YTU8 Q62101 Q542D6 Q3TIW9 Q9D6J1 Q9D4B1 Q8R207 Q3UKQ5 B8JK43 Q61469 Q3UDY2 Q8K4Q7 Q925E8 Q8R4X1 H3BL08 Q9CQZ0 Q8R0X7 Q3UF00 Q921I0 Q69ZF3 Q3U7I0 A5D6P3 Q9CPZ6 Z4YLR0 Q3TYD4 Q8CI15 A0A0R4J0B6 Q8R0F3 Q8BFQ1 Q99K78 Q78P93 P50428 A6H6C9 Q32KI9 Q32KI8 A0A0R4J1N2 Q11204 Q04519 A0A068BIS6 Q8BPG6 Q9WV55 Q3TRR3 Q9D2D1 A0A0R4J1J3 Q32MG3 Q8BH80 Q9CQX2 O70572 Q3UL64 Q5F1Z8 Q9JJY3 Q3UUA9 Q3ULV6 MPS II - HUNTER SYNDROME (HS-GAG DEGRADATION)%REACTOME%R-HSA-2206296.5 MPS II - Hunter syndrome (HS-GAG degradation) Q08890 DEFECTIVE GALNT3 CAUSES HFTC%REACTOME%R-HSA-5083625.4 Defective GALNT3 causes HFTC Q0VAV1 Q0VEM9 E9PUF1 A0A7N9VSW1 A0A0R4J0H1 P70419 Q3V1S6 METABOLISM OF STEROIDS%REACTOME%R-HSA-8957322.4 Metabolism of steroids Q8CAY6 P53798 Q0VGU0 Q9CRA4 Q8VCH6 Q61586 Q0VBH5 O88822 Q9D4F2 Q3UDY1 Q8BGI3 Q8BSY2 Q3U9G9 Q9JLB4 Q32MW1 P51162 Q8C142 A2ARV4 Q66JY8 Q9WTN3 Q546G4 Q3UQH5 Q3US73 Q544S6 D3Z3X1 Q99LX3 Q91WR5 Q64505 Q3V1T8 Q3USU4 Q8VCX1 Q3UEM0 Q91X34 P63280 Q6LC96 Q61578 Q545P3 P48281 Q9CPW2 Q542P9 Q3ULQ6 P01193 O09174 Q3ZAT3 Q9QXD1 Q3V156 A0A0F7RQH1 Q9EP96 Q9QY30 Q9QZ82 Q9WUP4 A0A0R4J015 Q3UKW1 Q6NZB9 Q4JHD9 P62827 Q9JJL3 Q790P4 Q3UHW8 Q3B7Z2 A0A0R4J0N7 P51660 Q3TN99 A0A0G2JE93 Q80SX0 Q8BZR4 P50637 P51557 P19096 P21614 Q544C3 Q8BX94 G3X9G6 Q3TAX1 F8WH20 P51658 Q53YJ1 E9Q3D4 Q99N99 Q8R0G3 Q8BUR8 F8WIZ7 P45377 Q9EQ06 Q3TWW0 Q9Z0F5 Q9QXE7 Q6GQV9 Q3UNC6 Q0VBB8 Q9EPQ7 P70365 P70385 Q80WK2 A0A8V5KH54 Q8R000 Q8BHJ5 Q6GQT6 Q80U83 Q3TZD5 Q8C1E4 A0A140LIT2 Q3UJ12 Q5XJV5 Q3U1N2 P15539 A0A087WQP7 Q8CE59 Q7TPU0 Q3U538 Q3UJ92 Q8BLN5 Q8C590 Q8BYH8 Q7TPS7 Q9CZZ6 Q0VGQ1 Q3TQK8 Q547C4 Q3THA3 Q5SWU9 Q8K0C4 Q9ESZ3 G3X8Q0 Q9WTZ2 A2AA71 Q3V3I6 Q9WVG6 Q3UE99 Q4FJN9 Q3UYC1 Q9DBV7 Q920L5 Q6NXL1 B1AQH6 G3XA48 Q8C5N9 Q8CHX6 A0A0G2JG60 P70245 Q3UEB4 Q3US15 Q80ZX0 INTERLEUKIN-1 FAMILY SIGNALING%REACTOME DATABASE ID RELEASE 96%446652 Interleukin-1 family signaling Q8C833 Q6GR78 P54775 Q9WTX6 Q3UPK6 P35831 Q9CPS5 P29452 Q8BVQ9 P62196 B2RT97 P0CG50 Q3U0Y6 Q80ZA1 Q3TKG4 Q542I9 Q8C6X9 A1L3B8 P14685 Q545G0 Q548Y4 Q5D0E0 Q2PMY2 Q059V7 P49722 Q5SRW7 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 P62878 Q5SUR3 Q14AQ1 Q58EV4 Q923A8 O55234 Q542H2 Q5BKQ9 P10749 Q3U607 Q9JKV1 A0A286YDT6 Q8BUN5 Q3TXS7 P70195 Q60778 Q8CBT3 A0A679AXP3 Q9Z1E3 Q5SRY7 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q8VC91 P25799 Q9D5S8 Q3TKV1 Q0VDP7 Q99K90 Q569Y6 Q8CF89 A2RTT4 P70196 Q6PB44 Q06180 Q2M4G8 Q8CAV9 O55082 Q61152 A0A1B0GT50 Q8BUM3 Q3TTU1 Q8BV52 P20109 P07750 Q8C257 Q80WU9 Q3UKS3 Q0VB14 Q3UCJ0 Q6GU23 Q9QYY1 F7AT44 Q149U6 E9QNX4 I3PQW8 Q149G7 Q8BVZ5 Q61084 Q5D095 Q3UV15 Q08EA6 Q3KNF2 Q3U0P4 Q8BQQ4 Q3UEB8 Q64337 P35235 Q7TSJ7 Q3TMJ8 Q60521 Q8K2U0 Q542W1 Q3U7M4 A1L361 Q4FK69 Q547H1 Q8BR10 Q8R4K2 Q3UY00 P04918 Q80SY9 Q540J8 E9QMH7 Q3UAR6 Q9CR56 Q5EBQ4 D3Z6V8 Q99JG7 Q3TL44 Q8CEC5 Q8CFA1 Q62151 E9PYI8 Q8VC16 P48999 E9QPQ6 ESTROGEN-STIMULATED SIGNALING THROUGH PRKCZ%REACTOME DATABASE ID RELEASE 96%9634635 Estrogen-stimulated signaling through PRKCZ Q61411 Q3V341 Q3UHZ0 P63085 Q9D091 REGULATION OF GAP JUNCTION ACTIVITY%REACTOME%R-HSA-191650.4 Regulation of gap junction activity Q8C4N2 B9EHJ3 FORMATION OF THE URETERIC BUD%REACTOME DATABASE ID RELEASE 96%9830674 Formation of the ureteric bud P31313 Q8BSP4 P09055 Q3TNY7 Q3ULR1 Q3TYB4 Q19AB2 P48540 A2ARA8 Q62232 G3X8Q7 Q6P5E3 P35546 G3UYX7 Q8C9D0 B9EI61 P97785 A2ASM7 Q3UTY8 Q61572 P31311 REGULATION OF FXIIA AND PLASMA KALLIKREIN ACTIVITY%REACTOME%R-HSA-9855719.1 Regulation of FXIIa and plasma kallikrein activity P97290 Q545X5 Q8R5L1 P04104 Q80YC5 Q6S9I3 P26262 A0A0R4J039 Q6GQT1 REGULATION OF TP53 ACTIVITY THROUGH ASSOCIATION WITH CO-FACTORS%REACTOME%R-HSA-6804759.4 Regulation of TP53 Activity through Association with Co-factors Q3TCU2 Q8VBU8 P31750 P17208 Q5CZX0 Z4YK94 Q62415 E9QJU8 Q63934 Q80ZA1 A0A2R8VHX5 Q8BLG0 Q8CE74 Q8C6X4 GAP JUNCTION TRAFFICKING AND REGULATION%REACTOME DATABASE ID RELEASE 96%157858 Gap junction trafficking and regulation Q6PFA2 Q8C4N2 Q9DCE6 Q3UJE9 A0A654ICX2 A0A654IET7 Q8BQU6 Q8C677 Q3URC5 Q542M8 Q548M7 A0A654ICD8 Q3UPZ2 A0A654ICB8 Q3UWF8 Q68FD5 V9GX76 Q3TWZ9 B9EHJ3 O54851 A0A654IER4 Q3TCR7 Q6A0C9 A0A654IEJ3 A0A0J9YUN4 NRAGE SIGNALS DEATH THROUGH JNK%REACTOME%R-HSA-193648.3 NRAGE signals death through JNK Q68FM7 Q9QYH6 A0A2X0SFN9 A2AWP8 Q7TSI6 A0A140LJJ5 Q9R0C8 H3BJ45 Q91ZT5 Q3U5C8 Q3TNB8 Q80VK6 Q66JY6 Q9D034 G5E8T4 Q6ZPF3 A0A0R4J0X8 Q9Z0W1 E9Q5R6 F6WMJ3 P70392 Q6PEB3 Q3TQN9 Q5FWH6 B1AS67 Q3UG32 Q8BWA8 Q3UPH7 Q8VDU4 E9QK62 Q8BY35 Q7TSJ7 Q3USK4 Q6LDU8 Q9JKX4 Q3UTH8 Q6P9R4 Q6P1D6 A0A0A0MQ87 Q69ZK0 D3YYY8 E9PUE7 Q3TLP8 Q3U9H3 Q8C474 Q0KL02 Q8C4B5 D3Z4R2 E9PUF7 Q3USZ7 Q3UGZ6 Q80U35 Q8C067 Q07139 DEFECTIVE MMACHC CAUSES MAHCC%REACTOME DATABASE ID RELEASE 96%3359474 Defective MMACHC causes MAHCC Q9CZD0 GAP JUNCTION TRAFFICKING%REACTOME%R-HSA-190828.3 Gap junction trafficking Q6PFA2 V9GX76 Q3TWZ9 Q9DCE6 Q8C4N2 Q3UJE9 A0A654ICX2 A0A654IET7 Q8BQU6 O54851 Q8C677 Q3URC5 A0A654IER4 Q542M8 Q548M7 A0A654ICD8 Q3UPZ2 A0A654ICB8 Q3TCR7 Q3UWF8 Q6A0C9 A0A654IEJ3 Q68FD5 A0A0J9YUN4 NONSENSE MEDIATED DECAY (NMD) INDEPENDENT OF THE EXON JUNCTION COMPLEX (EJC)%REACTOME%R-HSA-975956.2 Nonsense Mediated Decay (NMD) independent of the Exon Junction Complex (EJC) Q5YLW3 Q9EPU0 Q9CQR2 P62264 Q6ZWN5 Q4FZH2 E9Q9E1 Q8BP67 Q5M9N8 Q642K1 Q9CXW4 P62717 P29341 Q561N5 Q5M9K7 P62830 P99027 Q9D823 Q3TF02 Q9CQ49 Q505A8 Q8CCV1 Q58EA6 Q149F3 Q4FZE6 Q9CZX8 Q6ZWU9 Q564E8 Q5I0T8 Q497N1 Q5CZY9 P97461 Q4VAG4 Q58E35 P86048 Q9CQD0 P62911 Q545X8 P14206 Q9CPR4 Q3UYV9 Q0VBA4 Q3UC02 D3YYB0 Q5M9M4 Q5M9M0 ACTIVATION OF INFLAMMATORY CASPASES%REACTOME DATABASE ID RELEASE 96%9686114 Activation of inflammatory caspases Q9D154 A0A679AXP3 P70343 P10749 P70677 Q2PMY2 SIGNALING BY FGFR%REACTOME DATABASE ID RELEASE 96%190236 Signaling by FGFR A0AAQ4VMS6 Q8BN07 Q8C7P2 Q924S8 P0CG50 Q5EBP8 Q9Z0G0 A0A0R4J097 Q570Z0 P42337 P70419 P35235 A0A0X1KG61 P97760 Q61411 Q8BFX0 Q3THK3 Q3USK4 Q8CFI7 P60898 A0A0R4J0R6 O70514 P63085 Q3UMJ4 Q6PI63 Q3V214 A0A3Q4L2S8 Q8C180 A0A338P6M3 Q63844 Q8C2Q7 Q0VER9 P61219 Q0VG15 P62488 Q505A4 Q91WJ0 Q790L8 P08775 Q8CB58 A0A7U3JW97 A0A0R4IZY3 Q8BGT1 O35565 Q62077 A0A7U3JW51 Q9D091 Q8C399 P28028 Q6ZWS1 A0A7U3L6F4 P63330 Q541T2 Q544I6 Q99N32 Q3U1V5 A0A7U3JW80 E9Q2N2 Q9CQ49 Q3U1I8 Q91V87 B2RS85 Q8BLU0 Q6RKD8 A0A2K6EDK7 Q76MZ3 Q8K0G8 Q921W2 Q8CII5 Q9Z2X1 Q3UYV9 DEFECTIVE CLEAVAGE OF FV VARIANT AT R334%REACTOME%R-HSA-9930479.1 Defective cleavage of FV variant at R334 P33587 O88783 Q3TR66 NEF MEDIATED CD8 DOWN-REGULATION%REACTOME DATABASE ID RELEASE 96%182218 Nef Mediated CD8 Down-regulation A0A0A6YX18 Q6A0C9 P17426 Q3TEK8 Q5SWR1 Q3UJ76 Q6PEE6 REGULATION OF MITF-M DEPENDENT GENES INVOLVED IN INVASION%REACTOME%R-HSA-9854909.3 Regulation of MITF-M dependent genes involved in invasion Q9DCZ1 F6XC54 REGULATION OF PYRUVATE DEHYDROGENASE (PDH) COMPLEX%REACTOME DATABASE ID RELEASE 96%204174 Regulation of pyruvate dehydrogenase (PDH) complex Q544J2 Q8BFP9 Q4FJR4 O08749 Q9JJA0 P35487 Q7TSQ8 Q9D051 Q8BMF4 Q504M2 Q9JK42 A8Y5Q1 Q8R216 Q8BKZ9 Q3UFJ3 CAM PATHWAY%REACTOME%R-HSA-111997.3 CaM pathway Q80TY9 Q8BW40 F8WIS9 Q3UU15 Q3V1Q3 Q4VA93 P84309 Q8C078 Q3UN66 Q91WF3 A0A2I3BRC5 Q8K1M3 Q922R0 Q9DBC7 P68181 Q8VBY2 E9Q706 Q8BGR3 Q8CCM0 O88444 Q9D5W0 Q53YN4 Q7TS64 Q9DBS6 Q3TY04 A2ASF9 Q3UUN2 P05132 Q8BL41 H3BK84 SIGNALING BY RAS GAP MUTANTS%REACTOME%R-HSA-9753510.2 Signaling by RAS GAP mutants Q61411 Q5J7N1 Q9D091 SYNTHESIS, SECRETION, AND INACTIVATION OF GLUCAGON-LIKE PEPTIDE-1 (GLP-1)%REACTOME DATABASE ID RELEASE 96%381771 Synthesis, secretion, and inactivation of Glucagon-like Peptide-1 (GLP-1) P55095 Q9D8V7 Q7TQP3 Q76JU9 Q3V2S5 Q8VBX9 Q02248 Q8R1I2 Q3TQ70 Q54AE3 Q3TR43 Q6ZWQ7 B2RVZ3 A0A140LHR3 Q544U0 A0A2I3BRW0 Q9JMF3 Q32MU0 Q543L9 D3Z569 Q8CAI6 SIGNALING BY KIT IN DISEASE%REACTOME%R-HSA-9669938.5 Signaling by KIT in disease P42337 Q8C7P2 Q3UXE9 Q6GU23 Q9D091 P05532 Q61411 D3YZ57 P42232 Q3USK4 Q9JIA0 E9Q696 Q99K94 O08908 Q8CEI0 Q3TJI7 Q62120 SIGNALING BY RHO GTPASES, MIRO GTPASES AND RHOBTB3%REACTOME DATABASE ID RELEASE 96%9716542 Signaling by Rho GTPases, Miro GTPases and RHOBTB3 Q3UH93 Q9WV32 P14733 A0A338P6I6 Q3TX55 Q5SS40 Q3UR74 Q9JM76 Q9ESJ4 Q5SS83 Q8BG51 Q5SW83 Q9R0Q6 Q8K1I7 Q540I4 Q9CXQ9 Q53WY0 Q6PGK0 Q8JZN7 E9Q967 Q811U4 E9Q912 Q8BZ57 Q80U63 P35991 E9PX48 Q6PEV3 P51141 Q9CPW4 A0A5F8MQ33 Q9CVB6 Q3ULF7 Q8VHI6 Q60838 Q8R5C0 M0QWX4 E9Q2D0 Q8BGH2 Q8BV52 Q3TXI7 A2AQ45 Q80U72 E9PUK3 Q9ER71 Q8C147 Q7TT50 H7BX44 Q9DB19 D3Z7A7 U3RF68 Q7TMG8 Q0VAV5 Q9CTE0 A6H644 A0A140LI58 Q9DBR7 O88951 P70392 Q91VS8 Q61457 P46414 Q9CZW2 A0A0G2JDI9 B8JK52 B2RVI6 Q61151 Q9D481 Q9D084 Q14A61 Q8BZ45 Q9CQU5 Q549P2 P63168 Q3UTH8 Q66JQ7 Q3UK10 K3W4R5 Q6ZQK4 O70126 P59235 Q91WJ0 Q3UHH9 Q6PD03 Q9JK83 Q9CYC5 J3QMK1 B2RX66 Q6P1D6 O54692 Q99P69 A2RSC8 P63330 E9QME3 Q9QYM8 J3QP81 Q9CY25 Q9JHU4 Q3TDV6 Q8BK67 H3BKZ0 Q8BHX3 Q8BSE7 Q3UVN4 Q8BH74 Q8C4M7 Q3TJM4 Q8R480 Q6ZWM8 Q9CXH7 Q6ZWU9 Q3TYJ3 Q9D0F1 Q923A2 Q76MZ3 E9QKK1 Q9JJ66 Q9CWU9 Q91V89 Q9CQA0 Q3TPJ8 Q3UD72 Q9ERU9 Q9D0M5 Q3U4H0 Q6PDL0 Q8BIX1 Q9CQ82 O35685 Q3UA16 Q3TTB0 Q3UPF6 F8WIA1 Q9WU62 Q9CPV1 Q8CDZ5 Q9CPV5 Q8CJF7 A0A0R4J037 Q8BN07 Q9WVA3 Q3TWG5 Q80VE1 Q8C3Y4 Q9D1M0 Q5HZH8 Q5SW18 Q9Z0W3 A0A1L1SV84 Q91Z68 Q9ERR1 Q91Z67 Q6PD28 H7BX46 Q8K1K8 O35216 D3YZW1 A0A1I7Q4A6 Q3UZD6 Q8BHK9 E9Q3P4 Q9ESU7 E9PZW0 O55111 A0A3B2WCN9 Q80ZW1 Q61495 A0A1L1SVG0 Q4VA93 Q9D2U9 Q9DBS5 Q91W40 Q3V086 Q8BJR7 Q3TLP8 Q3UXE9 P26361 Q8VDD5 Q91YS4 Q8CD76 A3KPD0 P84228 Q8CGP2 Q8CGP0 G5E884 B2RTK3 Q8CGP7 Q3UHZ0 Q8C7P2 Q7TSH4 Q149V4 A8IP69 Q5DTJ2 O70456 S4R1M3 Q05144 Q3UP42 Q53X15 Q8R1M2 B1GX81 P41241 P42337 Q8VDU4 Q64524 P10853 Q01853 E9Q696 O08908 Q3KNA5 Q9CUT6 B2RWH3 Q64475 Q64478 Q9CTN4 C0HKE5 Q8C7T5 Q4VAE6 Q6P9R4 Q3TY70 Q3V341 Q0PD48 Q6ZWY9 Q3US62 P27661 Q9CUD0 Q61599 Q8C7E7 Q69ZK0 A0A1Y7VLY2 D3YYY8 Q3U7R1 E9QP59 Q9CZN7 P09055 B7ZCJ1 B7ZNX6 Q8C4E7 Q8C474 P97393 Q3UNB6 Q8BH88 Q9Z2I0 Q9Z207 Q0KL02 Q8C4B5 D3Z4R2 Q3TXQ1 Q8K1E0 Q6A0A3 Q8BH80 Q99PT1 Q80Z96 Q03145 Q6NVF2 Q3THM8 Q642K0 Q3UQ44 F8VQC7 E9QPE7 A0A0R4J119 A0A0R4J0T8 B1B1A8 B7FAU9 Q9D3K3 Q8C067 B2RY04 G3UY19 Q8CCL8 Q9ESG2 Q8BQW4 Q8K0Z5 Q6P1H6 Q3UDZ1 Q9CQW1 D3YTQ8 Q8BUR4 Q8C4N2 P63024 Q8R2Y2 Q3THE2 G5E8S8 Q9D0F3 Q8BHL5 A0A0R4J0S1 Q8C5X1 Q923G3 Q3UIJ0 Q8CA59 Q811P8 Q4FJQ0 Q8BTW9 Q4VAC9 Q3U5C8 P05213 Q8BN21 Q9Z2C4 Q3V1S6 Q6ZQ88 Q9DBG5 P62141 B2RRX1 Q52KG9 K7Q751 Q542X7 A0A0R4J1I3 Q8BH99 Q3ULB5 F8VQH0 Q8BQ28 Q6PB99 Q8R1C2 Q5SX50 Q3V1V5 A0A0A0MQ87 Q9JJV2 Q8BU75 Q3TRQ0 Q8C015 Q8BGV7 O70479 Q8CF63 P61588 Q9Z123 Q8BMK4 Q04447 Q3UDE9 Q9JM73 Q80Y52 Q9EQT3 Q80WU2 Q7TMQ7 Q3UVN5 E9Q3I3 E9QKY4 Q3TDN2 Q8QZW8 Q80Y61 Q571I4 B6YY24 Q91XV3 Q68FD5 Q9D574 Q9QUR7 Q3TY82 Q6ZWQ9 Q810B6 A2A5V3 E9PWW2 Q6W4W7 F8VPS6 Q99KI3 B2RSI0 E9Q642 Q80WW9 Q9JM96 Q571M3 O89032 E9QP99 Q3U5E2 A2AQJ6 A2A4Q3 A2AF47 Q8VDU1 A0A1L1SQR4 Q8BH60 Q8C845 P43404 B2RRE0 G5E8A0 E9QMX7 Q62172 Q69Z38 A6H5Y3 Q571B6 B1AU74 Q8BFX3 Q6PGG2 Q8K0Q5 Q8VE99 Q80Y19 Q545H8 Q8VD65 Q3UR67 A0A2I3BPI0 Q6PF93 Q8BKW6 Q8BL80 Q9Z1N5 Q9CQC5 Q9CXP4 Q3UHD2 E9PUB0 Q9CWU8 Q6IFT4 Q5SSM3 Q8BYW1 S4R248 Q8BI52 A0A5F8MPD6 G5E8J3 E9PUK6 Q8BHS6 Q5M9J2 E9QN92 B7ZCR6 Q8BGH7 Q6P7W2 E9Q4T1 Q8BM29 Q6ZPJ0 E9Q6X9 Q8R0J1 Q8BHH3 Q6P8W0 G3X9Q3 A0A0R4IZX1 F8VQ11 Q8BM00 Q8K2H3 Q3V3S7 Q920R0 Q504M6 Z4YM84 Q53YN4 Q4VA10 Q7TQE6 Q8BM51 Q8JZX9 Q3UQS4 Q9Z0X0 Q8CGF1 Q544Y7 E9QQ33 Q3SYK5 Q8CD59 Q3U9G9 Q921L6 Q570Z8 Q8CJ53 D3Z482 Q60864 Q9D3Q7 A0A087WRT5 L0N7N1 Q9QY73 P70206 Q9CTF6 Q8BRF7 Q8BLR7 O89001 Q3UIX3 Q03160 A0A6I8MX08 Q6NXJ3 Q9D572 P68404 Q91ZD4 Q0VBM2 B1AV77 Q545S4 Q99ME2 P19091 A2BEG5 Q3TTE7 P63101 P68510 Q497E4 P70268 A0A571BEH9 E9PUF7 Q3USZ7 Q02257 O54724 Q8K031 Q3UGZ6 Q8C6B2 Q3UWP1 Q80U35 Q8CA35 Q8C0J6 P49817 Q8BWR8 Q8BWW9 P54116 F8VQ29 Q07139 A2RRK3 Q68FM7 Q3TU98 G5E825 E9QKB1 Q8K298 D3Z3A8 A0A2X0SFN9 A2AWP8 Q80XI6 Q8BTF1 F6XC54 F6SBR5 Q7TSI6 Q3UQS3 A0A140LJJ5 Q4FJM5 A1A553 Q9R0C8 H3BJ45 Q91ZT5 Q8K1C9 Q91VJ4 A1BN54 Q3TNB8 Q3UV27 Q91V93 Q66JY6 Q61081 B2RWT9 Q14AI7 Q9D034 Q8BTV2 G5E8T4 Q5DTM8 Q6ZPF3 Q91YR1 Q3TE41 F8WJG3 A0A0R4J0X8 Q9Z204 Q3TPZ2 F6WMJ3 Q3TFA9 Q3TQN9 Q4KL81 Q3TRK3 Q5FWH6 B1AS67 Q3V3N6 Q3UG32 Q3TR46 Q3UMA3 Q8BWA8 Q9WV02 V9GX76 Q71LX8 Q62159 Q3TGH8 Q3UPH7 B7ZMU4 F8VQ93 Q3UGN9 E9QK62 Q5FWJ3 Q8BY35 A0A0R4IZW5 A0A0G2JF67 P05480 Q3UE22 Q8CDN6 Q02248 Q544R7 Q3UR47 Q5SV64 Q6URW6 A2A5N2 Q8BS94 Q3USK4 Q5U421 Q672J9 P63085 Q9CQ22 Q8VCM2 Q5F258 Q542D9 E9Q9B7 B9EJX2 Q8BYC6 Q91ZZ2 Q8BH43 Q8C8B2 Q8C180 Q63844 Q6NVF0 Q3U6G0 A2AS98 Q3TLE2 Q8R5H6 B3VQI8 Q3UWN7 Q9WVM1 Q9WUI1 Q80XR8 G3X960 Q6AXH6 Q91VR8 Q8CJ00 B2RQE8 P97369 Q8R5G7 A0A087WRP5 A2RRK7 Q3UKP6 E9QAJ9 Q3TPY5 Q9DBJ3 Q6A028 Q8K1X4 Q8CIZ9 Q9D3L3 O70145 Q9D0J3 Q69ZV6 E9PUE7 Q14A12 B2X2D4 E9QP44 Q3UBI5 Q80UU9 P53395 Q810B9 Q4VBE6 Q8CE59 Q8R5L1 Q61335 Q8BYY5 Q8C9L7 Q545R0 EVASION OF OXIDATIVE STRESS INDUCED SENESCENCE DUE TO DEFECTIVE P16INK4A BINDING TO CDK4 AND CDK6%REACTOME DATABASE ID RELEASE 96%9632700 Evasion of Oxidative Stress Induced Senescence Due to Defective p16INK4A binding to CDK4 and CDK6 Q545C3 Q0VBK8 Q64364 ESTROGEN BIOSYNTHESIS%REACTOME%R-HSA-193144.9 Estrogen biosynthesis P45377 Q9EQ06 Q790P4 Q3ZAT3 P51658 E9Q3D4 CHD CHROMATIN REMODELERS%REACTOME DATABASE ID RELEASE 96%9937848 CHD chromatin remodelers V9GX46 Q9CYJ8 Q9DCC5 Q3UJB0 Q497W9 P35576 E9QMN5 P40201 Q8BM83 E9PWE4 Q3TMT1 Q3UII8 Q8CHC8 Q5BL11 Q2KHS8 Q9R190 Q09XV5 Q9QYZ8 Q9CPY4 P63280 G3XA31 Q80Y82 O08900 Q9D2D7 Q8C9X3 E9PYU4 O35207 Q9D2U9 P09535 Q9D4J7 Q8BG03 Q9Z2E1 Q3UST6 Q69Z61 G5E8U2 Q0P5Y0 A0A087WNY4 Q3TYY8 Q8C5H3 Q8VHR5 Q58E49 P61965 Q8QZY9 Q569Z5 Q3UQK5 A3KPD0 P84228 Q8CGP2 Q8CGP0 Q9Z2V4 B2RTK3 Q8CGP7 Q8BJ75 Q8C839 Q542Y0 Q149V4 Q9CQI7 Q3TVM1 P12979 P10085 S4R1M3 Q91YV0 Q8K2T8 Q8R1M2 Q5XJE5 Q9CTY6 D6RDC7 Q05CJ7 Q3U5E6 Q64524 Q3UEB3 P10853 Q02248 Q6NV83 Q60972 Q58E59 B2RSV4 Q8JZX4 Q7TN25 B2RWH3 Q64475 E9PZM4 Q64478 Q8VE28 A2AJK6 Q8BLQ0 C0HKE5 Q9QXD6 Q6ZWY9 Q923D4 Q3ZAS1 Q6GQV9 P27661 Q3UN87 Q810A7 Q61164 Q8K0T3 G3X956 Q8BJ14 Q60795 P62315 P83870 Q8BYH8 P27048 P62320 Q9Z2D8 P59708 Q08943 G5E8I8 Q8BGT7 Q14AF6 P57784 Q3UP84 LOSS OF PROTEINS REQUIRED FOR INTERPHASE MICROTUBULE ORGANIZATION FROM THE CENTROSOME%REACTOME DATABASE ID RELEASE 96%380284 Loss of proteins required for interphase microtubule organization from the centrosome Q569L8 Q6P5D4 Q80Y52 E9QQ10 Q7TSH4 Q99NF3 B8JJE7 A8IP69 Q64702 Q5SW18 Q99L00 Q5SS40 A0A494BA29 A0A494BB86 Q0VGR5 Q9JJ94 Q6IQY5 P11440 Q3TPZ2 Q9R1K9 Q8QZX2 Q6NV99 Q8BFT2 Q6ZQ12 Q9CQS9 B1AXI9 Q3USK2 U5KVR9 A0A1D5RMI8 Q9D6F9 D3YVU3 P33215 Q8BP64 H3BK84 P68372 P63168 Q8CDL2 K3W4R5 P68369 P68368 Q3URP3 Q3TYE1 Q3UZY0 J3QP81 Q9JHU4 Q66JX5 Q80UF4 Q6F4J1 Q9R0L6 Q0VEJ0 Q8BKT8 A2AUM9 Q76MZ3 Q9D3R3 P05132 E9Q5A8 Q3TPJ8 A0A494BB26 Q3U4H0 Q3TPZ5 Q9D786 E9Q919 P99024 ACETYLCHOLINE REGULATES INSULIN SECRETION%REACTOME%R-HSA-399997.5 Acetylcholine regulates insulin secretion Q3V3V2 Q3UHH5 P26645 Q3UPA1 P30678 Q8CI86 Q4VA93 Q3UPW0 Q542R4 Q8CBT5 NOTCH4 ACTIVATION AND TRANSMISSION OF SIGNAL TO THE NUCLEUS%REACTOME%R-HSA-9013700.2 NOTCH4 Activation and Transmission of Signal to the Nucleus Q6NZC0 Q3U4P5 Q9JI71 Q3UYK2 P31695 P57716 Q8C7N7 P63101 Q3UVN4 DEFECTIVE CHST14 CAUSES EDS, MUSCULOCONTRACTURAL TYPE%REACTOME DATABASE ID RELEASE 96%3595174 Defective CHST14 causes EDS, musculocontractural type Q8BS97 Q3TSQ8 A0A0R4IZX5 Q3URZ9 Q3TNY9 Q71M36 Q80V53 Q3UKR1 RHOBTB2 GTPASE CYCLE%REACTOME DATABASE ID RELEASE 96%9013418 RHOBTB2 GTPase cycle Q9WV02 V9GX76 Q71LX8 Q9CTE0 Q80Y52 Q9Z1N5 F8VQ93 Q8CDN6 Q3UIJ0 Q91VJ4 E9PUK6 A1BN54 Q52KG9 Q91V93 Q61081 Q542X7 Q91YR1 Q3TE41 F8WJG3 Q9Z204 Q3TFA9 Q4KL81 Q3TRK3 REGULATION OF CDH1 FUNCTION%REACTOME DATABASE ID RELEASE 96%9764561 Regulation of CDH1 Function P54775 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P23804 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 A0A0R4IZW5 G3X9V2 Q14AQ1 Q58EV4 P05480 A0A1X7SB71 Q02248 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q80ZL3 Q3TXS7 P70195 Q3TCR7 Q8BJS8 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 P68040 Q8VBU8 Q02257 P10605 Q8BSZ5 Q545R0 Q64727 VPU MEDIATED DEGRADATION OF CD4%REACTOME%R-HSA-180534.3 Vpu mediated degradation of CD4 P54775 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q5SUR3 Q14AQ1 Q58EV4 Q3TSV7 O55234 Q542H2 Q5BKQ9 Q9JKV1 A0A286YDT6 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 DISEASES OF CELLULAR SENESCENCE%REACTOME%R-HSA-9630747.5 Diseases of Cellular Senescence Q545C3 Q0VBK8 Q64364 NUCLEOTIDE SALVAGE%REACTOME DATABASE ID RELEASE 96%8956321 Nucleotide salvage Q91YL3 A0A0C3SFZ4 P56389 Q3V218 Q545E8 Q3V1D3 Q9DCZ1 Q8BMC5 Q8BN51 Q543K9 Z4YL50 Q504N4 Q99L27 P08030 P04184 Q5SUC8 Q4FK28 Q9DBT5 Q543C2 A0A1L1SRX2 Q8R093 P00493 Q99N42 SMAD2 3 PHOSPHORYLATION MOTIF MUTANTS IN CANCER%REACTOME DATABASE ID RELEASE 96%3304356 SMAD2 3 Phosphorylation Motif Mutants in Cancer Q8BUN5 Q62432 Q3UNK5 Q8BQS9 Q9D5H8 GLYCOSPHINGOLIPID TRANSPORT%REACTOME%R-HSA-9845576.2 Glycosphingolipid transport Q3U7R1 Q9JL62 Q8BS40 Q3TZZ7 Q6PAH4 P84078 Q80W71 Q5DTI8 DEFECTIVE SLC26A3 CAUSES CONGENITAL SECRETORY CHLORIDE DIARRHEA 1 (DIAR1)%REACTOME%R-HSA-5619085.4 Defective SLC26A3 causes congenital secretory chloride diarrhea 1 (DIAR1) Q9WVC8 ESSENTIAL PENTOSURIA%REACTOME DATABASE ID RELEASE 96%5662853 Essential pentosuria A2AC16 INOSITOL PHOSPHATE METABOLISM%REACTOME DATABASE ID RELEASE 96%1483249 Inositol phosphate metabolism Q8CDZ5 Q3UEQ1 Q3URI3 Q9D1M0 Q9Z0W3 A0A0A6YXT7 Q9Z2C9 Q4FJR0 P0C028 Q8BWD2 A0A217FL54 A2ARP1 Q8BWK5 Q6PD10 B2KF67 Q8CIH5 Q6NVF0 Q8CI86 Q9Z2L6 D3YWA2 P59235 Q3UUT8 Q62077 Q5FWJ9 Q3UPW0 Q8BUA6 F6ZDS4 Q9JIH2 Q6PDG0 Q3V3V2 Q8BU75 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8K3R3 Q8BQF0 B2RXC2 Q8K337 Q8BH74 Q8K2J0 Q8BPS7 Q7TS72 Q8R071 Q8R480 Q8BTS4 Q8BYN3 J3JSA4 Q9ES52 Q8R4R6 Q6PAS6 E9Q7S0 Q91UZ1 G5DDB7 Q8K4D7 H3BKK4 Q6P549 Q8K4S1 Q8BG07 Q9CWU9 Q9Z2D0 Q9ERU9 Q3TZT4 P49442 Q924B0 Q9JHU9 Q9QXN5 Q3U3B7 SLC TRANSPORTER DISORDERS%REACTOME%R-HSA-5619102.9 SLC transporter disorders Q99P65 Q99J27 Q8CDZ5 E9Q8N8 Q8R2I1 Q9R155 Q78IQ7 Q62273 P18572 Q3TED0 A2A4V1 Q3UE85 F7B0S9 Q9D1M0 Q61420 Q8R2I2 A0A0R4J1I9 Q9Z0W3 Q9JJL3 Q91VE0 Q9WVC8 Q8R1T4 Q3UQE3 Q3U1H9 Q3UUQ5 Q8BGY9 Q3SWS4 Q9WU02 P51906 Q3TRY2 A0A0U1RPK4 Q8VDB9 A1L359 Q91WV7 A0A3B2WBH6 Q9JHI9 Q9Z1K8 Q5SX17 Q53ZN9 A2AI62 Q3T9X0 Q8BHK3 Q543U3 P49282 Q6GQU1 P59235 Q5FWJ9 Q8BUA6 F6ZDS4 Q8BU82 Q9JIH2 P17809 Q6PDG0 Q8BU75 Q8VCB1 A0A1D5RLQ0 A2AQ52 Q8C570 Q91WD8 Q8BZ00 Q80U93 E9QL43 Q3U425 Q543E4 Q3V0N8 Q8BRF6 Q8BQF0 Q8BH74 A1L3P4 Q8BPS7 Q9D2V6 Q9DBP0 Q8R480 Q8BTS4 Q80SU6 J3JSA4 Q8R4R6 Q8BN82 Q9CWU9 P14246 Q9QXI6 Q5SVI6 Q61327 Q91X44 Q9ERU9 G3X8P5 Q9JIH0 A0A0R4J0P7 Q544N9 B2RXV9 A2ATP8 Q80UP8 TICAM1 DEFICIENCY - HSE%REACTOME%R-HSA-5602566.3 TICAM1 deficiency - HSE Q80UF7 Q99MB1 HSF1-DEPENDENT TRANSACTIVATION%REACTOME DATABASE ID RELEASE 96%3371571 HSF1-dependent transactivation Q8CCM0 Q8BW40 A0A3Q4EC26 Q52L78 Q71LX8 Q80Y52 F8WIS9 Q504P4 Q8BJ14 P30416 Q3TYL7 Q52L52 A4FUW1 A1L347 Q9JK92 P17156 E9QKI5 Q9JLN9 Q9CQZ1 Q8BL41 Q6GQV9 Q61696 P75NTR NEGATIVELY REGULATES CELL CYCLE VIA SC1%REACTOME%R-HSA-193670.2 p75NTR negatively regulates cell cycle via SC1 Q3TMT1 Q9JM08 Q58E49 A0A1X7SB67 Q9Z0W1 Q6LDU8 PORPHYRIN METABOLISM%REACTOME DATABASE ID RELEASE 96%189445 Porphyrin metabolism A5D6P3 Q3V2F7 A0A0R4J0B6 Q9CY64 Q6XL48 Q3V0B2 Q3UPG1 P70697 Q544R7 A2AFM1 Q9JJL3 Q4QRK2 Q3U5U6 P36552 Q3U6G1 Q3UKR3 Q63886 Q9DD05 Q3UDN4 Q8BJ03 Q3UQA3 Q546G4 Q8VI47 INTEGRATION OF ENERGY METABOLISM%REACTOME%R-HSA-163685.7 Integration of energy metabolism Q8BN07 P84309 A0A589Q4M7 Q91WF3 A0A2I3BRC5 Q3UQC2 P68181 P30678 E9Q706 O88444 Q3UPA1 Q3TY04 Q3U9V4 Q3UUN2 A0A0R4J263 B2RSH2 Q3UG14 Q3UGN1 H3BK84 Q8CBT5 P29387 Q80TY9 Q3UHH5 Q60994 H3BIV5 Q8CI86 Q99MZ3 Q3UU15 Q76JU9 P63213 Q53YY4 Q3V1Q3 Q53YY3 Q4VA93 Q3TQ70 Q6P8Y9 O08599 Q3UPW0 P08752 P63216 Q3UMY0 Q3V3V2 P61953 Q8K1M3 P50153 Q8C6Z4 Q9DBC7 Q9JMF3 Q0PCR6 Q61012 Q80SW1 P70227 P55095 Q8C8N0 Q9CXP8 Q8R5M7 Q54AE3 Q8BIQ9 P05132 Q32MF3 Q61743 Q9DAS9 Q3UN81 O35659 Q3TU98 Q8CED6 A0A411ACZ2 A0A087WS83 D3Z3Z3 Q8BRK8 P19096 Q3V3W9 Q01338 Q01337 Q3V4A1 P26645 Q9R0N5 Q3UQB4 Q93092 Q542R4 P40142 P63330 P17809 Q8BQZ8 Q5D0A4 Q8CHR4 P60879 F7A6P6 Q91YN3 Q6PAM0 A0A1W2P796 Q3V117 Q76MZ3 E9PUC2 Q91V89 Q5SWU9 P14246 Q9ESZ3 Q03717 B2RUS7 A2AFM9 Q8BIX1 Q9CS95 Q5EEX1 EXPRESSION AND TRANSLOCATION OF OLFACTORY RECEPTORS%REACTOME%R-HSA-9752946.3 Expression and translocation of olfactory receptors Q7TRX9 Q5NCC8 Q0VEZ4 Q9QZ19 Q9QZ18 Q7TRY2 Q7TR80 E9PZU2 Q0VDY1 Q7TQU8 Q7TQU7 Q5NCD0 Q7TRW8 Q8VBV9 Q7TRW7 Q7TRW4 E9Q4G0 F8VPZ8 Q7TRX1 Q7TQT8 Q7TRV8 Q7TRV7 Q7TR55 Q7TQT1 Q149M3 Q9EPF7 Q9EPF8 Q7TRU7 Q7TQS1 Q8VEZ1 E9Q7P5 A2ATJ9 Q8VEZ3 E9QAT7 Q8VF22 Q8VGU4 Q8VG42 Q8VG49 Q8VGU9 Q7TRL3 Q8VG45 Q8VGU5 Q8VFS6 Q8VGU7 Q7TRL9 A2AVK5 Q8VG32 Q8VF18 Q8VFR3 Q8VF14 Q3SXH8 Q8VGS0 Q8VGS1 A2ATE0 Q8VF06 Q8VF05 Q8VG29 Q543C6 Q8VG25 Q8VF03 Q8VG19 A2ATE5 Q80ZI2 A2RT31 Q8VFP6 E9Q050 Q8VGR9 Q8VFP8 Q7TRI2 Q8VGR8 Q8VFP2 Q8VG11 Q8VFP4 Q3SXJ3 Q8VFW5 Q8VG87 Q7TRP1 Q8VEU0 Q8VG81 B9EHG2 Q7TS18 Q8VFW9 A0A0G2JFH3 Q8VG74 Q8VGX5 Q7TS02 Q7TS01 Q8VG73 Q8VF55 Q8VGX6 Q8VET4 Q8VFV0 Q8VFV2 Q5SW48 Q8VGX2 Q8VET0 Q5SW49 Q7TS06 Q920Z0 Q9EQA9 K7N6V7 Q8VES2 Q7TRN0 Q8VGW5 G3X9L8 Q8VGW2 Q8VES9 Q7TRN8 Q7TRN7 Q8VFU7 Q8VGW8 B2RQ58 A2AM35 Q8VF31 Q7TRM0 Q8VFT2 Q8VFT4 Q8VGV5 Q8VGV1 L7MTT3 Q7TRM6 Q8VGV7 Q7TRM4 E9Q0Z1 Q8VFT5 Q8VF37 Q8VGV8 Q7TRM9 B2RVZ1 E9Q549 A2AVC4 E9Q546 F8VQ01 E9Q545 Q60879 A2RTN7 E9PV96 E9Q554 A0PK62 E9Q550 Q8VGK3 E9Q438 Q8VGK1 Q8VFI0 Q8VFH8 Q8VGJ8 Q8VGJ3 Q8VGJ5 E9Q0M4 Q7TRB7 F8VQ18 Q8VGJ1 E9Q1P2 Q8VGI8 Q8VFG7 A2AVB5 Q8VGI2 A0A140T8K4 Q14AJ9 E9PYB3 Q8VG04 Q14AK5 Q8VGP8 A0A1D5RLF1 Q8VH17 Q8VFN6 Q8VGP6 F8VPJ9 Q8VFN0 Q8VH11 Q8VGP1 Q8VH10 Q8VH13 Q8VFN1 Q7TRG9 Q8VH08 Q8VFM9 Q8VH09 Q60886 E9QKE8 A2AT85 Q8VH00 Q8VFM1 Q0VEL5 K7N6Q1 B2RVX8 Q8VGN6 Q7TRF3 Q920P2 Q60890 Q7TRE6 Q8VFK7 A0A1B0GSF4 Q8CBL7 D3Z1C5 E9QNM5 K7N6B3 K7N6B1 A0A1L1ST14 A2ASU6 K9J6X0 B2RSL5 Q8VGC7 Q7TQZ2 Q8VFA2 Q7TQZ0 Q7TRZ7 Q7TR95 Q0VAX9 E9PYY2 E9PWU0 E9Q848 Q8VGB3 Q7TQY0 Q8VGB4 Q0VAY0 Q7TR87 Q9R0K2 Q8VGA0 F8VQ90 Q9Z1V5 Q0VAZ7 Q8VGH2 Q8VFF1 E9Q985 A2ALD2 Q9QWU6 Q8VFE3 Q8VGG4 Q8VFE2 Q8VGG6 E9Q518 E9Q407 Q920G5 Q8VGE3 Q8VFC2 Q8VFC8 Q8VEY7 Q62007 P23275 Q7TQR9 Q7TQQ5 Q7TR24 Q7TQQ3 Q8VEX8 Q7TS43 Q7TQQ2 Q7TS40 Q8VEX5 Q8VFZ5 Q7TR28 Q8VFZ2 Q8VF87 Q7TR10 E9Q5F1 Q7TS30 Q8VEW1 E9PYP4 Q8VF83 Q62342 Q8VG96 Q8VGZ7 Q8VF75 Q8VFX5 Q8VEV7 A2AV13 Q8VFX8 Q8VFX7 Q8VEV0 Q8VGZ2 E9Q8M3 Q8VF72 Q7TR09 F8VQB1 Q8VF78 Q7TR79 MPS IIIC - SANFILIPPO SYNDROME C%REACTOME%R-HSA-2206291.5 MPS IIIC - Sanfilippo syndrome C Q9CX36 NEGATIVE REGULATION OF FGFR3 SIGNALING%REACTOME%R-HSA-5654732.3 Negative regulation of FGFR3 signaling Q8C180 Q3U1I8 Q63844 B2RS85 Q8BN07 P35235 Q76MZ3 A0A7U3JW97 A0A7U3JW51 P28028 Q6ZWS1 A0A0X1KG61 A0A7U3L6F4 P63330 Q541T2 Q3U1V5 P0CG50 A0A7U3JW80 E9Q2N2 P63085 DISPLACEMENT OF DNA GLYCOSYLASE BY APEX1%REACTOME%R-HSA-110357.3 Displacement of DNA glycosylase by APEX1 Q3UIL3 O35980 Q6P5C5 Q3UGS3 Q04841 Q544Z7 DISEASES OF DNA REPAIR%REACTOME DATABASE ID RELEASE 96%9675135 Diseases of DNA repair Q5SV02 Q8BWH5 Q8VC54 A0A0R4J1H1 Q80YR6 Q3UJQ1 Q8BQY8 Q6ZQJ5 Q6ZQF0 Q3TKD1 P54279 P54276 Q5NCT2 Q9QZ11 E9QPY6 Q3TZI5 B9EHX4 Q9JK91 Q8BRV3 Q3UIL3 Q5SXJ3 O35980 O70445 Q8K203 Q4KL82 Q3TV35 Q9CQ71 Q3U296 Q9R207 Q3UYY2 Q8BMG1 O35719 Q9CX47 E9PZ97 Q99J62 Q924H5 Q9QWZ1 Q5SWN2 Q9Z0F6 D3YVU6 P97929 Q3UGT8 Q62193 Q6NV63 Q08297 Q5HZI8 ORGANIC ANION TRANSPORT BY SLC22 TRANSPORTERS%REACTOME DATABASE ID RELEASE 96%561048 Organic anion transport by SLC22 transporters O88909 Q8VC69 A0A0R4J1I9 DEFECTIVE SLCO1B3 CAUSES HYPERBILIRUBINEMIA, ROTOR TYPE (HBLRR)%REACTOME DATABASE ID RELEASE 96%5619058 Defective SLCO1B3 causes hyperbilirubinemia, Rotor type (HBLRR) Q9JJL3 INTERFERON ALPHA BETA SIGNALING%REACTOME DATABASE ID RELEASE 96%909733 Interferon alpha beta signaling Q4FJR9 Q3U687 Q31093 O35716 Q9QXJ2 E9Q9A9 Q9Z0E6 Q6GTM0 E9QJS1 A0A0A6YXT7 Q542T3 Q8R2Q8 Q3UHY8 P0CG50 O19441 P33896 Q3UHW8 A7VMS3 Q03963 P01898 Q3U169 P35235 Q0VE17 P28063 Q3U2Z2 Q5SUZ5 Q5SX13 Q60960 Q3URU8 Q3UH31 Q8CBB9 Q3U9K6 Q3UCJ0 Q544J7 Q60710 O35718 P97431 Q3UAR6 Q8CAT6 Q9D8C4 Q9D1E1 Q9CQW9 Q8BPC3 Q8VI94 Q8VI93 Q3TZW9 B2RQP1 Q8K469 Q3UKQ7 Q99K94 Q4FK39 Q99J93 DEFECTIVE BASE EXCISION REPAIR ASSOCIATED WITH NEIL1%REACTOME%R-HSA-9616334.3 Defective Base Excision Repair Associated with NEIL1 Q3U296 TRAFFICKING OF MYRISTOYLATED PROTEINS TO THE CILIUM%REACTOME%R-HSA-5624138.4 Trafficking of myristoylated proteins to the cilium A0A0R4J216 Q7TNH6 Q8C4B4 Q543P7 Q9EPK2 UPTAKE OF DIETARY COBALAMINS INTO ENTEROCYTES%REACTOME%R-HSA-9758881.4 Uptake of dietary cobalamins into enterocytes Q9JLB4 Q99JB7 P52787 Q9CR35 Q792Y6 Q8K0B2 O89016 TRNA PROCESSING IN THE NUCLEUS%REACTOME DATABASE ID RELEASE 96%6784531 tRNA processing in the nucleus Q8CDZ5 Q91WE3 P62827 Q9D1M0 Q9Z0W3 Q3U0M8 A2AJG0 Q8K1J6 Q9CQH8 A2AEK1 A0A2R8VK76 Q3TF81 Q99LI9 Q8R040 G3UYU5 P59235 Q4VA29 Q5FWJ9 A0A1W2P7Q6 B2KGA7 Q8BUA6 F6ZDS4 Q922M7 Q9JIH2 Q9CWG3 Q6PDG0 Q9DB28 Q8BU75 Q6P7W5 Q9D4G5 Q91VR5 Q8VCB1 A0A1D5RLQ0 Q9CR08 Q9DCH2 Q8C2A2 Q8C570 Q99LF4 Q80U93 E9QL43 G3X8S8 Q3U425 Q80VD1 Q8BRF6 Q8BQF0 Q8BH74 Q8BPS7 Q8R480 Q8BTS4 J3JSA4 Q8R4R6 Q9CWU9 Q9ERU9 E0CXT7 IRAK1 RECRUITS IKK COMPLEX UPON TLR7 8 OR 9 STIMULATION%REACTOME%R-HSA-975144.3 IRAK1 recruits IKK complex upon TLR7 8 or 9 stimulation Q5SRW7 Q569Y6 A2RTT4 Q8CBT3 P70196 D3Z6V8 E9QPQ6 Q8BR10 Q8VC91 Q5D0E0 DEFECTIVE SLC39A4 CAUSES ACRODERMATITIS ENTEROPATHICA, ZINC-DEFICIENCY TYPE (AEZ)%REACTOME%R-HSA-5619088.5 Defective SLC39A4 causes acrodermatitis enteropathica, zinc-deficiency type (AEZ) Q78IQ7 PHOSPHOLIPASE C-MEDIATED CASCADE; FGFR4%REACTOME DATABASE ID RELEASE 96%5654228 Phospholipase C-mediated cascade; FGFR4 Q790L8 A0A7U3JW97 A0A0R4IZY3 Q62077 A0A7U3JW51 Q8C399 Q6ZWS1 A0A7U3L6F4 Q541T2 Q99N32 Q3U1V5 A0A7U3JW80 E9Q2N2 DEFECTIVE AMINO ACID TRANSPORT BY SLC7A7 CAUSES LYSINURIC PROTEIN INTOLERANCE (LPI)%REACTOME%R-HSA-5660862.5 Defective amino acid transport by SLC7A7 causes lysinuric protein intolerance (LPI) Q9Z1K8 A0A0U1RPK4 ACTIVATED TAK1 MEDIATES P38 MAPK ACTIVATION%REACTOME DATABASE ID RELEASE 96%450302 activated TAK1 mediates p38 MAPK activation Q99K90 Q80SY9 Q540J8 Q569Y6 Q8CF89 A2RTT4 P70196 Q09HN3 Q9WUI1 Q923A8 Q8CFA1 Q547H1 Q5U421 Q60521 Q3U2P8 Q8BR10 Q8VC91 Q9D5S8 Q5SWN9 TCR SIGNALING%REACTOME DATABASE ID RELEASE 96%202403 TCR signaling Q3UHZ0 Q8C7P2 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q5DTJ2 Q8BVQ9 B7ZWE5 P62196 B2RT97 P0CG50 Q2TBA3 Q3TKG4 Q542I9 A0A338P6G9 A1L3B8 P14685 B1GX81 Q545G0 Q548Y4 Q3UFQ4 Q5D0E0 P41241 P49722 Q9D8W5 P99026 Q8CIH5 Q9R1P0 Q8CIS0 P42337 Q3TV35 Q53WY0 O35593 Q9R1P3 Q5SUR3 Q14AQ1 Q58EV4 Q923A8 Q3TSV7 O55234 Q542H2 Q6P5P1 Q5BKQ9 Q9JKV1 A0A286YDT6 Q3TXS7 A8E0Y8 P70195 Q5STT8 Q60787 Q8CBT3 E9Q696 Q9Z1E3 P43404 Q546H1 Q5SRY7 B2RUR0 Q60692 E0CXB1 Q6RI64 Q8BH99 Q3TS44 O08908 Q99JI4 Q8VC91 Q920N8 Q3U4Y3 P25799 Q3TKV1 E9Q4S7 Q99K90 Q569Y6 A6H659 A2RTT4 P70196 Q6PB99 A0A1W2P7U1 Q3UUT8 P70460 Q62077 Q8BTI9 Q547H1 P29352 Q9ES52 O78196 Q3U0E8 A6H6M1 S4R1M0 G5E884 DEFECTIVE HLCS CAUSES MULTIPLE CARBOXYLASE DEFICIENCY%REACTOME DATABASE ID RELEASE 96%3371599 Defective HLCS causes multiple carboxylase deficiency Q5SWU9 Q3UGC8 Q3UYS0 Q6PD20 Q3TZ03 Q99MR8 Q8BP54 APC C:CDC20 MEDIATED DEGRADATION OF MITOTIC PROTEINS%REACTOME DATABASE ID RELEASE 96%176409 APC C:Cdc20 mediated degradation of mitotic proteins Q9WVA3 Q5HZH8 P54775 Q3UPK6 Q9CPS5 P53995 Q8BVQ9 Q541Z5 Q8BZQ7 P62196 Q8BYJ1 B2RT97 Q9WVM3 Q3UFC2 P0CG50 Q3UZD6 Q8K2H6 P11440 Q3TKG4 Q9CPX9 Q542I9 S4R2B6 A1L3B8 A2A4Z0 P14685 G3X8W7 Q545G0 Q3UFQ4 Q3TM92 Q3TI84 P49722 Q9D3A0 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 P51943 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P70195 Q60692 E0CXB1 Q8BP64 Q61456 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 Q9CQJ7 Q9JJ66 GLYCOSPHINGOLIPID METABOLISM%REACTOME%R-HSA-1660662.8 Glycosphingolipid metabolism Q543I9 Q6GTI0 Q6ZPR5 B9EHG7 Q3TAW7 Q3TXR9 Q920V1 P54818 A0A0R4J138 O88693 Q8BGZ6 P17439 Q8BZW3 Q8VDF0 Q9JHE4 A0A1B0GSK9 Q64676 Q8BGY6 P29416 Q3TIW9 Q3UKQ5 Q8K4Q7 Q3UF00 Q69ZF3 Q3U7I0 Z4YLR0 Q3TYD4 Q8R0F3 Q8BFQ1 Q78P93 P50428 A6H6C9 Q32KI9 Q32KI8 A0A0R4J1N2 Q11204 Q04519 A0A068BIS6 Q8BPG6 Q3TRR3 Q9D2D1 A0A0R4J1J3 Q32MG3 O70572 Q3UL64 Q5F1Z8 Q9JJY3 Q3UUA9 Q3ULV6 SLC25A15 VARIANTS CAUSE HYPERORNITHINEMIA-HYPERAMMONEMIA-HOMOCITRULLINEMIA SYNDROME%REACTOME DATABASE ID RELEASE 96%9956508 SLC25A15 variants cause hyperornithinemia-hyperammonemia-homocitrullinemia syndrome Q543E2 DIFFERENTIATION OF T CELLS%REACTOME DATABASE ID RELEASE 96%9945266 Differentiation of T cells Q3V157 Q3UG37 E9PXW8 Q9DBQ6 P52633 Q8C443 O35284 D3Z6H5 Q6P3E7 Q6T264 Q8VH37 Q5SV01 Q9QWH1 P42232 Q9JIA0 D3Z768 E9QMN5 Q3V116 Q00196 Q8BM83 Q52L79 Q8BYF1 Q9CQJ4 Q3TMT1 Q3URA3 A0A668KM95 F8VQL7 Q3UII8 P01101 D3YY34 Q9DBY5 Q6P3Z8 Q01705 Q9QXV1 A0A7R8C347 Q6P9T4 Q60972 Q2KHS8 Q3UM17 P54843 Q8K3Q9 A0A0R4J170 Q9R190 O55187 A0A0R4J1I3 E9PVB7 Q2LC58 Q99LT0 O35730 O35516 Q5SUZ5 Q6NZM9 Q00899 P20109 P07750 Q3U593 B2RR30 Q8BX09 Q9QXE7 Q6GQV9 Q3UKZ9 Q9JKD8 Q3TQN1 Q8CHB6 Q8C5H3 Q8VHR5 Q3U1Q3 Q8BHJ5 Q8K0T3 Q58E49 Q8BJ14 P61965 Q3U0R5 Q80ZV7 Q543U1 Q9Z2D8 Q3U905 Q9JM08 Q9JJZ6 PYRIMIDINE SALVAGE%REACTOME%R-HSA-73614.5 Pyrimidine salvage Q545E8 Q91YL3 A0A0C3SFZ4 Q8BN51 P56389 P04184 Q5SUC8 Q3V218 Q543C2 Q8R093 Q99N42 PAUSING AND RECOVERY OF HIV ELONGATION%REACTOME%R-HSA-167290.4 Pausing and recovery of HIV elongation A0A3Q4L2S8 A0A338P6M3 Q7TSG2 O55201 Q8C4Y3 P61219 P62488 P08775 Q8BG30 Q3UIA1 G3X956 Q3U3M5 Q3UWX7 A0A087WNT1 Q922L6 P97760 Q08943 Q8BFX0 P63271 Q3THK3 Q9QWV9 Q8CFI7 P60898 Q99J95 Q8CB77 Q3UMJ4 Q6PI63 Q7TQK0 Q3V214 O08856 ACTIVATION, TRANSLOCATION AND OLIGOMERIZATION OF BAX%REACTOME DATABASE ID RELEASE 96%114294 Activation, translocation and oligomerization of BAX P70444 Q8K3J2 DEFECTIVE BINDING OF VWF VARIANT TO GPIB:IX:V%REACTOME DATABASE ID RELEASE 96%9846298 Defective binding of VWF variant to GPIb:IX:V E9QPU1 A2CFB8 B2RR03 O88186 Q9QZU3 EGFR TRANSACTIVATION BY GASTRIN%REACTOME%R-HSA-2179392.4 EGFR Transactivation by Gastrin Q61411 Q922W6 Q3USK4 Q9WVF5 Q5FW64 Q4VA93 Q9D091 COPI-MEDIATED ANTEROGRADE TRANSPORT%REACTOME%R-HSA-6807878.2 COPI-mediated anterograde transport Q9CQW1 Q6DFZ1 Q3TWG5 Q5XJY5 Q923G3 O35153 Q5DQJ3 Q5RKN9 A0A494BB86 V9GXM1 Z4YJU8 P58019 Q78IS1 Q7TNQ1 Q14BR4 P35846 O89079 Q542M2 Q9JHH9 Q0PD66 Q0PD67 Q9QXK3 Q921L5 S4R2K9 P46460 P28663 O35623 P84078 Q8BTF0 Q543Y8 Q9CQM2 Q68FG2 A0A0R4J0Q9 O55029 Q9Z1Z0 Q9JIF7 Q3TCN5 A2A9I0 E9QAH1 Q9Z160 Q3UR67 P63168 A0A494BAE3 Q3UGX2 Q9JJA2 P84084 Q7TSQ9 Q8R1C2 Q6PDC2 Q9DB05 A0A0R4J0L5 Q3V1V5 Q3USH9 Q6NZM3 Q9JHU4 Q3TQY2 Q0VGY9 P08032 P70190 Q9QZB7 Q8VIE5 Q9QZB9 D3Z6H3 Q3TYJ3 Q8R1L4 O88630 Q8K1E0 Q3TPJ8 Q9D0M5 Q6PDL0 Q99JH8 Q3TPZ5 A0A0R4J0T8 Q5EEX1 E9Q919 Q3U344 PCP CE PATHWAY%REACTOME DATABASE ID RELEASE 96%4086400 PCP CE pathway Q6PFA2 Q8BTF1 J3JS97 P54775 Q3UN66 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 Q9CSE3 B2RT97 Q05144 P17426 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q3UJ76 Q68FD5 Q6PEE6 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 Q3TWZ9 O35593 Q9R1P3 Q14AQ1 Q58EV4 E9Q967 O55234 Q5SWR1 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P51141 P70195 Q542J1 Q9JIP6 Q6A0C9 Q60692 E0CXB1 Q6RI64 Q3TS44 P68404 Q91ZD4 Q99JI4 Q8K272 Q60838 Q3TKV1 Q61086 Q61091 Q4VA93 Q4VAE6 Q5SX50 Q3TY70 Q3U5C7 Q8BSC0 Q3UTY8 Q3UR96 Q14A12 Q3ZB23 Q3TLP8 Q8BLL2 Q80U72 O70421 Q9CUZ6 P22725 Q3UEG1 A0A0R4J1M1 Q501P6 Q8C3W2 DEFECTIVE SRD5A3 CAUSES CDG-1Q AND KHRZ%REACTOME%R-HSA-4755579.4 Defective SRD5A3 causes CDG-1q and KHRZ Q9WUP4 PHASE 2 - PLATEAU PHASE%REACTOME%R-HSA-5576893.5 Phase 2 - plateau phase A2A545 E9QQ10 A0A411ACZ2 F7CZ64 P97414 Q32MF3 B9EJ14 A0A0R4J1J2 Q14C42 Q9QZ26 A2AAU2 Q9WTW3 Q0PCR6 Q545H6 Q545H9 FORMATION OF HIV-1 ELONGATION COMPLEX CONTAINING HIV-1 TAT%REACTOME%R-HSA-167200.5 Formation of HIV-1 elongation complex containing HIV-1 Tat Q3UZB8 A0A3Q4L2S8 A0A338P6M3 Q7TSG2 O55201 Q8C4Y3 Q7TPV0 Q542U3 P61219 P62488 P08775 Q9CQ49 Q8BG30 Q3UIA1 G3X956 Q3UWX7 A0A087WNT1 Q922L6 P97760 E9PWD3 Q08943 Q8BFX0 P63271 Q3THK3 Q9QWV9 Q8CFI7 P51949 E9Q6K1 P60898 Q8K2X8 Q7TPY0 Q99J95 P49135 Q3UYV9 Q3THG5 Q8CB77 Q3UMJ4 Q6PI63 Q3V214 O08856 ACTIVATION OF THE AP-1 FAMILY OF TRANSCRIPTION FACTORS%REACTOME DATABASE ID RELEASE 96%450341 Activation of the AP-1 family of transcription factors Q63844 P01101 Q5U421 Q8C094 Q9WUI1 Q8CBR9 Q52L79 P63085 Q7TSJ7 Q8C9D4 IP3 AND IP4 TRANSPORT BETWEEN CYTOSOL AND NUCLEUS%REACTOME DATABASE ID RELEASE 96%1855196 IP3 and IP4 transport between cytosol and nucleus Q8CDZ5 P59235 Q9D1M0 Q5FWJ9 Q8BUA6 Q9Z0W3 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q8BH74 Q8BPS7 Q8R480 Q8BTS4 J3JSA4 Q8R4R6 Q9CWU9 Q9ERU9 DEFECTIVE SLC24A1 CAUSES CONGENITAL STATIONARY NIGHT BLINDNESS 1D (CSNB1D)%REACTOME%R-HSA-5619077.3 Defective SLC24A1 causes congenital stationary night blindness 1D (CSNB1D) Q91WD8 DEFECTIVE SLC9A6 CAUSES X-LINKED, SYNDROMIC MENTAL RETARDATION,, CHRISTIANSON TYPE (MRXSCH)%REACTOME DATABASE ID RELEASE 96%5619092 Defective SLC9A6 causes X-linked, syndromic mental retardation,, Christianson type (MRXSCH) A1L3P4 THE RETINOID CYCLE IN CONES (DAYLIGHT VISION)%REACTOME%R-HSA-2187335.6 The retinoid cycle in cones (daylight vision) Q3UEX0 P51491 A2ADU0 A0A0R4J0H3 G5E8W9 Q544Y3 DEFECTIVE ALG3 CAUSES CDG-1D%REACTOME%R-HSA-4720475.4 Defective ALG3 causes CDG-1d A0A338P726 ACTIVATION OF RAC1 DOWNSTREAM OF NMDARS%REACTOME DATABASE ID RELEASE 96%9619229 Activation of RAC1 downstream of NMDARs Q3TLP8 Q8VBY2 Q8C078 Q5F258 Q3UY68 CROSS-PRESENTATION OF SOLUBLE EXOGENOUS ANTIGENS (ENDOSOMES)%REACTOME DATABASE ID RELEASE 96%1236978 Cross-presentation of soluble exogenous antigens (endosomes) Q14AX9 Q8VBX4 P54775 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P26151 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 G3X9V0 Q9JKV1 Q5HZK3 Q3TXS7 P70195 O35955 P28063 Q60692 E0CXB1 Q6RI64 Q3TS44 Q2HZ94 Q99JI4 A0A0R4J256 Q3TKV1 HIV TRANSCRIPTION INITIATION%REACTOME%R-HSA-167161.4 HIV Transcription Initiation A2ASY1 Q3UZB8 A0A3Q4L2S8 Q8BQ46 A0A338P6M3 Q7TPV0 P61216 Q542U3 P61219 P62488 P08775 E9QAP7 Q3UIR2 B9EJX5 Q9D0D5 Q99JX1 Q3UT56 Q8VI33 Q9R1C0 A0A3Q4EGS4 P97760 B1Q2W7 E9PWD3 Q8BFX0 Q3THK3 Q8CFI7 Q3ULN2 P51949 Q3TN86 E9Q6K1 F8VPY2 Q149E9 P60898 Q9EQH4 Q8K2X8 Q7TPY0 P49135 Q3THG5 Q3UMJ4 Q6RI65 Q6PI63 Q3V214 Q62311 ESTABLISHMENT OF SISTER CHROMATID COHESION%REACTOME DATABASE ID RELEASE 96%2468052 Establishment of Sister Chromatid Cohesion Q9CPY3 Q3TG35 Q3UKT9 E9QPI5 Q3TG33 F8WHU5 Q8CIB9 B7ZP47 F8WHU7 Q9CU62 Q3TMK9 GLUCAGON SIGNALING IN METABOLIC REGULATION%REACTOME%R-HSA-163359.8 Glucagon signaling in metabolic regulation P29387 Q80TY9 Q3UU15 Q3V1Q3 P63213 P84309 Q3TQ70 Q91WF3 P63216 Q3UMY0 A0A2I3BRC5 P61953 Q8K1M3 P50153 Q9DBC7 P68181 Q9JMF3 E9Q706 O88444 P55095 Q9CXP8 Q3TY04 Q3U9V4 Q54AE3 Q3UUN2 P05132 Q9DAS9 Q3UGN1 Q3UN81 H3BK84 ZINC TRANSPORTERS%REACTOME DATABASE ID RELEASE 96%435354 Zinc transporters Q6P5F6 Q75N73 Q91W10 Q78IQ7 A0A452J893 Q8BGG0 D3Z5N1 Q8C145 S4R169 Q8R4H9 Q9QZ03 A0A068BIT0 G3X943 Q9D856 Q3UM63 DEFECTIVE UGT1A1 CAUSES HYPERBILIRUBINEMIA%REACTOME%R-HSA-5579002.5 Defective UGT1A1 causes hyperbilirubinemia Q63886 PAUSING AND RECOVERY OF TAT-MEDIATED HIV ELONGATION%REACTOME DATABASE ID RELEASE 96%167238 Pausing and recovery of Tat-mediated HIV elongation A0A3Q4L2S8 A0A338P6M3 Q7TSG2 O55201 Q8C4Y3 P61219 P62488 P08775 Q8BG30 Q3UIA1 G3X956 Q3UWX7 A0A087WNT1 Q922L6 P97760 Q08943 Q8BFX0 P63271 Q3THK3 Q9QWV9 Q8CFI7 P60898 Q99J95 Q8CB77 Q3UMJ4 Q6PI63 Q3V214 O08856 FLT3 SIGNALING IN DISEASE%REACTOME DATABASE ID RELEASE 96%9682385 FLT3 signaling in disease E9QAH1 A9QW46 P42337 Q8C7P2 Q564P6 P35235 Q8R1C2 Q9D091 Q9CU65 A0A0X1KG61 Q61411 Q3U5I5 B2RSM1 Q3UIM4 Q80WR3 P42232 Q5HZH3 Q3USK4 Q9JIA0 A0A3Q4EGX3 P0CG50 Q3UEW6 Q3ZB59 E9Q512 CD28 DEPENDENT VAV1 PATHWAY%REACTOME DATABASE ID RELEASE 96%389359 CD28 dependent Vav1 pathway Q5DTJ2 D3YZ57 E9Q696 Q61238 Q3TLP8 Q549R2 Q8VDU4 Q8CDB3 B1GX81 G5E884 G ALPHA (S) SIGNALLING EVENTS%REACTOME%R-HSA-418555.12 G alpha (s) signalling events Q8BVT9 P84309 Q91WF3 B2RVZ3 A0A2I3BRC5 Q542R8 Q9DC51 P68181 E9Q706 Q3UUQ5 Q3SWS4 O88444 Q3TY04 Q3U9V4 Q60614 Q3TNJ3 Q3UUN2 Q9Z0L6 Q80ZS9 A0A0R4J003 B2RSH2 Q3UG14 Q3UGN1 Q920A1 A0A158RFU9 H3BK84 Q0P543 Q60755 Q8CIT0 P29387 P97751 Q80TY9 Q6NXJ9 Q7TNK8 Q3UU15 P63213 Q496T0 Q3V1Q3 Q546Q8 Q3TQ70 Q6P8Y9 P08752 P48756 P63216 P01193 Q3UMY0 P61953 Q8K1M3 P50153 A1KXK3 Q9DBC7 P56450 Q9WUP0 Q9WUP1 Q9JMF3 Q61012 Q924X4 P41593 Q91V95 Q544X5 Q6R6I7 E9Q0U9 P55095 A0A0B6VTJ4 Q5RL10 A2RTV8 Q3V1A7 Q544G7 Q9CXP8 Q8BJT8 Q8CHK2 P97297 Q54AE3 Q14AA9 P12968 A2AR99 P30730 P05132 A0A1B0GR43 E9Q4F3 A0A0F7RQH1 Q9DAS9 P32082 Q8CAU3 Q8BMP4 Q3ZAT0 Q8BWG8 Q3UN81 O35659 Q3TST4 Q78U67 P70263 J3JS97 Q544P9 P0C0P8 Q91YU8 A2RSW3 P05480 Q8BYC4 Q8CBS2 Q80WT4 P30731 E9PVU7 Q8CA29 Q5PR72 G3X9G6 Q0VDU3 Q80YP5 Q6P5G2 A0A1B0GSX9 Q3UEI1 A0A0R4J100 Q61616 B2RTA0 P0C5I1 Q7TPG2 Q3UQ25 P18762 Q3TUD0 Q14AW8 O54897 Q5QD04 Q5QD06 B2RR84 O88502 Q8BI47 Q8BL07 A0A494BA82 Q9EP84 Q5ERJ2 P0C1Q2 P34971 B6VJS3 Q91VE4 Q5QD13 Q5QD17 Q3UP63 B2RQS5 Q923Y8 P09055 Q7TS64 Q9DBS6 Q8CC99 A2ASF9 B2RQM3 A0A0F7RQR1 Q543A9 PROCESSING OF DNA DOUBLE-STRAND BREAK ENDS%REACTOME DATABASE ID RELEASE 96%5693607 Processing of DNA double-strand break ends Q5SV02 B2RTK3 Q8BWH5 Q8VC54 Q9QZS2 Q80YR6 Q3UJQ1 Q8BQY8 Q6ZQJ5 Q6ZQF0 P0CG50 Q64524 P51943 P10853 Q3UGB9 Q4U2R1 Q61456 P68433 A2RTT4 Q64475 Q64478 P63280 Q9D2U9 Q3ULQ6 Q6ZWY9 E9PYW4 P27661 Q3TKD1 Q8BPZ8 Q3UNF2 Q5NCT2 Q3UI43 Q9QZ11 Q8BJU7 Q3U574 B9EHX4 Q8BRV3 A0A0R4J0U2 Q5SXJ3 Q91WA1 O70445 P46737 Q8BZ87 Q4KL82 A0A0R4J183 Q9CQ71 Q3UKP1 Q80YR7 Q8K3W0 Q9R207 O35280 Q3UYY2 Q8BMG1 E9PZ97 Q99J62 Q9QWZ1 Q5SWN2 E9QK89 Q9Z0F6 Q8CGP2 Q8CGP0 Q62193 Q6NV63 Q4VBX4 Q5HZI8 DEFECTS IN TOLL-LIKE RECEPTOR CASCADES%REACTOME%R-HSA-5602358.5 Defects in Toll-like Receptor Cascades Q3UER8 E9PV24 G3X8Y8 Q3TGR2 Q8C6Z4 Q3U7M4 Q3UHJ1 Q3UP42 Q542S6 Q53X15 Q4FJP7 Q91V77 Q80UF7 L0CL36 B9EJ46 Q8R4K2 Q548Y4 Q5D0E0 Q8CB40 Q64HC9 P35991 Q8CBT3 Q3UV88 Q9Z1E3 E9Q8P6 Q599W9 Q99MB1 Q3UV15 Q8VC91 P25799 AMINO ACID AND DERIVATIVE METABOLISM%REACTOME DATABASE ID RELEASE 96%71291 Amino acid and derivative metabolism Q8R519 P54369 Q3TMZ1 Q61753 A2RSW6 Q6PFX8 A2AS89 P00860 Q3V1N7 Q3V2Q2 Q924Y0 Q8VCW3 Q6P8J7 Q99LS3 Q8C6D8 D3YXV1 Q91ZE0 Q9R109 Q6NSV5 Q80ZA1 Q05CI8 Q8BVI4 A2AMH5 A0A0R4J0C2 Q8C0M9 Q8BY89 Q3UEH8 P61458 P35505 O09173 Q8QZR1 P49429 A0A494BB18 Q04447 Q9JJA0 Q91XE0 P97461 Q4VAG4 Q58E35 P15105 P86048 Q9CQD0 P62911 Q6NZM8 Q545X8 P14206 Q9CPR4 Q571F8 Q91WT9 P31650 Q0VBA4 Q8C9C1 Q3UC02 Q9R112 D3YYB0 O35490 Q9CQ65 Q5M9M4 Q8R086 Q5M9M0 A0A2R8VHX0 P60334 Q5YLW3 P97493 Q9QZD8 Q6PDY2 E9PY03 Q9CQT1 Q9CQR2 Q99JT9 K4DI69 P62264 Q8BGB7 Q542Y0 Q6ZWN5 Q8VCN5 Q9WVQ5 Q4FZH2 Q99J99 Q9DCM0 Q8BP67 Q545S0 Q91WS4 Q5M9N8 P05201 Q642K1 P05202 Q9CXW4 P62717 Q561N5 Q5M9K7 P62830 P99027 Q9D823 Q5SUV8 Q0VB50 P24529 A2AQK4 Q80UY1 Q64237 Q3UKB9 E9PX09 Q505A8 Q58EA6 Q3UEL5 Q9DBA8 Q4FZE6 Q9CZX8 P23738 Q564E8 Q91XD4 Q8CE60 A0JNU3 Q5I0T8 Q497N1 A0A0R4J0R4 Q3UZV6 Q5CZY9 Q8R3P0 A0A1Y7VM56 Q3TSQ7 Q8QZT1 Q9D9X3 Q91XK0 A0A0R4J0G9 Q62052 Q541S3 Q3UFS3 Z4YJV4 Q5M9P0 P29812 Q9D2G2 Q6PGE7 A6H5Y3 Q6PD20 Q91X83 E9QMT1 Q9JHI5 B9EHW0 Q99MR8 Q8QZS1 P52760 Q3UEN6 G3UZ26 Q8R238 O35969 D3Z7P3 Q6ZWU9 Q9JMH6 Q99N15 P54775 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 Q14A64 Q8CGV2 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9JHZ8 Q9R1P0 Q3TV35 Q8VCS9 O35593 Q9R1P3 Q14AQ1 Q58EV4 A0A0U1RPK4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P70195 Q8BH59 Q9Z127 Q8C140 Q60692 E0CXB1 D3Z0L1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 Q3TXR6 Q3UEE8 Q3UEN9 Q8BML9 Q8BU30 Q3UZG4 Q8BJY7 H7BX88 Q7TSZ3 Q91WH3 Q5D073 Q9D1M4 Q9D2B4 Q8CGC7 Q8CHT0 Q8VCZ9 Q8R1K4 Q9WU79 Q3UEJ8 E9QB02 Q8R3V2 Q8R2P8 Q9D0I9 P35419 Q61024 E9Q4F3 A0A0F7RQH1 Q9D311 Q8VE49 G3X8P5 Q9QXV5 A2AQ92 P49817 Q91ZI8 A0A0R4J110 Q8K2W3 Q9DCX8 A0A494BAW1 Q9Z306 Q3TWI2 Q9DBT9 Q566C3 Q8K0L1 Q8BJ64 Q9DBF1 Q99L13 Q3TNN4 Q9DBL1 Q8CBC8 Q3ULU3 A0A0R4J0P1 Q8BH95 Q91WK5 Q91YI0 Q3U597 Q3UJ34 Q9QXF8 G5E8S7 Q8R4H7 Q3UGH6 Q543E2 P97364 A0A0R4J069 Q61176 Q8C196 Q8BP74 Q8R1A8 Q3U1C4 P40936 Q8C483 Q3T9Z2 O35484 H7BWY3 Q9DCU9 Q3TRZ4 Q91W43 Q80WS1 A2ARQ6 P53395 O08691 O08749 Q9DCC4 Q6P3A8 Q3U3J1 Q5U5V2 Q9QZI9 Q3UCB5 Q9D964 Q543H0 Q3UPX0 Q78JT3 A2RTA0 Q3UEQ9 A2ATU0 Q8R0V5 A9CLV6 Q99ML6 Q545N7 Q91WN4 Q8K4H1 Q6P078 Q8BHJ6 Q8BVD4 Q3UTR5 Q9WVM8 Q543K5 Q71RI9 O08608 A2ALM6 Q9QZX7 Q3UKT3 RUNX3 REGULATES BCL2L11 (BIM) TRANSCRIPTION%REACTOME%R-HSA-8952158.2 RUNX3 regulates BCL2L11 (BIM) transcription Q8BUN5 Q3U1Q3 E3SRG8 Q9WVH4 Q6PEB3 SIGNALING BY WNT IN CANCER%REACTOME%R-HSA-4791275.5 Signaling by WNT in cancer O54908 Q7TS75 Q9QYZ8 Q91VN0 Q6ZQK4 Q8BN07 Q8K1S7 Q6PJ87 Q6PD03 Q61091 Q5KU03 Q8VEJ3 Q6PFX9 P63330 Q6PD28 Q9JJJ7 Q3UES3 Q8CAI6 Q8BNP7 Q14DJ8 Q8BLL2 Q76MZ3 Q02248 A0A0R4J0A9 Q99N43 Q91V89 A3KMI3 Q542J1 Q8BIX1 Q3UEG1 A0A0J9YU62 Q61151 Q91YZ2 P27467 SMAD4 MH2 DOMAIN MUTANTS IN CANCER%REACTOME DATABASE ID RELEASE 96%3311021 SMAD4 MH2 Domain Mutants in Cancer Q8BUN5 Q62432 E3SRG8 HCMV INFECTION%REACTOME DATABASE ID RELEASE 96%9609646 HCMV Infection B2RTK3 Q8CDZ5 Q8CGP7 Q9CYJ8 Q9WVF5 Q3TWG5 Q149V4 Q9D1M0 Q9Z0W3 Q9D7F7 P41969 Q78V99 A0A1B0GR63 Q64524 Q3UKR0 P10853 Q9D8B3 Q8BSJ6 Q64525 Q60972 Q9CQ10 B1AZ39 Q3UE64 P25799 P63168 B2RWH3 Q64475 Q64478 Q5FWJ5 P59235 C0HKE5 Q921N8 Q6AXH7 Q5FWJ9 Q9D2U9 Q8BUA6 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 Q6ZWY9 Q8VCB1 A0A1D5RLQ0 Q9JHU4 Q9QXE7 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 E9PW15 Q8CHB6 Q8C5H3 Q8BH74 Q8BPS7 Q8R480 Q8BTS4 Q8BHJ5 J3JSA4 P09055 Q8R4R6 Q3TYJ3 Q921W0 Q80ZV7 Q8BMZ7 Q810I0 Q3TSR1 Q921E6 Q78HU3 Q64522 Q8VEJ9 A2A4K0 Q9CWU9 A2AB79 Q8R0J7 Q8CGP4 A2A6M1 Q3TPJ8 Q3UCW0 A3KPD0 Q3UV99 Q8CGP5 Q9JM08 Q9ERU9 A0A494BAR3 Q9D0M5 Q8BH48 Q6PDL0 Q8C2W4 P84228 Q5EBP9 Q8CGP2 Q8CGP0 SYNTHESIS OF PIPS AT THE PLASMA MEMBRANE%REACTOME DATABASE ID RELEASE 96%1660499 Synthesis of PIPs at the plasma membrane B1AUL6 Q3UEQ1 Q3UJ95 Q3URI3 Q544E3 E9PXF8 Q69ZU4 Q8C7P2 E9QAN8 Q80U24 Q9ERS4 Q9ERS5 Q8BIJ7 Q6ZPK1 Q8VE11 Q9Z2C4 Q5ND43 Q3TTB3 Q8C5Q7 F8WHW6 P42337 F8VPL2 Q9CQD1 Q3ULK1 P84078 O08908 Q6NVF0 Q6P572 Q8CBQ5 Q3UUT8 Q8BV52 Q8BTI9 Q8CI98 Q9ES52 E9Q7S0 Q3UXE9 Q3U6Q4 Q6P549 P70181 A1A4T4 P70182 Q9Z2D0 D3YU01 Q2TBE6 Q9D4L1 Q50HX4 O70167 Q8VEL2 Q80W71 REGULATION OF TP53 ACTIVITY THROUGH PHOSPHORYLATION%REACTOME%R-HSA-6804756.4 Regulation of TP53 Activity through Phosphorylation Q5SV02 A2ASY1 Q8BWH5 Q8BQ46 Q6P571 Q8VC54 P61216 Q80YR6 Q3UJQ1 Q8BQY8 Q543F6 Q6ZQJ5 Q6ZQF0 Q8CDH5 Q3UTC9 P0CG50 G3UZX4 Q543W6 Q80ZA1 Q5U4C9 P23804 Q542T9 Q9QUR7 Q3UQK9 P51943 Q8BRK8 Q8BTJ3 Q3UGB9 Q542K0 Q5U421 Q61456 Q8BUX6 O54992 Q3V4A1 O70126 Q641K5 Q3TEY6 Q9WUI1 Q3TWR3 Q5D0E9 Q3TKD1 Q543M9 Q5NCT2 Q6PAM0 Q9QZ11 B9EHX4 Q8BRV3 Q5SXJ3 O70445 E9QAP7 G3X956 Q4KL82 Q9CQ71 B9EJX5 Q9R207 Q99JX1 O35280 Q3UYY2 Q8BMG1 Q3UT56 Q8VI33 Q9R1C0 A0A3Q4EGS4 E9PZ97 Q8BIQ9 Q8BGM7 B1Q2W7 Q99J62 Q08943 Q9QWZ1 Q5SWN2 Q9Z0F6 F8VPY2 O88904 Q9EQH4 Q62193 Q6NV63 Q6RI65 Q5HZI8 Q62311 TRANSFERRIN ENDOCYTOSIS AND RECYCLING%REACTOME%R-HSA-917977.3 Transferrin endocytosis and recycling Q91YH6 Q923B6 Q5HZY7 Q3UP55 P50518 P62814 Q5SZ87 Q3UWN7 Q3U889 Q54A87 Q921I1 E9QN92 Q80SY3 Q9D1K2 Q9JHF5 Q8BMC1 P15920 P51863 Q9CQD8 Q9JKX3 A0A0A6YX18 Q9D593 Q99M55 Q9Z1G3 Q3U861 Q99L60 A0A0N4SVQ2 Q99J21 P50516 Q542D9 ENDOGENOUS STEROLS%REACTOME%R-HSA-211976.8 Endogenous sterols Q3V1T8 Q3USU4 B2RSR0 Q61578 Q6LC96 Q545P3 Q9CPW2 P01193 Q3ZAT3 Q3UTK2 P70365 Q3U5D9 Q8C696 P15539 A0A0R4J0N7 Q8CE59 Q3UJ92 Q8CEC2 Q8K0C4 Q3UQH5 Q9QZ82 Q3US73 Q544S6 Q99LX3 Q64505 G0 AND EARLY G1%REACTOME%R-HSA-1538133.5 G0 and Early G1 Q01320 A0A0R4J145 P11440 P48964 A0A1W2P7P4 Q542J9 Q8C774 P01108 Q61457 Q544H6 Q8C8M7 Q9CYB4 Q58E49 P51943 A0A1B0GRM0 Q60972 Q6PAR4 Q3UGB9 Q61502 Q9D297 Q8R0K9 B7ZN58 Q61456 A0A0A6YVZ7 E9Q0Q9 P48972 SIGNALING BY NON-RECEPTOR TYROSINE KINASES%REACTOME DATABASE ID RELEASE 96%9006927 Signaling by Non-Receptor Tyrosine Kinases P06537 E9PYG6 Q9WTX4 Q8BUR4 D3YZR2 P31750 G3V023 Q9WVF5 E9PUB0 Q8BHL5 F8VQ28 Q4VAE6 Q9D091 Q8VIJ6 Q8R0L1 Q3UWF9 Q60749 Q61521 Q3UWD7 P0CG50 Q9WU01 Q543J8 Q9R226 Q5FW64 Q3UCW2 O35718 Q61457 P97481 Q3TLP8 Q790L7 Q6GU23 A0A0X1KG61 Q3UGB9 Q61411 Q3TZW9 Q545C3 Q8JZR2 Q99P91 P46414 Q9CQG8 Q6DR99 Q8BQI4 Q3TJP4 Q05AA8 P70424 A0A158SIT8 Q8BPU7 Q8CCL8 DEFECTIVE CYP26C1 CAUSES FFDD4%REACTOME DATABASE ID RELEASE 96%5579004 Defective CYP26C1 causes FFDD4 B2RXA7 SIGNALING BY MEMBRANE-TETHERED FUSIONS OF PDGFRA OR PDGFRB%REACTOME DATABASE ID RELEASE 96%9673768 Signaling by membrane-tethered fusions of PDGFRA or PDGFRB P35918 Q8BRZ8 Q91VW5 Q80WR3 S4R270 ER QUALITY CONTROL COMPARTMENT (ERQC)%REACTOME DATABASE ID RELEASE 96%901032 ER Quality Control Compartment (ERQC) A2AJ15 Q8BJT9 A0A0R4J1R1 Q91YT2 Q3U957 P0CG50 O35445 Q8K2C7 Q6GTY4 Q3TSD2 Q925U4 Q6ZQ89 A0A0R4J0K8 Q6P5E4 Q3TCI2 E9Q4X2 B7ZNP0 Q3UYK9 DISEASES OF SIGNAL TRANSDUCTION BY GROWTH FACTOR RECEPTORS AND SECOND MESSENGERS%REACTOME DATABASE ID RELEASE 96%5663202 Diseases of signal transduction by growth factor receptors and second messengers Q3UKJ3 E9QJS1 Q6PCP3 Q9JJJ7 Q9WVH4 A0A1Y7VJP4 Q52L79 Q6PEB3 P62878 Q01705 Q3TZH4 Q542J1 P27467 Q61091 Q6PFX9 Q3UES3 Q62226 Q8BH57 Q8CIM9 Q544P6 Q8CCM0 A2AS93 Q3U9H3 Q8BLL2 Q80XI9 Q6NZM8 Q8BL41 Q3UEG1 A0AAQ4VMS6 Q8BW40 F8WIS9 A0A0R4J0K0 Q04690 Q924S8 P23804 P13405 Q564P6 Q7TSJ7 Q3UPN9 P46414 Q6DR99 Q3UEW6 Q8C094 Q61151 Q5SUZ5 Q6ZQK4 Q505A4 Q91WJ0 Q6PD03 Q80VU4 Q62077 Q3UHE3 Q541P3 Q9CU65 P63330 Q3V1A4 Q4FJT2 Q5HZH3 Q3UWD7 Q4FZK2 Q499W5 Q80SY4 Q9QYE5 Q3UVN4 Q0MW30 Q6NZC0 Q61483 E9PXU2 Q6ZWM8 Q9JI71 A0A1W2P715 Q76MZ3 Q91V89 Q3TY83 Q9ERU9 Q8BIX1 Q8VE88 Q3UWM4 Q3UPG0 Q3U7R5 Q9ESW4 F8WIA1 Q3UM91 Q3V1B3 Q3UPF5 Q3V0H4 Q3TJ56 P48678 Q68FD9 E9Q8P8 Q5SWZ5 Q8BN07 E9QQ10 A0A0G2JEP0 Q80VE1 Q9WVK0 Q9QYS9 Q6PD28 A9QW46 A0A0R4J0A9 Q99N43 P97760 A3KMI3 Q8BFX0 Q3THK3 Q8CFI7 P60898 Q3UMJ4 Q6PI63 Q3V214 Q2NL51 O54908 A0A3Q4L2S8 Q9WTX4 A0A338P6M3 Q9QYZ8 D3YZR2 G3V023 Q91VN0 P61219 P62488 Q8K1S7 P08775 Q8VEJ3 O55179 Q7TSI8 A0A0R4J1R1 Q8BTI9 Q3U957 Q3US10 Q9DBC7 P97793 Q66JX5 Q8BKH7 Q8VD75 Q99NF7 O55106 Q3UCJ0 Q3UYZ6 Q8CEI0 F8WJ93 Q7TQC8 Q3TJI7 Q8CE74 Q3TLP8 Q549R2 Q3UXE9 Q9CS58 Q8VDD5 Q6GU23 Q3U6Q4 Q3U879 A1A4T4 Q8CD76 Q543U1 Q9JJB6 H3BJW3 Q3UIM4 Q9CRA9 Q61238 Q8CJF9 Q99K94 E9Q512 E3SRG8 Q3UHZ0 P31750 Q9WVF5 Q8C7P2 Q3UG37 E9PXW8 Q6P3E7 Q6QI06 B1ATC3 Q05144 Q9JLN9 D3Z768 P05622 Q8K2C7 Q3TNY3 Q8VEH8 Q9EQ32 A0A338P6G9 Q812A5 Q8CAI6 Q8BYF1 Q8C5Q7 P41241 P01108 A0A668KM95 A0A3Q4EC26 P42337 Q14DJ8 Q8VDU4 P35235 Q6P9T4 Q01853 D3YZ57 E9Q696 Q6GTY4 Q8BFZ9 O08908 Q8C6X4 Q8BMT9 Q9CUT6 Q4KL34 Q8CDB3 Q6PJ87 Q5KU03 Q6P0A4 Q3UQ34 Q91VW5 Q8BJP2 Q8CI98 Q3UD86 Q9R1E0 Q545Q1 B2RUG2 Q9CQ49 B7ZNX6 Q569U6 Q80ZV7 Q3UYV9 P70424 Q8K0Z5 Q3UDZ1 P35831 Q3U5I5 B2RSM1 P42232 Q9JIA0 A0A3Q4EGX3 Q80ZA1 Q8BRZ8 Q9CWJ9 Q6P3Z8 P62141 Q8BUN5 E9Q6E2 Q0VGJ1 P26041 Q3UUT8 Q8R1C2 Q8C8U0 Q9DAY9 F6ZDS4 A6H6S8 B2RR30 E9QK53 Q3UZZ2 Q80Y52 Q9JJY8 P97287 Q6T264 Q3UNK5 Q61521 Q0VEB7 Q543J8 Q5FW64 Q64337 Q8CAS3 Q68FD5 P43404 Q9QUM0 Q9QUM5 Q9Z1M4 Q7TS75 Q3TPX5 Q0VER9 Q0VG15 Q790L8 O88520 A0A7U3JW97 A0A0R4IZY3 O35565 A0A7U3JW51 Q543V3 Q8C399 Q6ZWS1 A0A7U3L6F4 Q541T2 P81122 Q544I6 Q99N32 Q3U1V5 Q3UE89 A0A7U3JW80 E9Q2N2 Q3ZB59 Q3UXN3 Q6ZQ32 P26687 Q3TQG5 A0A0R4IZW4 P54775 Q9WTX6 Q8VH37 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 Q3UZF9 P14685 Q545G0 P49722 Q9D8W5 Q3TMT1 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q5SUR3 Q14AQ1 Q5J7N1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 Q3UM17 P70195 Q62432 Q8CBT3 Q9Z1A1 Q60692 E0CXB1 Q3UPL0 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 E9QAH1 Q7TSZ9 Q7TNL7 Q9ESS0 Q3TM87 Q6NZM9 P05532 E7FJU2 A0A1Y7VNZ6 Q6NZM3 E9Q555 Q58E49 Q545E4 A0A1W2P736 Q8BWG8 Q52L50 Q64727 Q62120 B1AYC9 Q3TU98 A2AI78 Q99MP8 Q80TM2 Q3UER8 Q80XI6 E9PV24 Q5EBQ2 E9QPU1 J3JS97 Q99N57 Q3UV75 P67778 O54890 Q3TGR2 A2A9K7 Q8CAD1 Q61081 F8VQL0 P05480 Q8CAB9 Q02248 A0A0X1KG61 Q61411 P35918 A2A5N2 Q9D824 Q80WR3 Q3USK4 S4R270 Q8C9G5 Q3TMJ8 Q8BQS9 Q3V3W9 A0A0J9YU62 Q9D5H8 Q91YZ2 P63085 P98083 Q8C180 Q63844 Q91YS7 Q7TT21 Q9D091 P28028 E9QKI5 A2RRK7 A2RSY7 Q6P1H7 Q5SUZ7 Q80YV2 Q9QXE7 Q6GQV9 Q8CHB6 Q8BNP7 Q8BHJ5 Q7TSJ0 Q8BJ14 P26618 Q9JM08 Q3U4P5 Q9DBX7 Q3UYK2 Q499J8 P57716 Q8C7N7 INSULIN-LIKE GROWTH FACTOR-2 MRNA BINDING PROTEINS (IGF2BPS IMPS VICKZS) BIND RNA%REACTOME%R-HSA-428359.5 Insulin-like Growth Factor-2 mRNA Binding Proteins (IGF2BPs IMPs VICKZs) bind RNA A0A0H3XWX3 Q5SF07 Q9CPN8 HORMONE LIGAND-BINDING RECEPTORS%REACTOME DATABASE ID RELEASE 96%375281 Hormone ligand-binding receptors Q3UTE9 P30730 B2RQM3 Q6P8H4 E9Q4F3 A0A0F7RQH1 A2RSW3 A0A0F7RQR1 Q78U67 G3X9G6 NILOTINIB-RESISTANT KIT MUTANTS%REACTOME DATABASE ID RELEASE 96%9669926 Nilotinib-resistant KIT mutants P05532 GLYCEROPHOSPHOLIPID CATABOLISM%REACTOME DATABASE ID RELEASE 96%6814848 Glycerophospholipid catabolism A2AJ88 Q8BGN3 Q9JL56 A0A140LI54 A0A1L1STK0 Q9CRY7 Q99LY2 NOTCH2 INTRACELLULAR DOMAIN REGULATES TRANSCRIPTION%REACTOME%R-HSA-2197563.3 NOTCH2 intracellular domain regulates transcription Q3UZZ2 Q3UM17 O35516 Q499J8 D3Z768 Q8BJ14 Q6T264 Q3TZH4 Q8BYF1 Q8VH33 PROLONGED ERK ACTIVATION EVENTS%REACTOME DATABASE ID RELEASE 96%169893 Prolonged ERK activation events Q91ZZ2 Q8C180 Q63844 Q3UFB7 Q91YS7 A2RS58 P28028 A2A5N2 Q8JZR2 Q3TMJ8 Q3V3W9 P63085 Q6LDU8 E9Q9B7 DEFECTIVE SLC2A10 CAUSES ARTERIAL TORTUOSITY SYNDROME (ATS)%REACTOME%R-HSA-5619068.5 Defective SLC2A10 causes arterial tortuosity syndrome (ATS) A2A4V1 RHOC GTPASE CYCLE%REACTOME DATABASE ID RELEASE 96%9013106 RHOC GTPase cycle Q68FM7 Q3TU98 G5E825 E9QKB1 Q8K298 P63024 Q8C7P2 Q8R2Y2 A2AWP8 Q8BTF1 Q9D0F3 F6XC54 F6SBR5 Q7TSI6 Q3UQS3 A0A140LJJ5 Q8CA59 Q811P8 A1A553 Q3U9G9 H7BX46 Q5SS83 Q3TR46 Q540I4 Q62159 Q3UPH7 Q3UE22 A0A3B2WCN9 A0A0G2JDI9 Q542D9 Q8K0Q5 A0A2I3BPI0 Q9WVM1 Q4VAE6 Q8BI52 A2RRK7 Q3TRQ0 Q69ZK0 Q9D0J3 E9PUE7 B7ZCJ1 B7ZNX6 Q8C474 Z4YM84 P97393 Q7TQE6 Q8BH88 Q8R5L1 Q9Z207 P70268 A0A571BEH9 E9PUF7 Q3TXQ1 Q8K1E0 Q02257 O54724 Q8BH80 D3Z7A7 Q99PT1 Q3UGZ6 Q80Z96 Q8C6B2 Q3UWP1 Q80U35 P49817 Q8BWW9 Q8C067 P54116 F8VQ29 Q8CCL8 Q8BQW4 A2RRK3 DEFECTIVE HOMOLOGOUS RECOMBINATION REPAIR (HRR) DUE TO PALB2 LOSS OF FUNCTION%REACTOME%R-HSA-9701193.6 Defective homologous recombination repair (HRR) due to PALB2 loss of function Q5SV02 Q5SXJ3 O70445 Q8BWH5 Q3TV35 A0A0R4J1H1 Q9R207 Q80YR6 Q3UJQ1 O35719 Q9CX47 Q6ZQJ5 E9PZ97 Q924H5 D3YVU6 P97929 Q3UGT8 Q5NCT2 Q9QZ11 Q6NV63 Q08297 B9EHX4 Q8BRV3 MAP2K AND MAPK ACTIVATION%REACTOME%R-HSA-5674135.4 MAP2K and MAPK activation B1AYC9 Q3TU98 A2AI78 Q8JZL1 Q63844 Q80TM2 Q3UER8 Q91YS7 E9PV24 Q5EBQ2 E9QPU1 Q9DAJ4 J3JS97 Q99N57 Q3UV75 Q9D091 O54890 P28028 Q3TGR2 A2A9K7 Q9JHS3 Q8CAD1 A0A1Y7VNZ6 Q3UZF9 P41241 P05480 Q61411 A2A5N2 Q3TMJ8 Q3V3W9 Q9QUM0 Q8BWG8 P63085 Q52L50 Q64727 MPS IV - MORQUIO SYNDROME A%REACTOME DATABASE ID RELEASE 96%2206290 MPS IV - Morquio syndrome A Q8CC47 AMPLIFICATION AND PROPAGATION OF COAGULATION CASCADE%REACTOME%R-HSA-9769743.1 Amplification and propagation of coagulation cascade P33587 Q543J5 O88783 P16294 E9QPU1 A2CFB8 Q3TJ94 P49182 Q8BVN1 Q3TR66 A0A2I3BPX3 Q543R5 B2RR03 Q8BQ43 O88186 Q9QZU3 Q80Y26 DEFECTIVE BASE EXCISION REPAIR ASSOCIATED WITH MUTYH%REACTOME DATABASE ID RELEASE 96%9605310 Defective Base Excision Repair Associated with MUTYH DIFFERENTIATION OF KERATINOCYTES IN INTERFOLLICULAR EPIDERMIS IN MAMMALIAN SKIN%REACTOME%R-HSA-9725554.2 Differentiation of Keratinocytes in Interfollicular Epidermis in Mammalian Skin Q3UWD7 CONVERSION FROM APC C:CDC20 TO APC C:CDH1 IN LATE ANAPHASE%REACTOME%R-HSA-176407.6 Conversion from APC C:Cdc20 to APC C:Cdh1 in late anaphase Q9D3A0 A0A5F8MPZ4 Q3U3D4 Q9JJ66 P53995 Q541Z5 Q8BZQ7 Q8BYJ1 Q9WVM3 Q3UFC2 Q8K2H6 Q9CPX9 S4R2B6 A2A4Z0 G3X8W7 Q3UFQ4 Q3TM92 Q3TI84 ZINC EFFLUX AND COMPARTMENTALIZATION BY THE SLC30 FAMILY%REACTOME%R-HSA-435368.6 Zinc efflux and compartmentalization by the SLC30 family Q8R4H9 Q8BGG0 D3Z5N1 S4R169 Q3UM63 REGULATION OF PTEN MRNA TRANSLATION%REACTOME%R-HSA-8943723.2 Regulation of PTEN mRNA translation Q8VD67 B1ATC3 Q8BJP2 Q8CJF9 Q3UHK8 Q3UD86 Q9CS58 Q3UUT8 Q3UQ34 SIGNAL ATTENUATION%REACTOME DATABASE ID RELEASE 96%74749 Signal attenuation P98083 P81122 Q63844 Q3USK4 Q60760 Q3TPM5 Q5EEX1 P63085 Q543V3 DEFECTIVE ALG2 CAUSES CDG-1I%REACTOME DATABASE ID RELEASE 96%4549349 Defective ALG2 causes CDG-1i Q9DBE8 RND2 GTPASE CYCLE%REACTOME DATABASE ID RELEASE 96%9696270 RND2 GTPase cycle Q3UH93 Q8C180 Q8C7P2 Q91WJ0 Q8BV52 Q3V1S6 Q571I4 Q8BGV7 O70479 Q8CF63 Q9D574 E9QP59 Q8BMK4 Q9WV02 P97393 Q8BH88 A2AQ45 Q571M3 Q8CDN6 D3Z482 Q80U72 E9QP99 Q61495 L0N7N1 A2A4Q3 Q80Z96 Q3UIX3 Q03145 Q6NXJ3 P49817 O35685 Q9D572 F8VQC7 O08908 Q91ZD4 Q0VBM2 B1AV77 Q542D9 E9Q9B7 Q8CCL8 Q99ME2 Q8BQW4 SIGNALING BY LEPTIN%REACTOME%R-HSA-2586552.4 Signaling by Leptin P42232 P81122 Q9JIA0 Q544U0 Q6GU23 P35235 Q543V3 Q62120 O35718 ADHERENS JUNCTIONS INTERACTIONS%REACTOME%R-HSA-418990.6 Adherens junctions interactions A0A0R4J056 Q4FK48 Q8BUR4 Q811P8 E9QJS1 Q60989 Q3TBG7 E9PWE4 Q62210 Q6ZQ88 Q3U0X6 Q9Z1P8 Q8R2R1 S4R2K9 Q8BGQ4 B2RUC7 Q9ES18 P58463 Q8CEC4 Q60793 A2RTD1 Q5SUC3 P33146 Q80ZV4 P23804 Q8BRE1 Q91VS8 Q199A7 P55284 P13405 Q8BM92 K4DI58 Q9WTR5 Q3U1Y7 Q8R007 O70220 Q5RJH3 Q3TCR7 F8WHU6 Q8BJS8 Q3UGS4 Q9JLB9 Q5D1E7 Q9JKF6 P70408 Q3UYK5 Q6PDI9 E9PYN1 E9Q3A7 Q8BLQ9 Q61139 Q3TYA6 Q6PFG2 P52480 Q6P1D6 Q8C6F2 Q9CU65 P68040 G5E8P5 A2A3Z3 Q8VBU8 Q3URV7 P26687 Q8BSG9 P10605 Q3U0D9 Q8BSZ5 V9GX46 P54775 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q548Y4 P49722 Q3TMT1 Q9D8W5 P99026 F8WHW6 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q14AQ1 Q58EV4 E9Q2L7 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 P25799 Q3TKV1 Q3U518 Q8C2K8 Q80UM7 Q64318 Q9D2U9 Q3UZ96 Q8BSI9 A1A4T2 Q8C5H3 E9QAQ7 Q3TLP8 Q58E49 Q9CS58 Q6GU23 Q921E6 Q04888 A3KPD0 Q02257 Q8CJF9 P84228 Q8CGP2 Q8CGP0 Q9DBG6 Q64727 Q3UII1 Q62120 B2RTK3 Q8CGP7 P61804 Q9D8V7 Q149V4 Q7TSI6 Q8CDH5 Q8VD67 B1ATC3 S4R1M3 Q3UHK8 G3UZX4 Q8R1M2 Q3TQN9 P01108 O54734 A0A0R4IZW5 Q64524 G3X9V2 P05480 A0A1X7SB71 P10853 Q02248 Q8BMR3 Q80ZL3 Q60972 Q3U573 A0A0R4J170 A0A2I3BRW0 P23188 F6XJP7 A0A0J9YU62 Q91YZ2 Q78XF5 P63085 B2RWH3 Q63844 Q64475 Q64478 C0HKE5 Q6AXH7 Q60FD1 Q3URU8 Q6ZWQ7 Q3UQ34 A0A140LHR3 Q6ZWY9 Q3TZS1 Q8BJP2 Q3UD86 P27661 E9PW15 Q8BPN4 Q8C1L9 Q53Z05 G3X8Q0 Q9DBX7 Q8C7Q6 Q6PFX6 Q8BZ97 Q61080 A2AP51 D3Z569 Q545R0 Q3UHT3 Q8BPU7 Q45VK6 Q8C449 A5D6P6 P09025 CHK1 CHK2(CDS1) MEDIATED INACTIVATION OF CYCLIN B:CDK1 COMPLEX%REACTOME DATABASE ID RELEASE 96%75035 Chk1 Chk2(Cds1) mediated inactivation of Cyclin B:Cdk1 complex O35280 P51943 A8IP69 Q5SS40 A2A5N2 Q3UR74 O70456 P11440 Q543W6 Q61456 P63101 P47810 P68510 PTK6 REGULATES CELL CYCLE%REACTOME%R-HSA-8849470.2 PTK6 Regulates Cell Cycle Q545C3 Q61457 P46414 Q790L7 Q05AA8 Q3UGB9 STAT6-MEDIATED INDUCTION OF CHEMOKINES%REACTOME%R-HSA-3249367.2 STAT6-mediated induction of chemokines A0A2R3XZC4 A1L361 P52633 MEMBRANE TRAFFICKING%REACTOME%R-HSA-199991.8 Membrane Trafficking Q0VGU0 Q5XJY5 P97390 O35153 Q6GR78 Q5SUH7 Q3TX55 Q5SS40 Q9JM76 Z4YJU8 P17426 Q9D7F7 Q6PB93 Q5SW83 Q78IS1 Q9R0Q6 Q3UJ76 Q78V99 Q6PEE6 Q8CAM5 A0A1B0GR63 Q9WTI7 Q542M2 Q9CXQ9 Q8C142 Q9JHH9 Q9D8B3 Q9QXK3 Q5SWR1 Q8BTF0 Q9CQ10 Q9CPW4 Q9CVB6 Q6A0C9 B1AZ39 Q3ULF7 D3Z4J3 Q60838 A0A1L1SRE8 Q6ZPE2 P84084 E9Q7S0 Q8BLL2 A2AQ45 E9PUK3 Q8BFR4 Q9QYE6 D3YVW2 Q8K3E8 Q99KH2 P22725 Q9ERB0 Q3TXK1 Q50HX4 Q3U8A6 Q3U3T9 D3YUS4 P14142 F8WHN4 Q4FJL0 Q3TSE2 E9Q6Q8 Q8VBT9 B7ZWN1 A9XMT8 F8VQE2 Q7M6Z4 Q6TA13 Q8VI89 Q8VDS8 Q8C0X6 A0A1Y7VK29 E9Q4K7 Q7TNB5 E7FLY0 Q6QD59 G3X8Q6 Q6PB45 Q8BZ36 E9PX57 Q6PFD6 Q3V416 E9Q496 Q9JKY9 B0G0X9 Q545Q2 P46460 Q9D481 Q8BZ45 P63168 O54692 A2RSC8 Q4FJT2 Q544U7 Q3UWD7 Q9JHU4 Q3TYJ3 E9QKK1 Q3TPJ8 Q3UD72 Q9D0M5 Q6PDL0 Q3UPG0 A0A0R4J2D3 Q3TWG5 Q9D1M0 Q5SW18 Q0PD50 A0A494BB86 S4R2S6 Q9D0K0 Q8K3K8 Q9DCD6 B2RRC5 Q78ZJ8 Q3U0T9 Q14BR4 Q3SXA7 Q9JM13 Q6KAP5 Q3UUQ5 Q3UI47 Q3SWS4 Q8C9V1 J3QJV7 Q8BHL3 Q3UUG6 B1AVH7 A2A9W7 Q7TPU5 Q6PGF7 Q8R0H9 B9EHJ3 Q6PB82 Q3TZ63 Q6P5E6 P58802 Q3ULK1 Q0PD21 P60521 Q921M0 I6L974 Q3USK2 Q0PD49 Q8BXD8 Q9D517 Q3UN31 Q571A6 Q8BR32 Q542L0 Q3UFE4 Q8C4L1 Q8K0E2 Q6P1Y9 Q3TPX4 A0ABA7IXD2 Q8VD75 Q8CE74 Q9DBS5 Q91W40 Q6P9P6 Q3TLP8 P97329 P26361 Q9CR26 Q6P9L6 Q8VDD5 Q8BM73 Q8BMZ7 Q810I0 Q8C670 Q52KG5 Q3TSR1 Q78HU3 Q91YS4 E9Q5G3 Q8VEJ9 Q8CD76 A2A4K0 Q8BIQ9 Q9JJB6 Q8BGM7 Q8R0J7 Q3V300 A2A6M1 Q3UCW0 Q3UV99 A0A494BAR3 Q9D7S9 Q9CXE1 Q8BH48 Q8C2W4 Q3TPZ5 E9Q512 E9Q919 Q6P1D3 P31750 Q6DFZ1 Q9WVF5 A8IP69 Q9CRX5 O70456 Q0PD45 Q8BRK8 Q3TSV7 Q91Z34 Q6P5P1 Q8C458 Q921L5 P28663 Q9CQD1 Q8C266 B9EKI3 E9QPA1 Q5FWJ7 Q91ZJ4 Q8CES0 Q9D2U5 Q542K0 Q3TR77 A0A0R4J0Q9 Q8C6V9 Q3U4W5 Q6PHQ8 Q0PD53 Q3KNA5 Q8C754 Q9D4H2 Q3U4Y3 Q78YZ6 Q8C6X4 Q80XC3 Q8BHT7 Q9CUT6 Q9Z160 A0A494BAE3 A0A1B0GSM3 Q14AC7 Q3UVL4 Q9CTN4 Q9JJA2 B0R0S4 Q7TSQ9 Q8BSN6 Q80SX7 Q6P0A4 Q9DB05 Q3TWR3 A0A0R4J0L5 Q9JKK1 Q8CCB4 Q0PD48 O35864 Q91VW5 Q3US62 Q8C0W8 Q3USH9 Q6PAM0 Q8C4B5 Q8K1E0 A0A0R4J0T8 Q3U344 P70452 Q9CQW1 Q8C4N2 E9PXF8 P63024 Q3UJE9 Q9D0F3 Q923G3 Q5DQJ3 Q5RKN9 Q4FJQ0 Q9DBG5 S4R2K9 Q68FG2 Q8BZ98 A0A0J9YUN4 Q3UGX2 Q8R1C2 Q3V1V5 P29754 P33174 Q0VGY9 P08032 Q8VIE5 O54851 A0A654IER4 Q3TYJ1 P30548 Q6PFA2 Q0PD63 Q61521 Q0VEB7 Q8BV13 Q543J8 Q5FW64 Q8VBV7 Q3UQL2 Q68FD5 Q9CZ04 Q9D8S2 P70280 Q3UIT2 Q9WVL1 Q8BG92 Q3TWZ9 Q3UM14 Q3UWX1 Q504P4 Q3U9D1 Q80TZ3 Q9JKC7 Q545I6 Q80V94 Q3UKQ5 P84078 Q9D4C9 O55102 Q3TCR7 A0A0R4J0R1 A0A654IEJ3 Q3UR67 A0A654ICX2 A0A654IET7 Q8BQU6 Q8C677 Q3URC5 Q542M8 Q548M7 A0A654ICD8 Q3UPZ2 A0A654ICB8 Q3UWF8 Q920R0 Q9CS14 Q9DBX5 Q7TS64 P39098 Q6NXK9 Q544T7 Q6PDX1 Q8C0C3 Q3TXV4 Q0PD14 Q0PD15 Q8CFK6 Q5EEX1 A2CG35 A0A0R4J1B6 Q9D9V7 Q3U309 Q6P1B9 A0A0R4J0D5 Q549X4 Q6PAR5 S4R219 F2Z3W8 Q8BJI6 Q3U0D7 Q5FW76 Q8CD59 Q8C4S8 Q0PD23 Q9DCE6 Q9D1J1 Q8K382 Q8BVT9 Q3UPA3 P50396 Q3UGH4 F8WGD2 Q0VB06 O35114 B2RXC1 Q3TN93 A2RSQ0 A0A2C9F2A2 Q5NCM7 Q3TPH5 A0A1D5RLG3 Q8BNK9 D3Z585 A2RT67 Q3U1P2 Q543N7 A0A0R4J2C4 Q2TK26 A0A0R4J1A1 V9GXM1 Q80UW3 Q80VP1 Q3U1T9 Q0PD35 Q3UQN2 P0CG50 Q0PD38 A0AAQ4VMU6 Q8BH65 Q8C9W4 Q8K285 Q9D0I4 E9Q4E4 Q541V2 Q9DBH5 Q9JKY5 Q921L6 A6H8H2 O08547 P58019 Q570Z8 Q8BMQ8 Q8BQL3 Q3TIR1 Q3UFC3 Q60770 Q9ER41 Q544R8 Q924W7 E9Q8V6 Q3TTB3 Q8VCD3 A0A0R4J172 Q91XT4 A0A0R4J1L4 Q8CJ53 Q7TN05 A0A0R4J1X4 Q78XR0 Q7TT20 Q8CC13 A0A0G2JEG8 P35846 Q3TZ89 Q8CBB7 Q3UHF8 Q8BW87 Q7TSI3 F8WHW6 Q3UG16 Q8C788 G3X928 Q8BXT9 A0A087WSR7 Q3TLI0 Q9R0N9 P61967 Q3UHJ0 Q0PD66 Q0PD67 F8VPL2 A0A2I3BQJ1 A0A0R4J0F6 Q3UAP1 A2ARV4 Q14BF8 Q3TV62 D6RGU4 Q8BZ60 Q5J9A9 Q9QZM0 Q543Y7 A0A1W2P7S5 O35623 Q00897 Q3SYI8 Q9CQR6 Q9JME7 Q8BRF7 D3Z4P2 O89001 Q9Z1A1 Q0P648 Q3UPL0 Q8C129 G5E8R4 Q9Z1Z0 D0EW11 M0QWC2 B7ZNW3 Q3TCN5 Q8BQ43 Q3U9K9 Q9D8U8 A2A9I0 E9QAH1 Q8K000 Q8VED2 Q9CQA1 Q91WZ8 Q9D6E1 Q6PHU5 E9Q3T8 Q3U8S0 O88783 A0A571BGG1 Q9CWK8 Q3V2G6 Q5U5M8 Q6P9T6 Q8BR70 Q9Z266 Q3TTW5 Q9R0C0 A3KGB4 Q6NZM3 Q8CA83 P63101 Q3TQY2 D3Z390 P70190 P68510 Q61206 Q9QZB7 G3UXK5 Q9QZB9 D3Z6H3 Q8R1L4 Q545E4 Q99JH8 Q8BWG8 J3JS97 Q14AI7 Q7TPW4 Q7TNQ1 O89079 Q3V3N6 Q3UMA3 Q3TRJ7 V9GX76 Q3TGH8 Q0PD24 Q62420 Q3UGN9 P09528 Q3TT90 Q9CZV7 Q80ZL3 A0A0X1KG61 Q543Y8 A2A5N2 Q9CQM2 O55029 Q3UI46 Q9JIF7 P63321 Q542D9 Q6NVF0 P18762 Q7TT21 Q9WVM1 Q6PDC2 Q9EP53 Q9CPX4 Q921I1 Q8CHR4 Q9ERZ4 H6RXZ1 Q9D3L3 A0A0R4J2C2 Q80U83 Q8C1E4 O88630 Q63870 A2AA71 Q6NXL1 E9Q414 Q80ZX0 DEFECTIVE DPAGT1 CAUSES CDG-1J, CMSTA2%REACTOME DATABASE ID RELEASE 96%4549356 Defective DPAGT1 causes CDG-1j, CMSTA2 Q9CPT1 SIGNALING BY FGFR1%REACTOME DATABASE ID RELEASE 96%5654736 Signaling by FGFR1 Q8C180 A0AAQ4VMS6 Q63844 Q0VER9 Q8C7P2 Q8BN07 Q0VG15 Q505A4 Q91WJ0 Q8BGT1 O35565 Q62077 A0A7U3JW51 Q924S8 Q9D091 Q8C399 P28028 Q6ZWS1 A0A7U3L6F4 P63330 Q541T2 P0CG50 Q3U1V5 A0A7U3JW80 Q9Z0G0 E9Q2N2 A0A0R4J097 Q3U1I8 Q91V87 B2RS85 P42337 Q8BLU0 Q6RKD8 P35235 Q76MZ3 A0A0X1KG61 Q61411 Q3USK4 P63085 SARS-COV-1 TARGETS HOST INTRACELLULAR SIGNALLING AND REGULATORY PATHWAYS%REACTOME%R-HSA-9735871.2 SARS-CoV-1 targets host intracellular signalling and regulatory pathways Q3UHZ0 E3SRG8 P63280 Q8BJ14 Q14AQ1 A8IP69 Q5SS40 Q8BUN5 A2A5N2 O70456 G3X8Q0 P49817 P63101 P68510 SYNTHESIS OF PIPS AT THE LATE ENDOSOME MEMBRANE%REACTOME%R-HSA-1660517.8 Synthesis of PIPs at the late endosome membrane Q8VD65 Q9Z2D0 D3Z5N5 Q6PF93 Q9Z2C9 Q6P572 Q80WQ2 Q91WF7 F8VPL2 Q9D4L1 Q91XS1 RHOD GTPASE CYCLE%REACTOME DATABASE ID RELEASE 96%9013405 RHOD GTPase cycle P63024 Q8C7P2 Q8R2Y2 Q9D0F3 F6XC54 Q923G3 Q811P8 P14733 Q4FJQ0 Q3U9G9 H7BX46 A1BN54 Q8BN21 B2RWT9 Q3TRK3 Q810B6 E9PWW2 P70206 Q8C845 B2RRE0 O08908 Q571B6 B1AU74 Q3ULB5 Q545H8 Q9WVM1 S4R248 A0A5F8MPD6 Q5M9J2 E9QN92 E9QAJ9 Q8BM29 Q8C7E7 Q8C015 Q9D0J3 Q3U7R1 E9QP59 Q80UU9 B7ZCJ1 P97393 Q8BH88 Q9Z207 Q3TXQ1 Q9DB19 Q8BH80 U3RF68 Q80Z96 Q3THM8 P49817 Q8CCL8 Q8BQW4 ABACAVIR ADME%REACTOME DATABASE ID RELEASE 96%2161522 Abacavir ADME Q9Z2V4 P21447 Q547K2 Z4YL50 O08966 O70577 A0A0R4J0B6 E9Q9M1 GASTRIN-CREB SIGNALLING PATHWAY VIA PKC AND MAPK%REACTOME%R-HSA-881907.3 Gastrin-CREB signalling pathway via PKC and MAPK Q5NCN8 Q922W6 Q63844 Q9WVF5 Q810V8 Q4VA93 Q7TPD5 Q9D091 B1AXN9 Q61411 Q3USK4 P48757 Q5FW64 Q3ZB46 P63085 PROTON-COUPLED NEUTRAL AMINO ACID TRANSPORTERS%REACTOME DATABASE ID RELEASE 96%428559 Proton-coupled neutral amino acid transporters Q5F227 Q8BHK3 RUNX3 REGULATES RUNX1-MEDIATED TRANSCRIPTION%REACTOME%R-HSA-8951911.2 RUNX3 regulates RUNX1-mediated transcription Q3U1Q3 Q08024 SIGNALING BY OVEREXPRESSED WILD-TYPE EGFR IN CANCER%REACTOME%R-HSA-5638302.3 Signaling by Overexpressed Wild-Type EGFR in Cancer Q4FJT2 Q61521 Q3UWD7 Q0VEB7 Q545E4 Q9WVF5 Q543J8 Q5FW64 FORMATION OF LATERAL PLATE MESODERM%REACTOME DATABASE ID RELEASE 96%9758920 Formation of lateral plate mesoderm Q62226 Q3ULR1 Q80XI9 Q61080 Q3UYJ1 MPS IX - NATOWICZ SYNDROME (CS DS DEGRADATION)%REACTOME%R-HSA-9953097.1 MPS IX - Natowicz syndrome (CS DS degradation) Q91ZJ9 SARS-COV-2 MODULATES AUTOPHAGY%REACTOME%R-HSA-9754560.2 SARS-CoV-2 modulates autophagy Q8R307 Q9D2N9 Q8BFR5 Q8C016 M0QWC2 P97390 Q8K245 Q5KU39 Q5KU38 Q8C076 Q91W86 BIOSYNTHESIS OF DHA-DERIVED SULFIDO CONJUGATES%REACTOME%R-HSA-9026395.2 Biosynthesis of DHA-derived sulfido conjugates Q8K355 A2AE91 HDL REMODELING%REACTOME%R-HSA-8964058.4 HDL remodeling Q00623 Q546G4 Q3UJG0 Q0VDW9 P16301 Q3TXU4 E9QP56 Q3UDI6 AMINO ACIDS REGULATE MTORC1%REACTOME%R-HSA-9639288.3 Amino acids regulate mTORC1 Q9D1M0 Q9JLN9 A0A3Q4EC26 Q80SY3 Q9D1K2 Q9JHF5 Q8BMC1 P51863 Q8BVE2 Q9CQD8 A0A1D5RLJ8 A2A9C3 Q8CFJ9 A0A0A6YX18 Q8BXG6 Q9D593 Q9WUE4 Q9Z1G3 Q3U861 Q91WI7 Q8QZS3 Q68FD7 Q8BXK4 G3X8R1 Q8CF66 Q99L60 Q921I6 Q6NTA4 A0A0N4SVQ2 D3Z5F2 P50516 Q9CQ22 Q9CWQ8 Q8BV62 Q8BGD6 Q91YH6 Q5HZY7 G3UW70 P50518 P62814 P58043 Q99K70 Q3U889 Q54A87 Q80X95 A4FUW1 B1AWT3 Q9JHS3 Q497S6 OTHER SEMAPHORIN INTERACTIONS%REACTOME DATABASE ID RELEASE 96%416700 Other semaphorin interactions Q8BPT3 Q3UH93 Q3UZ35 P09055 Q80UG2 P70207 Q3U419 O09126 Q9CRY9 P70206 Q9QUR8 Q3UPZ0 A2AW73 S4R1M0 Q8BXZ7 Q9QY40 P70275 Q99NH8 Q62178 BETA-KETOTHIOLASE DEFICIENCY%REACTOME DATABASE ID RELEASE 96%9915355 Beta-ketothiolase deficiency Q8QZT1 IMMUNE SYSTEM%REACTOME DATABASE ID RELEASE 96%168256 Immune System O08915 Q8K3I6 Q542A3 A0A1D5RL98 Q543F3 D3YTQ3 Q9JM58 Q3V157 Q545F0 Q61823 Q3U1K3 D3Z6H5 Q5ND42 Q05A81 P26952 Q5SV01 P16297 Q00941 Q3U1Z1 Q9DCN2 P17426 P68181 Q3UJ76 Q6PEE6 Q6GQT1 P09103 Q9Z0J0 Q5SWR1 Q8BM54 Q6A0C9 O88844 A0A0R4J092 Q8CC47 P51576 Q3TTU1 P20109 P07750 E9Q8S8 Q8BPZ1 Q544C8 Q9JIE6 A0A0R4J0F5 Q3TR87 Q542D1 Q80X37 Q8BFR4 Q9JI48 Q50HX4 Q4FJL0 Q3V1F2 Q8CD98 Q3URN4 Q8C4M8 A0A0R4IZY6 Q3UZI9 Q3UD58 Q8R1R4 Q9R062 O54824 Q3UKB9 Q7TSV4 Q3U7Z6 Q3U6X6 F8VPN4 P05063 Q60625 A0A0U1RNJ3 Q91YP3 Q542I8 P26011 Q3U967 Q93092 Q14AB0 G5E8F1 O09159 Q6YGZ1 Q9ET01 Q3U478 Q5FWB7 P70699 Q3UTZ4 Q3UG07 Q8CI94 Q3UHJ1 Q4FJP7 Q80UF7 Q8C2D3 Q9R0T8 Q8K3K8 Q8BJQ4 A9QW46 Q543K9 P08030 A0A1L1SRX2 Q9JLY0 Q8K2Q0 O54928 Q63829 Q3UJ53 Q99NF7 Q7TQC8 Q78PA5 P15247 G3X920 Q9EQ32 A0A338P6G9 D3Z3Y5 Q8CFK4 Q3UA95 Q5M9K1 Q8QZY6 P21460 Q792Y6 Q9D7F1 Q9CUT6 Q1XID4 P97449 Q4VAE6 Q3US62 Q61391 P35330 Q62192 Q91ZX1 Q8K220 A0A0U5J712 Q67E05 Q3TUH8 Q61805 Q8C7E7 P09055 Q6A0A3 Q6NVF2 Q3UQ44 A0A0R4J119 Q3UDZ1 Q8BUR4 P63024 Q8BHL5 Q4FJQ0 Q54AA6 Q497I3 K7Q751 Q542G9 P43406 Q8BH99 Q9D4H8 Q0VDP7 F8VQH0 Q6PB99 P70460 P40124 A0A0A0MQ87 Q3TRQ0 Q8BMK4 Q9EPL5 Q8BNM4 Q3TRK8 Q543U7 Q9D2D1 Q541U3 Q9QYY1 F7AT44 Q149U6 Q3TS18 Q8VHH8 Q149G7 A0A0R4J0P4 Q3UDE9 Q8BVZ5 Q3U905 Q61084 Q3UL64 P25233 Q5D095 Q61553 Q810T6 Q80XF5 Q8BH06 Q8CGK6 A0A286YDE2 Q3TM06 O88786 Q08EA6 Q3U1Z6 Q3V0U3 Q2THG5 O88507 Q6PHB0 Q5SUE2 Q9JJY8 P97287 Q14BK1 Q9EQT3 Q3KNF2 Q3U0P4 O35284 E9Q9A6 A0A7R8GUW9 Q544D1 P53347 Q6PEU8 Q3TDN2 Q8QZW8 P41969 Q64337 P70280 Q3UWX1 Q504P4 Q545I6 P84078 Q3TCR7 A0A0R4J0R1 B1AU74 O09131 Q8VD65 Q6PF93 Q9EQU3 Q543V3 Q541T2 P81122 Q3ZB59 G3X9Q3 P40223 Q3URV7 Q4VA10 Q6ZQ32 Q9D4Y2 G3XA54 Q14DU1 Q9WUB0 Q3UQV5 E9QQ33 Q8BX13 Q80U04 Q3V492 Q9CZV8 Q3U0D9 A0A2I3BRK4 D3YYI7 Q9CY34 Q3TXV4 D3YY91 F8WIE5 O70481 P58544 Q9CQ31 Q80X56 Q4VBX4 Q8R016 B7ZP43 Q8VIG6 Q5DTH1 Q9ET26 F8VQK6 G5E870 Q8VCK5 A0A1B0GQV2 Q3UPA3 Q8BIA4 Q3UCL2 Q80ZI6 F2Z461 B2RPY3 Q8BKD6 Q8C565 Q3UPU3 Q05A36 Q8VBX0 Q8K0L0 Q5SVR5 Q6PAV2 A0A5F8MPW7 Q0PD38 Q8VDS1 Q570Z1 B2KFS7 Q8VE47 D3Z647 Q8C7R4 Q6A009 Q9D4L6 A0A0R4J1W2 Q64514 A3KPB7 Q3TLR3 Q80TR8 Q9D0C1 Q91W82 E9PVV5 Q9D3I7 Q3U5A0 V9GXH8 Q6ZPT1 E9Q2L7 Q3U410 Q6PCX9 A2AUC9 Q3UE37 Q6ZWQ6 A2A7H6 B1ASK8 Q9D5L7 B7ZNK2 Q2VPQ8 Q4U2R1 Q9ES34 Q8BID8 Q8C129 Q66JT6 Q3V064 Q8R034 Q99PQ2 Q9D0A0 Q91W61 Q9DBU5 B2RSC8 Q3UEV2 E9PZP8 Q91ZT8 Q3UGI9 B9EKI5 Q8C2K8 Q1PSW8 Q3TM87 Q3T9A5 Q8CHG5 Q9JJZ4 E9Q3A0 Q9DBK7 Q2M4H5 Q9D074 Q8CA72 Q3U431 Q3TTE7 Q9DD05 Q3UGY7 Q3TD55 Q80TF4 Q6ZPJ3 E9Q555 Q6PB97 Q8CFQ0 Q8BH75 Q5XPI3 Q3TQY2 A2AN08 O88838 P70190 Q61206 E9PZB7 Q5F239 Q9QZB7 A0A182DWE6 A0A0R4IZY0 Q9QZB9 D3Z6H3 Q8BJL1 Q543N0 Q3UCS1 Q7TSS2 Q3TR28 Q3V2N4 C0H5Y0 A9C491 Q3USR5 Q8R5B6 Q8C841 Q8BJK1 G3UWD8 Q11011 Q8CCJ3 Q3U419 Q9DB86 Q9WV71 Q9Z2X8 Q9WV72 P51944 Q7TPD1 S4R1M0 Q7TQF2 E9QNZ2 Q5NCC3 Q8VHS5 B2RPZ5 Q3KN92 Q99NH8 Q3UIR3 Q8C432 Q8CDC1 Q3KNI9 P52483 Q9CT51 Q9QZS2 Q3V321 Q6DIA9 Q8VDI7 G5E919 Q4JG03 O35716 Q6ZWZ2 Q9WTV7 Q3TQF0 Q3UXQ1 P61092 Q5BJ29 A2ALS4 Q8K1C9 Q8VHP9 B9EHN0 D3Z392 Q3U3G2 Q8VDH1 Q3UQ17 Q80U95 Q3U487 Q9CSA3 G5E817 Q9QZU9 Q8BK06 Q8R2P1 Q3TK92 Q91ZU1 Q3UUJ9 Q3USV2 Q8C9G5 Q8BH43 Q3U6G0 A2AS98 Q8R5H6 B3VQI8 Q9WVM1 Q6AXH6 Q91VR8 P97369 Q3UKP6 Q3TPY5 Q8K1X4 Q9D3L3 O70145 Q3UBI5 Q8R5L1 Q9WV38 Q3UYK2 P57716 P08103 Q3TEK8 Q8BPU7 Q9WV32 Q3TX55 Q9JM76 Q9ESJ4 P26151 Q5SW83 Q9R0Q6 Q8K1I7 Q8R4B8 A0A0B4J1G0 Q059V7 A0A0R4J0P5 Q9WTI7 Q8CIH5 Q9CXQ9 Q53WY0 Q5U7A4 Q6PGK0 Q54AA2 P35991 Q6PEV3 Q9CPW4 P14234 Q9CVB6 Q3ULF7 D3Z4J3 Q8VHI6 Q80TR9 E9Q2D0 Q32MT1 Q9CX34 Q6P1E0 E9PUV2 G3UW82 Q8CHP4 Q922K9 V5SIM2 Q9ES52 Q6P549 Q8BG07 Q3U2S8 Q3U7M4 Q547H1 Q8R4K2 Q8BFV3 Q3UY00 P04918 Q80SY9 Q540J8 E9QMH7 Q3UAR6 Q9CR56 Q5EBQ4 D3Z6V8 A0A1W2P715 Q3V117 F8VQ72 Q99JG7 Q8CB40 Q3TL44 Q8CEC5 Q8CFA1 Q60929 Q62151 E9PYI8 Q8VC16 Q3TY83 Q9D7X3 A0A0R4J174 Q3TAR6 E9QPQ6 A0A494BB86 Q3UI47 Q14AV3 Q505Q3 Q571A6 Q8BSM5 A0A571BED8 Q3V403 Q8C5P3 Q61790 P70269 P49935 Q31099 Q4QQL3 Q9DBS5 Q31621 Q91W40 Q6P9P6 Q9QWV1 Q9R013 P97329 Q14AQ2 Q6P9L6 Q8R5C5 Q52KG5 Q3V156 Q91YS4 E9Q5G3 Q8CD76 Q3V300 Q3U1X7 Q545Y5 Q3TPZ5 E9Q919 P99024 Q6P1D3 Q9CRX5 P52432 Q9D1M1 Q91WD1 D3YXS1 B2RXC6 P59470 B2RX77 Q3TSW1 Q6NXY9 O35427 Q8C108 Q9D2C6 Q3TWE8 Q8C6V9 Q3U4W5 Q3KNA5 A0A0R4J100 Q14A90 B7FAU9 Q9D3K3 Q3U5I5 P42232 Q9JIA0 A0A3Q4EGX3 F8VQL7 Q3UCD9 P56389 Q68FG2 Q8BZ98 A0A0J9YUN4 Q6ZQ54 P26041 Q3V1V5 E9QB01 P33174 Q3UKC1 P60904 Q0PD63 Q5F2A7 Q8BTU6 Q8R2S8 Q53YN4 Q923C7 Q3V2N1 Q4FK29 A2AIV8 F8WHB7 Q4KL29 V9GXI5 Q67DU8 P10605 P58682 E9Q8P6 Q599W9 Q3UE99 Q99MB1 Q3UAD6 Q8BSZ5 Q8CF98 O70497 P14847 A0A1Y7VKG6 P14106 Q3UP47 A0A3B0IP04 Q8CFG9 O08643 Q3UEK1 Q02105 A0A1W2P7F1 Q60760 Q9CUY2 P52633 A0A0R4J0Q6 P27641 P54775 Q9WTX6 Q3TF92 P97313 Q3UPK6 Q91VJ1 Q9CPS5 Q91XB0 A4QPD3 Q8BVQ9 A0A2R3XZC4 A0A0R4J187 B7ZWE5 P62196 Q542T3 Q8VHK9 B2RT97 J3QQ49 P0CG50 A0A3B2WAY2 Q8BSY1 Q2TBA3 Q3TKG4 O08547 Q542I9 A1L3B8 P58019 Q8BQL3 P14685 Q545G0 Q548Y4 Q5D0E0 P49722 Q9D8W5 P99026 Q9R1P0 Q8CIS0 Q3TV35 O35593 Q9R1P3 Q5SUR3 Q14AQ1 Q58EV4 Q14BF8 Q923A8 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q00897 A0A286YDT6 Q3TXS7 P70195 Q60778 Q8CBT3 Q9Z1E3 Q5SRY7 Q60692 E0CXB1 Q3UPL0 Q6RI64 Q3TS44 P68404 Q99JI4 Q8VC91 P25799 Q3TKV1 Q2M4G9 P63280 Q32ME9 Q8C3F5 Q3UQD7 Q8BRV3 P16054 Q9WV55 Q02257 P54116 F6XC54 A1A553 Q99J83 P53995 Q9CQY1 Q541Z5 Q8BZQ7 Q8BYJ1 Q9WVM3 Q3UFC2 Q8K2H6 Q545X5 P11440 Q9CPX9 A2A4Z0 G3X8W7 Q3UFQ4 Q3TM92 Q3TI84 Q62420 A0A0R4J190 A0A0R4IZW5 P05480 Q0PD31 Q3TN99 Q02248 Q921H8 Q3TT90 Q99LJ1 A0A0X1KG61 Q61411 A2A5N2 Q3USK4 S4R270 Q8JZR2 Q3TMJ8 Q5U421 Q3U2P8 A2AES5 Q3V3W9 Q9JIF7 P63321 P63085 Q91ZZ2 P98083 Q63844 Q09HN3 A2RS58 Q3UIB2 Q9WUI1 O08911 Q9D091 Q61176 Q543Q4 Q6GQV9 L0CL36 A8DUK0 Q8BJ14 Q60795 Q8CBR9 Q64HC9 Q3U5U6 E9Q414 Q45VK6 Q3V1B5 Q63810 Q3UZ64 Q6NZH9 Q4V9W8 P63328 Q9Z1S3 G3X8U7 Q5SVY2 Q3UKJ3 Q8C833 Q9DBQ6 P15530 Q8C443 Q9QXJ2 Q6GR78 P14733 Q8BQX0 E9QJS1 D3YWR2 P15261 Q63953 Q9WVH4 P33896 Q99PH8 O08530 Q3UF24 Q541Z2 Q52L79 P11911 Q8K2I1 Q6PEB3 A0A0R4J0R7 Q4FJX9 Q8BY89 P62878 Q6ZQI3 Q6PAC1 Q9DC42 Q8K4Q8 A2AS93 Q8BT60 Q3U893 Q9ERB0 Q9CQ65 Q501K2 Q9CTE0 Q3UBS3 Q3TAW7 Q3TXR9 Q3UHY8 Q99KJ6 A0A0R4J138 Q545Q2 Q790L7 Q3U169 Q564P6 Q80Y56 Q8BL66 Q569Z9 Q08EG0 Q6SJQ0 Q3U3D4 Q3U7T8 Q545C3 P46414 Q8BJE2 Q3UQC0 Q3TR66 Q3UEW6 B9EJ60 O70355 Q2HZ94 Q61151 Q9D481 Q9D084 Q8BZ45 Q549P2 P63168 A2CF88 Q5SUZ5 Q6ZQK4 P59235 Q6PD03 Q9CYC5 Q8K183 A2RSC8 P63330 Q544U7 Q9JHU4 A0A2I3BPX3 Q6DFW5 Q8CC86 Q8BH74 Q8R480 A2AG68 Q3TYJ3 Q76MZ3 E9QKK1 Q9JJ66 Q9CWU9 Q91V89 Q3TPJ8 Q3UD72 Q9ERU9 Q9D0M5 Q6PDL0 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Q545H0 Q8CC13 A0A1W2P7W3 Q8CBB7 Q8BW87 Q99LX5 Q3UG16 Q4FK86 Q9CY24 P01898 P01887 Q99J23 P61967 Q3U0W1 Q3UP38 Q53ZU3 Q8BWM0 O88668 P62700 Q9D7S5 Q9D8U6 G3X9V0 Q5HZK3 Q91XL1 Q3U6D7 A0A0N4SV15 Q61362 Q8CCH2 O35955 P48759 P28063 Q62426 Q62422 Q4QQK5 Q9D7P9 E9QAM0 B7ZNK6 A0A0N4SVP3 Q6UKZ0 A0A0R4J256 Q8BTJ4 Q8R0T6 Q920N8 Q544K3 Q9D5S8 Q9CZ69 Q8BTM9 Q8VEH3 Q99K90 E9Q4S7 Q569Y6 B1ATB3 A2AC07 Q8CF89 Q3V1J3 A2RTT4 Q9CPZ6 Q9DAY5 P70196 Q3TCT5 A0A1W2P7U1 Q9QUG9 Q499X4 Q545D8 Q8BZQ2 Q3UU93 W0UVC5 Q5SSE9 C0HKG5 O08807 Q8VEK0 I1E4X5 Q3USX6 P01193 Q8VCF1 Q9JHW2 O35235 P29477 P63101 Q8C3F4 Q810V8 Q3UP14 Q8C5N1 P07141 Q548Q7 Q9Z2X1 Q60943 Q8BPI5 P50096 Q7TNI7 Q5NC82 Q7TSI6 Q9Z0E6 Q9R0C8 Q9CVF2 Q8BTS3 Q9CZW5 O19441 Q544E6 Q9DBB5 A7VMS3 A0JNY7 Q4KL81 Q71LX8 Q5FWJ3 P08071 Q3UE22 Q9R007 P41245 Q3UV88 P23188 Q3UE64 Q9CQ22 Q8BQR8 Q8C470 Q06138 G3X8Y8 E9Q9E1 Q9JHS3 Q5D0A4 Q8CHR4 P60879 Q9Z1K5 P29352 B9EJ46 P27773 Q80U83 Q8C1E4 Q3TQX5 O88569 A2AA71 P57784 Q61107 Q6NXL1 Q80ZX0 Q0VGU0 Q3TT81 Q9QZH3 Q31093 E9Q9A9 P29452 E9PZP3 Q8R2Q8 P70343 Q3U0Y6 Q8C6X9 Q3UK97 Q61160 Q5F2A0 Q561N4 A0A0U5JAA8 A0A0U5JAA2 P35230 E9PZT5 Q2PMY2 P26339 Q5SRW7 Q9EQH2 Q8VD70 Q62210 Q5SW46 Q8R037 E9Q5V3 Q8C863 B2RR33 Q5D0F1 Q3TMX0 A0A3B2W489 Q544U1 Q9DA01 P07743 Q8BVA3 Q9WUD1 Q3V3L3 Q3SXS7 P10749 A0A498WFR9 Q3U607 A5D8Y6 O88472 Q60855 Q545I1 B2RRV3 Q3UP87 B1ASL3 Q9R187 A0A679AXP3 Q60846 Q3U2Z2 Q3U4X0 A1A547 Q3TSE5 D9J349 Q05A52 Q91V13 B7ZMZ4 Q7TS55 Q3KP88 Q8BU51 B6DXE3 Q3UV69 Q542S2 Q8R4L0 P38647 Q3UL29 O35305 Q4FJX0 Q61114 A7E1W8 Q6PB44 P97361 Q06180 Q2M4G8 Q8CAV9 O55082 Q61152 A0A1B0GT50 Q8BUM3 Q8BV52 Q8C257 Q80WU9 Q3UKS3 Q0VB14 Q8C6Z4 Q542S6 Q91V77 A2RSE4 Q80SW1 Q8CCM0 P70227 A0A1B0GRA5 Q8C8N0 P05132 Q6GT24 F8WGF2 Q545B5 Q8BL41 A3KCG1 Q14BR6 Q8BW40 Q8CED6 O08997 F8WIS9 P10639 A2RTD1 Q5SWN9 Q5NCN8 Q0VE17 Q7TPD5 Q7TSJ7 B1AXN9 Q8C9D4 Q60521 Q8C094 Q6PDI9 Q8CE90 Q8K2U0 Q62077 P52480 Q8C6F2 Q8BQK4 Q5HZH3 Q3UH31 D3Z3L3 Q8CBB9 F7DAL6 G3X9I6 Q8BUY9 Q5SZ99 P58252 Q9BDB7 Q3V0E0 Q544J7 Q80X90 Q60710 Q6NZC0 P97431 A4QPC9 E9PXU2 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Q9CPU7 Q9QUR7 Q4FJN2 A1KZZ4 Q8BG60 P20491 Q0VB73 Q542W1 Q3U479 Q545P4 Q8VH33 Q549G3 F8WH42 Q3U593 Q8VHM7 Q3ZAX5 Q4FK69 Q3UE89 G3X8T9 Q8BR10 Q3V3W7 Q3UKU5 O35718 A2RS47 Q00731 Q19LI2 P24270 Q549D0 P26687 A0A0R4J039 Q544Y7 Q3SYK5 Q548T0 Q9CS95 B2RPW6 Q3TJ22 G3X9H8 Q8BND5 J3JRU4 Q8CAW4 Q3UQC2 Q9CSE3 Q3UEK9 Q8CFN7 Q5J7N1 Q62418 Q6NZM3 Q99KR6 Q3U0R5 Q69ZA1 Q52L50 Q64727 Q62120 Q3TU98 Q3UER8 E9PV24 Q99N57 Q3TGR2 P24527 Q8R2I5 Q30KP0 Q7TNV9 Q8K3I8 A3KGR0 A0A0R4J0S5 Q30KN8 Q30KP5 Q30KN1 Q8K3U4 P09528 Q80SY3 Q9D1K2 Q9JHF5 Q8BMC1 P15920 P51863 Q9CQD8 Q544R7 Q3UR47 A0A0A6YX18 Q9D593 Q99M55 Q9Z1G3 Q3U861 Q6ZQ38 Q99L60 A0A0N4SVQ2 P50516 Q91YH6 Q5HZY7 Q3UP55 P50518 P62814 Q80TQ2 Q3U889 Q9CPX4 Q54A87 P11672 Q7TQD1 Q6PDK8 A1L361 Q66X19 A2APF7 Q3U9K6 Q6P6K4 Q0VBU9 O35405 Q61233 G5E8U4 Q3UZN3 Q8BGS2 RNA POLYMERASE III TRANSCRIPTION%REACTOME%R-HSA-74158.4 RNA Polymerase III Transcription A0A338P6M3 Q8R2K7 A0A0R4J0C6 P61219 O70230 Q91XA5 Q9CQB0 Q8K0S9 Q8BP86 P52432 Q8BL74 Q9D1M1 E9Q2B0 Q91WD1 D3YXS1 Q3UTK6 B2RXC6 Q3UHA6 Q571C7 P59470 Q564E6 B2RX77 Q5CZY4 Q9DB36 Q3TSW1 Q6NXY9 Q3UI98 O35427 F8VQL7 Q8VHT7 Q8C108 Q9D2C6 Q3TMP1 G3X8S2 Q3TWE8 Q8K284 Q8BFX0 Q6RI65 Q3V214 RUNX1 REGULATES TRANSCRIPTION OF GENES INVOLVED IN DIFFERENTIATION OF MYELOID CELLS%REACTOME DATABASE ID RELEASE 96%8939246 RUNX1 regulates transcription of genes involved in differentiation of myeloid cells Q5SX78 Q6GQV9 P68404 Q8C253 Q08024 CYTOKINE SIGNALING IN IMMUNE SYSTEM%REACTOME%R-HSA-1280215.7 Cytokine Signaling in Immune system Q3V1B5 O08915 Q8K3I6 Q542A3 A0A1D5RL98 Q543F3 D3YTQ3 Q31093 Q9JM58 Q5SVY2 Q3V157 Q8C833 Q545F0 Q61823 Q3U1K3 Q9QXJ2 Q6GR78 D3Z6H5 Q5ND42 Q05A81 E9Q9A9 P14733 P26952 P29452 E9QJS1 Q5SV01 D3YWR2 P16297 Q00941 P15261 Q3U1Z1 Q8R2Q8 Q63953 Q9WVH4 Q3U0Y6 P33896 Q99PH8 P26151 O08530 Q8C6X9 Q3UK97 Q5F2A0 Q541Z2 Q52L79 A0A0U5JAA8 A0A0U5JAA2 Q8K2I1 Q6PEB3 A0A0R4J0R7 E9PZT5 Q4FJX9 Q2PMY2 Q059V7 Q5SRW7 Q8VD70 Q62210 Q8CIH5 Q8R037 P09103 B2RR33 Q5D0F1 Q544U1 P62878 Q8BVA3 Q3SXS7 P10749 Q3U607 A5D8Y6 O88472 B2RRV3 B1ASL3 Q9R187 A0A679AXP3 Q3U2Z2 Q60846 Q3U4X0 Q3TSE5 Q05A52 Q7TS55 Q3KP88 B6DXE3 Q3UV69 Q542S2 Q8R4L0 P38647 O35305 Q4FJX0 Q6P1E0 Q6PB44 Q06180 Q2M4G8 Q8CAV9 O55082 Q61152 A0A1B0GT50 Q3TTU1 Q8BUM3 Q8BV52 P20109 P07750 Q8C257 Q80WU9 Q3UKS3 Q0VB14 Q8C6Z4 Q8BPZ1 Q544C8 Q9JIE6 A0A0R4J0F5 Q3TR87 Q542D1 V5SIM2 Q8CCM0 Q9ES52 Q6P549 Q80X37 P05132 Q545B5 Q8BL41 Q9CQ65 Q8BW40 Q3V1F2 F8WIS9 A2RTD1 Q3UHY8 Q3URN4 Q8C4M8 A0A0R4IZY6 Q3UZI9 Q3UD58 Q8R1R4 O54824 Q5SWN9 Q5NCN8 Q790L7 Q564P6 Q3U169 Q0VE17 Q7TPD5 Q3U7T8 Q7TSJ7 B1AXN9 Q8C9D4 P46414 Q3UEW6 Q60521 Q8C094 Q9D084 Q6PDI9 Q8CE90 Q549P2 A2CF88 A0A0U1RNJ3 Q8K2U0 Q5SUZ5 Q542I8 P59235 Q6PD03 Q62077 Q93092 G5E8F1 P63330 Q8BQK4 Q5HZH3 Q3UH31 Q3U7M4 D3Z3L3 Q547H1 Q8CBB9 F7DAL6 G3X9I6 Q8BUY9 Q5SZ99 Q9BDB7 Q8R4K2 Q3V0E0 Q8BFV3 Q544J7 Q80X90 Q8BH74 Q3UY00 Q60710 P04918 P97431 Q80SY9 A4QPC9 Q540J8 Q8R480 E9PXU2 F6VAN0 E9QMH7 Q8CAT6 Q3UAR6 Q9CR56 Q9D8C4 Q5EBQ4 Q9D1E1 D3Z6V8 A0A0R4J031 Q9CQW9 A0A1W2P715 Q8BPC3 Q99JG7 O55042 Q76MZ3 Q3UN58 Q8BMN7 Q3TL44 Q9JL70 Q8CEC5 Q8VI94 Q8CFA1 Q60929 Q3TDT0 Q9CWU9 Q62151 Q8VI93 Q91V89 E9PYI8 Q3UHH4 Q8VC16 Q3UFX3 Q3TY83 P17156 Q9ERU9 Q9D7X3 B2RQP1 Q05769 P48999 Q8R0K2 Q8K469 Q3TAR6 Q6PD02 E9QPQ6 Q3UKQ7 Q8BIX1 Q3TEX6 Q9CXY6 Q9ESY9 Q80V85 Q3UG07 Q4FK39 Q3TC52 Q3U8M7 Q99J93 Q3U687 Q7TPM3 Q8CDZ5 Q8BGE5 Q8BGE7 A2ACJ2 Q3TIU4 Q8BN07 Q8HW99 Q9CR14 Q6PFY8 Q3UPN1 Q9D1M0 E9Q5Z5 Q99PJ2 Q9WUH5 Q8BHL6 Q9Z0W3 Q6GTM0 A0A0A6YXT7 A1L347 Q91Z40 Q3TML6 Q6ZWX6 Q3ULL5 Q3UHJ1 Q9CPQ2 A9QW46 P70677 Q9JLY0 Q64318 O54928 Q5SX13 Q8BSM5 Q3UJ53 Q8BTI9 Q99NF7 Q3UCJ0 Q8CEI0 Q7TQC8 Q3TJI7 Q8CE74 P48298 Q549R2 Q3UXE9 Q543S8 Q78PA5 P15247 Q6GU23 Q3U879 Q642U4 O78196 E9QNX4 I3PQW8 P02798 Q3U0E8 P51682 Q61238 P84228 Q8CBR3 Q99K94 Q3UV15 Q5QNV9 Q5QNW0 P31750 Q8C7P2 Q548V9 Q3UEB8 Q544K4 Q5DTJ2 P04351 O70456 D3Z3Y5 Q546S6 Q8CFK4 P41241 P01108 P42337 P01101 Q3TU94 Q8VDU4 A1L0V6 Q3TGP5 Q3U5B1 P35235 Q3TSV7 Q8BVW4 D3YZ57 A0A0R4J170 E9Q696 P13634 O08908 Q0VEI3 Q4QQL2 Q6W5C0 Q8C6X4 Q5SX78 Q5XZF2 Q3URU8 A0A1W2P7D5 Q8K220 Q8CI98 Q3TUH8 Q61805 Q9R1E0 Q3UCW2 P09055 Q8BLP9 Q569U6 A0A087WNT1 Q14A90 Q3TZW9 A2RTH0 P33766 Q544F9 B7FAU9 Q4FJV4 P70452 Q5RKN9 P35831 Q3U5I5 P42232 Q9JIA0 A0A3Q4EGX3 Q80ZA1 P12032 F8VQL7 A0A0R4J0H1 A0A7R8C347 Q8BSJ6 P11983 Q8BUN5 B2RRX1 Q544I2 Q542G9 Q8BH99 Q0VDP7 F8VQH0 P26041 Q8CI15 Q60960 Q5FWJ9 Q9DAY9 Q8BUA6 F6ZDS4 Q9JIH2 A0A0A0MQ87 Q6PDG0 Q8BU75 E9QB01 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q3UBT1 Q8BQF0 Q8BPS7 Q8BTS4 Q922W6 J3JSA4 Q8R4R6 Q9EPL5 Q8BNM4 Q3TRK8 Q543U7 Q541U3 Q9QYY1 F7AT44 Q149U6 Q3TS18 Q8VHH8 Q149G7 A0A0R4J0P4 Q3UDE9 Q8BVZ5 Q3U905 Q3TX57 Q61084 Q4FJX1 P25233 Q5D095 Q61553 Q810T6 Q80XF5 Q6NXV8 Q8BH06 Q8CGK6 A0A286YDE2 Q540M6 Q3TM06 O88786 Q08EA6 Q3U1Z6 Q3V0U3 Q4FJR9 Q2THG5 O88507 Q6PHB0 Q5SUE2 Q80Y52 Q9JJY8 P97287 C0LLJ0 Q14BK1 Q9EQT3 Q3KNF2 Q3U0P4 Q8BQQ4 Q543M7 O35284 E9Q9A6 A0A7R8GUW9 A0A0R4J096 Q5SUC3 Q544D1 P53347 Q6PEU8 Q3UNK5 Q3UHW8 P41969 Q64337 Q9QUR7 Q61696 Q03963 Q3UFV9 P70280 Q4FJN2 Q504P4 P84078 Q62035 A1KZZ4 O09131 Q5F2A7 Q0VB73 Q542W1 Q3U479 Q543V3 Q545P4 Q8VH33 Q549G3 F8WH42 Q541T2 Q3U593 P81122 Q8VHM7 Q3ZAX5 Q4FK69 Q3UE89 Q8BTU6 Q91VC3 Q8BR10 Q3ZB59 Q3UKU5 Q3V3W7 O35718 A0A0R4J0J6 P40223 Q00731 Q3URV7 Q53YN4 Q5F2A4 P26687 Q544Y7 Q60I23 Q3UNH9 Q9WTX2 Q548T0 B2RPW6 Q3UAD6 Q60760 Q3UCL2 P52633 P54775 Q9WTX6 Q3TF92 Q3UPK6 Q9CPS5 Q3TZ05 Q8BVQ9 Q542T3 P62196 B2RT97 P0CG50 Q8C9W4 Q3TKG4 Q542I9 A1L3B8 Q3UZF9 P14685 Q545G0 Q548Y4 Q5D0E0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 P01898 O35593 P01887 Q9R1P3 Q5SUR3 Q14AQ1 Q5J7N1 Q58EV4 Q923A8 O55234 Q542H2 G3X9V0 Q5BKQ9 Q9JKV1 A0A286YDT6 Q3TXS7 P70195 Q60778 Q8CBT3 Q9Z1E3 P28063 Q5SRY7 Q60692 E0CXB1 E9QAM0 Q6RI64 Q66JT6 Q3TS44 Q99JI4 Q8VC91 P25799 Q9D5S8 Q3TKV1 B2RSC8 Q99K90 E9Q4S7 Q569Y6 Q8CF89 A2AC07 A2RTT4 Q2M4G9 P70196 P63280 Q8C3F5 Q9DBK7 Q2M4H5 P01193 O35235 P29477 P63101 Q8C3F4 Q810V8 Q3UP14 Q3U0R5 Q8C5N1 Q548Q7 P07141 Q9Z2X1 Q60943 Q8BPI5 Q52L50 Q62120 G5E919 Q7TNI7 O35716 Q99N57 Q9Z0E6 Q541Z5 D3Z392 Q8BTS3 O19441 P11440 Q544E6 Q9DBB5 Q9QZU9 A7VMS3 Q3UFQ4 A0JNY7 Q4KL81 Q5FWJ3 P05480 A0A0X1KG61 Q61411 P41245 Q3USK4 Q8C9G5 Q8JZR2 Q3TMJ8 Q5U421 P23188 Q3U2P8 Q3UE64 P63321 P63085 Q91ZZ2 P98083 Q8BQR8 Q8C470 Q63844 Q09HN3 A2RS58 Q9WUI1 E9Q9E1 Q9D091 P11672 A1L361 Q5D0A4 Q8CHR4 Q9Z1K5 P60879 Q3U9K6 O88569 Q8CBR9 Q3U5U6 P57784 Q61107 P08103 Q61233 G5E8U4 Q45VK6 Q3UZN3 Q8BGS2 SHC1 EVENTS IN EGFR SIGNALING%REACTOME DATABASE ID RELEASE 96%180336 SHC1 events in EGFR signaling Q61411 Q4FJT2 P98083 Q3USK4 Q61521 Q3UWD7 Q0VEB7 Q545E4 Q9WVF5 Q543J8 Q5FW64 Q9D091 PHOSPHOLIPID METABOLISM%REACTOME DATABASE ID RELEASE 96%1483257 Phospholipid metabolism A2AJ88 B1AUL6 Q3UEQ1 Q61586 G5E8H5 Q3URI3 Q544E3 E9PXF8 Q69ZU4 E9QAN8 Q80U24 Q9ERS4 Q9ERS5 A0A140LI54 Q9CRY7 B2RQ14 Q8BIJ7 Q6ZPK1 Q8BGN3 Q8VE11 Q7TPM9 Q0KK35 D3Z5N5 Q9Z2C9 Q3TBL6 Q9Z2C4 Q5ND43 Q8K288 Q64521 Q571G1 Q3UFN1 Q54AA6 A2AMH5 Q9DCV3 Q8BY89 Q3ULA4 Q921V7 Q5RJI2 Q8CD95 E9PWN0 Q91XS1 Q6ZPE2 Q6P572 Q8CBQ5 A0A1S6GWJ7 A0A5F8MPK9 Q3UUT8 Q8BV52 Q8BH98 Q8BX08 Q8VI78 G5E833 A0A1D5RLZ5 S4R296 Q3UYN2 Q9CPX5 Q9D4V0 Q8C0L9 Q0VE82 Q505E1 Q8BWU8 P49586 Q8C0M2 Q9ES52 Q811Q9 Q9DA75 A0A0R4J130 E9Q7S0 Q8BT60 O54804 Q54AG5 E9QNZ9 Q99JY0 Q6A0A4 Q8R2H9 A0A0R4J150 Q8BMS1 Q5SV41 D3YU39 A2ADU8 Q91ZH7 Q3USD5 Q6P549 Q0VG22 A0A0C3SFZ5 Q03311 Q8BGS7 Q8BG07 B9EKS7 Q80TA1 Q61907 Q3U926 Q3U893 Q8CHP8 Q50HX4 Q8BQV2 Q543Z1 Q3UJ95 Q8JZZ5 P84078 Q8VD65 Q6PF93 O35954 A0A0U1RPV3 P98191 Q3UHE1 Q9DBX5 Q8CHK3 Q9ESW4 F8VPQ6 F8WHW3 Q3TTB3 F8WHW6 Q8BJ56 Q99LH2 Q6NVG1 P13707 Q9Z1X2 Q3TYT9 F8VPL2 Q8CB47 Q3TFD2 Q9CT84 Q80ZW1 Q9QZT4 B2RSR7 Q3ULK1 Q8K2C8 Q8C0N2 Q8K130 A0A0R4J263 F8WIJ5 Q8K4X7 B2RRB9 Q8K1N1 Q9D517 Q50L43 Q8BYI6 Q8CIV3 Q8VCI0 Q3UN31 Q9CWA8 Q9EPR2 Q8R3U1 D3Z1N8 Q8K255 Q50L42 Q9D1E8 Q64GA5 Q3UG05 Q50L41 B0V2Q7 Q8BP40 Q6AXH0 Q8BN01 Q8BK03 Q497J1 Q6GTW1 Q91V01 Q8BTI9 Q3UXE9 Q3U6Q4 A1A4T4 I7HJS2 Q8C7P2 Q8CDH5 G3UZX4 Q8C5Q7 P42337 Q9CQD1 O08908 Q6NVF0 A2ADU0 Q8CI98 A2AIX0 P70181 Q9D8Y7 Q99LY2 P70182 Q8BKC8 Q9Z2D0 Q8R1R3 D3Z325 Q80WQ2 Q91WF7 D3YU01 Q6NVF2 Q9JL56 Q2TBE6 O35405 Q80TA6 Q9D4L1 O70167 A0A1L1STK0 Q8VEL2 Q80W71 Q3U344 DEFECTIVE F8 SECRETION%REACTOME%R-HSA-9672397.3 Defective F8 secretion Q8BQ43 DISEASES ASSOCIATED WITH N-GLYCOSYLATION OF PROTEINS%REACTOME DATABASE ID RELEASE 96%3781860 Diseases associated with N-glycosylation of proteins Q3U478 Q80UM7 Q9D2D1 A2AJ15 Q9D081 Q921V5 Q3TAW7 Q3UL64 A0A077K846 Q6P8H8 A0A338P726 Q8R0J2 Q8C3B8 Q8VDI9 Q9DBE8 Q9CPT1 Q3TAE8 Q921Q3 TRANSPORT OF NUCLEOSIDES AND FREE PURINE AND PYRIMIDINE BASES ACROSS THE PLASMA MEMBRANE%REACTOME DATABASE ID RELEASE 96%83936 Transport of nucleosides and free purine and pyrimidine bases across the plasma membrane A0A494BAC3 Q99P65 Q3TCZ2 E9PXX9 P48962 O88627 Q9D0J4 Q8R139 Q9ERH8 Q545A2 Q9D385 NCAM SIGNALING FOR NEURITE OUT-GROWTH%REACTOME%R-HSA-375165.5 NCAM signaling for neurite out-growth A2A545 M0QWP1 Q9Z0I9 Q9QZS0 B2RQQ8 E9Q7P2 D3Z3Z3 D3Z7D5 A0A589Q4M7 O35696 B0LAD9 A0A0R4IZX5 A0A8I4RSM0 Q4FJQ7 Q61411 D3YZ57 Q3USK4 Q68FG2 K7Q751 P63085 Q63844 Q3UGX2 Q8R1C2 Q61330 Q9D091 Q3V1V5 E9QB01 Q3TUH8 Q0PCR6 P97785 P08032 Q8VIE5 P97463 Q91V35 Q63ZW6 P48540 Q8C6K9 Q6PAS1 A1L3Q1 Q9Z0L2 Q8C1V7 Q32MF3 Q3UET6 Q9WUT2 I7HJR1 Q3TYI5 Q9D0D2 Q9QZR9 Q3UX23 Q8BSX1 P02463 DEFECTIVE SLC26A4 CAUSES PENDRED SYNDROME (PDS)%REACTOME%R-HSA-5619046.4 Defective SLC26A4 causes Pendred syndrome (PDS) Q9R155 RHOQ GTPASE CYCLE%REACTOME%R-HSA-9013406.5 RHOQ GTPase cycle Q3TU98 E9QKB1 Q8C4N2 P63024 G5E8S8 A0A0R4J0S1 Q8CA59 Q811P8 Q4FJQ0 Q8BTW9 Q4VAC9 Q5DTJ2 Q91Z67 A0A0R4J0X8 Q8CJ53 Q9ESU7 Q9CXQ9 Q9JM96 Q8BH60 Q9CQ22 Q5F258 Q542D9 Q3UTH8 Q9CQC5 Q3UHD2 Q80XR8 G3X960 Q3TXI7 E9QN92 E9QAJ9 Q9CUD0 Q9D3L3 Q69ZK0 Q9D0J3 B7ZCJ1 P97393 P26361 Q8BH88 A2AQ45 Q8JZX9 Q9Z207 Q80U72 Q3UQS4 Q8C4B5 Q7TT50 H7BX44 Q02257 Q9DB19 U3RF68 Q80Z96 P49817 P54116 G5E884 F8VQ29 Q8CCL8 Q8BQW4 THE AIM2 INFLAMMASOME%REACTOME%R-HSA-844615.2 The AIM2 inflammasome Q54AA2 P29452 Q91VJ1 TRANSLATION OF REPLICASE AND ASSEMBLY OF THE REPLICATION TRANSCRIPTION COMPLEX%REACTOME DATABASE ID RELEASE 96%9679504 Translation of Replicase and Assembly of the Replication Transcription Complex A0A1B0GR63 Q9CQ10 Q8VD65 Q6PF93 B1AZ39 E9QAM0 Q9D7F7 Q9D8B3 M0QWC2 Q8K245 Q78V99 SMAC(DIABLO)-MEDIATED DISSOCIATION OF IAP:CASPASE COMPLEXES%REACTOME DATABASE ID RELEASE 96%111464 SMAC(DIABLO)-mediated dissociation of IAP:caspase complexes Q60989 A2AS93 Q9JIQ3 Q4FJQ4 Q5DU30 P70677 SUMOYLATION OF DNA DAMAGE RESPONSE AND REPAIR PROTEINS%REACTOME%R-HSA-3108214.4 SUMOylation of DNA damage response and repair proteins Q8BWH5 Q8CDZ5 E9PXW8 Q9D1M0 Q9CU62 Q9Z0W3 Q9QWH1 Q3V116 Q921K2 Q64364 Q9CQJ4 Q9R1K9 Q3URA3 D3YY34 P51612 Q9QXV1 Q8BSJ6 Q9CPR8 A0A286YDG5 O55187 Q4U2R1 Q3V124 Q2LC58 A0A0R4J0C0 O35730 Q2M4G9 A0A2I3BS18 G3XA30 P63280 Q924W5 P59235 Q5FWJ9 Q8BUA6 Q3ULQ6 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 Q3TG35 G3UZA7 Q8VCB1 A0A1D5RLQ0 Q3TG33 Q8C570 E9PYW4 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q8BH74 Q8VEE2 Q8BPS7 Q8R480 Q8BTS4 J3JSA4 Q8R4R6 A0A0R4J024 F8WHU7 E9PZ97 Q9CWU9 Q9ERU9 Q5SWN2 E9QK89 P23798 Q6NV63 Q3TMK9 SPECIFICATION OF PRIMORDIAL GERM CELLS%REACTOME DATABASE ID RELEASE 96%9827857 Specification of primordial germ cells A0A0R4J0N8 O54839 Q3ULB3 Q60636 A0A0A6YXS3 Q3ULR1 Q0VDU5 Q3UGB2 A8Y5F6 A0A0G2JF55 A0A2I6EDI9 SIGNALING BY INSULIN RECEPTOR%REACTOME DATABASE ID RELEASE 96%74752 Signaling by Insulin receptor Q3UHZ0 Q8C7P2 Q60760 Q3TPM5 P42337 A9QW46 Q3UCD9 Q80SY3 Q9D1K2 Q9JHF5 P35235 Q8BMC1 P15920 P51863 Q9CQD8 Q61411 A0A0A6YX18 Q9D593 Q3USK4 Q99M55 Q9Z1G3 Q3U861 Q3UEW6 Q3UUI3 O08908 Q99L60 P63085 A0A0N4SVQ2 P50516 Q91YH6 P98083 Q8K4K2 Q8VD65 Q8C180 Q5HZY7 Q6PF93 Q3UP55 Q63844 Q3UQ25 P50518 Q9EQU3 Q0VER9 P62814 Q0VG15 Q505A4 Q790L8 A0A7U3JW97 Q3UWN7 Q3V0J9 A0A0R4IZY3 O35565 Q3U889 A0A7U3JW51 Q543V3 Q54A87 Q9D091 Q8C399 Q6ZWS1 A0A7U3L6F4 Q541T2 P81122 Q8BTI9 Q544I6 Q99N32 Q3U1V5 A0A7U3JW80 E9Q2N2 Q8CGB9 Q3ZB59 Q8CE74 Q3TZW9 Q5EEX1 PONATINIB-RESISTANT FLT3 MUTANTS%REACTOME DATABASE ID RELEASE 96%9702614 ponatinib-resistant FLT3 mutants Q3UEW6 METABOLISM OF LIPIDS%REACTOME%R-HSA-556833.9 Metabolism of lipids P53798 Q8CAY6 Q0VGU0 Q9CRA4 Q61586 Q8VCH6 Q0VBH5 O88822 Q9D4F2 Q8BGI3 Q8BSY2 Q8K355 Q9JLB4 A2CF85 P68181 Q8BGY6 A2AMH5 P52843 Q8BPY1 P09813 Q8BY89 Q3ULA4 Q8C142 Q921V7 Q5RJI2 Q9Z1P8 Q8C7G5 Q569N0 Q3V175 Q4FK56 Q546G4 Q5SX17 Q91X41 Q9Z2A9 Q6ZPE2 Q8C255 Q6P572 Q8CBQ5 Z4YLR0 A0A1S6GWJ7 A0A5F8MPK9 P52430 Q922J9 Q62086 Q62087 Q543T1 A2RSC2 Q8BV52 Q7TNT2 Q9CR42 Q8R3F5 B2RXY7 Q8C6Z4 Q9JLS0 Q91V79 A2ADU9 Q8BH98 Q9DB60 Q8BX08 Q8BNP8 Q8VI78 G5E833 Q9D258 A0A1D5RLZ5 Q8VCR2 A0A068BIS6 Q9CQJ0 S4R296 Q3UYN2 Q548W7 P59266 Q9CPX5 Q9D4V0 Q8CAL6 Q8C0L9 Q8VCW8 Q0VE82 Q8K370 Q505E1 Q545U0 Q8BWU8 Q9R0X4 Q8C0M2 Q9ES52 Q543D7 A0A0R4J130 A0A0R4J0I6 E9Q7S0 Q8BT60 E9PYH2 E9QNZ9 O35936 Q8BWT1 Q6A0A4 A0A0R4J150 Q14BV7 A2ADU8 Q8VDQ1 Q3USD5 Q3UN55 Q6P549 A0A0C3SFZ5 Q9EPU5 B9EKS7 Q8BG07 Q4FK31 Q80TA1 Q53YL1 Q3U926 Q3TQP6 E9QMF0 Q32MG3 Q3U893 O08914 P05132 Q8CHP8 Q9Z2Z6 Q924X2 Q4VA32 O70579 Q9QZ82 Q50HX4 Q3UUA9 A0A0R4J015 Q8JZZ5 Q3TAW7 Q3TXR9 Q790P4 A0A0R4J138 Q8BZW3 A0A1B0GSK9 P29416 Q3UGC8 Q9CSI4 A0A0U1RQ27 Q8C7H1 Q3UYS0 A0A0R4J0N7 Q3UTF0 O35074 A0A0G2JE93 Q80SX0 P50637 P51557 Q544C3 Q99K73 Q3U7I0 Q91YR9 Q3TNA0 Q8BGU0 P30355 G3UW78 Q99N16 B0G0Y2 G3UW81 Q3TWW0 A5D6P3 A2CF88 A6H6C9 Q569Z6 Q6RI63 Q8BWI9 Q3URE1 P50171 Q91YN3 P70385 Q99PU5 A2AKM2 Q8R1X1 Q9D2Y9 Q3U6W3 O35448 Q6ZWM8 Q8K2C9 Q3V4A5 Q9D3B1 Q91VT4 Q3UJ12 P15539 G3UWE1 Q7TPU0 Q3V117 Q3UJ92 E9PUC2 Q548M4 Q2XU92 Q0VGQ1 G3X8Y7 Q6PCN6 Q8R197 Q9EQC4 Q3UC67 Q8CHK3 Q05769 P48999 Q7TQD5 Q9ESW4 F8VPQ6 Q3UDY1 Q32MW1 Q99LH2 Q6NVG1 P13707 Q9Z1X2 Q3TYT9 Q8CB47 O70302 Q3TFD2 Q9CT84 Q80ZW1 Q9QZT4 A0A498WFQ4 B2RSR7 Q3ULK1 Q8K2C8 Q8C0N2 Q8K130 A0A0R4J263 F8WIJ5 Q8K4X7 B2RRB9 Q9D517 Q8K1N1 Q50L43 Q8BYI6 Q8CIV3 Q8VCI0 Q9CWA8 Q3UN31 Q9EPR2 Q8R3U1 D3Z1N8 Q8K255 Q50L42 Q9D1E8 Q64GA5 Q3UG05 Q50L41 B0V2Q7 Q8BP40 Q6AXH0 Q8BN01 Q8BK03 Q497J1 Q6GTW1 Q91V01 Q61578 Q545P3 Q9CPW2 Q99K78 Q78P93 Q8BTI9 Q11204 Q3UXE9 Q3U711 Q3U6Q4 Q3V156 A1A4T4 Q8BIQ9 Q9Z0R9 Q9EP96 Q920L1 Q8C7P2 Q8CDH5 Q61425 G3UZX4 Q8VHJ7 Q07417 Q8BH95 Q3UNX5 Q8C5Q7 P42337 Q8BRK8 Q9CQD1 Q3UUI3 G3X9G6 O08908 A0A0R4J111 Q8K4K2 Q8BFQ1 Q8VCR0 Q5SWW4 Q8CI98 Q3UNC6 A2AIX0 Q9CQI9 Q0VBB8 Q9EPQ7 Q6PAM0 Q80WK2 Q6KAM1 A0A8V5KH54 Q8R000 Q80ZV7 P70181 Q9D8Y7 Q99LY2 P70182 Q8BKC8 Q8BH80 Q9Z2D0 Q8R1R3 D3Z325 Q80WQ2 Q91WF7 D3YU01 Q6NVF2 Q9JL56 Q2TBE6 Q80TA6 Q9D4L1 O70167 E0CZG8 A0A1L1STK0 Q8VEL2 Q80W71 Q3U344 A2AJ88 B1AUL6 Q3UEQ1 G5E8H5 Q3URI3 Q544E3 E9PXF8 Q69ZU4 Q546I3 E9QAN8 Q80U24 Q9ERS4 Q9ERS5 A0A140LI54 Q9CRY7 B2RQ14 Q8BIJ7 P50544 Q6ZPK1 Q8BGN3 Q8VE11 Q7TPM9 D3Z5N5 Q0KK35 P51880 Q9Z2C9 Q3TBL6 Q99N18 P51162 Q9CX98 Q9Z2C4 Q5EBJ0 Q3UTK2 P54310 Q5ND43 Q8K288 Q9DBL9 A2A8T1 Q542H7 Q64521 A6PW47 P17439 Q53YP5 Q571G1 Q3UFN1 Q54AA6 Q497I3 Q91ZV4 P62137 O08580 Q9DCV3 Q3V2F7 Q9WU65 Q32LZ8 O08716 Q8CD95 Q80W94 Q9DBG5 Q9DAK4 Q05BA5 P62141 E9PWN0 Q3TET2 Q8CGN5 Q91XS1 Q9CXU1 Q9CXU0 Q66JY8 Q9WTN3 Q3UQH5 Q3US73 Q544S6 E9Q6E2 Q8CI15 Q3UUT8 Q62452 Q9DAY7 F8WJB0 O09114 Q14B96 Q2KHL0 Q76LV0 A2AE91 Q9JHF7 P49586 Q60520 Q811Q9 Q3TRR3 Q9DA75 O54804 Q54AG5 Q8R2H9 Q9D2D1 Q99JY0 Q5SV41 Q8BMS1 A0A0R4J083 D3YU39 Q91ZH7 Q0VG22 Q8CEC2 Q03311 Q8BGS7 Q61907 A0A0R4J1J3 Q9CQX2 O70572 Q3UL64 Q9JJY3 Q9WUP4 Q8BQV2 Q543Z1 Q3ULV6 Q3UJ95 Q7TN02 P62827 Q543I9 Q3UTR7 Q6GTI0 Q8VIM0 Q544D7 Q3UHW8 Q8CAS3 Q3UET8 I7DM66 Q9D0K2 Q9JJN4 Q3UKQ5 G3UWD3 Q80XN0 P84078 P21614 P19096 P38060 Q8JZS7 P54869 Q8QZT1 Q9D2R0 Q53YJ1 Q99N99 Q8BUR8 Q8VD65 Q6PF93 Q3TYD4 Q8R0F3 E9Q8N0 P50428 Q32KI9 Q32KI8 A0A0R4J1N2 Q04519 Q8BPG6 O35954 A0A0U1RPV3 P98191 Q3UHE1 Q9DBS4 Z4YM84 Q9DBX5 Q9JMH6 P42125 Q9DCS3 Q4FJK0 P45952 Q5F1Z8 Q3UE99 F8WHW3 O09005 Q9CQA5 Q3U9G9 E0CYA6 Q8BGZ6 Q3TX25 Q3TTB3 D3Z041 F8WHW6 Q8BJ56 F8VPL2 Q8BHI7 Q8BWM0 A2ARV4 Q2NLB9 Q9R0X0 E9QMZ0 Q4QQK5 Q9Z211 Q8BPB6 D3Z3X1 Q99LX3 Q8VCD5 Q91WR5 Q64505 Q3V1T8 Q3USU4 Q8VCX1 Q6GU14 Q3UEM0 Q9CPZ6 Q91X34 P63280 Q8C3F5 Q6LC96 P48281 Q9NYQ2 Q921N8 Q9DC50 Q3V0B2 Q542P9 Q99P30 Q3ULQ6 P11930 P01193 Q99MZ7 P32020 Q8BP65 O09174 Q3ZAT3 H7BX88 Q3UQ71 Q8C178 A2AL50 Q9QXD1 Q9WV55 Q6P2K2 Q9QXE0 Q3TPC7 I7HJS2 Q920D3 A0A140LHG7 A2ABV5 A0A0F7RQH1 Q9QY30 P49817 Q8C1S0 Q80X94 Q3UKW1 Q6NZB9 Q8VCS6 Q4JHD9 P21440 Q5MPP0 Q8BHN0 Q6ZPR5 B9EHG7 A2RT05 Q9JJL3 Q58E38 Q3TST8 Q8VCQ6 P24527 Q99JY8 Q62276 Q8VCC1 Q8BZ03 Q920V1 Q924Z4 P54818 Q05421 Q8CII3 O88693 Q9CVC8 Q8R2F2 Q6ZPF3 Q8VD53 B6VGH4 Q8CC91 Q3B7Z2 Q8VDF0 Q9JHE4 Q9JKY7 G3XA61 Q3U5D9 Q2KHL4 Q64676 Q9D6K9 Q8C696 Q5FWX6 Q91X77 Q497L5 Q8BG54 Q05A20 Q1A3B0 Q810K3 D3YTU8 Q62101 Q9DBM2 Q542D6 P51660 Q3TIW9 Q3TN99 Q9D6J1 Q921H8 Q9D4B1 P48410 Q8R207 Q8BZR4 B8JK43 Q14DI6 Q61469 Q3UVJ7 Q3UDY2 Q8K4Q7 Q925E8 Q8R4X1 H3BL08 Q9CQZ0 Q8R0X7 Q9DB91 Q3UF00 Q921I0 Q3U2P8 Q69ZF3 Q8BX94 Q3TAX1 F8WH20 P51658 E9Q3D4 Q8R0G3 F8WIZ7 Q9CQ39 P45377 Q9EQ06 Q9Z0F5 Q6NVF0 A2ADU0 A0A0R4J0B6 Q9D8C6 Q9QXE7 Q6GQV9 Q3UHZ2 Q6GQS5 P70365 Q8BKC7 Q8CHB6 Q8BHJ5 Q6GQT6 Q80U83 Q8C1E4 Q3TZD5 Q5XJV5 A0A140LIT2 Q3U1N2 Q8BJ14 Q8CE59 Q3U538 A0A087WQP7 Q8BLN5 Q8C590 Q7TPS7 Q8BYH8 Q9CZZ6 O70343 Q3TQK8 Q547C4 Q3THA3 Q5SWU9 Q3UV55 Q8K0C4 Q9JM08 Q9ESZ3 G3X8Q0 Q32ME6 Q9WTZ2 Q8C9W6 A2AA71 Q3V3I6 Q9WVG6 Q4FJN9 Q00623 Q9CZ82 O35405 Q3UYC1 Q9DBV7 Q920L5 Q6NXL1 G3XA48 B1AQH6 Q8C5N9 Q8CHX6 P70245 Q3UEB4 A0A0G2JG60 Q80ZX0 Q3US15 SIGNALING BY RAS GTPASE MUTANTS%REACTOME%R-HSA-9753512.2 Signaling by RAS GTPase mutants Q61411 Q5J7N1 Q9D091 SLC-MEDIATED TRANSPORT OF ORGANIC ANIONS%REACTOME%R-HSA-9955298.2 SLC-mediated transport of organic anions Q3V1K7 Q149G3 Q9QZD8 Q3UDP9 Q5UB50 Q8JZU2 P21995 P18572 Q8BGD4 Q3TED0 Q67BT3 Q9ES88 A0A0R4J1I9 Q9JJL3 Q05BA2 A2AMH5 Q3UUQ5 Q8BGY9 Q8BY89 Q3ULA4 Q8BYF6 Q9CXB2 Q921V7 Q8VC69 Q5RJI2 Q3UUJ6 Q8BN82 B9EJ03 Q5SX53 Q9EP96 O88909 Q544N9 Q9ERB5 Q8K078 DEFECTIVE CYP17A1 CAUSES AH5%REACTOME DATABASE ID RELEASE 96%5579028 Defective CYP17A1 causes AH5 Q53YJ1 MTB IRON ASSIMILATION BY CHELATION%REACTOME DATABASE ID RELEASE 96%1222449 Mtb iron assimilation by chelation P08071 DEFECTIVE DPM3 CAUSES CDG-1O%REACTOME%R-HSA-4719360.4 Defective DPM3 causes CDG-1o Q9D1Q4 O70152 Q545R7 FORMATION OF WDR5-CONTAINING HISTONE-MODIFYING COMPLEXES%REACTOME%R-HSA-9772755.2 Formation of WDR5-containing histone-modifying complexes Q99LT0 F8WI37 Q8CGY8 B2RR30 A0A0A0MQ73 E9PYH6 Q3URP1 Q8BX09 Q3UKZ9 Q8BLG0 Q99L02 Q3TPN3 A2BI12 Q6NZQ4 Q6PHU4 Q99LQ1 Q91WV0 B1AUX2 Q8CHV6 Q5XJV5 P61965 Q9DA08 Q6P3Z8 Q8BQR4 Q541B1 A2RSY1 A2A5Y4 Q9D1P2 B2RXQ8 E9Q6J5 Q9D968 Q5SQY2 A0A5S8DHC4 Q3UJT0 D3YTT9 Q8CID0 Q9D0K8 A0A0R4J1I3 Q8R0L9 B9EKJ4 PURINE CATABOLISM%REACTOME DATABASE ID RELEASE 96%74259 Purine catabolism Q8BG93 Q0VEE0 Q60I30 Q9CVF2 Q543K9 Q6P3D0 Q9JKX6 Q99KS6 Q548F2 E9Q9M1 A3KFX0 A2A9X5 Q80VJ3 REGULATION OF GENE EXPRESSION IN ENDOCRINE-COMMITTED (NEUROG3+) PROGENITOR CELLS%REACTOME%R-HSA-210746.3 Regulation of gene expression in endocrine-committed (NEUROG3+) progenitor cells Q548G3 Q8BRS9 Q60867 Q05BD7 TOLL LIKE RECEPTOR 5 (TLR5) CASCADE%REACTOME DATABASE ID RELEASE 96%168176 Toll Like Receptor 5 (TLR5) Cascade Q3V1B5 Q8BN07 Q6GR78 Q3UEB8 Q9WTX6 P0CG50 Q80ZA1 Q8C6X9 P41969 Q52L79 Q548Y4 Q5D0E0 Q5SWN9 Q5SRW7 Q5NCN8 P01101 Q5SUR3 Q923A8 Q7TPD5 Q7TSJ7 B1AXN9 Q3U607 Q8C9D4 A0A286YDT6 Q60778 Q8CBT3 Q9Z1E3 Q3TMJ8 Q5SRY7 Q5U421 Q3U2P8 Q60521 Q8C094 P63085 Q8VC91 P25799 Q9D5S8 Q99K90 Q569Y6 Q8CE90 Q8CF89 A2RTT4 Q63844 Q09HN3 P70196 Q8K2U0 Q9WUI1 P63330 Q3U7M4 Q547H1 Q3TUH8 Q8BR10 Q8R4K2 Q8BFV3 Q3UY00 P04918 Q80SY9 Q540J8 E9QMH7 Q3UAR6 Q9CR56 Q5EBQ4 D3Z6V8 A0A1W2P715 Q810V8 F8VQ72 Q99JG7 Q76MZ3 Q8CBR9 Q8CB40 Q3TL44 Q8CEC5 E9QNX4 Q8CFA1 I3PQW8 Q60929 Q62151 Q91V89 E9PYI8 Q8VC16 Q3TY83 Q9D7X3 A0A0R4J174 Q3TAR6 E9QPQ6 Q8BIX1 Q3UV15 DEFECTIVE ALG1 CAUSES CDG-1K%REACTOME%R-HSA-4549380.4 Defective ALG1 causes CDG-1k Q921Q3 MATURATION OF TCA ENZYMES AND REGULATION OF TCA CYCLE%REACTOME%R-HSA-9854311.2 Maturation of TCA enzymes and regulation of TCA cycle Q8C6I2 Q9CZU6 Q9CQA3 Q3TV21 Q0VF92 Q8K2B3 Q9CXV1 Q8QZT1 Q99KI0 Q9DCB8 Q8BTE0 Q4FJK3 Q9CZB0 Q3U276 Q8K215 P54071 DENGUE VIRUS GENOME TRANSLATION AND REPLICATION%REACTOME DATABASE ID RELEASE 96%9918487 Dengue Virus Genome Translation and Replication Q9ES97 P61804 B2MWM9 Q5SX75 Q3UJR8 Q9D8V7 C0LLJ0 Q543M7 F8VQ87 Q9CUG0 Q5SUC3 P0CG50 Q3UHW8 Q9DBB5 A0JNY7 Q61696 Q3UFV9 O54734 P09103 Q9QYJ0 Q504P4 Q5FWJ3 Q3V1M8 Q8CAB9 Q3U7T8 Q8BMR3 P19096 Q01853 Q3U573 A0A2I3BRW0 Q3UDU9 M0QWC2 Q78XF5 Q9EPL8 Q8BQR8 Q8C470 Q3UF16 P63280 H7BX23 Q5F2A7 Q8CAH8 Q60FD1 Q60960 E9Q9E1 Q6ZWQ7 A0A7N9VR83 A0A140LHR3 P29341 Q9D873 Q91VC3 Q8BTU6 A2ADH1 Q3UBT1 P27773 P70362 Q6GQT6 Q6P2K2 Q99KV1 Q9JKR6 Q91YN9 Q3UJC3 Q4FJX1 Q00623 Q9D1Q4 O70152 Q8BYY5 D3Z569 A0A0R4J0D3 Q545R7 Q4QQM3 Q9DBG6 METALLOPROTEASE DUBS%REACTOME%R-HSA-5689901.4 Metalloprotease DUBs Q69Z66 B2RWH3 Q8CGP7 Z4YJY0 Q149V4 Q9CQ26 C0HKE5 B2RR30 P0CG50 Q8BPZ8 Q3UI43 Q8R4B8 O70445 P46737 A0A0R4J183 O35593 Q8K3W0 Q3UGN9 Q8BJ14 Q64522 A2AB79 Q8CGP4 Q76N33 A3KPD0 Q8CGP5 Q6NV63 MITF-M-REGULATED MELANOCYTE DEVELOPMENT%REACTOME%R-HSA-9730414.5 MITF-M-regulated melanocyte development Q3TXH6 Q2TV84 Q3UID0 Q5SS40 Q9DBN8 Q8R4E5 B2RRX1 Q9DCZ1 D3Z4J3 Q3UPK0 P27467 Q505L1 P63280 A2BDY3 Q496T0 P70349 Q8BML9 Q64318 Q6GTZ3 F8VQ28 Q8BU30 Q810K9 Q3UZG4 O54941 A0JNY9 Q78P93 P05532 A1A550 Q8C8K0 Q8BJY7 P01193 O55179 Q3UZ96 Q8BSI9 Q544E0 Q3UQ28 O35235 Q3UET7 A0A1Y7VNZ6 A2AWP0 Q7TSZ3 P56450 Q8K420 Q9D1M4 A2APU5 Q8R055 Q4VA43 P63101 Q8CGC7 P68510 A0A8Q0PK87 P31360 Q8CE74 Q3UQX2 P46684 P48302 E9QB02 E9QAQ7 Q60520 Q9WTW4 Q8C5F1 A0A0B6VTJ4 Q58E49 Q810V8 Q9CS58 Q8BRF1 Q544G7 P07141 Q04888 Q8R3V2 Q04887 Q8C6Y4 Q8R2P8 Q9D0I9 Q9D007 Q8CJF9 Q6NV63 A0A0R4J0D3 Q6ZWP4 F6XC54 A8IP69 Q8VD67 B1ATC3 Q3UHK8 Q8CAI6 Q64364 Q3TPZ2 F8VQL0 A0A0R4IZW5 Q790L7 Q564P6 Q02248 G5E899 P51863 Q9CQD8 Q3UGB9 P97310 Q8BQ03 A0A0A6YX18 A2A5N2 A0A0R4J170 Q80UF1 Q91XK0 Q9Z1G3 Q5U421 Q3UFS3 P29812 P63085 P50516 Q549B6 Q8C6X4 Q5HZY7 Q63844 P50518 A0A0U1RNX8 Q5SUZ5 P62814 B5TZD5 Q60696 Q8VHA8 Q5KU03 Q921K9 Q68FH8 Q7TMU6 Q3U889 Q6GTK4 Q2TA50 Q8K3I4 Q8BW22 Q3UQ34 Q9CXE2 D3Z5N6 Q8BQK4 A0A0R4J075 Q544U7 Q8BJP2 Q3UD86 Q6GQV9 Q62469 Q8C402 Q8BPN4 Q8BJ14 O70343 Q53Z05 Q60I23 F8VQ54 Q8BYY5 A0A0G2JG60 COENZYME A BIOSYNTHESIS%REACTOME%R-HSA-196783.7 Coenzyme A biosynthesis Q9DBL7 Q543J7 Q7M753 A0A1L1SUH2 Q8BHC4 Q5SXA7 Q8VDG5 DEGRADATION OF BETA-CATENIN BY THE DESTRUCTION COMPLEX%REACTOME%R-HSA-195253.4 Degradation of beta-catenin by the destruction complex Q8BN07 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q8BVQ9 Q6PD28 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 Q8CAI6 P14685 A0A1L1SQ24 Q545G0 P49722 Q9D8W5 P99026 Q80TC1 Q9R1P0 Q3TV35 Q14DJ8 O35593 Q9R1P3 P62878 Q5SUR3 Q14AQ1 Q58EV4 Q02248 O55234 Q542H2 Q5BKQ9 Q9JKV1 A0A286YDT6 Q3TXS7 P70195 Q80UF1 Q60692 E0CXB1 Q6RI64 Q3TS44 A0A0J9YU62 Q61151 Q91YZ2 Q99JI4 Q3TKV1 Q8K025 Q7TS75 Q3UY41 Q6ZQK4 Q6PJ87 Q6PD03 Q5KU03 Q6PFG2 Q5DTI7 A1A550 B2RU64 P63330 Q8C402 Q8BNP7 Q58E49 Q76MZ3 Q91V89 Q3TYD9 Q8BIX1 RECEPTOR MEDIATED MITOPHAGY%REACTOME DATABASE ID RELEASE 96%8934903 Receptor Mediated Mitophagy Q9CQY1 Q91VR7 G3UZX4 Q6PB82 M0QWC2 H3BJZ1 Q99J83 Q8CDH5 G ALPHA (Z) SIGNALLING EVENTS%REACTOME%R-HSA-418597.6 G alpha (z) signalling events Q925K6 P29387 Q01337 Q80TY9 Q5D078 Q8BFU4 Q3UU15 Q8C5J7 Q3V1Q3 P63213 Q4VA93 P84309 Q3TQ70 Q3UN66 Q6P8Y9 P08752 Q91WF3 P63216 B2RVZ3 Q3UMY0 A0A2I3BRC5 Q542R8 P61953 P50153 Q542U0 Q9DC51 Q9JMF3 Q8BR34 E9Q706 Q61012 Q8CDT4 P16054 Q3UKY1 O88444 Q53YN4 Q9CXP8 Q3U9V4 Q54AE3 Q3UUN2 B2RSH2 Q9DAS9 Q3UG14 Q3UGN1 P68404 Q920N8 Q01338 DEFECTIVE MAN1B1 CAUSES MRT15%REACTOME DATABASE ID RELEASE 96%4793950 Defective MAN1B1 causes MRT15 A2AJ15 ACTIVATION OF BMF AND TRANSLOCATION TO MITOCHONDRIA%REACTOME DATABASE ID RELEASE 96%139910 Activation of BMF and translocation to mitochondria Q9D0M5 A2AV75 Q7TSJ7 SIGNALING BY HIPPO%REACTOME%R-HSA-2028269.3 Signaling by Hippo P46938 Q9EPK5 Q5SXA9 B9EHJ3 A0A3B2WCN9 P70677 Q5SS40 A2A5N2 Q921Y0 Q3T9U1 A0A1Y7VM69 Q8VHE2 Q8VEB2 Q8BYR2 Q9JI10 Q8K371 Q9JI11 P59240 Q60838 NEGATIVE REGULATION OF MET ACTIVITY%REACTOME%R-HSA-6807004.4 Negative regulation of MET activity E9Q4S7 F8VQL0 Q3UMA3 Q3TRJ7 P70193 Q3TGH8 Q62420 Q3UGN9 Q06180 Q3TT90 Q9CZV7 Q80ZL3 A0A0X1KG61 Q3TZW9 A2AI52 Q8C9G5 P0CG50 SIGNALING BY FGFR3 IN DISEASE%REACTOME DATABASE ID RELEASE 96%5655332 Signaling by FGFR3 in disease Q8C180 P42337 Q8C7P2 Q505A4 A0A7U3JW97 Q62077 A0A7U3JW51 Q9D091 Q6ZWS1 Q61411 A0A7U3L6F4 Q541T2 Q7TSI8 Q3USK4 Q3U1V5 A0A7U3JW80 E9Q2N2 SUMO IS TRANSFERRED FROM E1 TO E2 (UBE2I, UBC9)%REACTOME DATABASE ID RELEASE 96%3065678 SUMO is transferred from E1 to E2 (UBE2I, UBC9) G3UZA7 P63280 Q9R1T2 Q9Z1F9 CITRIC ACID CYCLE (TCA CYCLE)%REACTOME%R-HSA-71403.5 Citric acid cycle (TCA cycle) Q0VF92 Q8K2B3 Q9D6R2 Q9WUM5 Q8C1W8 Q9DCB8 Q8BTE0 Q4FJK3 Q9CZB0 Q3U276 Q8K215 Q9Z2I8 P54071 Q8C6I2 Q9Z2I9 Q9CZU6 Q91VA7 O08749 P97807 Q9CQA3 Q9CQN1 Q3TV21 Q3TKM5 Q9CXV1 Q8QZT1 P08249 Q99KI0 Z4YJV4 Q9D2G2 SIGNALING BY LTK%REACTOME%R-HSA-9842663.1 Signaling by LTK Q3U5I5 Q8BTI9 Q3USK4 P42337 Q8C7P2 O08908 J3QPP8 G3X9X7 Q543V3 Q0VGZ5 ALPHA-DEFENSINS%REACTOME%R-HSA-1462054.3 Alpha-defensins Q792Y6 Q9D7F1 Q3TSV7 SLC15A4:TASL-DEPENDENT IRF5 ACTIVATION%REACTOME%R-HSA-9860276.3 SLC15A4:TASL-dependent IRF5 activation Q8CBT3 Q91W98 Q3U169 Q08EG0 Q8VC91 Q5D0E0 SIGNALING BY ERYTHROPOIETIN%REACTOME%R-HSA-9006335.5 Signaling by Erythropoietin Q91ZZ2 Q0VED9 P98083 Q8CIH5 P42337 Q8VDU4 Q8C7P2 Q505A4 A2RS58 Q62077 Q9D091 A1A4T4 Q61411 P81122 P42232 Q8BTI9 Q3USK4 Q9JIA0 Q8CI98 Q3UTV9 Q8CEI0 Q8C5Q7 Q62120 CIRCADIAN CLOCK%REACTOME DATABASE ID RELEASE 96%9909396 Circadian clock Q3V1B5 Q9EPW2 B2RTJ8 Q542A5 Q6L8F5 Q1A532 P54775 Q9WTX6 Q543F6 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P62137 Q3UUQ5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 P62878 Q5SUR3 Q14AQ1 Q58EV4 O55234 P62141 Q542H2 Q5BKQ9 Q9JKV1 A0A286YDT6 Q3TXS7 P70195 Q3USK2 Q5SRY7 Q60692 Q9WTN3 E0CXB1 Q6RI64 Q3TS44 Q99JI4 A0A0R4J1H4 Q3TKV1 Q8C3F5 Q6LC96 Q8BNS3 Q542P9 Q8C5F1 Q99KQ4 Z4YJJ0 Q60670 Q5XFZ5 Q5CZX8 A0A0R4J096 Q8CDH5 G3UZX4 Q3UFQ4 Q9R194 P97784 Q8C8R0 O70361 O35973 G5E899 Q3TYE1 Q9QXE7 Q6GQV9 Q3UHZ2 P70365 Q8CHB6 Q68ED7 Q8BHJ5 Q6ZWM8 Q8R1U3 Q3TZD5 Q542C2 Q5XJV5 Q8BJ14 Q8CE59 Q8CBR9 Q8BYH8 O70343 Q53Z05 Q810L5 Q3UV55 Q9JM08 Q32ME6 Q8C9W6 Q9WVG6 Q7TQD5 Q91X84 Q921S6 B1AQH6 A0A0G2JG60 Q8CBD1 TRAF6 MEDIATED NF-KB ACTIVATION%REACTOME%R-HSA-933542.3 TRAF6 mediated NF-kB activation B2RRA5 Q9CR56 P70196 Q3TU94 A1L0V6 Q3TGP5 F8VQ72 Q3U5B1 Q6GR78 Q8CEC5 Q62151 Q60778 Q8CBT3 Q9Z1E3 Q8C6X9 Q3UV15 Q8VC91 Q548Y4 P25799 Q3UY00 Q5D0E0 P04918 SYNTHESIS, SECRETION, AND INACTIVATION OF GLUCOSE-DEPENDENT INSULINOTROPIC POLYPEPTIDE (GIP)%REACTOME DATABASE ID RELEASE 96%400511 Synthesis, secretion, and inactivation of Glucose-dependent Insulinotropic Polypeptide (GIP) Q9D8V7 Q7TQP3 Q76JU9 Q8VBX9 Q3UYJ1 Q3TR43 P48756 Q6ZWQ7 A0A140LHR3 A0A2I3BRW0 Q32MU0 D3Z569 Q8BTH7 DEFECTIVE SLC24A4 CAUSES HYPOMINERALIZED AMELOGENESIS IMPERFECTA (AI)%REACTOME DATABASE ID RELEASE 96%5619055 Defective SLC24A4 causes hypomineralized amelogenesis imperfecta (AI) F7B0S9 GLYCOGEN BREAKDOWN (GLYCOGENOLYSIS)%REACTOME%R-HSA-70221.8 Glycogen breakdown (glycogenolysis) P07934 Q8CI94 Q8CBA7 Q9WUB3 Q9DCT1 A0AAQ4VMQ4 Q6PE66 P70699 Q9DB30 Q3U6X6 F8VPN4 Q9R062 Q9ET01 METABOLISM OF ANGIOTENSINOGEN TO ANGIOTENSINS%REACTOME%R-HSA-2022377.11 Metabolism of Angiotensinogen to Angiotensins Q8VCT4 A4QPC5 Q8CD51 Q542E3 Q3UCD9 Q3TU20 Q1XID4 Q3UTR7 Q545I6 P97449 Q9JHH6 Q61391 Q3URC9 Q497Z7 B2RS76 Q059V7 REGULATION OF NPAS4 MRNA TRANSLATION%REACTOME%R-HSA-9768778.2 Regulation of NPAS4 mRNA translation Q8VD67 B1ATC3 Q8BGD7 Q8BJP2 Q8CJF9 Q3UHK8 Q3UD86 Q9CS58 Q3UQ34 ACTIVATION OF NMDA RECEPTORS AND POSTSYNAPTIC EVENTS%REACTOME DATABASE ID RELEASE 96%442755 Activation of NMDA receptors and postsynaptic events Q8BW40 Q3UHZ0 F8WIS9 Q52KF7 Q3UP61 Q8C078 Q8C069 A0A338P6I6 E9PUP0 A2AM72 Q922R0 Q7TNB5 B2RUJ5 P68181 O88951 Q8VBY2 O88952 P70392 P60761 O88444 Q9QZR7 Q4LG64 Q8BRK8 P05480 Q3TY04 Q7TPD5 Q3UUN2 B1AXN9 Q61411 B9EJ23 Q542K0 Q6DR99 Q3UY17 Q91ZU9 Q3TUM0 P63085 Q8BUX6 H3BK84 Q5F258 Q63844 Q3TWR3 Q9D091 G3X9V4 Q8K1M3 Q9DBC7 Q6PAM0 Q8BGR3 Q03391 Q3UY68 Q8CCM0 D3YWU0 B2KGP3 A2A6S2 P35436 A2AI21 Q3TLP8 Q8CGA0 Q5FW75 Q810V8 P08551 Q8BIQ9 Q8BGM7 P05132 Q8BL41 RUNX2 REGULATES BONE DEVELOPMENT%REACTOME%R-HSA-8941326.2 RUNX2 regulates bone development P19091 Q3UZZ2 Q63844 E3SRG8 Q546B3 Q0VGJ1 Q3UG37 Q6NZM9 Q8C2Q3 P70340 Q3TJI7 P46938 Q9EPK5 P13405 Q14BU0 Q80XI9 P05480 Q5RM08 Q8BKI7 Q08024 Q6KAS7 P54843 Q3SYK5 Q9JM08 Q3TYX7 O35182 P11087 P63085 Q9QUM5 GLUTAMATE AND GLUTAMINE METABOLISM%REACTOME%R-HSA-8964539.5 Glutamate and glutamine metabolism P05202 Q80WS1 Q3TMZ1 P15105 Q9DCC4 Q6PFX8 Q3UTR5 Q571F8 D3Z7P3 Q3TSQ7 Q05CI8 Q3UKT3 GLYCOLYSIS%REACTOME DATABASE ID RELEASE 96%70171 Glycolysis Q3UER1 Q91W97 Q8CDZ5 Q8BN07 Q8CD98 A0A0J9YUP0 S4R2G5 Q9D1M0 P21550 Q9Z0W3 Q5NCI4 O08528 P68181 Q3TKA0 P09041 Q5FW97 Q3U7Z6 P05063 Q6GQU1 P09411 Q3UDS7 P59235 Q8CAA7 Q5FWJ9 Q8BUA6 F6ZDS4 Q9JIH2 E9Q8S8 P63330 Q6PDG0 Q8BU75 Q8VCB1 A0A1D5RLQ0 Q8BVM1 Q8C570 Q80U93 Q8C605 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q8CDS6 Q8BH74 Q8BPS7 P15327 Q8R480 Q8BTS4 J3JSA4 P06745 Q8R4R6 P17751 Q5FWB7 P47857 C9VZF2 Q76MZ3 D3YWR1 Q9CWU9 Q91V89 P05132 Q5SVI6 Q91X44 Q9ERU9 A2AFM9 Q8BIX1 Q545V3 RESPIRATORY SYNCYTIAL VIRUS (RSV) GENOME REPLICATION, TRANSCRIPTION AND TRANSLATION%REACTOME%R-HSA-9820965.1 Respiratory syncytial virus (RSV) genome replication, transcription and translation P62137 Q6ZWM8 Q71LX8 Q80Y52 Q9D8V7 Q504P4 P62141 Q6ZWQ7 Q8CDH5 A0A140LHR3 A0A2I3BRW0 G3UZX4 P23188 Q8BYY5 Q3UHW8 D3Z569 REGULATION OF MITF-M DEPENDENT GENES INVOLVED IN METABOLISM%REACTOME%R-HSA-9854907.3 Regulation of MITF-M dependent genes involved in metabolism O70343 Q53Z05 ROLE OF SECOND MESSENGERS IN NETRIN-1 SIGNALING%REACTOME DATABASE ID RELEASE 96%418890 Role of second messengers in netrin-1 signaling Q8BNT2 B7ZMP6 Q8C8A8 Q3TZP5 Q3UXW9 O09118 Q8CCQ1 Q62077 Q5ND42 Q6NV56 TRISTETRAPROLIN (TTP, ZFP36) BINDS AND DESTABILIZES MRNA%REACTOME DATABASE ID RELEASE 96%450513 Tristetraprolin (TTP, ZFP36) binds and destabilizes mRNA Q3U3D2 Q91YD3 Q3U671 F8VQ87 Q8BFY9 A2A5N2 Q9DAA6 Q921I9 Q3U2P8 Q9JHI7 Q7TQK4 Q9D0M0 Q571G2 Q3TKQ3 Q9CRA8 Q9CSH3 Q8BTW3 FACTORS INVOLVED IN MEGAKARYOCYTE DEVELOPMENT AND PLATELET PRODUCTION%REACTOME DATABASE ID RELEASE 96%983231 Factors involved in megakaryocyte development and platelet production Q61686 Q8BUR4 P97390 Q923G3 A0A140T8R7 Q5DQJ3 Q543F6 Q5RKN9 Q3U1Z7 P68181 Q80ZA1 Q3TMT1 Q3UI47 Q6ZQ88 Q811U4 Q3UYJ1 Q3TY04 Q80U63 E9PX48 Q9CTT7 Q3U2Z2 Q571A6 H3BK84 Q3U320 Q5SX13 Q3UUX5 Q8K1M3 Q9DBC7 Q8CCH7 P33174 Q9DBS5 Q91W40 Q8BYN3 Q6P9P6 Q60520 Q3TLP8 P97329 Q58E49 Q3U0R5 Q6P9L6 O35719 Q52KG5 Q91YS4 E9Q5G3 Q8C147 Q8CD76 Q3V300 P05132 Q924H5 A0A0R4J0Y5 P84228 P17679 O54790 Q62120 Q6P1D3 Q9WTP7 Q80ZZ0 Q8K3M5 Q9CTA1 O88845 Q9CR49 Q8BH64 Q5EBL1 B7ZWN1 Q3U0G5 A9XMT8 A0A0A0MQ98 F8VQE2 P97489 Q7M6Z4 Q91ZM2 Q6TA13 Q9QXY6 Q8VI89 Q8VDP3 Q9CRX5 Q8C0X6 A0A1Y7VK29 E9Q4K7 E7FLY0 G3X8Q6 Q6PB45 E9PX57 D3Z3Y5 Q6PFD6 A0A0G2JED4 Q3V416 Q9JKY9 B0G0X9 Q80Y56 Q0VE17 Q9CQD1 Q3UGB9 A2AF47 A0A1L1SQR4 Q3U148 Q9D481 P47810 Q8BZ45 Q9CUT6 Q9WVM1 Q3UHH9 A2RSC8 A0A087WRP5 Q3US62 A8DUK0 A0A1Y7VLY2 Q61169 E9QKK1 Q3SYK5 Q6A0A3 Q3UD72 O35615 Q3UP84 B2RY04 TRANSCRIPTIONAL ACTIVATION OF MITOCHONDRIAL BIOGENESIS%REACTOME%R-HSA-2151201.4 Transcriptional activation of mitochondrial biogenesis Q3V1B5 Q3V3E7 Q6LC96 P56480 Q3V0B2 Q542P9 A0A096P6K7 Q8R216 Q9QXE7 Q6GQV9 Q8VHJ7 Q4FJK3 P40630 B2RSE6 P70365 Q8BGR3 Q8CHB6 Q4FJX9 P54071 Q68ED7 O08580 Q8BHJ5 Q9QXG4 B1AUX2 Q8R1U3 Q3TZD5 Q5XJV5 Q8CE59 Q8CBR9 Q8BYH8 A0A1Y7VM56 Q6NZN1 O70343 Q3TSQ7 Q8JZM0 Q00422 Q3UV55 Q99K73 Q9JM08 Q9WVG6 Q3V303 Q91X84 Q921S6 Q3V3C0 B1AQH6 A0A0G2JG60 Q8R2K3 BIOSYNTHESIS OF EPA-DERIVED SPMS%REACTOME%R-HSA-9018679.2 Biosynthesis of EPA-derived SPMs P24527 Q05769 Q8VCC1 A2CF88 P48999 DEFECTIVE FMO3 CAUSES TMAU%REACTOME DATABASE ID RELEASE 96%5579019 Defective FMO3 causes TMAU Q8C7J1 KERATINIZATION%REACTOME%R-HSA-6805567.5 Keratinization Q8CGR6 O88456 Q3UF24 P97350 E9PZW0 O55111 Q3UFC6 Q61495 P05208 P97347 Q3UIX3 P18165 Q9D140 Q99L44 B2RVZ0 Q62267 Q7TMD7 Q9D8D6 Q8BM14 A0A0B4J1F9 Q3U4B4 Q9D952 Q8BJ43 P55850 Q544V1 Q148R4 Q9CQ73 Q543E3 A0A0B6VRH9 Q32ME9 Q9D7I9 Q9QY23 Q9CR91 Q7TPC1 Q542Q1 Q9CQM7 Q9JK95 A0A0R4J293 G5E8D1 Q3UQD7 A0A0B6VSR0 Q02257 Q6IMF0 P07744 Q3TRJ4 Q9Z2T6 Q9D646 Q925H7 A2A513 Q8C1I6 Q9R0H5 Q9DCV7 Q3ZAW8 Q497I4 Q8K198 A1L317 Q9D7N2 Q9D638 B1ATJ5 P08730 Q3V2D6 Q61897 Q9D746 A2A5X3 A2A5X6 Q3TTY5 Q08EK5 Q9D732 P11679 Q61781 A2A588 Q6IFX4 P50446 Q6IME9 Q99M73 Q99M74 A2A591 Q0VBK2 B1AQB0 B1AQ90 Q8VED5 P23188 Q6IFT3 F6XJP7 Q6NXH9 Q9QWL7 Q9Z320 Q9Z287 Q91W93 B2RTB6 Q61765 Q6RHW0 Q9D312 Q3UV17 Q544I8 B1AQ85 A0A087WQL6 P05784 Q8BGZ7 B1AQ77 Q9D3H4 Q8VCW2 E9PV64 Q8CAZ5 Q9QZU5 Q8K0Y2 Z4YJD9 Q32P04 P04104 CARGO CONCENTRATION IN THE ER%REACTOME%R-HSA-5694530.3 Cargo concentration in the ER Q0VGU0 Q9D6E1 A0A0R4J2D3 O88783 Q9D0F3 Q4FJT2 Q7TNB5 Q9DBH5 O08547 P58019 Q8BQL3 Q8VCD3 P35846 Q80U83 Q8C1E4 Q3UAP1 D6RGU4 Q545I6 Q63870 Q00897 Q3SYI8 Q8K1E0 D3Z4P2 A2AA71 Q545E4 D0EW11 Q6NXL1 Q8BQ43 Q80ZX0 A2A9I0 MITOCHONDRIAL TRANSLATION%REACTOME%R-HSA-5368287.5 Mitochondrial translation Q569N0 Q7JCY4 Q7JCY9 Q7JCY6 Q9MD82 Q7GIP5 Q8BJU9 Q9MD77 Q9D6S7 Q4JFN6 Q8K126 Q3TSU6 Q9MD59 Q8BFR5 Q8R2K5 Q9D125 Q9CXW2 Q3TBW2 Q059G7 Q9CQ06 Q8BK72 Q9D0Y8 Q9CQ40 Q9CPW3 Q99N87 Q8K0D5 A2A6T4 Q9DCJ7 Q3U8Y1 Q80ZS3 Q9D1B9 Q7JCZ1 Q9D7N6 Q9CQL6 Q9D8P4 Q9D7N3 Q9D1N9 Q9CZR8 Q9D3F3 Q9CR59 Q9CY73 Q9CQL5 Q9CQL4 O35680 Q9JIK9 Q9DCI9 Q9CQP0 A0A0R4J0L6 Q9DCU6 Q5RL20 Q05DC5 Q921S7 Q9D1I6 Q9EQI8 Q9CZ83 Q61733 Q9JKF7 Q5U5I3 Q9D0G0 Q80X85 Q8BGA9 Q14B21 D3Z2K2 Q9DB15 Q3TLQ4 Q9CQF8 Q7JCZ3 Q501J4 Q9CPY1 Q9CY16 Q8BQ99 Q9DC71 Q9CQF0 Q9D1H8 Q99N93 Q8K2M0 Q99N90 Q8R2L5 Q99N91 Q9CQN7 Q9D338 Q14C51 Q9D773 Q9CQV5 Q9D1P0 G3X9M0 Q9CPX7 Q8VDT9 Q9CQA6 Q3TI14 Q9ESC5 Q3UKS6 Q8BU88 Q542W5 Q8K2Y7 E9QPQ8 Q9CQE3 Q91YJ5 B2RPW2 A4QMQ0 Q3V021 Q7JCX7 Q9CQF4 Q9MD68 ERKS ARE INACTIVATED%REACTOME DATABASE ID RELEASE 96%202670 ERKs are inactivated Q5NCN8 Q63844 Q8BN07 A0A1W2P715 Q76MZ3 Q91V89 P63330 Q3TY83 Q9D7X3 Q3TAR6 Q8BIX1 P63085 Q8BFV3 INTERLEUKIN-23 SIGNALING%REACTOME DATABASE ID RELEASE 96%9020933 Interleukin-23 signaling Q3ZAX5 A0A1D5RL98 P09103 Q3V157 Q6GU23 G5E8U4 Q62120 E9QJS1 DEFECTIVE INHIBITION OF DNA RECOMBINATION AT TELOMERE%REACTOME%R-HSA-9670621.2 Defective Inhibition of DNA Recombination at Telomere Q3UKR0 Q61687 RIP-MEDIATED NFKB ACTIVATION VIA ZBP1%REACTOME DATABASE ID RELEASE 96%1810476 RIP-mediated NFkB activation via ZBP1 Q9CR56 Q8CEC5 Q3TF92 Q60855 E9PZP3 Q60778 Q8CBT3 Q3U7M4 Q9Z1E3 A2APF7 Q80UF7 Q99MB1 Q3UV15 Q8VC91 Q548Y4 P25799 Q5D0E0 HSP90 CHAPERONE CYCLE FOR SHRS%REACTOME DATABASE ID RELEASE 96%3371497 HSP90 chaperone cycle for SHRs P19091 P06537 P63168 Q80Y52 Q3TWG5 Q3TYL7 Q923G3 A3KN90 Q5DQJ3 Q5RKN9 Q8BW69 A0A494BB86 A1L347 Q6NZM3 Q9JHU4 Q3TQY2 P70190 Q61696 Q9QZB7 Q9QZB9 D3Z6H3 Q71LX8 Q9QYJ0 Q4FJN2 Q3TYJ3 Q504P4 P30416 Q60864 Q5NTY0 Q3TPJ8 P17156 A0A1S6GWG8 Q9D0M5 Q6PDL0 Q3TPZ5 E9Q919 APC C-MEDIATED DEGRADATION OF CELL CYCLE PROTEINS%REACTOME%R-HSA-174143.3 APC C-mediated degradation of cell cycle proteins Q9WVA3 Q5HZH8 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q7TSG3 P53995 Q8BVQ9 Q541Z5 Q8BZQ7 P62196 Q8BYJ1 B2RT97 Q9WVM3 Q3UFC2 P0CG50 Q3UZD6 Q8K2H6 P11440 Q3TKG4 Q9CPX9 Q542I9 S4R2B6 A1L3B8 A2A4Z0 P14685 G3X8W7 Q545G0 Q3TPZ2 Q3UFQ4 Q3TM92 Q3TI84 P49722 Q9D3A0 Q9D8W5 P99026 Q9R1P0 P13405 Q3TV35 O35593 Q9R1P3 Q5SUR3 P51943 Q14AQ1 Q58EV4 Q569Z9 O55234 Q542H2 Q3U3D4 Q5BKQ9 Q9JKV1 A0A286YDT6 Q3UGB9 Q3TXS7 P70195 Q60692 E0CXB1 Q8BP64 Q61456 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 O70126 Q3TEY6 A0A5F8MPZ4 Q9CQJ7 Q9JJ66 FASTK FAMILY PROTEINS REGULATE PROCESSING AND STABILITY OF MITOCHONDRIAL RNAS%REACTOME DATABASE ID RELEASE 96%9837092 FASTK family proteins regulate processing and stability of mitochondrial RNAs Q91YM4 A0A0R4J291 Q922E6 NONSENSE-MEDIATED DECAY (NMD)%REACTOME DATABASE ID RELEASE 96%927802 Nonsense-Mediated Decay (NMD) Q91YD3 Q5YLW3 Q9CQR2 P62264 Q6ZWN5 Q4FZH2 Q8BP67 Q5M9N8 Q642K1 Q9CXW4 P62717 Q561N5 Q5M9K7 P62830 P99027 Q9D823 Q505A8 Q58EA6 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 Q497N1 Q5CZY9 Q9CWU3 Q3ULJ3 Q9EPU0 E9Q9E1 P63330 Q80UI8 A2AT37 Q8BKX6 Q3UZS1 P29341 P61406 Q5RJH6 Q91VC3 Q9DB90 Q8VE18 Q3TF02 P61327 Q9CQ49 Q8CCV1 Q9CWZ3 Q149F3 G3UZW7 Q6ZWU9 Q99M28 Q76MZ3 Q8K3W3 P97461 Q4VAG4 Q58E35 P86048 Q9CQD0 P62911 Q545X8 P14206 Q9CPR4 Q0VBA4 Q3UYV9 Q3UC02 D3YYB0 Q5M9M4 Q5M9M0 G BETA:GAMMA SIGNALLING THROUGH CDC42%REACTOME%R-HSA-8964616.2 G beta:gamma signalling through CDC42 P29387 P63213 Q9CXP8 Q3U9V4 Q3TQ70 Q54AE3 Q6P8Y9 P63216 Q3UMY0 P61953 P50153 Q9DAS9 Q3UG14 Q9JMF3 Q3UGN1 Q61012 G5E884 F6WMJ3 SORAFENIB-RESISTANT KIT MUTANTS%REACTOME DATABASE ID RELEASE 96%9669936 Sorafenib-resistant KIT mutants P05532 SUMOYLATION OF TRANSCRIPTION COFACTORS%REACTOME%R-HSA-3899300.7 SUMOylation of transcription cofactors O35730 Q2M4G9 A0A286YDI1 P63280 Q3ULQ6 Q9DAY9 Q5D0E9 Q9QWH1 G3UZA7 O54714 Q6GQV9 Q3V116 P70365 Q9CQJ4 Q3URA3 Q60520 D3YY34 Q99LX0 Q8BJ14 B6ZI39 Q8CE59 Q9QXV1 Q80ZV7 Q3UKR0 Q8BTS0 O70343 Q80Z37 S4R1M2 A0A5F8MQ33 Q7TMI3 O55187 Q3UQU1 Q5EBP9 P23798 A0A0J9YU62 Q2LC58 Q8K392 Q8CBD1 DEFECTIVE SLC4A1 CAUSES HEREDITARY SPHEROCYTOSIS TYPE 4 (HSP4), DISTAL RENAL TUBULAR ACIDOSIS (DRTA) AND DRTA WITH HEMOLYTIC ANEMIA (DRTA-HA)%REACTOME DATABASE ID RELEASE 96%5619050 Defective SLC4A1 causes hereditary spherocytosis type 4 (HSP4), distal renal tubular acidosis (dRTA) and dRTA with hemolytic anemia (dRTA-HA) Q53ZN9 DEGRADATION OF THE EXTRACELLULAR MATRIX%REACTOME DATABASE ID RELEASE 96%1474228 Degradation of the extracellular matrix Q3UN27 Q8K4G2 Q07563 O08529 Q3TZ05 Q69Z28 Q9WTR0 Q61789 Q9D7J7 Q8C5B3 F8VQJ3 P53690 O88456 G5E874 Q3UHL7 Q921U7 Q8BSJ3 Q3UF24 P12032 Q8BNJ2 Q8BGP4 Q6GQT1 Q059V7 Q4VC17 Q3UCD9 Q3TTE6 P70677 Q3UP87 F8VQ15 O70138 G3X9F5 A0A0B6VPC4 Q3UG15 Q9WVM6 E9QJW9 P98063 A0A0R4J0K6 Q3UW68 Q3U7G2 Q9D805 Q9ESK3 Q3U435 Q9R118 Q4KL49 Q80VZ1 A0A2R8W6T9 Q9R1S8 O54732 Q6J756 P57748 P26262 Q68EF9 Q571A9 Q8R1K4 Q3TCW6 A0A3B2WCG9 Q9R0S2 Q922W6 Q9R0S3 Q9EPL5 Q3UW97 Q3UTF3 Q3UQT3 A0A1D5RLS3 Q0VGP9 A1L3D0 Q80X37 Q3U9V5 P18572 Q3TSQ8 Q547B5 Q3UKR1 A4QPC5 A0A0R4IZW5 P41245 Q792Y6 P23188 O88839 Q9CR35 Q543M3 P10493 Q6NZC0 Q545T0 E9PXU2 Q3V1T9 D3Z7B9 E9Q5L6 B7ZNH7 E9QPX1 P10605 Q91VF6 O35206 Q3UYK2 I7HJR1 P57716 Q0VF58 Q60847 Q52KG8 Q9D0D2 Q8BSZ5 Q3UG07 Q8BLX7 Q8BSX1 DISEASES OF NUCLEOTIDE METABOLISM%REACTOME%R-HSA-9735804.2 Diseases of nucleotide metabolism Q543K9 P08030 Q4FK28 P00493 G PROTEIN GATED POTASSIUM CHANNELS%REACTOME%R-HSA-1296059.4 G protein gated Potassium channels Q3ZAT1 P29387 Q9QYK8 P63213 Q544N3 Q3TQ70 Q6P8Y9 P63216 Q3UMY0 Q80T41 P61953 P50153 P48545 Q9JMF3 Q61012 Q9D3L6 Q9Z307 Q9CXP8 Q8C7Z5 Q3U9V4 Q54AE3 Q543W5 Q9WV18 Q9DAS9 Q3UG14 Q3UGN1 Q53Z04 Q8C8Y6 TRANSPORT AND METABOLISM OF PAPS%REACTOME%R-HSA-174362.8 Transport and metabolism of PAPS A0A494BB18 Q80ZD3 Q62273 Q6NZM8 Q91ZN5 F8WGD7 Q3UPH6 SYNTHESIS OF EPOXY (EET) AND DIHYDROXYEICOSATRIENOIC ACIDS (DHET)%REACTOME%R-HSA-2142670.3 Synthesis of epoxy (EET) and dihydroxyeicosatrienoic acids (DHET) Q91X77 Q05A20 Q3UTK2 Q9CVC8 B6VGH4 Q3UQ71 Q8CC91 CYP2E1 REACTIONS%REACTOME%R-HSA-211999.4 CYP2E1 reactions Q91X77 Q91X75 Q9DBX6 Q05421 P33267 Q9CVC8 Q9WUD0 Q9JKY7 EPHB-MEDIATED FORWARD SIGNALING%REACTOME%R-HSA-3928662.4 EPHB-mediated forward signaling E9PYG6 Q4VAE6 Q9WV32 Q6P1D6 G3X9V4 Q3TX55 Q9JM76 P43407 Q5SW83 Q8CEI0 Q9R0Q6 Q3TJI7 Q4KL81 Q3TR46 Q3TLP8 A2AI21 Q9CXQ9 Q3UE22 Q8C4B5 A0A571BEH9 Q3UR47 D3Z4R2 Q544Y7 Q61411 B2RRX1 D3YZ57 Q9CPW4 Q8BS94 K7Q751 Q9CVB6 Q3ULF7 G5E884 TRANSCRIPTION-COUPLED NUCLEOTIDE EXCISION REPAIR (TC-NER)%REACTOME%R-HSA-6781827.3 Transcription-Coupled Nucleotide Excision Repair (TC-NER) Q9QZH3 Q80ZH7 O35654 Q8BQS1 F8VPX1 Q80XH7 Q69ZQ2 O54956 Q99KP6 Q64267 Q3UV64 P0CG50 Q8BV13 Q14AI7 A2AQA7 Q8VBV7 Q3UQL2 Q9CZ04 Q3UEU6 Q3V3N6 Q3UIT2 E9PUM0 P62878 Q9D479 Q8R1N0 P97760 E9PWD3 Q8BFX0 Q8CFI7 P51949 E9Q6K1 P60898 Q8K2X8 Q7TPY0 P49135 Q3THG5 Q6PI63 Q3V214 Q3UZB8 A0A3Q4L2S8 A0A338P6M3 Q7TPV0 Q542U3 P61219 P62488 P08775 Q3TZV2 O35864 A0A0R4J091 Q3U1J4 P52431 Q3TCH7 Q3TP81 Q3TKD1 Q542J9 Q8R055 Q9CQ36 Q4KL82 Q9CQ71 Q9CRV6 Q3UWX7 Q9DCD2 F8VPZ5 Q5U4B1 Q8BH76 Q547B4 Q99J62 Q5SWN2 Q62193 Q5HZI8 O08856 RETINOID METABOLISM AND TRANSPORT%REACTOME%R-HSA-975634.4 Retinoid metabolism and transport H7BWY6 M0QWP1 Q3UEM0 Q7TQH7 Q3KNZ2 Q3V1F2 B2KF29 Q64519 Q6P8U6 P51655 Q3UJG0 Q8R3X6 Q64FW2 P43407 A0A087WPI6 E9QP56 Q8BKV1 Q05AC0 Q3U454 P09813 Q3U5S6 Q9Z1R3 Q3U538 Q5M9K1 A2ARV4 Q58EU7 Q9R1R8 P11152 Q059R7 B2RUR5 Q8BIV6 Q8BUJ9 H3BLN8 P06728 Q3U379 Q00623 Q52KG8 Q3TXU4 Q8K255 E9Q414 Q91WR5 Q3TWB2 A0A1L1SRE8 TRAF6 MEDIATED INDUCTION OF NFKB AND MAP KINASES UPON TLR7 8 OR 9 ACTIVATION%REACTOME DATABASE ID RELEASE 96%975138 TRAF6 mediated induction of NFkB and MAP kinases upon TLR7 8 or 9 activation Q3V1B5 Q8BN07 Q6GR78 Q3UEB8 Q9WTX6 P0CG50 Q4FJP7 Q80UF7 Q80ZA1 Q8C6X9 P41969 Q8BJQ4 Q52L79 Q548Y4 Q5D0E0 Q5SWN9 Q5SRW7 Q5NCN8 P01101 Q5SUR3 Q923A8 Q7TPD5 Q7TSJ7 B1AXN9 Q3U607 Q8C9D4 A0A286YDT6 Q60778 Q8CBT3 Q9Z1E3 Q3TMJ8 Q5SRY7 Q5U421 Q3U2P8 Q60521 Q8C094 P63085 Q8VC91 P25799 Q9D5S8 Q99K90 Q569Y6 Q8CE90 Q8CF89 A2RTT4 Q63844 Q09HN3 P70196 Q9EQU3 Q8K2U0 Q9WUI1 P63330 Q3U7M4 Q547H1 Q3TUH8 Q8BR10 L0CL36 Q8R4K2 Q8BFV3 Q3UY00 P04918 Q80SY9 Q540J8 E9QMH7 Q3UAR6 Q9CR56 Q5EBQ4 D3Z6V8 A0A1W2P715 Q810V8 F8VQ72 Q99JG7 Q76MZ3 Q8CBR9 Q3TL44 Q64HC9 Q8CEC5 E9QNX4 Q8CFA1 I3PQW8 Q60929 Q62151 Q91V89 E9PYI8 Q8VC16 Q3TY83 Q9D7X3 A0A0R4J174 Q3TAR6 Q599W9 E9QPQ6 Q8BIX1 Q3UV15 DEFECTIVE INHIBITION OF DNA RECOMBINATION AT TELOMERE DUE TO DAXX MUTATIONS%REACTOME%R-HSA-9670613.2 Defective Inhibition of DNA Recombination at Telomere Due to DAXX Mutations Q3UKR0 Q61687 RESPONSE TO ELEVATED PLATELET CYTOSOLIC CA2+%REACTOME%R-HSA-76005.4 Response to elevated platelet cytosolic Ca2+ Q549X6 Q3UP47 P70452 Q549X4 Q8BND5 Q9CXI5 B2RR26 P49766 J3JRU4 Q9ER67 Q5SVY2 Q8CAW4 Q921M7 Q61704 P70274 Q6GR78 Q64348 Q3UJC1 P97946 P97953 Q3UTF8 Q5NCU5 Q5F271 Q3UEK9 G3UVV6 Q5ND36 A6MDD3 Q8CDZ9 Q9CZP7 Q3UZF9 Q3TJY2 P12032 Q60770 Q8C2M0 E9Q5L2 E9Q137 Q6GQT1 Q91YU7 Q00897 Q546G4 P68404 Q8BQ43 O88783 P68368 Q6S9I3 Q4VA93 B2KF05 P09535 Q5SX50 P40124 Q8CAR0 B1AV14 Q8C6Z4 Q5FW75 Q8C5K0 Q8CA35 Q64727 P40240 Q80TM2 Q3UER8 E9PV24 E9QPU1 Q3UN66 O54890 Q3TGR2 E9Q467 A1BN54 Q3UNK5 Q6P8R3 Q9EQI5 G5E899 Q3U7T8 Q61592 Q9DB73 Q8C9G5 Q80YQ1 Q3TR66 Q9QUM0 Q8BFQ1 Q921I1 Q3UWD7 Q9CY42 G3X8T9 Q91XH6 Q8BH02 Q8K1I3 A0A0N4SVV4 Q8CFZ6 Q3V3W7 Q69ZY2 P47867 A0A146E664 P13609 P48036 Q8C7K6 Q01102 Q8R127 Q5FWB7 Q00731 Q9CZ30 Q3V1T9 Q19LI2 Q07797 Q549D0 Q3UJK4 F8WI14 A0A0R4J039 Q544Y7 Q9WVA4 P57785 P97290 Q8C139 Q6XLQ8 Q54AE5 Q548T0 Q3TEE6 Q549A5 Q00623 Q8BGA2 Q91VU0 A0A0R4IZW4 B7FAU9 A0A0R4J242 Q3ULT2 Q8BXZ1 DEVELOPMENTAL LINEAGES OF THE MAMMARY GLAND%REACTOME%R-HSA-9924644.2 Developmental Lineages of the Mammary Gland Q4FJT2 Q3UWD7 Q545E4 Q9CPQ2 O35565 ROBO RECEPTORS BIND AKAP5%REACTOME DATABASE ID RELEASE 96%9010642 ROBO receptors bind AKAP5 P05132 Q8K1M3 G3X8U7 H3BIV5 P68181 Q19AB2 Q4VA93 TLR3 DEFICIENCY - HSE%REACTOME DATABASE ID RELEASE 96%5602410 TLR3 deficiency - HSE Q99MB1 FOXO-MEDIATED TRANSCRIPTION OF CELL DEATH GENES%REACTOME DATABASE ID RELEASE 96%9614657 FOXO-mediated transcription of cell death genes Q4KL34 O35740 Q3V4A1 Q8BJ14 Q8C590 Q7TPS7 Q99MQ3 Q9WVH4 Q99PH8 Q6GQV9 Q3V405 Q9R1E0 Q9DBV7 Q544F9 Q6PEB3 INORGANIC ANION EXCHANGE BY SLC26 TRANSPORTERS%REACTOME%R-HSA-427601.5 Inorganic anion exchange by SLC26 transporters A0A0R4J0F7 Q9WVC8 Q80ZD3 Q9R155 Q62273 Q8R2Z3 Q8CIW6 Q3UPH6 TNFS BIND THEIR PHYSIOLOGICAL RECEPTORS%REACTOME DATABASE ID RELEASE 96%5669034 TNFs bind their physiological receptors Q542S2 Q3U479 Q545P4 O35235 A0A1W2P7D5 Q99PH8 Q3UK97 A0A0U5JAA8 Q8VD70 Q8R037 B2RR33 Q5D0F1 Q544U1 Q5F2A4 Q8BVA3 A5D8Y6 O88472 B1ASL3 Q9R187 Q60846 Q3U4X0 Q05A52 Q7TS55 Q3KP88 Q540M6 B6DXE3 Q3UV69 TOLL LIKE RECEPTOR 3 (TLR3) CASCADE%REACTOME DATABASE ID RELEASE 96%168164 Toll Like Receptor 3 (TLR3) Cascade Q3V1B5 Q8BN07 Q6GR78 Q3UEB8 Q9WTX6 E9PZP3 Q542T3 P0CG50 Q3UHJ1 Q80UF7 Q80ZA1 Q8C2D3 Q9R0T8 Q8C6X9 P41969 Q61160 Q8K3K8 Q52L79 Q548Y4 Q3UFQ4 Q5D0E0 Q5SWN9 Q62210 Q5NCN8 P01101 Q5SUR3 Q923A8 Q7TPD5 Q7TSJ7 B1AXN9 Q3U607 Q8C9D4 A0A286YDT6 Q60855 Q60778 Q8CBT3 Q9Z1E3 Q3TMJ8 Q5SRY7 Q5U421 Q3U2P8 Q60521 Q3TSE5 Q8C094 P63085 Q8VC91 P25799 Q9D5S8 Q4QQL2 Q99K90 Q569Y6 Q8CE90 Q8CF89 A2RTT4 Q63844 P70196 Q09HN3 Q8K2U0 Q9WUI1 P63330 A1L361 Q547H1 Q3TUH8 Q3U9K6 Q8BR10 Q8BFV3 Q3UY00 P04918 Q80SY9 Q540J8 E9QMH7 Q3UAR6 Q9CR56 Q5EBQ4 A0A1W2P715 Q810V8 Q99JG7 Q76MZ3 Q8CBR9 Q3TL44 Q8CEC5 E9QNX4 Q8CFA1 I3PQW8 Q60929 Q62151 Q91V89 E9PYI8 Q8VC16 Q3TY83 Q9D7X3 Q3TAR6 Q8BIX1 Q99MB1 Q3UV15 SPOP-MEDIATED PROTEASOMAL DEGRADATION OF PD-L1(CD274)%REACTOME DATABASE ID RELEASE 96%9929491 SPOP-mediated proteasomal degradation of PD-L1(CD274) Q9CTE0 Q3U472 A8IP69 P54775 Q3UPK6 Q9CPS5 Q8CDH5 Q8BVQ9 P62196 B2RT97 P0CG50 G3UZX4 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q790L7 P62878 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q9DBZ2 Q3TXS7 P70195 Q545C3 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 SIGNALING BY MAPK MUTANTS%REACTOME%R-HSA-9652817.2 Signaling by MAPK mutants Q6PCP3 Q3TY83 Q7TSZ9 A0A1W2P715 Q7TNL7 Q9ESS0 P63085 FLT3 SIGNALING THROUGH SRC FAMILY KINASES%REACTOME DATABASE ID RELEASE 96%9706374 FLT3 signaling through SRC family kinases D3YZ57 E9Q696 A9QW46 Q6P1E0 Q3UEW6 P08103 DEFECTIVE SLC34A1 CAUSES HYPOPHOSPHATEMIC NEPHROLITHIASIS OSTEOPOROSIS 1 (NPHLOP1)%REACTOME%R-HSA-5619040.4 Defective SLC34A1 causes hypophosphatemic nephrolithiasis osteoporosis 1 (NPHLOP1) Q9D2V6 TWIK-RELATED SPINAL CORD K+ CHANNEL (TRESK)%REACTOME%R-HSA-1299344.3 TWIK-related spinal cord K+ channel (TRESK) Q6VV64 ADENOSINE P1 RECEPTORS%REACTOME%R-HSA-417973.3 Adenosine P1 receptors Q3U4C5 Q8CAU3 Q8CAH1 Q60614 MET ACTIVATES PI3K AKT SIGNALING%REACTOME DATABASE ID RELEASE 96%8851907 MET activates PI3K AKT signaling F8VQL0 Q8C9G5 P42337 Q8C7P2 Q505A4 NUCLEOTIDE CATABOLISM%REACTOME%R-HSA-8956319.4 Nucleotide catabolism Q8BG93 Q0VEE0 Q9CVF2 Q8K0L2 Q6P3D0 Q9JKX6 Q99KS6 Q8CDV7 Q3U0P5 Q8VCE6 Q548F2 Q5SUC8 E9Q9M1 Q3UEK4 A3KFX0 A2A9X5 Q8R093 Q80VJ3 H7BWY3 Q99N42 Q60710 Q3TCT4 Q8CHR6 Q9EQF5 Q921R1 Q8BFW6 Q8BSQ5 Q60I30 Q543K9 Q3TQC7 NITRIC OXIDE STIMULATES GUANYLATE CYCLASE%REACTOME DATABASE ID RELEASE 96%392154 Nitric oxide stimulates guanylate cyclase Q9ERL9 Q7TPG2 Q9CZM9 Q80YP4 A0A0G2JF67 Q8C8N0 Q9DBS6 A2ASF9 Q8CAH8 Q3UH83 Q9JIN6 P0C1Q2 P29477 F8WGF2 Q5SQK1 Q8C5P3 Q5PR72 Q3UXG3 Q3UR44 Q8BSU4 REGULATION OF MITF-M-DEPENDENT GENES INVOLVED IN EXTRACELLULAR MATRIX, FOCAL ADHESION AND EPITHELIAL-TO-MESENCHYMAL TRANSITION%REACTOME%R-HSA-9926550.1 Regulation of MITF-M-dependent genes involved in extracellular matrix, focal adhesion and epithelial-to-mesenchymal transition Q8BSI9 Q3UQ28 A0A0R4IZW5 Q64318 G5E899 F8VQ28 Q810K9 Q62469 A0A0R4J0D3 Q60I23 Q8C8K0 DEFECTIVE HOMOLOGOUS RECOMBINATION REPAIR (HRR) DUE TO BRCA1 LOSS OF FUNCTION%REACTOME DATABASE ID RELEASE 96%9701192 Defective homologous recombination repair (HRR) due to BRCA1 loss of function Q5SV02 Q5SXJ3 O70445 Q8BWH5 Q3TV35 A0A0R4J1H1 Q9R207 Q80YR6 Q3UJQ1 O35719 Q9CX47 Q6ZQJ5 E9PZ97 Q924H5 D3YVU6 P97929 Q3UGT8 Q5NCT2 Q9QZ11 Q6NV63 Q08297 B9EHX4 Q8BRV3 MODULATION OF HOST RESPONSES BY IFN-STIMULATED GENES%REACTOME%R-HSA-9909505.2 Modulation of host responses by IFN-stimulated genes Q4FJR9 F6VAN0 Q3TU94 Q9D1E1 Q4FJN2 A1L0V6 Q3TGP5 Q3U7T8 Q9DBK7 Q8CBT3 Q9Z1K5 Q9BDB7 Q9QZU9 Q8VC91 Q7TQC8 Q5D0E0 DEFECTIVE SLC5A2 CAUSES RENAL GLUCOSURIA (GLYS1)%REACTOME DATABASE ID RELEASE 96%5658208 Defective SLC5A2 causes renal glucosuria (GLYS1) DEGRADATION OF GLI2 BY THE PROTEASOME%REACTOME DATABASE ID RELEASE 96%5610783 Degradation of GLI2 by the proteasome Q6PJ87 Q5KU03 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 P68181 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q5SUR3 P62878 Q14AQ1 Q58EV4 Q8BKI7 O55234 Q542H2 Q5BKQ9 Q9JKV1 A0A286YDT6 P05132 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3U0Z8 Q3TKV1 DOWNSTREAM SIGNALING OF ACTIVATED FGFR4%REACTOME%R-HSA-5654716.3 Downstream signaling of activated FGFR4 Q8C180 P42337 Q8C7P2 Q505A4 Q91WJ0 Q790L8 P35235 A0A7U3JW97 A0A0R4IZY3 Q62077 A0A7U3JW51 Q9D091 Q8C399 Q6ZWS1 Q61411 A0A7U3L6F4 Q541T2 Q3USK4 Q99N32 Q3U1V5 A0A7U3JW80 E9Q2N2 CELL DIVISION%REACTOME%R-HSA-68884.6 cell division P97329 A0A1D5RLR7 F8WHU5 Q6KCD5 F8WHU7 E9Q5G3 Q9CU62 Q3TG35 E9QPI5 Q3TG33 B7ZP47 Q3TPZ2 Q3TMK9 2-LTR CIRCLE FORMATION%REACTOME%R-HSA-164843.4 2-LTR circle formation Q566K0 A0A0R4J187 O54962 A0A0R4J024 Q8BTF7 P27641 A2BI12 DEFECTIVE SLC12A6 CAUSES AGENESIS OF THE CORPUS CALLOSUM, WITH PERIPHERAL NEUROPATHY (ACCPN)%REACTOME DATABASE ID RELEASE 96%5619039 Defective SLC12A6 causes agenesis of the corpus callosum, with peripheral neuropathy (ACCPN) Q3V0N8 DEFECTIVE GALT CAN CAUSE GALCT%REACTOME%R-HSA-5609978.5 Defective GALT can cause GALCT Q3TQJ2 RNA POLYMERASE II TRANSCRIPTION ELONGATION%REACTOME%R-HSA-75955.4 RNA Polymerase II Transcription Elongation Q7TSG2 Q8C4Y3 Q8K2T8 Q5XJE5 Q9CTY6 D6RDC7 Q3UWU8 B7ZNX0 Q05CJ7 Q9ERL0 Q9D2P1 Q9D4C5 A0A1D5RLV0 Q3U5E6 P97760 E9PWD3 Q8BFX0 Q3THK3 Q8CFI7 P51949 E9Q6K1 P60898 Q8K2X8 Q7TPY0 P49135 Q3THG5 Q3UMJ4 Q6PI63 Q3V214 Q3UZB8 A0A3Q4L2S8 A0A338P6M3 O55201 Q7TPV0 Q542U3 P61219 P62488 P08775 Q9CQ49 Q8BG30 Q3UIA1 G3X956 Q3U3M5 Q3UWX7 A0A087WNT1 Q922L6 Q08943 P63271 Q9QWV9 Q99J95 Q3UYV9 Q8CB77 Q7TQK0 O08856 ANTIGEN ACTIVATES B CELL RECEPTOR (BCR) LEADING TO GENERATION OF SECOND MESSENGERS%REACTOME%R-HSA-983695.6 Antigen activates B Cell Receptor (BCR) leading to generation of second messengers Q3UL29 B7ZMP6 Q8CED6 Q8C7P2 Q6P1E0 P35329 P15530 D3YWR2 Q8CI98 Q9EQ32 Q3UCJ0 Q8CEI0 P11911 Q80SW1 Q8CIH5 P70227 Q8VDU4 A0A1B0GRA5 Q8C8N0 P16277 Q3TT90 P35991 D3YZ57 Q3USK4 Q3TQG5 A3KCG1 Q8BH99 Q14BR6 MEIOSIS%REACTOME%R-HSA-1500620.4 Meiosis Q5SV02 B2RTK3 Q8CGP7 Q3TQQ9 Q80YR6 Q149V4 Q91VL8 B2RS36 Q9CU62 P14733 Q3V252 S4R1M3 Q8R1M2 Q9JK91 Q8BZC3 A0A0R4IZY8 Q91WC1 Q8C610 Q8K396 Q64524 C4PFH5 Q7TNA7 Q9WTK8 P10853 Q3UGB9 Q545C3 E9QM06 P68433 Q8K1K3 B2RWH3 Q64475 Q64478 P63280 C0HKE5 Q9D2U9 Q3TG35 Q6ZWY9 Q3TG33 P27661 O70576 Q9CUU3 Q62209 Q5NCT2 Q80T95 Q9D666 B9EHX4 E7D6R1 Q8BRV3 Q9CR81 Q91XW8 A1L2Z0 E9PYH4 Q6ZWQ0 Q9D495 Q9CQ71 Q8C5S7 A2RSE7 Q9R207 E9Q4V2 Q8BPY9 F8WHU7 E9PZ97 A3KPD0 P17156 Q924H5 Q5SWN2 P84228 Q8CGP2 P97929 Q8CGP0 Q62193 Q6NV63 Q08297 Q4QQM3 Q3TMK9 PROTEIN HYDROXYLATION%REACTOME%R-HSA-9629569.1 Protein hydroxylation B2WTI2 Q9CXT6 Q9JJF3 P16294 Q9D7J8 Q5NBZ3 Q3TIV5 Q8CD15 Q3U0K8 Q9QXB9 Q8BTU7 Q9CQK7 Q8BFT6 Q3TF02 ION INFLUX EFFLUX AT HOST-PATHOGEN INTERFACE%REACTOME%R-HSA-6803544.3 Ion influx efflux at host-pathogen interface A2AG68 Q9CZG9 O08997 P41251 PKA ACTIVATION%REACTOME%R-HSA-163615.6 PKA activation Q80TY9 O88444 Q3UU15 Q3V1Q3 Q3TY04 P84309 Q3UUN2 Q91WF3 P05132 A0A2I3BRC5 Q8K1M3 Q9DBC7 P68181 E9Q706 H3BK84 DEFECTIVE CYP21A2 CAUSES AH3%REACTOME DATABASE ID RELEASE 96%5579021 Defective CYP21A2 causes AH3 Q3UJ92 PTK6 REGULATES PROTEINS INVOLVED IN RNA PROCESSING%REACTOME DATABASE ID RELEASE 96%8849468 PTK6 Regulates Proteins Involved in RNA Processing Q60749 Q9WU01 Q9R226 Q05AA8 Q8VIJ6 INTRACELLULAR OXYGEN TRANSPORT%REACTOME%R-HSA-8981607.3 Intracellular oxygen transport Q5ZPR7 Q3UVB1 Q546K1 REGULATION OF APOPTOSIS%REACTOME DATABASE ID RELEASE 96%169911 Regulation of Apoptosis P54775 Q3UPK6 Q9CPS5 Q5DTJ2 Q8BVQ9 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q9D8H7 Q3TV35 O35593 Q9R1P3 P58281 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q8C9L7 Q3TS44 Q99JI4 Q3TKV1 TWIK-RELATED ALKALINE PH ACTIVATED K+ CHANNEL (TALK)%REACTOME%R-HSA-1299361.3 TWIK-related alkaline pH activated K+ channel (TALK) G5E845 DEFECTIVE ABCB6 CAUSES MCOPCB7%REACTOME DATABASE ID RELEASE 96%5683371 Defective ABCB6 causes MCOPCB7 Q9DC29 TRANSLATION OF STRUCTURAL PROTEINS%REACTOME%R-HSA-9694635.5 Translation of Structural Proteins P61804 Q5SUC3 P0CG50 Q9CX58 O54734 Q8CBI1 Q3URR1 Q8BMR3 Q3U573 Q78XF5 E9PYK3 H7BWY5 Q2NL51 Q9D306 Q3UFE4 Q3U518 Q7TMM8 P59268 G5E856 Q5Y5T1 Q8CIE4 Q8C4L1 Q2EMV9 P63280 Q80UM7 F8WIK2 Q8C3J2 A2AJ15 Q6PJ87 Q5KU03 Q812G0 Q921V5 Q544F0 Q14AK4 Q60FD1 Q8BJT9 A0A571BEV7 Q91Y74 A0A7N9VR83 Q91W53 Q544T4 Q8BM62 Q2TGE7 Q11204 P70277 Q059T5 Q544M3 A2ADH1 P59267 B2X2D8 Q8VDZ4 A1A4T2 Q812F8 A0A0R4J0D3 Q9DBG6 VIRAL MRNA TRANSLATION%REACTOME DATABASE ID RELEASE 96%192823 Viral mRNA Translation Q5YLW3 Q9CQR2 P62264 E9Q179 Q6ZWN5 Q4FZH2 Q8BP67 Q5M9N8 Q642K1 Q9CXW4 P62717 Q561N5 Q5M9K7 P62830 P99027 Q9D823 Q3UFV9 Q505A8 Q58EA6 Q4FZE6 Q9CZX8 Q6ZWU9 Q564E8 Q5I0T8 Q497N1 Q5CZY9 P97461 Q4VAG4 Q58E35 P86048 Q9CQD0 P62911 Q545X8 P14206 Q9CPR4 Q0VBA4 Q3UC02 D3YYB0 Q5M9M4 Q5M9M0 BINDING AND UPTAKE OF LIGANDS BY SCAVENGER RECEPTORS%REACTOME DATABASE ID RELEASE 96%2173782 Binding and Uptake of Ligands by Scavenger Receptors B2MWM9 Q80Y52 Q3UBS3 P01592 Q68EF1 Q91X72 E5RKF9 Q07456 B2RQQ8 Q9CPX4 Q3TVI5 Q61699 P35700 Q5NCU5 Q8C6Z4 Q3UP42 Q8BV57 Q9QWK4 A8DUK0 Q8K4Q8 A2RT24 P04918 Q3U454 Q8CED7 Q920H1 Q8K299 P09528 B7ZMW6 Q9JKR6 Q3TX57 Q91VB8 P11087 G3X973 Q546G4 Q00623 Q3TXU4 Q3UAD6 E9Q414 P02463 A0A1Y7VKG6 DISEASES ASSOCIATED WITH SURFACTANT METABOLISM%REACTOME DATABASE ID RELEASE 96%5687613 Diseases associated with surfactant metabolism Q6P8P8 Q00941 Q9DBP0 P50404 Q3U1Z1 Q9CQI1 Q6AXE3 S4R2L6 NEGATIVE REGULATION OF FGFR1 SIGNALING%REACTOME%R-HSA-5654726.4 Negative regulation of FGFR1 signaling Q8C180 Q3U1I8 Q63844 B2RS85 Q0VER9 Q8BN07 Q0VG15 P35235 Q76MZ3 O35565 Q8C399 P28028 Q6ZWS1 A0A0X1KG61 A0A7U3L6F4 P63330 Q541T2 Q3U1V5 P0CG50 A0A7U3JW80 E9Q2N2 P63085 SCF(SKP2)-MEDIATED DEGRADATION OF P27 P21%REACTOME%R-HSA-187577.5 SCF(Skp2)-mediated degradation of p27 p21 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q61457 Q9R1P0 Q3TV35 Q544H6 O35593 Q9R1P3 Q5SUR3 Q790L7 P51943 Q14AQ1 Q564P6 Q58EV4 O55234 Q569Z9 Q542H2 Q5BKQ9 Q9JKV1 Q3UGB9 Q3TXS7 P70195 Q545C3 P61025 P46414 Q60692 E0CXB1 Q61456 Q6RI64 Q3TS44 Q05AA8 Q99JI4 Q3TKV1 GPCR DOWNSTREAM SIGNALLING%REACTOME%R-HSA-388396.8 GPCR downstream signalling Q63810 P63328 Q9Z1S3 G3X8U7 Q6GR78 P84309 Q543F6 Q91WF3 B2RVZ3 A0A2I3BRC5 Q542R8 Q922R0 Q9DC51 P68181 E9Q706 O88444 Q5U7A4 Q3TY04 Q3U9V4 Q60614 Q3UUN2 Q3TNJ3 Q9Z0L6 P35991 Q99JA4 Q80ZS9 B2RSH2 A0A0R4J003 Q3UG14 Q3UGN1 Q920A1 A0A158RFU9 H3BK84 Q0P543 Q60755 Q8CIT0 P29387 P97751 Q80TY9 Q6NXJ9 Q7TNK8 Q3UU15 P63213 Q3V1Q3 Q546Q8 Q3TQ70 P08752 Q6P8Y9 P48756 P63216 Q3UMY0 P61953 P50153 Q9WUP0 Q9WUP1 Q9JMF3 Q61012 Q80SW1 Q8CCM0 Q924X4 P41593 Q91V95 Q544X5 P70227 P55095 Q91UZ1 Q3V1A7 Q8C8N0 Q9CXP8 Q8BJT8 P97297 Q54AE3 P12968 P05132 A2AR99 A0A1B0GR43 Q9DAS9 Q8BL41 P32082 Q3ZAT0 Q3UN81 O35659 Q8BW40 Q8CED6 F8WIS9 Q8C078 Q3UN66 Q80T41 Q8VBY2 P70392 Q5NCN8 Q7TPD5 B1AXN9 Q9WV18 Q8BHK8 Q3UTH8 Q6P1D6 P63330 P20612 P15409 P04918 Q76MZ3 Q91V89 Q8BIX1 P01027 P06684 Q8BN07 Q3U1H9 Q545V4 Q3UUQ5 Q3SWS4 A0A0N4SVY6 Q9WU02 Q8JZL2 Q8CI86 Q4VA93 Q3UPW0 Q3V3V2 A2AE33 Q9DBC7 Q8BGR3 Q8CE74 Q3UZW2 Q9JKT3 Q8K1Z6 P30875 Q543T0 Q3UXE9 Q543S8 Q6IYF8 Q3U1E8 Q91X56 Q3U6Q4 Q542U1 Q642U4 Q3V2F3 A1A4T4 Q14AA9 Q3V2F0 P30730 Q6PDF2 G3X986 Q9JL21 Q543U8 P51682 Q543U6 Q9Z0L1 Q3U1J5 Q8CAU3 Q8BMP4 Q14AC3 Q9EQ16 Q543X1 P50228 G5E884 A0A0R4J0T3 P51680 Q3UXY8 Q5QNV9 A0A0R4J0W1 Q3UHZ0 Q9D1T9 P31750 Q9WVF5 Q78U67 Q8C7P2 P70263 Q548V9 Q8CAH1 Q61041 Q7M721 Q7M720 P30935 Q9QY42 Q7M725 Q3U4C5 Q6VZZ7 E9PZR8 Q3U5H1 Q544P9 Q3ZB17 G3XA00 P35343 Q5SVU3 Q7M708 Q8C5Q7 Q0VB35 Q0VBT7 Q9JIL2 A2RSW3 P42337 Q3SWR9 Q8VDU4 Q9EQI5 P49681 Q3U5L7 Q543X3 Q9Z2J6 Q9JHH5 Q8BKB0 Q925I4 Q9QYS2 Q8BYC4 Q8BVW4 Q8CBS2 Q32MD7 P56479 Q80WT4 A2CFE9 P30731 Q544F4 Q3UPG3 Q542B6 E9PVU7 Q496X5 Q60829 Q8CA29 O08790 Q5PR72 G5E8D5 Q0VDU3 G3X9G6 O08908 A2AIV3 P56485 Q9D677 Q3V002 Q6P5G2 P59529 Q3UEI1 Q6W5C0 Q8C6X4 A0A0R4J100 Q9WUT7 A8IK50 Q546L4 P0C5I1 P59530 D3Z289 Q3U6B2 Q7TPG2 P59532 Q0VGT5 Q3UR83 Q3TUD0 O54897 Q5XZF2 Q8C5J7 B9EII2 B2RR84 Q925D8 O88502 O88410 Q8BI47 Q8BFQ1 Q8BL07 Q4VAE6 Q05BD6 G3UYX5 Q6P9R4 Q9WV08 Q9EP84 P97492 Q5ERJ2 P0C1Q2 Q14BV9 Q810W6 P47774 P51491 P56469 Q91VE4 Q3V1K5 A1L151 Q14BI2 A0A140T8J4 O88853 Q69ZK0 Q7TQB8 D3YYY8 Q7TQA4 Q7TQA5 Q9WUK7 Q7TQA6 P09055 Q3UEX0 Q0VBA6 P18340 Q8C474 Q8BLP9 A0A385KNU8 A0A0R4J1D6 O08858 Q8CC99 Q3US12 Q0KL02 P52592 Q8C4B5 D3Z4R2 Q545V6 Q04683 Q544B5 Q9Z0U9 B2RQM3 P47936 O35188 A0A0F7RQR1 Q543A9 F8VQN3 Q99MT6 A2RTH0 P33766 Q3V334 Q8C067 Q3SXF8 Q9D8I2 Q4FJV4 Q3U5C8 P30678 Q3UFN1 P62137 Q3UPA1 Q3UTM5 Q8CBT5 Q3UHH5 Q3UUR0 G3X8W6 Q76JU9 Q80XD3 Q3V249 Q6S9I3 Q9QXZ9 O08675 A0A1Y7VN85 Q544V2 P58308 Q8BZ39 A0A0A0MQ87 Q4VA56 Q3TJ94 P29754 Q8K1M3 A1KXK3 Q542U0 H7BX38 Q8VCK6 D3Z621 Q8BMJ5 Q8BR34 A2ACT4 P56942 Q542T1 Q8CDT4 Q05AD1 Q8BLG2 Q9JL25 A0A0R4J0N8 Z4YJQ4 Q922W6 O54798 Q14AB2 Q14A28 Q059S5 P21729 Q0VDP6 A0A0R4J289 O88536 Q8R1I2 Q8BFQ3 P30558 P32299 G3X9K0 Q3UQ86 Q3V0U2 Q9WVA8 P48757 P22389 P30548 E0CY28 Q9QY96 Q3TPL0 Q8R041 O88634 Q547R2 Q8BZV9 Q544K2 Q149W7 Q62361 Q3TST4 Q6P8H4 Q9JKL1 Q5D078 Q3TU81 Q8BFU7 A7VJD3 Q8BFU4 Q3UTR7 Q541G7 Q8BMC0 Q08AU6 O08849 Q0VEH1 Q4VA00 I0J0X7 Q3UTE9 Q8BNT7 B2RS62 A0A250SH12 Q8K443 Q544B4 P0C0P8 Q0VBD7 Q3ZB46 Q5FW64 E9Q468 Q9Z282 Q6NS65 Q91YU8 C5H7S2 A0A0A6YWD0 Q9JL06 Q0VBE5 Q924H0 Q32MS1 Q6P8R3 Q61614 Q8CE23 Q9JJL9 Q3UZ41 S4R1K3 Q3V2S5 P47937 V9GXQ3 Q9D3P9 Q8K4Z6 A0A1C7ZMY0 P55099 Q8BUD0 Q62035 A1KZZ4 Q80YP5 Q01338 Q925K6 Q01337 Q3UQ25 Q9D5W0 Q53YN4 Q9DBX5 Q7TS64 Q9DBS6 A2ASF9 Q3UXW9 P30993 Q8CCQ1 Q8BVT9 Q6NV56 P57774 Q3UVW8 P68404 Q920N8 Q9QUG9 Q496T0 P01193 Q544E0 A0JP53 D3YWQ0 Q6DIC8 P56450 Q8C413 Q91WC9 O88673 A2APU5 A4FU75 Q6P5E8 Q99LR1 Q9D375 Q6NS52 P16054 A2AHK0 Q9R1C6 P48302 Q3UKY1 Q6R6I7 E9Q0U9 A0A0B6VTJ4 Q5RL10 A2RTV8 Q810V8 Q5Y988 A2AIY3 Q544G7 Q5Y985 Q8CHK2 E9PUF7 Q3USZ7 E9Q4F3 A0A0F7RQH1 Q3UGZ6 Q80U35 Q8BWG8 Q07139 Q68FM7 G5E825 A0A2X0SFN9 A2AWP8 Q7TSI6 J3JS97 A0A140LJJ5 Q4FJM5 Q9R0C8 H3BJ45 Q91ZT5 Q9DBL0 Q5FW61 Q8BZV1 Q3TNB8 Q80VK6 Q66JY6 B2RWT9 Q9D034 G5E8T4 Q6ZPF3 A2ANQ2 A0A0R4J0X8 E9Q5R6 F6WMJ3 Q3TQN9 Q5FWH6 B1AS67 Q3UG32 Q3TR46 Q8BWA8 P27600 Q62159 Q3UPH7 E9QK62 Q8BY35 P05480 Q3UE22 Q61411 Q3USK4 P63085 Q920H4 A0A1B0GSX9 Q549B6 Q61616 B2RTA0 Q543D4 Q63844 P12657 P18762 Q14AW8 Q5QD04 Q5QD06 S4R2T0 A0A494BA82 B3Y5T0 Q9D091 Q542R4 Q3UVG4 Q61224 Q543V2 P34971 B6VJS3 Q0VBU3 P51436 Q02152 Q5QD13 Q9ERZ4 Q2M2N7 Q5QD17 Q3UP63 Q0VES5 B2RQS5 Q0VEC4 Q923Y8 E9PUE7 Q80XK0 SYNTHESIS OF UDP-N-ACETYL-GLUCOSAMINE%REACTOME%R-HSA-446210.4 Synthesis of UDP-N-acetyl-glucosamine Q3V0X4 F6UP77 Q3UHZ7 Q8BWW3 P47856 D6RHA2 Q9D997 A0A2I3BQY4 TERMINATION OF TRANSLESION DNA SYNTHESIS%REACTOME%R-HSA-5656169.2 Termination of translesion DNA synthesis Q4FJR9 O35654 Q80XH7 Q9DBK7 O54956 P0CG50 A0A0R4J091 P52431 Q3TKD1 Q542J9 A6PWR8 P52479 Q9QZU9 Q9JJN0 E9QJU6 Q9CQX4 Q920Q2 Q9CQ36 Q4KL82 Q9CQ71 Q9CRV6 Q3TU94 Q5U4B1 Q8BH76 Q547B4 Q99J62 Q5SWN2 Q62193 Q5HZI8 PTEN REGULATION%REACTOME%R-HSA-6807070.4 PTEN Regulation Q4FK48 A0A140T8R7 P54775 Q3UPK6 Q9CPS5 Q8BVQ9 Q60989 P62196 B2RT97 P0CG50 E9QMN5 Q80ZA1 Q3TKG4 Q542I9 A1L3B8 P14685 Q8BM83 Q52L79 Q545G0 Q78ZM1 P49722 Q9D8W5 Q3TMT1 P99026 Q9R1P0 Q6ZQ88 Q3TV35 Q3UII8 O35593 Q9R1P3 Q14AQ1 Q58EV4 O55234 Q9WUD1 Q542H2 Q5BKQ9 Q8BSJ6 Q9JKV1 Q2KHS8 Q3TXS7 P70195 Q9R190 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 B2RSC8 Q6GU14 Q3UUT8 Q6PFX9 A0A1Y7VKW0 Q5BKP2 Q3UZ96 B1AZ99 Q3TXI7 Q9CTM5 Q922K9 Q3UES3 Q8C5H3 Q8CE74 Q8VHR5 Q58E49 Q9CS58 H9T841 Q921E6 Q9DB86 F8V330 Q8CJF9 P31750 E9PXW8 F8VPX1 Q8CDH5 Q9CYI8 Q8VD67 Q9QWH1 B1ATC3 Q9JLN9 Q3UHK8 G3UZX4 Q3V116 Q9CQJ4 Q3URA3 A0A3Q4EC26 D3YY34 Q9DBY5 Q9QXV1 Q6P9T4 Q60972 O55187 Q2LC58 Q8CF66 O35126 Q6NTA4 P63085 Q9CQ22 Q9D0U6 Q8BGD6 Q8C6X4 G3UW70 O35730 Q63844 Q99K70 Q6AXH7 Q80X95 A4FUW1 Q3UQ34 B1AWT3 Q9JHS3 Q8BJP2 Q3UD86 E9PW15 Q8K0T3 Q8CAT6 Q8CBR9 Q9Z2D8 Q9JM08 DEFECTIVE MISMATCH REPAIR ASSOCIATED WITH MSH6%REACTOME DATABASE ID RELEASE 96%5632968 Defective Mismatch Repair Associated With MSH6 P54276 Q3TZI5 NOSTRIN MEDIATED ENOS TRAFFICKING%REACTOME%R-HSA-203641.3 NOSTRIN mediated eNOS trafficking Q3TCR7 Q9CXQ9 Q8C5P3 Q6WKZ7 P49817 HATS ACETYLATE HISTONES%REACTOME DATABASE ID RELEASE 96%3214847 HATs acetylate histones Q6ZQF7 B2RTK3 Q7TNR8 Q9JI44 Q8CGP7 Q9WVG9 A0A0G2JGY6 A0A286YDW9 Q149V4 Q3UJQ1 Q8CGY8 Q8BLG0 Q3TXT7 Q99LQ1 Q91WV0 B1AUX2 Q8CHV6 Q3U1C2 Q9DA08 Q64524 Q6P3Z8 Q8BQR4 P10853 A2RSY1 A2A5Y4 Q9D1P2 Q64525 B2RRX1 D3YTT9 Q8CID0 Q9D8Y8 E9QLK7 Q8R0L9 A0ABA7IXJ6 B9EKJ4 Q2VPQ9 Q505L1 Q8CHI8 B2RWH3 Q64475 Q64478 C0HKE5 B2KF05 Q9D2U9 B2RR30 Q6ZWY9 Q6GQV9 P70365 Q8C5H3 Q9CR11 Q8BK75 Q8BJ14 P61965 Q62481 Q8CE59 Q8BRF1 Q7TT37 Q99L85 Q8CBR9 Q3UT56 Q8BY71 Q8VI33 Q5DU02 Q6ZPI0 Q569V4 Q64522 A0A2I3BRK6 G3X940 A0A140T8R5 A2AB79 Q91WQ5 Q8CGP4 Q9CZV5 A3KPD0 D3YZC8 Q8CGP5 Q9R0Q4 Q6PDM1 Q9ER73 Q8C9W6 Q3UGU8 P84228 Q8BVY4 Q8CGP2 H3BK01 Q9DAT2 Q8CGP0 Q91WG4 Q8C0D7 Q9CZX0 Q99LM9 D3YUP8 Q9CTY1 Q69ZF8 PI5P REGULATES TP53 ACETYLATION%REACTOME DATABASE ID RELEASE 96%6811555 PI5P Regulates TP53 Acetylation F8WHW3 Q3UJ95 Q544E3 Q60521 Q8BJ14 Q80ZA1 B6ZI39 Q9QUR7 SIGNALING BY APC MUTANTS%REACTOME DATABASE ID RELEASE 96%4839744 Signaling by APC mutants Q7TS75 Q14DJ8 Q8BN07 Q6ZQK4 Q6PJ87 Q6PD03 Q76MZ3 Q5KU03 Q91V89 P63330 Q6PD28 Q8BIX1 Q61151 Q8BNP7 DEFECTIVE SLC34A2 CAUSES PALM%REACTOME%R-HSA-5687583.4 Defective SLC34A2 causes PALM Q9DBP0 COX REACTIONS%REACTOME DATABASE ID RELEASE 96%140180 COX reactions Q543T1 TGFBR2 KINASE DOMAIN MUTANTS IN CANCER%REACTOME%R-HSA-3645790.4 TGFBR2 Kinase Domain Mutants in Cancer Q3UNK5 Q8BQS9 Q9D5H8 HSF1 ACTIVATION%REACTOME DATABASE ID RELEASE 96%3371511 HSF1 activation Q01853 Q71LX8 Q9CQ71 Q5SWN2 Q80Y52 Q9CQZ1 Q3UG37 Q62193 Q52L52 Q5SS40 DEFECTIVE RHAG CAUSES REGULATOR TYPE RH-NULL HEMOLYTIC ANEMIA (RHN)%REACTOME%R-HSA-5619042.4 Defective RHAG causes regulator type Rh-null hemolytic anemia (RHN) A0A3B2WBH6 METABOLISM%REACTOME%R-HSA-1430728.16 Metabolism O08915 Q9JLB4 Q8VCU1 Q9DCN2 Q9Z2J0 Q544Z9 P68181 Q9EPR4 Q3UJG0 A0A087WPI6 E9QP56 Q8BGY6 Q8BPY1 P09813 Q8C142 Q9Z1P8 Q8C7G5 P11152 Q99JB7 Q60932 P06728 Q546G4 A0A1L1SRE8 Q91X41 O88844 A0A0R4J092 Q6ZPE2 Q8CC47 Q6P572 Q8BHA9 Q8CBQ5 Q543D2 Z4YLR0 A0A1S6GWJ7 Q9WUB3 A0A5F8MPK9 Q1RLK6 Q8CAA7 P61022 Q7TMB3 Q9DB30 Q9D5J6 Q8R3H7 Q3UY35 E9Q8S8 Q543C5 Q8BLI4 Q9JJ04 B2RXW6 Q8BVM1 B2RY83 Q8R3X6 Q3UCI0 O88325 A0A068BIS6 F8WGD7 Q3UTM4 Q6ZQ11 Q8BKV1 Q9DCD0 Q3TQJ2 A0A494BB18 E9PZJ4 Q8CBA7 O54782 Q3TMS3 Q91Z92 P47857 Q9DCT1 C9VZF2 P70312 Q9Z1E4 D3YVV6 Q812F3 P47968 Q32MG3 Q80X37 Q52KJ0 Q91X44 Q8BFR4 Q91XL3 Q6NZM8 Q8R070 O70579 Q9QUP4 A2AC16 Q9QZ82 Q9D1F9 Q99LL3 Q50HX4 Q3UUA9 Q673U1 D3Z6E3 Q8BP54 Q5DTK1 P59270 Q3UER1 Q91W97 M0QWP1 Q3V1F2 Q3UUP6 Q64519 Q8CD98 Q80V53 Q3UPW7 A7VMV2 Q3TKP4 B2KGF0 O35310 Q8JZZ5 Q80XJ7 Q8R059 Q91W89 Q9EQ08 Q5NCI4 Q8K0J2 O08528 Q0VBN2 Q91ZN5 A0A0R4J0G0 O35103 O08650 Q14AE3 O88199 Q6IQX7 Q9R062 A2AQK4 Q3UPH6 Q3TKA0 Q80UY1 Q8BWP8 Q3UKB9 Q3U5S6 E9PX09 Q3UEL5 Q80WV3 Q9DBA8 A0A0R4J1H2 P23738 Q8R1V2 P24549 Q91XD4 Q8CE60 P09041 Q8BHC0 A0A0R4J0N7 Q5FW97 Q3UTF0 O35074 B1ASJ2 Q9QYK5 Q9EP75 Q9WUA5 A0A0G2JE93 Q7TSV4 Q80SX0 Q9EQW8 P50637 P51557 B9EHC3 Q544C3 A0A0R4J0A2 P38649 Q0VF71 Q3U7Z6 Q3U6X6 Q8C5R8 H3BLN8 Q3TVJ9 F8VPN4 A4FUJ3 Q3U7I0 Q9CXZ9 Q3U548 Q3UDB5 Q5M9P4 Q9JI67 P05063 Q6GQU1 Q3UDS7 Q3TRA2 P52850 Q91YP3 Q8VCS3 Q80UW0 A2A615 Q6P1H4 Q6NSQ9 P58158 P51885 Q93092 Q9EPS3 Q8VCB3 P40142 P17809 A6H6C9 Q9QXD6 Q569Z6 D3Z4X1 Q8C1F4 Q6RI63 P51655 O09159 Q6YGZ1 Q8C605 P43407 A0A077S9Z6 Q9D6Y9 Q544B8 Q9ET01 Q8CDS6 F8VPK6 P15327 Q3U478 Q3SWS0 Q9CS42 P17751 Q5FWB7 Q3UJ12 E9Q1Q9 Q8R1Q9 P15539 Q7TPU0 Q8K157 Q3UJ92 Q8BN82 Q9EP78 Q6PE66 P70699 D3YWR1 Q3UHN9 Q99N15 Q9QZS6 Q8BJQ9 O54905 Q3UIC7 Q80ZD3 Q3TAW1 A2AFM9 Q64442 Q3U379 Q3UTZ4 Q52KG8 Q3U260 Q9Z186 Q3UZE4 Q545V3 Q3TWB2 Q8VIB3 Q91XQ5 Q505A3 P07934 Q8CI94 Q3UDY1 Q62273 Q8CAZ9 A0A0J9YUP0 Q3V1P4 E5RKF9 A0AAQ4VMQ4 A0A1Y7VL74 Q8C089 P21550 Q9D7G0 Q9QYY9 Q69Z91 Q6P5I3 Q9D748 Q3UKA4 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F8WHW6 F8VPL2 Q8BWM0 A2ARV4 Q9DB41 Q80X52 Q5SX53 Q8BH59 Q8C140 P08249 A0A5F8MPN8 Q4QQK5 Q9CPZ6 Q91X34 Q3TXR6 Q3UEE8 Q3UEN9 Q8BML9 Q9NYQ2 Q8BU30 Q9DC50 Q3UZG4 Q99P30 Q8BJY7 P11930 P01193 Q99MZ7 P32020 Q9DCM2 O09174 H7BX88 Q7TSZ3 Q91WH3 Q9D1M4 Q9D2B4 Q3UQ71 Q8C178 A2AL50 Q8CGC7 Q9QXD1 Q3UEJ8 E9QB02 Q6P2K2 Q9QXE0 Q3TPC7 Q8R3V2 Q920D3 Q8R2P8 Q9D0I9 P35419 E9Q4F3 A0A0F7RQH1 Q9D311 Q8VE49 G3X8P5 Q9QXV5 A2AQ92 P49817 Q8C1S0 Q91ZI8 A0A0R4J110 Q8K2W3 Q9DCX8 A0A494BAW1 P00493 Q80X94 Q3UKW1 Q6NZB9 P50096 Q8VCS6 E9Q7K1 Q4JHD9 B2RRH9 Q3TWI2 P15626 Q9DBT9 Q8BJ64 Q8BG93 Q9DBF1 Q8K2I3 A0A0R4J018 Q5NC82 Q8C7J1 Q5MPP0 Q5NC81 Q8BHN0 Q6ZPR5 Q6P8Q2 B9EHG7 A2RT05 Q58E38 Q9CVF2 Q3TST8 Q8VCQ6 Q99JY8 Q62276 Q8BZ03 Q920V1 Q924Z4 P54818 Q8CII3 O88693 Q8R2F2 Q8VD53 Q3B7Z2 Q8VDF0 Q9JHE4 G3XA61 Q64676 Q9D6K9 Q5FWX6 Q497L5 Q8BG54 Q1A3B0 Q71LX8 Q810K3 D3YTU8 Q62101 Q542D6 Q3TIW9 Q9D6J1 Q9D4B1 Q8R207 B8JK43 Q61469 Q3UDY2 Q8K4Q7 Q925E8 Q8R4X1 H3BL08 Q9CQZ0 Q9DB91 Q8R0X7 Q3UF00 Q921I0 Q69ZF3 Q8BX94 Q3TAX1 F8WH20 P51658 E9Q3D4 Q8R0G3 F8WIZ7 Q9CQ39 P45377 Q9EQ06 P09411 Q9Z0F5 Q3V4A1 P26645 Q9Z2L6 D3YWA2 Q9R0N5 Q9D8C6 Q3UQB4 A0A0R4J050 Q5D0A4 Q8CHR4 P60879 Q6GQS5 Q8BKC7 Q3T9Z2 O35484 Q9DCU9 Q3TRZ4 Q91W43 Q80WS1 A2ARQ6 Q6GQT6 Q80U83 O08691 Q9DCC4 Q8C1E4 Q5U5V2 A0A140LIT2 Q3U1N2 Q9QZI9 Q9D964 A0A087WQP7 Q8BLN5 Q543H0 Q8C590 Q3UPX0 Q7TPS7 Q78JT3 A2RTA0 Q9CZZ6 Q3UEQ9 Q3TQK8 A2ATU0 Q547C4 Q3THA3 Q8R0V5 A9CLV6 Q5SWU9 Q99ML6 Q8K0C4 Q545N7 Q9ESZ3 Q91WN4 G3X8Q0 Q9WTZ2 Q8K4H1 Q6P078 A2AA71 Q3V3I6 Q8BHJ6 Q8BVD4 Q4FJN9 Q9CZ82 Q3UTR5 Q3UYC1 Q9WVM8 Q9DBV7 Q920L5 Q543K5 Q6NXL1 Q71RI9 G3XA48 O08608 Q8CHX6 A2ALM6 Q9QZX7 Q3UEB4 Q80ZX0 Q3UKT3 P53798 Q8R519 Q0VGU0 P54369 Q3TMZ1 Q61586 O88822 Q61753 A2RSW6 Q8BGI3 Q6PFX8 Q8BSY2 A2AS89 P00860 Q3V1N7 Q3V2Q2 Q924Y0 Q8VCW3 Q6P8J7 Q99LS3 Q8C6D8 D3YXV1 Q91ZE0 Q9R109 Q6NSV5 A2CF85 P63046 Q9D566 G3X9D3 P0CC03 Q80V26 Q91W19 E9QN99 D3Z0E6 P52843 Q9QWG7 Q5SX17 Q5I0W0 Q06185 Q78IK2 P56135 P38647 Q4FK74 P52430 P56480 Q922J9 Q7JCY9 Q14BC2 Q62086 Q62087 Q543T1 P97450 Q8BV52 A2RSC2 Q03265 Q7TNT2 Q8C2Q8 Q9CR42 Q8R3F5 Q9CRA7 B2RXY7 Q8C6Z4 Q9JLS0 Q91V79 A2ADU9 Q9DB60 Q8BNP8 Q9D258 Q8VCR2 Q9CQJ0 Q548W7 P59266 Q80SW1 Q8CAL6 Q8VCW8 Q8K370 Q545U0 Q9R0X4 Q543D7 A0A0R4J0I6 P70227 E9PYH2 O35936 Q8BWT1 Q14BV7 Q8C8N0 Q8VDQ1 Q3UN55 Q9EPU5 Q4FK31 Q53YL1 E9QMF0 Q3TQP6 O08914 P05132 Q9Z2Z6 Q924X2 P30115 Q3U6G1 Q4VA32 Q61743 Q4FJZ6 Q3UNA7 A0A0R4J015 Q8CED6 Q542Y0 P10639 Q9CY64 Q91YP0 E9QN44 Q8R0N6 Q62077 Q60710 Q6WKZ7 Q05769 P48999 B2RUS7 F8VPQ6 Q8K354 Q3V197 Q3UND9 B2KF29 E9PWK1 Q812C9 Q8K2J1 Q3UNF5 Q8R1G2 Q6P8U6 O70423 Q9D6T0 Q8R0Z5 Q99PG0 A0A0A6YXT7 Q80Y14 Q9CW42 Q9CVF5 Q922Q1 Q8CEY0 P16015 P23589 Q9CQG7 Q8R164 Q9D6N1 Q9QZA0 Q8VCS9 A0A0U1RPK4 Q3ULK1 Q9Z127 Q8K1N1 Q8BYI6 Q8VCI0 D3Z0L1 Q3UN31 Q8R3U1 Q8K255 Q50L42 Q64GA5 Q50L41 Q6AXH0 Q8BN01 Q497J1 Q91V01 Q91Y74 Q544T4 Q11204 P04184 Q544L2 Q544T5 Q3TXU4 Q3UDK5 Q9Z2V4 Q8BLF7 Q8VHJ7 Q9DCW5 G3X9G6 Q1XG80 A0A0R4J111 Q8BFQ1 Q8VCR0 Q5SWW4 Q9CQI9 Q6KAM1 P06745 Q80ZV7 Q64445 Q9MD68 A2RSV8 Q790Y8 E0CZG8 P12787 Q544E3 Q546I3 A0A589Q4M7 P43023 A6PW47 Q05CI8 Q8BVI4 A0A0R4J0C2 O08580 Q8C0M9 Q3UEH8 P61458 P56391 P48771 Q91XS1 Q9CXU1 Q9CXU0 Q9WTN3 E9Q6E2 Q5FW98 Q3UUT8 Q9DAY7 F8WJB0 E9Q6L7 A2AE91 Q9JHF7 Q61133 Q9D2S1 Q8K010 Q8R3J5 H3BKH6 Q60520 Q9JJA0 D3YVP5 P48774 Q9CQG1 A2AE89 Q9D1A2 Q9DCY6 Q8CEC2 Q9R060 A0A2I3BQN1 Q9D071 Q99KN2 Q5SVI6 Q7TMW6 Q8WTY4 A0A3Q4EH93 Q9D187 Q571F8 Q3UJ95 Q7TN02 Q91W29 Q7JCZ1 Q8VIM0 Q4FJK3 Q8CAS3 Q3UET8 P11157 V9GXN3 O35969 Q6PEE3 D3Z7P3 Q7JCX7 Q9JMH6 Q9CS95 Q5EEX1 F8WHW3 Q9CQA5 Q3U9G9 Q3UQC2 P35576 E0CYA6 Q792A4 Q62425 Q8BW75 Q2NLB9 Q9R0X0 Q8VCD5 Q921N8 Q99KQ4 A0A140LHG7 A2ABV5 Q61024 Q9QY30 O89016 Q3TU98 P21440 Q8K0B2 Q9JJL3 P24527 Q8VCC1 E9Q816 D3YYZ0 Q05421 P33267 Q9CVC8 Q3UW87 B6VGH4 Q8CC91 Q9WUD0 Q9JKY7 Q3U5D9 Q2KHL4 Q9D816 Q8C696 Q91X77 Q91X75 Q05A20 Q9DBX6 Q544R7 Q3U6L3 A0A0G2JEH8 Q9QY93 P70303 Q9WTP6 Q6GRA7 Q920P5 F8WIC0 Q9WV85 Q8JZU0 Q9R0Y5 Q9WV84 G3X908 P70698 Q32M07 A0A0R4J093 P07742 A0A0R4J0B6 Q8VCE6 Q5SUC8 Q3UEK4 A3KFX0 A2A9X5 Q3UDC9 Q8R093 H7BWY3 Q99N42 Q8CHR6 Q9EQF5 Q3UUZ9 P53395 O08749 Q6P3A8 Q3U3J1 Q3UCB5 Q3U538 A0A0N4SUV4 B2RXA7 Q9R1R8 A0A0R4J061 O35405 REGULATION OF HOMOTYPIC CELL-CELL ADHESION%REACTOME DATABASE ID RELEASE 96%9759476 Regulation of Homotypic Cell-Cell Adhesion A0A0R4J056 Q4FK48 V9GX46 P54775 Q811P8 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 E9PWE4 P49722 Q9D8W5 Q3TMT1 P99026 F8WHW6 Q9R1P0 Q6ZQ88 Q3TV35 O35593 Q3U0X6 Q9R1P3 Q9Z1P8 Q14AQ1 Q8R2R1 Q58EV4 O55234 Q542H2 Q5BKQ9 S4R2K9 Q9JKV1 Q3TXS7 P70195 Q60692 Q8BGQ4 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 Q3U518 Q80UM7 Q64318 Q9D2U9 B2RUC7 Q3UZ96 Q9ES18 P58463 Q8CEC4 A1A4T2 Q8C5H3 E9QAQ7 Q60793 Q58E49 Q9CS58 Q921E6 Q04888 A3KPD0 Q02257 Q8CJF9 P84228 Q8CGP2 Q8CGP0 Q9DBG6 Q64727 Q3UII1 B2RTK3 Q8CGP7 P61804 Q9D8V7 Q149V4 Q5SUC3 Q8CDH5 Q8VD67 B1ATC3 S4R1M3 Q3UHK8 G3UZX4 Q8R1M2 P23804 P01108 Q199A7 O54734 P13405 A0A0R4IZW5 Q64524 G3X9V2 P05480 P10853 A0A1X7SB71 Q02248 Q8BMR3 O70220 Q60972 Q80ZL3 Q3TCR7 Q3U573 Q8BJS8 A0A0R4J170 Q3UGS4 A0A2I3BRW0 Q5D1E7 P23188 F6XJP7 A0A0J9YU62 Q91YZ2 Q78XF5 P63085 B2RWH3 E9Q3A7 Q63844 Q64475 Q61139 Q64478 Q3TYA6 Q6PFG2 C0HKE5 P52480 Q6AXH7 Q60FD1 Q9CU65 Q3UQ34 Q6ZWQ7 P68040 A0A140LHR3 Q6ZWY9 Q3TZS1 G5E8P5 A2A3Z3 Q8BJP2 Q3UD86 P27661 E9PW15 Q8BPN4 Q8VBU8 Q8C1L9 P26687 Q8BSG9 Q53Z05 P10605 G3X8Q0 Q9DBX7 Q8C7Q6 Q6PFX6 Q8BZ97 Q61080 A2AP51 Q8BSZ5 D3Z569 Q545R0 Q3UHT3 Q45VK6 Q8C449 A5D6P6 P09025 MITOCHONDRIAL FATTY ACID BETA-OXIDATION OF SATURATED FATTY ACIDS%REACTOME DATABASE ID RELEASE 96%77286 mitochondrial fatty acid beta-oxidation of saturated fatty acids Q9DCS3 P45952 Q61425 Q99JY0 Q07417 Q8BMS1 Q8BH95 A0A0R4J083 Q3UNX5 P50544 SEROTONIN AND MELATONIN BIOSYNTHESIS%REACTOME DATABASE ID RELEASE 96%209931 Serotonin and melatonin biosynthesis Q9JHZ8 Q14A64 Q8CGV2 Q5SUV8 DEFECTIVE ALG6 CAUSES CDG-1C%REACTOME DATABASE ID RELEASE 96%4724289 Defective ALG6 causes CDG-1c Q3TAE8 DEFECTIVE B3GAT3 CAUSES JDSSDHD%REACTOME DATABASE ID RELEASE 96%3560801 Defective B3GAT3 causes JDSSDHD Q8BS97 Q3U5S6 M0QWP1 Q3V1F2 Q64519 P58158 Q3TSQ8 A0A0R4IZX5 P51655 Q3URZ9 H3BLN8 Q3U379 Q3TNY9 Q8R3X6 Q71M36 P43407 Q52KG8 Q8BKV1 Q3UKR1 Q3TWB2 PTK6 REGULATES RTKS AND THEIR EFFECTORS AKT1 AND DOK1%REACTOME%R-HSA-8849469.3 PTK6 Regulates RTKs and Their Effectors AKT1 and DOK1 Q3UWF9 P0CG50 P31750 E9PUB0 Q05AA8 A0A0X1KG61 ABORTIVE ELONGATION OF HIV-1 TRANSCRIPT IN THE ABSENCE OF TAT%REACTOME%R-HSA-167242.4 Abortive elongation of HIV-1 transcript in the absence of Tat Q8BG30 Q3UIA1 A0A3Q4L2S8 A0A338P6M3 Q7TSG2 O55201 Q8C4Y3 P61219 P62488 P08775 Q922L6 P97760 Q8BFX0 P63271 Q3THK3 Q8CFI7 P60898 Q3UYV9 Q3UMJ4 Q6PI63 Q3V214 Q9CQ49 DNA DAMAGE BYPASS%REACTOME%R-HSA-73893.3 DNA Damage Bypass Q4FJR9 O35654 Q80XH7 Q9DBK7 O54956 Q8BH57 P0CG50 A0A0R4J091 Q3U1J4 P52431 Q3TCH7 Q3TP81 Q3TKD1 Q61493 Q3TLR7 Q542J9 A6PWR8 A2RSE4 P52479 Q9QZU9 Q8CED3 G3X912 Q8BJQ2 Q9JJN0 E9QJU6 Q9CQX4 Q920Q2 A2A7G7 P70362 Q9CQ36 Q4KL82 Q9CQ71 Q9CRV6 Q3TU94 P62878 Q5U4B1 G3UWD8 Q8BH76 Q547B4 Q01853 Q99J62 Q5SWN2 Q3UDU9 Q62193 Q5HZI8 DIFFERENTIATION OF NAIVE CD4+ T CELLS TO T HELPER 1 CELLS (TH1 CELLS)%REACTOME DATABASE ID RELEASE 96%9942503 Differentiation of naive CD4+ T cells to T helper 1 cells (Th1 cells) Q3U593 Q3U1Q3 Q3V157 Q9DBQ6 A0A7R8C347 D3Z6H5 Q9JKD8 Q3TQN1 HOMOLOGOUS DNA PAIRING AND STRAND EXCHANGE%REACTOME DATABASE ID RELEASE 96%5693579 Homologous DNA Pairing and Strand Exchange Q5SV02 Q8BWH5 Q8VC54 A0A0R4J1H1 Q80W51 Q80YR6 Q3UJQ1 Q8BQY8 Q6ZQJ5 Q6ZQF0 Q3TKD1 Q5NCT2 Q9QZ11 B9EHX4 Q8BRV3 Q5SXJ3 O70445 Q4KL82 Q3TV35 Q9CQ71 Q9R207 O35280 Q3UYY2 Q8BMG1 O35719 Q9CX47 E9PZ97 Q99J62 Q924H5 Q9QWZ1 Q5SWN2 Q9Z0F6 D3YVU6 P97929 Q3UGT8 Q62193 Q6NV63 Q08297 Q5HZI8 MAJOR PATHWAY OF RRNA PROCESSING IN THE NUCLEOLUS AND CYTOSOL%REACTOME DATABASE ID RELEASE 96%6791226 Major pathway of rRNA processing in the nucleolus and cytosol Q6DFW4 Q3USK2 Q9DBR1 Q9D6Z1 P97461 Q4VAG4 Q58E35 P86048 Q9CQD0 Q9CPS7 P62911 Q9DAA6 Q4V9X1 Q545X8 Q921I9 Q9Z0H1 Q9JHI7 Q9EQ61 P14206 Q7TQK4 Q8BHB4 Q9CPR4 Q9D0M0 Q8C7V3 Q0VBA4 Q571G2 A0A158SIT8 Q3UC02 D3YYB0 Q3TKQ3 Q9D7V6 Q9CRA8 Q9CSH3 Q91WM3 Q5M9M4 Q3U821 Q5M9M0 Q8BTW3 Q8BHY2 E9QK83 Q5YLW3 Q91WE3 Q4FZF3 A0A0R4J114 A0A3B2WB30 Q9CQR2 Q8R2N2 Q922Q2 P62264 Q9D903 Q6PGF5 Q6ZWN5 Q6ZQL4 Q8R5K4 Q4FZH2 Q9CQS5 Q8BP67 Q6NSQ7 Q5M9N8 Q9CZU3 Q642K1 Q9CXW4 Q9D1Q1 P62717 Q2M1K2 Q8CGC6 Q9DCT4 O54825 Q561N5 P97452 Q5M9K7 Q8BHW1 P62830 Q9EP97 A0A0R4J0R3 P99027 G3X9B1 Q9D823 Q8VCY6 A2AJG0 A2BE28 Q8BV98 Q5SWD9 Q505A8 E9Q109 Q58EA6 Q4FZE6 Q9CZJ1 Q9CZX8 Q9CQH8 Q564E8 Q5I0T8 Q8VHZ7 Q497N1 Q8C4J7 Q5CZY9 Q3TKX4 Q3TF81 Q4VBG1 Q3TZX8 Q148S3 O35473 Q640M1 Q8BGA5 Q6PCP0 Q6PAC3 Q542P8 Q8R040 Q8C539 Q9JI13 Q6NS46 Q9JJT0 P56183 Q8BG17 Q8CI11 Q6NZL1 Q9DBE9 Q8BJW5 G3UYU5 Q921Y2 P35550 Q8K366 Q9DBU3 Q4VBE8 Q3TYE1 Q6ZWU9 SARS-COV-2-HOST INTERACTIONS%REACTOME%R-HSA-9705683.4 SARS-CoV-2-host interactions Q8R307 Q0VGU0 Q8CDZ5 Q3UEK1 Q8C4N2 Q31093 Q9QXJ2 P97390 Q9D1M0 Q9Z0W3 Q5SS40 E9QJS1 A0A2R3XZC4 Q542T3 Q3UHJ1 P33896 Q9R0T8 Q8R4B8 Q5D0E0 P01898 P01887 B9EHJ3 Q923A8 Q8CBT3 E9QAM0 M0QWC2 Q8K245 Q8VC91 Q9D5S8 Q99K90 Q569Y6 Q8CF89 A2RTT4 P70196 Q5FWJ9 Q8BUA6 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q3UCJ0 Q3U425 P63101 Q8BRF6 Q8BQF0 P68510 Q8CE74 Q8BPS7 Q8BTS4 J3JSA4 Q8R4R6 Q5KU39 Q5KU38 P97461 Q60943 Q545X8 Q8BFR5 E9Q5R7 P14206 P49817 Q99K94 Q8C016 Q3UC02 Q8BPI5 D3YYB0 Q5M9M4 Q4FJR9 Q5YLW3 Q3UHZ0 Q80Y52 P31750 Q9CQR2 Q7TNI7 P62264 Q6ZWN5 A8IP69 Q9D2N9 P50404 O70456 Q9CZW5 O19441 Q561N5 Q5M9K7 Q544E6 A7VMS3 Q3UR88 Q58EA6 Q9CPR7 Q6ZQ58 Q4FZE6 B2RRA5 Q71LX8 Q9CZX8 Q3TU94 A1L0V6 Q3TGP5 Q497N1 Q3U5B1 Q5CZY9 P35235 Q0VE17 Q8C076 A2A5N2 Q8QZT4 A2ADL9 B2RRY4 Q8C6X4 Q8VD65 Q6PF93 P59235 Q542W3 Q5QJQ9 G3X8Y8 Q91W86 Q3URU8 A1L361 Q547H1 Q3U9K6 Q8BR10 Q6GQV9 B9EJ46 Q8BH74 Q80SY9 Q8R480 Q540J8 Q80U83 Q9CQQ4 Q6P6L6 Q6ZWU9 Q8C1E4 Q549F9 Q9CWY4 P62315 P27048 Q3TR97 Q8CFA1 Q9CWU9 P62320 Q9JJY4 Q14AF6 Q9ERU9 P58682 A2AA71 Q599W9 Q3UTZ4 Q6NXL1 Q80ZX0 AMPLIFICATION OF SIGNAL FROM UNATTACHED KINETOCHORES VIA A MAD2 INHIBITORY SIGNAL%REACTOME%R-HSA-141444.4 Amplification of signal from unattached kinetochores via a MAD2 inhibitory signal Q9CPV1 Q8CDZ5 Q9CPV5 Q8CJF7 A0A0R4J037 Q8BN07 Q9WVA3 Q3TWG5 Q8C3Y4 Q9D1M0 Q5HZH8 Q5SW18 Q9Z0W3 A0A1L1SV84 Q9ERR1 Q6PD28 Q8K1K8 O35216 A0A1I7Q4A6 Q3UZD6 Q8BHK9 E9Q3P4 Q3TPZ2 Q9CZW2 B8JK52 B2RVI6 Q61151 Q9D481 Q9D084 Q14A61 Q8BZ45 Q9CQU5 Q549P2 P63168 Q66JQ7 Q3UK10 K3W4R5 Q6ZQK4 O70126 P59235 Q6PD03 Q9CYC5 J3QMK1 B2RX66 O54692 Q99P69 A2RSC8 P63330 E9QME3 Q9QYM8 J3QP81 Q9CY25 Q9JHU4 Q3TDV6 Q8BK67 H3BKZ0 Q8BHX3 Q8BSE7 Q8BH74 Q8C4M7 Q3TJM4 Q8R480 Q6ZWM8 Q9CXH7 Q6ZWU9 Q3TYJ3 Q9D0F1 Q923A2 Q76MZ3 E9QKK1 Q9JJ66 Q9CWU9 Q91V89 Q9CQA0 Q3TPJ8 Q3UD72 Q9ERU9 Q9D0M5 Q3U4H0 Q6PDL0 Q8BIX1 Q9CQ82 O35685 Q8BYY5 Q3UA16 Q3TTB0 Q3UPF6 F8WIA1 Q9WU62 AQUAPORIN-MEDIATED TRANSPORT%REACTOME%R-HSA-445717.4 Aquaporin-mediated transport P29387 Q80TY9 Q3V2I1 Q3UU15 Q8R2N1 Q3V1Q3 P63213 Q8BR89 P84309 Q8BHH1 Q3TQ70 Q6P8Y9 Q91WF3 P63216 G3UW57 Q3UMY0 A0A2I3BRC5 P61953 Q8C4A0 Q8K1M3 Q0PD45 P50153 Q9DBC7 Q9WTY4 P68181 Q9JMF3 P51180 E9Q706 Q61012 Q5DX24 Q4FK77 Q3UUQ5 Q3SWS4 O88444 Q9CXP8 Q3TY04 Q3U9V4 G5E8G6 Q54AE3 Q3UUN2 P05132 Q02013 Q9DAS9 Q3UG14 Q3UJ16 Q3UGN1 H3BK84 Q3UQD4 O-GLYCOSYLATION OF TSR DOMAIN-CONTAINING PROTEINS%REACTOME DATABASE ID RELEASE 96%5173214 O-glycosylation of TSR domain-containing proteins Q69Z28 P59509 P58459 Q03350 Q80T21 A2AE15 E9QNR5 Q8BNJ2 Q9CX59 Q8BGP4 G3UXC7 G3XA27 Q4VC17 Q3UPR9 Q6P4U0 Q60519 Q8BMS2 Q3TTE6 Q8BMS3 Q8VCC9 Q8BHT6 G3X9D2 Q3UQW9 B2RXX5 D3Z1A5 Q3UPZ0 F8VQ15 A1A5B7 Q80YQ1 A7LM19 Q9CRC7 Q3UTY6 P59384 B2RV73 Q8C9W3 Q6PD18 UNC93B1 DEFICIENCY - HSE%REACTOME DATABASE ID RELEASE 96%5602415 UNC93B1 deficiency - HSE E9Q8P6 Q99MB1 CELLULAR RESPONSES TO MECHANICAL STIMULI%REACTOME%R-HSA-9855142.1 Cellular responses to mechanical stimuli A2A545 Q14BH8 Q3UHZ0 Q80TM2 P31750 Q8C4N2 Q8CAW4 P84309 O08529 D3Z3Z3 Q6QI06 Q91WF3 O54890 Q9EPK8 Q5SU94 A0A2I3BRC5 Q9D7J7 Q9JLN9 P53690 P68181 O88456 Q9R0T8 E9Q706 Q547B5 Q812A5 Q548Y4 Q5D0E0 P46938 P55284 O88444 A0A3Q4EC26 P42337 Q3UPA1 Q02248 Q3TY04 Q3U9V4 Q3UUN2 P35918 D3YZ57 Q8CBT3 Q9CWU3 Q9Z1E3 K7Q751 Q542G9 Q3UG14 P43406 Q3UGN1 O08908 Q80YP5 Q8VC91 H3BK84 P25799 P29387 Q80TY9 Q3UHH5 Q3UU15 P63213 Q3V1Q3 Q3TQ70 Q8CHP4 Q6P8Y9 P63216 P63330 Q3UMY0 P61953 Q8BTI9 Q8K1M3 P50153 Q9DBC7 Q9WUP0 Q8C5P3 Q8CI98 Q8BKH7 Q9JMF3 Q61012 P09055 A0A0R4J289 Q76MZ3 Q9CXP8 Q9JIP4 P97297 Q54AE3 P05132 Q3TZW9 A2AR99 Q3SYK5 Q32MF3 B9EJ14 Q9DAS9 Q8BIX1 Q99K94 Q52KG8 Q8BWW9 Q3UX23 Q64727 DEFECTIVE BTD CAUSES BIOTIDINASE DEFICIENCY%REACTOME DATABASE ID RELEASE 96%3371598 Defective BTD causes biotidinase deficiency A0A0R4J131 INFLAMMASOMES%REACTOME%R-HSA-622312.3 Inflammasomes A0A0R4J0P5 Q32MT1 Q71LX8 Q9CX34 P10639 Q2LKU9 Q54AA2 Q6GR78 Q3UP24 Q9JIP4 Q8CHP4 P29452 Q91VJ1 Q3U5U6 Q8BQK4 Q5HZH3 Q8BG60 Q3UV15 Q8R4B8 Q548Y4 P25799 NOTCH3 INTRACELLULAR DOMAIN REGULATES TRANSCRIPTION%REACTOME%R-HSA-9013508.2 NOTCH3 Intracellular Domain Regulates Transcription Q3UZZ2 Q3UH93 A0A0R4J0G7 Q5SXA9 Q71VB4 Q0VGJ1 A0A0R4J0F4 Q8BJ14 Q6P3Z8 Q01705 Q6T264 Q3UM17 B2RR30 P51880 Q9DBX7 Q499J8 D3Z768 Q61982 Q6GQV9 Q99K94 Q8BYF1 Q9QUM5 RHO GTPASES ACTIVATE RHOTEKIN AND RHOPHILINS%REACTOME DATABASE ID RELEASE 96%5666185 RHO GTPases Activate Rhotekin and Rhophilins Q80WU2 Q62159 Q8C6B2 O88951 Q8BWR8 Q4VAE6 Q4FJM5 Q9ESG2 FOXO-MEDIATED TRANSCRIPTION OF OXIDATIVE STRESS, METABOLIC AND NEURONAL GENES%REACTOME%R-HSA-9615017.2 FOXO-mediated transcription of oxidative stress, metabolic and neuronal genes Q810M8 Q9Z2V4 P06537 P47876 Q4KL34 E3SRG8 Q80UG2 Q8K441 P01193 P35576 Q9WVH4 Q9R1E0 Q4FJK3 Q9CPU7 Q4FJX9 P57774 Q3TMT1 Q60520 Q8CFN7 Q58E49 P24270 O70343 Q8BUN5 Q62432 Q5SVI6 Q9WTN3 Q3UU47 Q5EEX1 Q5BMX4 RUNX1 REGULATES TRANSCRIPTION OF GENES INVOLVED IN DIFFERENTIATION OF HSCS%REACTOME DATABASE ID RELEASE 96%8939236 RUNX1 regulates transcription of genes involved in differentiation of HSCs B2RTK3 Q8CGP7 V9GX46 Q3UZX1 Q149V4 P54775 Q3UPK6 Q9CPS5 Q8BVQ9 S4R1M3 P62196 B2RT97 Q544Z2 P0CG50 Q3TKG4 Q8R1M2 Q542I9 A1L3B8 P14685 Q545G0 E9PWE4 P49722 P46938 Q9D8W5 P99026 Q9R1P0 Q3TV35 Q8C863 O35593 Q9R1P3 Q64524 Q14AQ1 Q58EV4 P10853 O55234 Q542H2 Q5BKQ9 Q08024 Q9JKV1 E9PWD3 Q3TXS7 P70195 P51949 Q60692 E0CXB1 Q6RI64 Q3TS44 Q3THG5 Q99JI4 Q3U320 Q3TKV1 B2RWH3 Q64475 Q64478 C0HKE5 Q9D2U9 Z4YK94 Q6ZWY9 Q3UUX5 D3Z1C5 P27661 Q3U0R5 Q3U5L4 Q3TZH7 Q3SYK5 A3KPD0 P84228 Q8CGP2 Q8CGP0 P17679 AXIN MISSENSE MUTANTS DESTABILIZE THE DESTRUCTION COMPLEX%REACTOME%R-HSA-5467340.3 AXIN missense mutants destabilize the destruction complex Q7TS75 Q14DJ8 Q8BN07 Q6ZQK4 Q6PJ87 Q6PD03 Q76MZ3 Q5KU03 Q91V89 P63330 Q6PD28 Q8BIX1 Q61151 Q8BNP7 CONSTITUTIVE SIGNALING BY NOTCH1 HD+PEST DOMAIN MUTANTS%REACTOME%R-HSA-2894862.3 Constitutive Signaling by NOTCH1 HD+PEST Domain Mutants Q3UZZ2 Q3UG37 E9PXW8 Q6P3E7 Q6T264 Q9WTX6 Q8VH37 P0CG50 D3Z768 Q8CAS3 Q8BYF1 Q3TMT1 P01108 A0A668KM95 P62878 Q5SUR3 Q6P3Z8 Q01705 Q6P9T4 Q3UM17 E9Q6E2 Q9QUM5 Q0VGJ1 Q6NZM9 B2RR30 Q9QXE7 Q6GQV9 Q499W5 Q80SY4 Q9QYE5 Q8CHB6 Q3UVN4 B2RUG2 Q0MW30 Q6NZC0 Q61483 Q8BHJ5 E9PXU2 Q9JI71 Q58E49 Q8BJ14 Q80ZV7 Q543U1 Q9JM08 Q3U4P5 Q9DBX7 Q3UYK2 Q499J8 P57716 Q8C7N7 APC-CDC20 MEDIATED DEGRADATION OF NEK2A%REACTOME DATABASE ID RELEASE 96%179409 APC-Cdc20 mediated degradation of Nek2A Q9D3A0 Q9WVA3 Q5HZH8 Q9JJ66 P53995 Q541Z5 Q8BZQ7 Q8BYJ1 Q9WVM3 Q3UFC2 Q3UZD6 P0CG50 Q8K2H6 Q8BP64 Q9CPX9 S4R2B6 A2A4Z0 G3X8W7 Q3UFQ4 Q3TM92 Q3TI84 RETINOID METABOLISM DISEASE EVENTS%REACTOME%R-HSA-6809583.3 Retinoid metabolism disease events H7BWY6 SIGNALING BY RETINOIC ACID%REACTOME%R-HSA-5362517.5 Signaling by Retinoic Acid Q544J2 P22935 Q8BFP9 Q4FJR4 Q546I3 P35487 Q9D2U3 Q6LC96 Q9D051 Q8BMF4 Q8VCR0 Q9JK42 Q3U5E7 Q9QYY9 Q497I3 Q3UKA4 Q62148 Q8BH00 O08749 Q8K3M1 Q148Q4 P24549 Q8BSF7 Q3UIA4 Q3U538 A0A0N4SUV4 B2RXA7 Q9R1R8 A0A0R4J1N8 G5E8W9 Q7TQA3 Q8VCH7 P62965 Q9ERI6 A0A0R4J061 Q8BKZ9 P18911 Q6DFX0 Q3UFJ3 E9Q9V9 WAX AND PLASMALOGEN BIOSYNTHESIS%REACTOME%R-HSA-8848584.5 Wax and plasmalogen biosynthesis Q7TNT2 A2ADU0 A2ADU9 I7DM66 Q9CT84 Q922J9 A2AL50 DOWNREGULATION OF TGF-BETA RECEPTOR SIGNALING%REACTOME%R-HSA-2173788.3 Downregulation of TGF-beta receptor signaling P62137 Q6ZWM8 Q9WUP7 Q3TSV9 Q9D0L6 P62141 Q9WUD1 A2APF5 Q91XS1 Q8BUN5 B2RUC7 Q62432 Q9CSE3 Q3UNK5 P0CG50 B2RPW6 Q8BQS9 Q8BYY5 Q9D5H8 Q8BSC0 G3X9H8 ATP-DEPENDENT CHROMATIN REMODELERS%REACTOME DATABASE ID RELEASE 96%9932444 ATP-dependent chromatin remodelers V9GX46 Q9CYJ8 Q3TXH6 Q3UID0 Q9DCC5 Q3UJB0 Q497W9 P35576 E9QMN5 P40201 Q8BM83 E9PWE4 O88665 Q3TMT1 Q3UII8 Q8CHC8 Q5BL11 F8VQD1 Q2KHS8 B2RRX1 Q9R190 Q09XV5 Q3UPK0 Q505L1 Q9QYZ8 Q9CPY4 P63280 Q99MR0 G3XA31 Q80Y82 O08900 Q9D2D7 Q8C9X3 E9PYU4 O35207 Q9D2U9 P09535 O54941 Q9D4J7 Q8BG03 Q9Z2E1 Q3UST6 Q69Z61 G5E8U2 Q0P5Y0 A0A087WNY4 Q3TYY8 Q3US10 B2RX81 A0A0R4J175 F8VPZ9 A0A8Q0PK87 Q8C5H3 Q8VHR5 E9QAQ7 Q58E49 P61965 Q8QZY9 Q569Z5 Q3UQK5 A3KPD0 Q9D007 P84228 Q8CGP2 Q8CGP0 Q6ZWP4 Q9Z2V4 B2RTK3 Q8CGP7 Q8BJ75 Q8C839 Q542Y0 Q149V4 Q9CQI7 Q3TVM1 P12979 P10085 S4R1M3 Q91YV0 Q8K2T8 Q8R1M2 Q5XJE5 Q9CTY6 D6RDC7 Q05CJ7 Q3U5E6 Q64524 Q3UEB3 P10853 Q02248 Q6NV83 Q60972 Q58E59 B2RSV4 A0A0R4J170 Q8JZX4 Q7TN25 B2RWH3 Q64475 E9PZM4 Q64478 A0A0U1RNX8 Q8VE28 A2AJK6 B5TZD5 Q8BLQ0 Q9D982 Q8VHA8 Q921K9 C0HKE5 Q68FH8 Q6GTK4 Q8BW22 Q9CXE2 D3Z5N6 Q9QXD6 Q6ZWY9 Q923D4 Q3ZAS1 Q6GQV9 P27661 Q3UN87 Q810A7 Q61164 Q8K0T3 G3X956 Q8BJ14 Q60795 P62315 P83870 Q8BYH8 P27048 A0A0R4J1E1 K4DI61 P62320 Q9Z2D8 P59708 Q08943 G5E8I8 Q8BGT7 Q14AF6 P57784 Q3UP84 A0A0G2JG60 ACETYLATION%REACTOME DATABASE ID RELEASE 96%156582 Acetylation Q546L3 Q78ZC4 NVP-TAE684-RESISTANT ALK MUTANTS%REACTOME DATABASE ID RELEASE 96%9717301 NVP-TAE684-resistant ALK mutants P97793 PI3K EVENTS IN ERBB2 SIGNALING%REACTOME%R-HSA-1963642.5 PI3K events in ERBB2 signaling Q9WTX4 D3YZR2 P42337 G3V023 Q8C7P2 Q9WVF5 Q505A4 Q61521 Q3UWD7 Q6DR99 Q543J8 Q5FW64 P70424 ERYTHROCYTES TAKE UP CARBON DIOXIDE AND RELEASE OXYGEN%REACTOME DATABASE ID RELEASE 96%1237044 Erythrocytes take up carbon dioxide and release oxygen Q3KNK3 A0A3B2WBH6 Q9DB73 Q91VB8 P00920 P13634 Q02013 Q64444 Q3TDX8 Q53ZN9 B1AS42 A8DUK0 ABO BLOOD GROUP BIOSYNTHESIS%REACTOME DATABASE ID RELEASE 96%9033807 ABO blood group biosynthesis P38649 A6H6C9 Q32MG3 DISEASES OF TELOMERE MAINTENANCE%REACTOME%R-HSA-9673013.3 Diseases of Telomere Maintenance Q3UKR0 Q61687 INTEGRATION OF VIRAL DNA INTO HOST GENOMIC DNA%REACTOME%R-HSA-175567.4 Integration of viral DNA into host genomic DNA Q566K0 O54962 A2BI12 REGULATION OF FZD BY UBIQUITINATION%REACTOME DATABASE ID RELEASE 96%4641263 Regulation of FZD by ubiquitination Q9Z1P4 Q5SSZ7 Q2TJ95 Q91VN0 Q8BLL2 B1ASC1 Q61091 A0A0R4J0A9 A3KMI3 Q0P5Y9 A2AI52 Q8BFU0 Q542J1 P0CG50 D3Z6S4 Q3UEG1 Q8BZR7 P27467 TRANSCRIPTIONAL REGULATION BY MECP2%REACTOME DATABASE ID RELEASE 96%8986944 Transcriptional Regulation by MECP2 Q3V1B5 Q9EQM6 Q8BW40 F8WIS9 E9Q8C1 Q8BQQ4 Q548L6 Q8BLF7 Q548L4 Q3U9G9 Q8VD67 B1ATC3 Q3UHK8 Q3TMT1 F8VQL0 Q4FJN2 Q4LG64 Q545M7 A1KZZ4 A0AAQ4VMX8 Q3UVW8 Q8CIT0 Q6GU14 O70126 Q3UUT8 Q921N8 G3X9V4 Q541P3 Q3UQ34 Q5D0E9 Q3UNH4 Q8BJP2 Q9QXE7 Q3UD86 Q8BR10 O35969 Q8BGR3 Q8CHB6 Q8CCM0 Q61483 Q8BHJ5 Q60520 P35436 Q9D2P8 Q58E49 Q3V1Q8 Q9CS58 Q80ZV7 Q545V6 Q60I23 P05132 Q3TZW9 Q9JM08 Q8CJF9 Q8BL41 Q8CCQ1 G3X9H5 TOXICITY OF BOTULINUM TOXIN TYPE G (BOTG)%REACTOME DATABASE ID RELEASE 96%5250989 Toxicity of botulinum toxin type G (botG) Q8CHR4 H6RXZ1 Q62442 VITAMINS%REACTOME DATABASE ID RELEASE 96%211916 Vitamins Q3TWW0 Q32MW1 A0A0R4J061 Q66JY8 A0A0N4SUV4 B2RXA7 INTERCONVERSION OF POLYAMINES%REACTOME DATABASE ID RELEASE 96%351200 Interconversion of polyamines Q3TXR6 Q3V2Q2 DEGRADATION OF CDH1%REACTOME DATABASE ID RELEASE 96%9766229 Degradation of CDH1 P54775 Q3UPK6 Q9CPS5 P68040 Q8BVQ9 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P23804 P49722 Q9D8W5 P99026 Q8VBU8 Q9R1P0 Q3TV35 O35593 Q9R1P3 A0A0R4IZW5 Q14AQ1 G3X9V2 Q58EV4 P05480 A0A1X7SB71 O55234 Q02248 Q542H2 Q5BKQ9 Q9JKV1 Q80ZL3 Q3TXS7 Q02257 P70195 Q3TCR7 P10605 Q8BJS8 Q60692 E0CXB1 Q6RI64 Q3TS44 Q8BSZ5 Q545R0 Q99JI4 Q3TKV1 UREA CYCLE%REACTOME DATABASE ID RELEASE 96%70635 Urea cycle Q3UJ34 Q99ML6 G5E8S7 Q8R4H7 Q543E2 O08691 Q61176 Q8C196 Q8R1A8 Q80ZA1 A0A1Y7VM56 Q91YI0 ACTIVATED NOTCH1 TRANSMITS SIGNAL TO THE NUCLEUS%REACTOME%R-HSA-2122948.5 Activated NOTCH1 Transmits Signal to the Nucleus Q8JZM4 Q9DAU5 Q61010 A0A0R4IZY1 J3JS97 Q6PDK8 P0CG50 P12960 Q499W5 Q80SY4 Q9QYE5 Q3UVN4 B2RUG2 Q0MW30 Q6NZC0 Q61483 E9PXU2 Q9JI71 Q8C863 Q01705 Q3U4P5 Q3UYK2 P57716 Q8C7N7 Q8BWG8 Q9QZS3 CONDENSATION OF PROPHASE CHROMOSOMES%REACTOME%R-HSA-2299718.4 Condensation of Prophase Chromosomes B2RTK3 B2RWH3 Q8CGP7 Q64475 Q64478 Q6P7V9 Q149V4 Q3ULS2 C0HKE5 Q9D2U9 Q6ZWY9 S4R1M3 P11440 P27661 Q8R1M2 Q3TPZ2 P13405 Q80W41 Q8C1L9 Q64524 Q3UU24 Q7TT79 P10853 E9PY48 A3KPD0 P84228 Q8CGP2 Q8CGP0 P68433 RUNX2 REGULATES GENES INVOLVED IN CELL MIGRATION%REACTOME%R-HSA-8941332.2 RUNX2 regulates genes involved in cell migration Q3U9V5 Q8VDV0 P31750 Q80YP5 Q08024 Q8C6X4 Q8CE74 SYNTHESIS OF KETONE BODIES%REACTOME%R-HSA-77111.7 Synthesis of Ketone Bodies Q8JZS7 P54869 Q8QZT1 Q9D2R0 G3UWD3 Q80XN0 P38060 RNA POLYMERASE II HIV PROMOTER ESCAPE%REACTOME%R-HSA-167162.5 RNA Polymerase II HIV Promoter Escape A2ASY1 Q3UZB8 A0A3Q4L2S8 Q8BQ46 A0A338P6M3 Q7TPV0 P61216 Q542U3 P61219 P62488 P08775 E9QAP7 Q3UIR2 B9EJX5 Q9D0D5 Q99JX1 Q3UT56 Q8VI33 Q9R1C0 A0A3Q4EGS4 P97760 B1Q2W7 E9PWD3 Q8BFX0 Q3THK3 Q8CFI7 Q3ULN2 P51949 Q3TN86 E9Q6K1 F8VPY2 Q149E9 P60898 Q9EQH4 Q8K2X8 Q7TPY0 P49135 Q3THG5 Q3UMJ4 Q6RI65 Q6PI63 Q3V214 Q62311 VPR-MEDIATED NUCLEAR IMPORT OF PICS%REACTOME%R-HSA-180910.4 Vpr-mediated nuclear import of PICs Q8CDZ5 P59235 Q9D1M0 Q60960 Q5FWJ9 Q8BUA6 Q9Z0W3 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 O54962 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q8BH74 A2BI12 Q8BPS7 Q566K0 Q8R480 Q8BTS4 J3JSA4 Q8R4R6 Q9CWU9 Q9ERU9 PROCESSING OF CAPPED INTRONLESS PRE-MRNA%REACTOME DATABASE ID RELEASE 96%75067 Processing of Capped Intronless Pre-mRNA Q9D1P6 Q3UPL7 Q3UDS1 Q5SUH5 Q8C7E9 Q8K2W7 Q80X82 Q8CE71 A2AEK1 A0A2R8VK76 Q3V141 Q9CQF3 Q3UGU6 Q99LC2 P27048 Q4VA40 Q99LI9 P62320 Q9D824 E0CXT7 Q8BTV2 Q3UYV9 Q8CCS6 Q9CQ49 ACTIVATION OF RRNA EXPRESSION BY ERCC6 (CSB) AND EHMT2 (G9A)%REACTOME%R-HSA-427389.3 Activation of rRNA Expression by ERCC6 (CSB) and EHMT2 (G9a) B2RTK3 B2RWH3 Q8CGP7 Q64475 Q64478 Q149V4 Q9DCC5 C0HKE5 Q9D2U9 Q6ZWY9 S4R1M3 E9QMN5 A2CG76 P27661 Q8R1M2 Q8BM83 Q8C5H3 Q8VHR5 Q3TMT1 Q8K0T3 Q3UII8 Q58E49 Q64524 P10853 F8VPZ5 Q60972 Q2KHS8 Q9Z2D8 A3KPD0 Q9R190 P84228 Q8CGP2 Q3TQG6 Q8CGP0 CREB1 PHOSPHORYLATION THROUGH THE ACTIVATION OF ADENYLATE CYCLASE%REACTOME DATABASE ID RELEASE 96%442720 CREB1 phosphorylation through the activation of Adenylate Cyclase P05132 Q8K1M3 O88444 Q922R0 Q9DBC7 P68181 Q3TY04 Q3UUN2 H3BK84 CALCINEURIN ACTIVATES NFAT%REACTOME DATABASE ID RELEASE 96%2025928 Calcineurin activates NFAT Q63810 Q3UZ64 P63328 G3X8U7 Q5SVY2 Q3UKJ3 Q9DBQ6 Q8C443 MITOCHONDRIAL UNFOLDED PROTEIN RESPONSE (UPRMT)%REACTOME%R-HSA-9841251.1 Mitochondrial unfolded protein response (UPRmt) P38647 P31750 P24270 Q52L52 Q5NTY0 E7FJU2 P63038 Q8CGK3 Q99K73 Q9JIY5 Q3UJF3 Q9WVH4 Q4FJK3 Q61696 Q4FJX9 DIMERIZATION OF PROCASPASE-8%REACTOME DATABASE ID RELEASE 96%69416 Dimerization of procaspase-8 Q9QZM4 B2RRZ7 Q99PH8 Q3U5H0 Q8C6X9 Q61160 Q8C350 Q3U607 Q60855 ERBB2 ACTIVATES PTK6 SIGNALING%REACTOME DATABASE ID RELEASE 96%8847993 ERBB2 Activates PTK6 Signaling Q9WTX4 Q61521 D3YZR2 Q3UWD7 G3V023 Q6DR99 Q9WVF5 Q543J8 Q5FW64 Q05AA8 P70424 INTERFERON GAMMA SIGNALING%REACTOME DATABASE ID RELEASE 96%877300 Interferon gamma signaling Q7TPM3 Q8BGE7 Q8BW40 Q31093 F8WIS9 Q8HW99 Q6PFY8 Q3UPN1 O35716 Q3UCL2 Q99PJ2 Q99N57 Q9WUH5 E9Q9A9 Q9Z0E6 Q91Z40 P15261 Q542T3 Q63953 Q8BTS3 O19441 P26151 A7VMS3 P01898 Q3TU94 P01887 Q3U169 P35235 A0A7R8C347 Q8BSJ6 Q62035 Q3U2Z2 P63085 Q2M4G9 Q63844 Q5SUZ5 Q5SX13 Q3URU8 E9QB01 D3Z3L3 Q3U9K6 G3X9I6 Q5SZ99 Q3UCJ0 Q3UBT1 Q3V0E0 Q544J7 O35718 Q8CCM0 P97431 A0A0R4J031 Q53YN4 Q8BMN7 O78196 Q8VI94 Q3TDT0 P02798 Q8VI93 Q3TZW9 Q3UHH4 Q80X37 Q3UFX3 Q8R0K2 Q8K469 Q6PD02 Q8BL41 B2RPW6 Q3UKQ7 Q61107 Q9ESY9 Q80V85 Q3TC52 Q3U8M7 Q62120 GOLGI-TO-ER RETROGRADE TRANSPORT%REACTOME DATABASE ID RELEASE 96%8856688 Golgi-to-ER retrograde transport Q5XJY5 Q3TWG5 Q923G3 Q5DQJ3 Q5SW18 A0A1D5RLG3 Q5RKN9 A0A494BB86 V9GXM1 Q0PD38 O08547 Q6PB93 Q78IS1 Q14BR4 Q3UI47 Q542M2 Q9JHH9 Q0PD66 Q0PD67 Q9QXK3 Q8BTF0 Q9D517 Q3UN31 Q571A6 Q3UFE4 P84084 Q6NZM3 Q8CA83 P33174 Q3TQY2 D3Z390 P70190 Q61206 Q9QZB7 Q9DBS5 G3UXK5 Q9QZB9 Q91W40 D3Z6H3 Q6P9P6 P97329 Q8R1L4 Q6P9L6 Q52KG5 Q91YS4 E9Q5G3 Q8CD76 Q3V300 Q99JH8 Q3TPZ5 E9Q919 Q6P1D3 Q6DFZ1 B7ZWN1 A9XMT8 F8VQE2 Q7M6Z4 Q6TA13 Q8VI89 Q9CRX5 Q8VDS8 Q8C0X6 A0A1Y7VK29 E9Q4K7 E7FLY0 Q6QD59 G3X8Q6 Q6PB45 Q8BZ36 E9PX57 Q6PFD6 Q3V416 Q7TNQ1 E9Q496 Q9JKY9 B0G0X9 O89079 Q545Q2 P28663 P46460 P84078 Q9CQM2 O55029 Q3U4W5 Q0PD53 Q9JIF7 Q9D481 Q8BZ45 Q9CUT6 Q3UR67 P63168 A0A494BAE3 Q9WVM1 Q6PDC2 O54692 Q9DB05 A2RSC8 Q3US62 Q9JHU4 Q3TYJ3 Q9DBX5 E9QKK1 Q3TPJ8 Q3UD72 Q9D0M5 Q6PDL0 A0A0R4J0T8 Q3U344 POSTMITOTIC NUCLEAR PORE COMPLEX (NPC) REFORMATION%REACTOME DATABASE ID RELEASE 96%9615933 Postmitotic nuclear pore complex (NPC) reformation Q8R480 Q8BTS4 Q8CDZ5 J3JSA4 Q8R4R6 P62827 Q8CJF7 P63280 P59235 Q9D1M0 Q5FWJ9 Q8BUA6 Q9CWU9 Q9Z0W3 Q8BFY9 Q6PDG0 Q6PFB2 Q8VCB1 A0A1D5RLQ0 Q3UHW8 Q3U425 Q8BH74 SUPPRESSION OF APOPTOSIS%REACTOME DATABASE ID RELEASE 96%9635465 Suppression of apoptosis Q2NL51 Q63844 E9Q555 P63085 Q8VIJ6 Q059V7 A0A1Y7VKW0 BIOTIN TRANSPORT AND METABOLISM%REACTOME DATABASE ID RELEASE 96%196780 Biotin transport and metabolism Q3TY45 Q5SWU9 Q3UGC8 Q9ESZ3 Q9CZG9 Q3UYS0 Q6PD20 Q3TZ03 A0A0R4J131 Q99MR8 Q8BP54 MITOCHONDRIAL ABC TRANSPORTERS%REACTOME%R-HSA-1369007.2 Mitochondrial ABC transporters Q9JI39 Q9DC29 Q9CXJ4 XAV939 STABILIZES AXIN%REACTOME DATABASE ID RELEASE 96%5545619 XAV939 stabilizes AXIN Q3UES3 Q6PFX9 SENSORY PERCEPTION OF TASTE%REACTOME DATABASE ID RELEASE 96%9717189 Sensory perception of taste P59530 B1AYL0 A0A0R4J0W1 P59532 A0A1B0GS49 A0A5H1ZRM8 Q925D8 A2RS45 Q3TQ70 Q3USG4 Q7M721 Q7M720 B2RVZ3 Q7M725 Q3V3V2 A0A1Y1C8H8 Q3U5H1 Q9JMF3 G3XA00 Q7TQB8 Q80VM9 Q7TQA4 Q7TQA5 Q7TQA6 Q9JKT3 P70227 Q9WU39 Q3UF73 Q54AE3 Q925I4 Q3V0U2 Q543W5 G3X986 Q1MXF9 Q1MXF8 Q9JJH7 P97952 P59529 A0A0R4J0T3 SARS-COV-1 MODULATES HOST TRANSLATION MACHINERY%REACTOME DATABASE ID RELEASE 96%9735869 SARS-CoV-1 modulates host translation machinery Q58EA6 Q5YLW3 Q4FZE6 Q9CZX8 Q6ZWU9 Q9CQR2 Q497N1 P62264 Q5CZY9 Q6ZWN5 P97461 Q561N5 Q545X8 Q5EBP8 Q5M9K7 P14206 Q3UC02 D3YYB0 Q5M9M4 RESPIRATORY SYNCYTIAL VIRUS GENOME REPLICATION%REACTOME%R-HSA-9834752.1 Respiratory syncytial virus genome replication Q71LX8 Q80Y52 COMPLEX IV ASSEMBLY%REACTOME%R-HSA-9864848.2 Complex IV assembly Q9CPZ8 Q6P8I6 P12787 Q91W29 Q7JCZ1 Q9CQJ1 P43023 V9GXN3 Q497I8 Q5SUC9 E9Q3H6 Q8BJ03 G5E8U6 Q9CQT9 Q8CCM6 Q9D7J4 Q792A4 Q7JCX7 D3Z7Q2 Q9D2R6 P56391 Q62425 P48771 Q8BH51 Q8BPE4 Q64445 Q9MD68 Q8K0C8 Q54AC6 A2RSV8 Q8K0Z7 Q9DCW5 I6L9E0 Q3UDK5 Q9CQE2 Q5FW98 G5E8J7 DEFECTIVE INTRINSIC PATHWAY FOR APOPTOSIS DUE TO P14ARF LOSS OF FUNCTION%REACTOME%R-HSA-9645722.3 Defective Intrinsic Pathway for Apoptosis Due to p14ARF Loss of Function Q8R5L1 Q64364 PHOSPHORYLATED BMAL1:CLOCK (ARNTL:CLOCK) ACTIVATES EXPRESSION OF CORE CLOCK GENES%REACTOME DATABASE ID RELEASE 96%9931510 Phosphorylated BMAL1:CLOCK (ARNTL:CLOCK) activates expression of core clock genes Q5XFZ5 Q68ED7 Q9R194 Q5CZX8 P97784 Q8C8R0 Q8C5F1 O70361 Q542A5 O35973 Q8C3F5 A0A0R4J096 Q3UV55 Q32ME6 Q8C9W6 Q6GQV9 Q3UHZ2 Z4YJJ0 Q60670 CREATION OF C4 AND C2 ACTIVATORS%REACTOME DATABASE ID RELEASE 96%166786 Creation of C4 and C2 activators A0A3B0IP04 Q8CFG9 Q3UEK1 Q02105 A0A1W2P7F1 Q8CF98 O70497 P14847 A0A1Y7VKG6 P14106 BLOOD GROUP SYSTEMS BIOSYNTHESIS%REACTOME%R-HSA-9033658.3 Blood group systems biosynthesis Q505A3 Q3SWS0 Z4YLR0 A2A615 A0A0R4J0A2 Q32MG3 Q91Y74 P38649 O54905 A6H6C9 A0A068BIS6 Q14AE3 Q544B8 Q9JI67 Q8VIB3 REGULATION OF MITF-M-DEPENDENT GENES INVOLVED IN DNA REPLICATION, DAMAGE REPAIR AND SENESCENCE%REACTOME%R-HSA-9825895.3 Regulation of MITF-M-dependent genes involved in DNA replication, damage repair and senescence Q8BQ03 Q8R055 Q6NV63 A0JNY9 P97310 IL-6-TYPE CYTOKINE RECEPTOR LIGAND INTERACTIONS%REACTOME%R-HSA-6788467.5 IL-6-type cytokine receptor ligand interactions Q3V0U3 O88507 Q3TRK8 Q9JM58 Q541U3 Q544D1 Q3URU8 E9QJS1 P53347 F8WH42 A0A286YDE2 Q3TM06 Q3UKU5 Q62120 Q6PDI9 SIGNALING PATHWAYS%REACTOME%R-HSA-162582.13 Signaling Pathways Q9Z0I9 Q9QZS0 B2RQQ8 Q05A81 D3Z7D5 P26952 Q5SV01 B0LAD9 P16297 Q00941 Q3U1Z1 P34928 P17426 P68181 Q3UJG0 Q3UJ76 Q6PEE6 Q8BPY1 P09103 Q5SWR1 Q8BM54 Q61268 Q6A0C9 Q0VDW9 Q3UEF5 Q91X41 Q3TR87 Q542D1 P97785 Q544D2 P48540 Q8BQI4 P27040 A2ADM9 Q3V348 Q3TZF1 Q9CYI8 A6H644 A0A140LI58 Q9DBR7 Q8C4M8 P24549 H3BLN8 A0A0G2JDI9 Q3U207 Q544U0 Q3U478 A0A0A6YXS3 Q3UG07 Q8VIB3 Q2LEK5 Q91Z68 O09009 Q5SU94 Q91ZW2 Q91Z67 H7BX46 Q3UPI0 Q8BV60 D3YZW1 Q3ZB60 Q8CAB4 Q99P72 A9DA50 Q9WV31 Q9R0T8 Q02067 Q8K3K8 A0A0R4J088 O35926 A0A087WSU4 Q9QYY9 Q3URA9 Q8CDT8 Q0VGU4 Q3UKA4 Q3ZB14 A0A571BE88 Q9JHZ8 Q6PGA2 Q545T4 A9QW46 Q3UII8 Q8K4K4 Q545W1 Q3UMK5 Q3TYF1 Q9WVS7 Q2KHS8 Q99PE8 Q7TSR6 Q9JLY0 Q2NL51 Q8CI86 Q542R6 P23440 Q8BND1 Q4VA93 Q8CAH8 Q3UPW0 Q543S2 Q3TV73 Q8K0A8 Q3V3V2 A2AE33 Q9DBC7 P97793 O55106 Q3U1I8 B2RS85 Q545J3 Q8BKZ9 Q3UFJ3 Q544J2 Q8BFP9 Q4FJR4 P35487 Q9D051 Q8BMF4 Q9JK42 P05622 Q3TNY3 Q9EQ32 A0A338P6G9 D3Z3Y5 A0A0G2JED4 Q8CGG9 Q3TZJ5 Q8CFK4 Q9CX99 A4QPC5 Q80ZN2 A9UGK3 Q04999 Q9CUT6 Q6PJ87 Q3TYE1 Q4VAE6 Q6P9R4 G3XA13 Q3TY70 Q5ERJ2 Q3V341 E9QMC1 Q3US62 O88792 P51491 Q3TUH8 Q3TDQ8 Q9CUD0 Q61599 Q8C7E7 Q69ZK0 A0A1Y7VLY2 D3YYY8 Q3U7R1 E9QP59 Q9CZN7 P09055 B7ZCJ1 B7ZNX6 Q8C474 P97393 Q3UNB6 Q8BH88 Q9Z2I0 Q9Z207 Q0KL02 Q8C4B5 P70181 D3Z4R2 Q3TXQ1 P70182 Q8K1E0 Q6A0A3 Q8BH80 Q99PT1 Q80Z96 Q03145 Q6NVF2 Q3THM8 Q3UQ44 F8VQC7 A0A0R4J119 A0A0R4J0T8 Q8C067 B2RY04 Q8CCL8 Q8BQW4 Q6P1H6 Q3UDZ1 Q9CQW1 D3YTQ8 Q8BUR4 P63024 Q8R2Y2 G5E8S8 Q9D0F3 Q8BHL5 A0A0R4J0S1 Q8C5X1 Q8CA59 Q811P8 Q4FJQ0 Q8BTW9 Q4VAC9 Q3U5C8 Q8BN21 P51880 P51162 Q9Z2C4 Q3UTV9 Q3UFN1 Q497I3 P62137 Q80U44 Q9WV56 Q3UU71 A0A8Q0P8A2 Q3UVC6 Q8K592 P97454 Q9DBG5 Q9R229 Q61288 P62141 Q62356 A2RTJ4 Q3TST1 Q53Z43 Q8CGN5 Q3USS1 K7Q751 P43406 Q8BH99 Q3ULB5 F8VQH0 Q8BQ28 Q6PB99 P97333 Q3V0J9 Q8BGT1 Q5SX50 A0A0A0MQ87 Q9JJV2 Q8K1M3 H7BX38 Q3TQ52 Q3TRQ0 Q8C015 Q8BGV7 O70479 Q8CF63 P61588 Q9Z123 A0A0R4J0N8 Q8BMK4 Q04447 A0A5F8MPZ4 Q3UDE9 Q8BVZ5 Q5D095 Q9EQT3 Q8K4P8 Q8BZM0 Q80WU2 Q7TMQ7 Q61521 Q3UVN5 Q0VEB7 E9Q3I3 Q543J8 E9QKY4 Q8C0N6 Q5FW64 Q3TDN2 Q8QZW8 P41969 Q64337 Q80Y61 Q9Z0W1 Q571I4 B6YY24 Q91XV3 Q9D574 Q3TY82 Q810B6 A2A5V3 E9PWW2 Q6W4W7 F8VPS6 Q3TWZ9 Q99KI3 B2RSI0 E9Q642 Q80WW9 Q9JM96 Q571M3 O89032 E9QP99 Q3U5E2 A2AQJ6 A2A4Q3 A2AF47 Q3TCR7 Q8VDU1 A0A1L1SQR4 Q8BH60 Q8C845 B2RRE0 G5E8A0 E9QMX7 Q62172 Q69Z38 A6H5Y3 Q571B6 B1AU74 Q8BFX3 Q6PGG2 Q8K0Q5 Q01338 Q8VE99 Q80Y19 Q925K6 Q01337 Q545H8 Q8VD65 Q3UR67 A0A2I3BPI0 Q6PF93 Q8BKW6 Q3UQ25 Q9EQU3 Q8BL80 Q0VER9 Q9CQC5 Q9CXP4 Q0VG15 Q790L8 Q3UHD2 A0A7U3JW97 E9PUB0 A0A0R4IZY3 Q9CWU8 Q6IFT4 O35565 A0A7U3JW51 Q5SSM3 Q543V3 Q8BYW1 Q8C399 S4R248 Q6ZWS1 Q8BI52 A0A7U3L6F4 A0A5F8MPD6 Q541T2 G5E8J3 P81122 Q8BHS6 Q544I6 Q5M9J2 B7ZCR6 Q99N32 Q3U1V5 Q8BGH7 A0A7U3JW80 Q6P7W2 E9Q4T1 E9Q2N2 Q8BM29 Q3ZB59 Q6ZPJ0 E9Q6X9 Q8R0J1 Q62469 Q8BHH3 Q6P8W0 Q62470 G3X9Q3 A0A0R4IZX1 F8VQ11 Q8BM00 Q8K2H3 Q3V3S7 Q920R0 Q504M6 Q3URV7 Z4YM84 Q4VA10 Q7TQE6 Q8BM51 Q8JZX9 Q3UQS4 Q9Z0X0 Q9WUB0 Q8CGF1 E9QQ33 Q99P91 Q9CQG8 B2RSC8 Q7TSZ9 Q0VAZ2 Q7TNL7 Q9ESS0 Q05922 Q3U8K3 Q1HL35 Q2M4H5 Q3TTE7 Q3U5C7 Q8BH75 P97463 Q91V35 O35118 A1L3Q1 Q9Z0L2 Q8C1V7 Q9DB86 Q3UET6 G5E919 O35716 Q8K1C9 Q3UWF9 Q8C9G5 A0A0R4J0R6 O70514 A0A0J9YU62 Q91YZ2 Q672J9 Q8VCM2 Q5F258 B9EJX2 Q8BYC6 Q8BH43 Q8C8B2 Q6NVF0 Q3U6G0 A2AS98 Q3TLE2 Q8R5H6 B3VQI8 Q9WVM1 Q80XR8 G3X960 Q6AXH6 Q91VR8 Q8CJ00 B2RQE8 P97369 Q8R5G7 A0A087WRP5 A2RRK7 Q3UKP6 E9QAJ9 Q3TPY5 Q9DBJ3 Q6A028 Q8K1X4 Q8CIZ9 Q9D3L3 O70145 Q9D0J3 Q69ZV6 E9PUE7 Q14A12 B2X2D4 E9QP44 Q3UBI5 Q810B9 Q4VBE6 Q7TSJ0 Q8R5L1 P26618 Q3U4P5 Q9DBX7 Q3UYK2 Q499J8 P57716 Q8C7N7 Q8BPU7 P84309 Q9WV32 Q91WF3 Q3TX55 B2RVZ3 A0A2I3BRC5 Q542R8 Q9JM76 Q922R0 Q9DC51 Q9ESJ4 E9Q706 Q5SW83 Q9R0Q6 Q8K1I7 Q8CIH5 O88444 Q9CXQ9 Q53WY0 Q5U7A4 Q6PGK0 E9Q967 Q3TY04 Q60614 Q3UUN2 P35991 Q99JA4 Q6PEV3 P51141 Q9CPW4 Q9CVB6 B2RSH2 Q3ULF7 Q920A1 Q8VHI6 H3BK84 Q60838 E9Q2D0 Q80TY9 Q6P1E0 Q3UU15 Q3V1Q3 P08752 Q6PFX9 A0A1Y7VKW0 Q5BKP2 B1AZ99 Q3TXI7 Q9CTM5 Q922K9 Q3UES3 V5SIM2 Q91UZ1 Q544F7 Q8C078 Q3UN66 Q80T41 Q3TP00 O88951 Q8VBY2 P70392 P22723 Q8C446 Q9QZR7 P27681 P63137 Q9WV18 Q53WT3 Q6DR99 Q8BHK8 Q3UTH8 Q3U7M4 Q547H1 Q5DTK3 P20612 P15409 Q8R4K2 Q8BFV3 Q3UY00 P04918 A0A1W2P715 Q60929 Q3TY83 Q9D7X3 Q3TAR6 Q80VE1 Q3TUP2 Q8R116 Q284W0 Q8BND3 Q542M9 P59240 Q3UI47 B2RQZ0 A0A0R4J0A9 Q99N43 Q3U1W5 A3KMI3 Q0P5Y9 Q8BFU0 Q9DCU8 Q99P68 E9QLK7 D3Z6S4 Q9D219 Q09XV5 Q8JZL2 Q80V76 Q8BZR7 Q8C4U3 Q9JJN6 Q8K272 Q8BSS6 Q8K025 O54908 Q9Z1P4 Q5SSZ7 Q9QYZ8 Q3UI35 E9PVK4 Q91VN0 B1ASC1 Q8K1S7 E9Q9G8 Q1JPR5 Q67FY2 Q06831 Q3URP3 Q8VEJ3 Q99K78 Q3TYU1 Q04891 B2RU64 Q5RKW0 Q3TQ94 Q9D1C2 Q5D0E4 Q8C5P3 Q6PD21 Q3UGF1 Q9DBS5 Q91W40 Q8BJR7 Q91YS4 Q8CD76 Q8CG73 Q3TYD9 Q6VH22 D3Z025 Q7TSH4 Q62559 P30935 Q8BYC4 Q8CBS2 Q32MD7 Q80WT4 P30731 Q3UPG3 E9PVU7 Q60829 Q8CA29 Q3U4W5 Q5PR72 Q0VDU3 Q3KNA5 A2AIV3 Q9D677 Q6P5G2 Q3UEI1 A0A0R4J100 A8IK50 P0C5I1 D3Z289 Q7TPG2 Q0VGT5 Q3TUD0 Q9CTN4 O54897 Q8C5J7 B2RR84 O88502 Q8BI47 Q8BL07 G3UYX5 Q9EP84 P97492 P0C1Q2 Q0PD48 Q8C4E7 B7FAU9 Q9D3K3 G3UY19 Q9ESG2 Q91WU6 Q3UN27 P22935 Q9D270 Q924U4 P70691 Q9CR16 Q3U5I5 P42232 Q9JIA0 P40201 Q9D0V7 Q1WLP7 Q91VY5 E0CXG4 Q91WA4 F8WI12 P35582 Q8BRZ8 Q80TC1 Q6ZQ88 F8VQL7 Q3UCD9 Q3U0X6 Q8R4E5 P30416 Q62395 Q05BA5 Q8BTS0 E9Q5D6 Q68FG2 Q8BZ98 Q8QZY7 A0A0J9YUN4 Q9QZS3 Q3UGX2 Q8R1C2 Q3V1V5 E9QB01 P12960 P08032 Q8VIE5 Q3UPW2 Q3UKP1 Q8BLU0 Q6RKD8 O55095 D3Z111 O70572 Q9JJF9 B9EHT4 Q3UCV8 O35242 Q9JJY3 Q3UKC1 Q3TD49 Q99JW1 Q99KQ3 Q7M759 Q8VCV1 Q544A5 Q3U1C2 Q8BNY0 Q0VEP8 Q4FJW2 Q61824 O35126 Q9D0U6 P46694 Q8CHE4 Q9Z1M4 J3QM82 Q61532 Q8JZL1 E9Q1G8 Q3TPX5 Q6NXI4 Q3UYI5 O88520 O08538 Q9DAJ4 E9Q8N0 Q62048 Q6P5G0 A6MDC6 Q3TYC0 A0A0H3XWX3 A0A1Y7VJB9 Q80YS4 Q61193 Q9D5W0 Q53YN4 Q9DBX5 Q7TS64 Q9DBS6 A2ASF9 D3Z4T5 A0A0R4J1M1 Q501P6 Q8C3W2 Q3U0Z8 Q60760 Q3TPM5 P52633 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q548Y4 Q5D0E0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q5SUR3 Q14AQ1 Q58EV4 Q923A8 O55234 Q542H2 Q5BKQ9 Q9JKV1 A0A286YDT6 Q3TXS7 P70195 Q8BRF7 Q8CBT3 Q9Z1E3 Q60692 E0CXB1 Q6RI64 Q3TS44 P68404 Q99JI4 Q8VC91 P25799 Q3TKV1 P19091 P06537 Q6GU14 Q6NZM9 Q6LC96 Q8BW69 E7FJU2 Q8BP65 Q3U5E7 A0JP53 D3YWQ0 Q6DIC8 Q8C413 Q91WC9 O88673 A4FU75 Q6P5E8 Q99LR1 Q9D375 Q6NS52 P16054 A2AHK0 Q9R1C6 Q3UKY1 Q91V87 Q6R6I7 E9Q0U9 Q5RL10 A2RTV8 O35280 Q5Y988 A2AIY3 Q5Y985 Q8CHK2 Q497E4 P70268 A0A571BEH9 E9PUF7 Q3USZ7 Q02257 O54724 Q8K031 Q3UGZ6 Q8C6B2 Q3UWP1 Q80U35 Q8CA35 Q8C0J6 Q8BWR8 Q8BWW9 P54116 F8VQ29 Q07139 A2RRK3 Q68FM7 G5E825 E9QKB1 Q8K298 D3Z3A8 A0A2X0SFN9 A2AWP8 Q8BTF1 F6XC54 Q3UJQ1 F6SBR5 Q3UQS3 A0A140LJJ5 Q4FJM5 A1A553 H3BJ45 Q91ZT5 Q9DBL0 Q5FW61 Q8BZV1 Q3TNB8 Q80VK6 Q66JY6 B2RWT9 O70492 Q9D034 P11440 G5E8T4 Q6ZPF3 A2ANQ2 A0A0R4J0X8 Q3TPZ2 E9Q5R6 Q3UFQ4 F6WMJ3 Q3TQN9 Q5FWH6 B1AS67 Q3UG32 F8VQL0 Q8BWA8 Q3UMA3 P27600 Q3TRJ7 Q62159 Q3TGH8 Q3UPH7 Q62420 E9QK62 Q3UGN9 A0A0R4IZW5 Q8BY35 G3X9V2 P05480 Q02248 Q3TT90 Q9CZV7 Q80ZL3 A0A0X1KG61 Q61411 P35918 A2A5N2 A0A5F8MPM1 Q3USK4 Q8JZR2 Q3TMJ8 Q5U421 Q3U2P8 Q8BMC3 Q3V3W9 Q05AA8 P70425 P63321 P63085 Q920H4 Q6LDU8 E9Q9B7 A0A1B0GSX9 Q549B6 Q8CCG5 Q91ZZ2 Q61616 P98083 B2RTA0 Q543D4 Q8C180 Q64264 Q63844 P12657 Q09HN3 P18762 Q3UFB7 Q14AW8 Q91YS7 Q5QD04 A2RS58 Q5QD06 Q3UIB2 Q9WUI1 S4R2T0 Q6ZPU1 Q540P3 P61168 O08911 A0A494BA82 E9Q672 Q9D091 B3Y5T0 P28028 Q542R4 Q3UVG4 Q61224 Q543V2 P34971 B6VJS3 Q0VBU3 P51436 Q02152 Q5QD13 Q9QXE7 Q6GQV9 Q9ERZ4 Q2M2N7 Q5QD17 Q3UP63 P70365 Q0VES5 B2RQS5 Q8CHB6 Q0VEC4 Q923Y8 Q8BHJ5 Q80UU9 Q8BJ14 Q8CE59 Q8CBR9 A2A8L9 Q60676 Q9JM08 Q9WVG6 Q8BYY5 Q545R0 Q921S6 B1AQH6 Q8CBD1 Q3V1B5 Q63810 Q4FK48 Q3UH93 Q6NZH9 Q4V9W8 A0A0R4J0G7 P63328 Q5SXA9 Q99LH8 Q9Z1S3 Q71VB4 G3X8U7 A0A0R4J0F4 Q3UKJ3 Q9DBQ6 Q6GR78 A0A140T8R7 Q543F6 P14733 E9QJS1 Q5SS40 Q3UR74 Q9WVH4 Q99PH8 O08530 Q8BG51 Q541Z2 Q52L79 A0A1L1SQ24 Q8K2I1 Q542T9 Q6PEB3 A0A0R4J0R7 P62878 Q01705 Q3UY07 Q5R252 Q3U9R0 Q3U9V4 Q3TNJ3 Q9Z0L6 Q0VBT1 P70701 Q8C6P4 Q542J1 Q9JIP6 Q80ZS9 Q8BJN8 A0A0R4J003 Q3UG14 Q3UGN1 Q8R5M2 Q1RME7 A0A158RFU9 P27467 Q6PDY6 Q0P543 Q60755 Q8CIT0 P29387 P97751 Q6NXJ9 O70283 Q61086 Q7TNK8 Q3UFJ9 P63213 Q61091 Q546Q8 O35595 Q3TQ70 Q6P8Y9 P48756 P63216 Q3UMY0 Q9DC42 B2RUC7 P61953 P24383 P50153 Q62226 Q9WUP0 Q9WUP1 Q9JMF3 Q8BRC7 Q9R216 Q61012 Q3TQ59 Q545F4 Q3UTY8 Q544P6 Q3UR96 Q924X4 P41593 Q3ZB23 A2AS93 Q91V95 Q544X5 Q3U9H3 P55095 Q8BLL2 Q80XI9 Q3V1A7 P81615 Q9CXP8 A2AQ45 Q8BJT8 Q80U72 P97297 E9PUK3 Q9ER71 Q54AE3 P12968 Q8C147 Q7TT50 O70421 H7BX44 A2AR99 Q9DB19 A0A1B0GR43 Q149J3 D3Z7A7 Q9CUZ6 U3RF68 Q8C718 Q7TMG8 Q3UZ05 Q8BQD1 Q9DAS9 Q62190 P22725 Q9R097 Q9D8Q8 P32082 Q3UEG1 G3UWE8 Q3ZAT0 P22727 Q3UN81 O35659 Q0VAV5 P58069 Q60790 E9PYG6 A0AAQ4VMS6 Q501K2 Q9CTE0 A0A0J9YVH8 Q8CAS7 A0A0R4J0K0 Q6PFQ7 Q9Z268 Q04690 Q52KF5 Q924S8 Q5XJE5 Q61457 Q8C8M7 Q9CYB4 Q790L7 Q3U5E6 Q564P6 J3QPP8 P63089 S4R216 Q3UGB9 Q545C3 Q9D297 Q6ZQJ8 P46414 Q3UEW6 Q9CZW2 Q8CCF8 O88413 B8JK52 B2RVI6 E9QL29 A0A140T8Q9 Q61151 Q9D481 Q059U7 Q9D084 P47806 Q14A61 E9Q9T4 Q8BZ45 Q9CQU5 Q549P2 P63168 Q66JQ7 Q3UK10 K3W4R5 Q6ZQK4 O70126 P59235 Q6PD03 Q9CYC5 J3QMK1 B2RX66 O54692 Q99P69 A2RSC8 P63330 E9QME3 Q3TG35 Q9QYM8 J3QP81 Q9CY25 Q9JHU4 Q3TG33 Q3TDV6 Q8BK67 H3BKZ0 Q8BHX3 Q8BSE7 Q8BH74 Q8C4M7 Q3TJM4 Q8R480 Q6ZWM8 Q9CXH7 Q6ZWU9 Q3TYJ3 Q9D0F1 Q923A2 Q76MZ3 E9QKK1 F8WHU7 Q9JJ66 Q9CWU9 Q91V89 Q9CQA0 Q3TPJ8 Q3UD72 Q9ERU9 Q9D0M5 Q3U4H0 Q6PDL0 Q8BIX1 Q9CQ82 O35685 Q3UA16 Q3TTB0 Q3UPF6 F8WIA1 Q9WU62 Q3TMK9 Q9CPV1 Q8CDZ5 Q812G4 Q9CPV5 Q8CJF7 A0A0R4J037 Q8BN07 Q9WVA3 Q3TWG5 Q8C3Y4 Q9D1M0 Q5HZH8 Q5SW18 Q9CU62 P11214 Q9Z0W3 A0A1L1SV84 Q9ERR1 Q6PD28 Q8K1K8 O35216 A0A1I7Q4A6 Q3UZD6 Q8BHK9 E9Q3P4 Q6PCQ0 Q8K1G2 P57680 Q2M1K0 Q49MD7 Q3U1H9 Q545V4 Q3UUQ5 Q7TN16 D3Z763 Q3SWS4 A0A286YD87 A0A0N4SVY6 Q32MD9 Q9WU02 E9PZW0 O55111 B9EHJ3 Q80ZW1 A0A3B2WCN9 P70677 Q61495 P97760 Q8BFX0 Q3THK3 Q8CFI7 P60898 Q3UMJ4 Q6PI63 Q3V214 A0A3Q4L2S8 Q9WTX4 A0A338P6M3 A0A3B2W7C9 D3YZR2 G3V023 P61219 P62488 P08775 F8VQ28 Q9D2U9 A0JNY9 A1A550 Q8BTI9 Q3U957 Q8BX09 Q8BKH7 Q3UKZ9 Q3UCJ0 Q8CEI0 Q3TJI7 Q8C5H3 Q8CE74 Q3V086 P97481 Q9EPK5 Q3TLP8 Q549R2 P03995 Q3UXE9 P26361 P61965 Q9CS58 Q6GU23 Q3U6Q4 Q921E6 A1A4T4 Q8BIQ9 Q8BGM7 Q3U0E8 Q3UQK5 A3KPD0 Q61238 P51682 Q8CJF9 P84228 Q8CGP2 Q99K94 Q8CGP0 G5E884 Q3UII1 P15066 B2RTK3 Q8CGP7 Q3UHZ0 P31750 Q9QYH6 Q8C7P2 Q149V4 A8IP69 Q6QI06 Q8CDH5 Q5DTJ2 Q8VD67 B1ATC3 S4R1M3 Q05144 Q9JLN9 Q3UP42 Q3UHK8 Q8K2C7 Q53X15 G3UZX4 Q8VEH8 Q8R1M2 Q812A5 Q8CAI6 B1GX81 Q8C5Q7 P41241 P46938 P01108 A0A3Q4EC26 P42337 P01101 Q8VDU4 Q64524 Q8BRK8 P35235 P10853 Q543X3 Q3U1L4 Q60972 Q9DBZ2 Q01853 D3YZ57 E9Q696 Q80UF1 Q542K0 Q6GTY4 Q3UUI3 O08908 Q8BUX6 Q8C6X4 Q8BMT9 Q8CIP5 Q99LT0 Q8K2P2 Q8K4K2 B2RRF0 B2RWH3 A6H659 Q64475 P70193 Q64478 Q53ZU1 Q3U472 Q8CDB3 Q5KU03 C0HKE5 Q6AXH7 Q3TWR3 Q3URU8 Q3UQ34 A2RSD4 Q6ZWY9 Q8BJP2 Q8CI98 Q3UD86 P27661 Q3UCW2 Q6PAM0 Q8C402 E9PW15 B2RUG2 Q9CQ49 Q3U3M5 Q9QWV9 Q3TN86 Q149E9 Q642K0 Q99J95 Q3UYV9 E9QPE7 B1B1A8 Q6RI65 Q6PE70 Q7TQK0 Q4FJV4 Q8K0Z5 Q8C4Y3 Q8C4N2 Q3THE2 Q3UIJ0 P35831 P05213 E9PUF1 Q03350 P30678 Q80ZA1 Q3V1S6 B2RRW2 P70419 Q3UPA1 Q3UTM5 B2RRX1 Q52KG9 Q542X7 Q9D0J4 Q8CBT5 Q3UHH5 Q3UUR0 G3X8W6 Q76JU9 Q80XD3 Q8CI15 Q3V249 Q6S9I3 Q9QXZ9 O08675 A0A1Y7VN85 Q544V2 P58308 Q8BZ39 Q4VA56 Q3TJ94 Q8BU75 P29754 A1KXK3 Q542U0 Q8VCK6 D3Z621 Q8BMJ5 Q8BR34 A2ACT4 P56942 Q542T1 Q8CDT4 Q05AD1 Q8BLG2 Q9JL25 Z4YJQ4 Q922W6 O54798 Q14AB2 Q14A28 Q059S5 P21729 Q0VDP6 A0A0R4J289 O88536 Q8R1I2 Q8BFQ3 P30558 P32299 G3X9K0 Q3UQ86 Q3V0U2 Q9WVA8 P48757 P22389 P30548 E0CY28 Q9QY96 Q3TPL0 Q8R041 O88634 Q547R2 Q8BZV9 Q544K2 Q149W7 Q62361 Q3TST4 Q6PFA2 Q6P8H4 Q9JKL1 Q5D078 Q3TU81 Q80Y52 Q8BFU7 A7VJD3 Q8BFU4 Q3UTR7 Q541G7 Q8BMC0 Q08AU6 O08849 Q0VEH1 Q4VA00 I0J0X7 Q3UTE9 Q8BNT7 B2RS62 A0A250SH12 Q3UNK5 Q8K443 Q544B4 P0C0P8 Q0VBD7 Q3ZB46 E9Q468 Q3UWY6 Q921K2 Q9Z282 Q6NS65 Q91YU8 C5H7S2 Q68FD5 A0A0A6YWD0 Q9JL06 Q0VBE5 Q924H0 Q32MS1 Q61614 Q8CE23 Q9JJL9 Q3UZ41 S4R1K3 Q3V2S5 P47937 V9GXQ3 Q9D3P9 Q8K4Z6 A0A1C7ZMY0 P55099 Q08024 Q8BUD0 P19096 Q62035 P43404 Q3U3Q1 Q2M2N2 Q8BMD2 Q7TS75 Q9Z1N5 E9PUK6 Q3U4N2 A0A2K6EDK7 Q8K0G8 Q921W2 Q8CII5 Q60I23 Q3TQG5 Q3UXW9 P30993 Q8CCQ1 E9QQ21 Q3U0D7 Q8CD59 Q8BVT9 Q6NV56 Q3TZ05 Q61789 Q3USI2 Q80VP1 Q8C5B3 A0AAQ4VMU6 F8VQJ3 G5E874 P19137 Q3UHL7 P97927 Q921L6 Q3UZF9 Q570Z8 Q5DTP0 Q9R0B6 Q8CJ53 F8WHW6 Q920N8 Q9D5S8 Q8BTM9 Q99K90 E9Q4S7 Q8CF89 A2BEG5 P70196 Q9QUG9 Q496T0 Q9D2U3 Q6GTZ3 P05532 P01193 Q3UZ96 Q544E0 A0A1Y7VNZ6 P56450 Q8CGB9 A2APU5 P63101 P68510 P48302 A0A0B6VTJ4 Q58E49 Q810V8 Q544G7 Q04887 E9Q4F3 A0A0F7RQH1 Q9Z2X1 P49817 Q7TSI6 Q9R0C8 Q91VJ4 A1BN54 Q3UV27 Q91V93 Q61081 Q14AI7 Q8BTV2 Q5EBP8 Q5DTM8 Q91YR1 Q3TE41 F8WJG3 Q9Z204 Q3TFA9 Q4KL81 Q3TRK3 Q570Z0 Q3V3N6 Q3TR46 Q9WV02 V9GX76 Q71LX8 B7ZMU4 F8VQ93 Q5FWJ3 A0A0G2JF67 Q3UE22 Q8CDN6 P41245 Q91VK0 P23188 F6XJP7 Q8BQS9 Q9D5H8 Q8CF66 Q6NTA4 Q9CQ22 Q9DB16 Q8BGD6 Q8CEC8 P09411 G3UW70 Q8C470 Q9JKX4 Q8C2Q7 Q8K4T3 Q3V4A1 Q7TT21 Q3UUJ4 Q60876 Q99K70 Q8CB58 A0A1X7SB67 Q06138 Q9EP53 Q8BGD9 E9Q9E1 Q80X95 Q8VIJ6 A4FUW1 B1AWT3 Q9JHS3 E9QKI5 Q9EQE3 Q8BNP7 Q547C4 G3X8Q0 Q61335 Q61586 Q52KF7 Q3UP61 A0A338P6I6 Q6PCP3 Q60989 Q8K3J2 Q9JJJ7 Q60749 B2RRZ7 Q9WU01 Q9R226 Q5SS83 Q8C6X9 Q61160 Q561N4 Q8C350 Q62210 Q540I4 Q8C863 Q8JZN7 Q3U5H0 Q811U4 E9Q912 Q9WUD1 Q8BZ57 Q80U63 Q3TZH4 Q8BZ33 Q3U607 Q8BWF4 E9PX48 Q60855 Q3UP87 A0A5F8MQ33 Q9QZM4 Q3TSE5 Q8R5C0 M0QWX4 Q06180 Q8BGH2 Q61152 Q8BUM3 Q8BV52 Q80SW1 Q8R429 Q8CCM0 P70227 Q8C8N0 H9T841 P05132 Q5DTI2 Q921Y0 Q3T9U1 A0A1Y7VM69 Q8VHE2 Q545B5 Q8VEB2 Q8BL41 Q8BYR2 Q9JI10 Q8K371 Q9JI11 G3X9X7 Q0VGZ5 Q8R0X5 Q8BW40 Q8CED6 F8WIS9 A2RTD1 Q8R0L1 P12979 Q9QWH1 A2RSK4 P10085 Q91YV0 Q0VEJ7 Q3V116 Q549R4 P23804 Q9CQJ4 Q3URA3 Q91VS8 Q5NCN8 P55284 D3YY34 Q9DBY5 Q9QXV1 Q7TPD5 Q7TSJ7 B1AXN9 O55187 Q2LC58 P68433 O35730 O54992 Q505A4 Q91WJ0 Q9JK83 Q3UHH9 Q80VU4 Q6PFG2 Q62077 Q3UHE3 Q6P1D6 G3X9V4 Q541P3 P68040 Q3V1A4 Q4FJT2 Q8BQK4 Q5HZH3 Q3UWD7 Q499W5 Q80SY4 Q9QYE5 Q3UVN4 Q0MW30 Q6NZC0 Q61483 E9PXU2 Q8CAT6 Q9JI71 P01027 P06684 Q8BVR8 P40336 Q9WTZ9 Q91VN7 Q545B6 Q3V440 Q9ESU7 Q3TRJ1 B2RTL6 Q9QZ88 Q925I7 Q6DID7 A0A0R4J0F8 A2A9W7 Q05895 Q8BGL0 Q6PB82 Q3ULK1 A0A1L1SVG0 P59268 Q9Z0Y7 P09535 Q8CAR0 Q91Y74 Q91W53 A0A0R4J1R1 Q8CIG3 P61208 Q8BGR3 A0A023ULC4 Q03391 Q3TGW2 D3YWU0 P51910 P48298 Q3UZW2 Q9JKT3 Q8K1Z6 A2AI21 P30875 Q543T0 Q5FW75 P08551 Q543S8 Q8VDD5 Q6IYF8 Q3U1E8 Q91X56 Q542U1 Q642U4 Q3V2F3 Q14AA9 Q543U1 Q3V2F0 P30730 Q6PDF2 G3X986 Q9JL21 Q543U8 Q543U6 Q9Z0L1 Q3U1J5 Q8CAU3 Q3TXU4 Q8BMP4 Q14AC3 Q9EQ16 Q543X1 P50228 A0A0R4J0T3 E9Q9V9 P51680 Q9Z2V4 Q3UXY8 Q5QNV9 Q5QNW0 A0A0R4J0W1 E3SRG8 Q9D1T9 O35457 Q9WVF5 Q78U67 Q3UG37 P70263 Q548V9 Q9EQF2 E9PXW8 G3UWC3 Q8CAH1 Q6P3E7 Q61041 Q7M721 Q7M720 Q9QY42 Q7M725 Q3U4C5 P04351 Q6VZZ7 O70456 Q91YP2 E9PZR8 Q3U5H1 B1APX1 D3Z768 Q544P9 Q3ZB17 F6R5P4 G3XA00 P35343 Q5SVU3 Q546S6 Q7M708 Q8BYF1 Q0VB35 Q0VBT7 Q6PHU4 Q8BFZ2 Q9JIL2 Q059K7 A0A668KM95 Q2TJ95 A2RSW3 Q497D3 Q14DJ8 Q3SWR9 Q80Z58 Q0VB49 Q9EQI5 P49681 Q3U5L7 Q9Z2J6 Q6P9T4 Q9JHH5 Q8BKB0 Q925I4 Q9QYS2 Q8BVW4 Q8BJ52 P56479 A0A0R4J170 A2CFE9 Q544F4 Q542B6 Q496X5 Q5UCB4 P18911 O08790 G5E8D5 G3X9G6 P56485 Q3V002 P59529 Q4QQL2 Q6W5C0 Q9WUT7 Q546L4 P59530 Q3U6B2 Q4KL34 P59532 Q5SX78 A0A0R4J0J4 Q3UR83 E9QAX3 Q5XZF2 Q91WL8 B9EII2 Q925D8 O88410 Q8BFQ1 Q8C7T5 Q05BD6 Q00899 Q9WV08 Q7TME0 A9Z1Z1 Q14BV9 Q8VCR0 Q810W6 P47774 Q3TZS1 P56469 Q91VE4 Q3V1K5 O08707 A1L151 Q9R1E0 Q14BI2 A0A140T8J4 B2RU75 Q545Q1 A0A183ZRM3 O88853 Q7TQB8 Q8CB97 Q7TQA4 Q7TQA5 Q9WUK7 Q7TQA6 Q8K0T3 Q3UEX0 Q0VBA6 P18340 Q8BLP9 A0A385KNU8 Q569U6 A0A0R4J1D6 Q80ZV7 O08858 Q8CC99 Q3US12 Q6VMN6 P52592 Q545V6 Q04683 Q544B5 Q9Z0U9 Q3TZW9 B2RQM3 P47936 O35188 A0A0F7RQR1 Q543A9 F8VQN3 Q99MT6 A2RTH0 Q3UGA1 P33766 Q3V334 P70424 A0A087WQF0 Q3SXF8 Q9D8I2 E9QP19 Q544E3 Q546I3 E9Q8C1 Q923G3 Q9WTR0 Q04997 Q60848 P53690 Q8BRV4 E9QMN5 Q9Z0G0 Q3UY39 Q8CDZ9 Q8BSJ3 Q8BM83 P12032 B2RPU7 E9PWE4 A0A0R4J097 Q78ZM1 Q61810 Q9Z0T9 Q9WUP7 Q3TSV9 Q0VBD0 Q6P3Z8 A2ARA8 Q91YU7 Q9D0L6 A2APF5 Q8BSJ6 Q0VD84 Q3UGU1 Q91XS1 Q8CG19 Q8BUN5 Q544I2 A2AI52 A0A0R4J1I3 E9Q6E2 O88623 P21274 P31695 Q0VGJ1 Q3UUT8 Q3TYL7 Q3UV52 A6H6S8 P29594 B2RR30 Q3UUX5 Q3UBT1 Q8BSC0 Q8VHR5 A0A1L1SRK3 Q3U1Q3 Q60520 Q3TB81 Q3TX57 Q3TYX7 Q9JM73 A0A158SIT8 Q3UZZ2 Q3UJ95 F8VPX1 Q6T264 Q547B5 Q8CAS3 Q9QUR7 Q6ZWQ9 Q6P8R3 Q4FJN2 Q8BKI7 G5E899 Q80YQ1 A1KZZ4 Q9QUM0 Q80YP5 Q9QUM5 O35516 Q3U479 Q8VH33 Q3U593 P70340 E9QN92 Q8BR10 O35718 A2RS47 Q00731 Q3V1T9 Q544Y7 Q6PAR4 Q9Z2D8 Q3SYK5 Q9CS95 B2RPW6 Q3TJP4 A0A0R4IZW4 Q5EEX1 Q3TJ22 G3X9H8 V9GX46 P49766 Q3TVD4 Q8VH37 P97946 P97953 Q3U9G9 Q5NCU5 Q3UQC2 Q9CSE3 Q9CX58 P57774 Q3TMT1 Q5J7N1 D3Z482 Q60864 Q9D3Q7 A0A087WRT5 L0N7N1 P35546 Q9QY73 Q3UM17 P70206 Q62432 Q9CTF6 Q8BLR7 Q9R190 O89001 Q3UIX3 Q03160 Q8R0K9 A0A6I8MX08 Q6NXJ3 Q9D572 Q3UVW8 Q91ZD4 Q0VBM2 Q6DFX0 B1AV77 Q545S4 Q99ME2 Q60636 Q921N8 Q3U0R5 F8V330 Q61502 O35182 Q545E4 Q61982 A0A1W2P736 B1AUF1 Q8BWG8 Q52L50 Q64727 Q62120 B1AYC9 Q3TU98 A2AI78 Q99MP8 Q80TM2 Q3UER8 Q80XI6 E9PV24 Q5EBQ2 E9QPU1 J3JS97 Q99N57 Q3UV75 P67778 O54890 Q3TGR2 A2A9K7 Q8CAD1 Q80SY3 Q9D1K2 Q9JHF5 Q8BMC1 P15920 P51863 Q9CQD8 Q544R7 Q3UR47 Q5SV64 A0A0A6YX18 Q6URW6 Q9D593 Q8BS94 Q99M55 Q9Z1G3 Q3U861 Q3UI46 Q99L60 A0A0N4SVQ2 P50516 Q542D9 Q91YH6 Q5HZY7 Q3UP55 P50518 Q3UY41 Q8JZM4 P62814 Q9DAU5 Q61010 Q3UWN7 A0A0R4IZY1 Q5DTI7 Q80TQ2 Q3U889 Q3TPN5 Q91WA6 Q54A87 Q7TQD1 Q924T7 B2RUR8 Q8K004 E9PUE2 P39428 Q6PDK8 A1L361 Q0VED9 Q62148 Q8BH00 P53395 Q8K3M1 O08749 Q148Q4 Q8BSF7 Q3UIA4 Q3U538 Q63ZW6 A0A0N4SUV4 Q8C6K9 B2RXA7 Q9R1R8 A0A0R4J1N8 G5E8W9 Q7TQA3 Q8VCH7 P62965 Q9ERI6 A0A0R4J061 I7HJR1 Q8C9L7 Q9D0D2 Q80XK0 Q9QZR9 Q8BSX1 P02463 TOLL LIKE RECEPTOR TLR1:TLR2 CASCADE%REACTOME DATABASE ID RELEASE 96%168179 Toll Like Receptor TLR1:TLR2 Cascade Q3V1B5 Q8BN07 Q6GR78 Q9WTX6 P0CG50 Q4FJP7 Q80ZA1 Q8C6X9 Q52L79 Q548Y4 Q5D0E0 Q5SRW7 Q5SUR3 Q923A8 Q3U607 P35991 A0A286YDT6 Q60778 Q8CBT3 Q9Z1E3 Q5SRY7 Q8VC91 P25799 Q9D5S8 Q99K90 Q569Y6 Q8CF89 A2RTT4 P70196 Q3UKS3 Q0VB14 Q8C6Z4 Q542S6 Q91V77 Q810V8 E9QNX4 I3PQW8 Q3UV15 Q3UER8 E9PV24 O35716 Q3UEB8 Q3TGR2 Q3UP42 Q53X15 P41969 Q5SWN9 Q5NCN8 P01101 Q7TPD5 Q7TSJ7 B1AXN9 Q8C9D4 Q3UV88 Q3TMJ8 Q5U421 Q3U2P8 Q60521 Q8C094 P63085 Q8CE90 Q63844 Q09HN3 Q8K2U0 Q9WUI1 G3X8Y8 P63330 Q3U7M4 Q547H1 Q3TUH8 Q8BR10 L0CL36 B9EJ46 Q8R4K2 Q8BFV3 Q3UY00 P04918 Q80SY9 Q540J8 E9QMH7 Q3UAR6 Q9CR56 Q5EBQ4 D3Z6V8 A0A1W2P715 F8VQ72 Q76MZ3 Q99JG7 Q8CBR9 Q3TL44 Q64HC9 Q8CEC5 Q8CFA1 Q60929 Q91V89 Q62151 E9PYI8 Q8VC16 Q3TY83 Q9D7X3 A0A0R4J174 Q3TAR6 E9QPQ6 Q8BIX1 ASSEMBLY OF COLLAGEN FIBRILS AND OTHER MULTIMERIC STRUCTURES%REACTOME%R-HSA-2022090.5 Assembly of collagen fibrils and other multimeric structures Q3UN27 Q30D77 Q9Z0I9 Q3U962 B1AWB9 Q9JLI2 I7HJS8 Q9QZS0 B2RQQ8 P25318 D3Z7D5 Q3TVI5 B0LAD9 Q3UN82 Q61789 Q8C5B3 G5E874 P41245 P58022 A0A0R4J0Q4 Q9Z175 Q8CEU1 Q3TXH3 G3X9F5 Q9WVM6 P98063 O35566 Q6S393 Q3UQ28 Q543M3 P57748 Q8CC06 A2A864 Q922W6 Q63ZW6 Q8C6K9 P28481 Q63870 Q3U9V5 E9QPX1 Q00780 Q3TX57 P10605 O35206 P11087 Q3UST0 I7HJR1 Q05306 Q9D0D2 Q8BSZ5 Q9QZR9 Q8BSX1 P02463 Q5QNQ9 DEFECTIVE ABCD1 CAUSES ALD%REACTOME%R-HSA-5684045.4 Defective ABCD1 causes ALD P48410 DEGRADATION OF AXIN%REACTOME DATABASE ID RELEASE 96%4641257 Degradation of AXIN P54775 Q3UPK6 Q6PFX9 Q9CPS5 Q8BVQ9 P62196 Q9CTM5 Q9CSE3 B2RT97 P0CG50 Q3UES3 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q14DJ8 Q9R1P3 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3UQK5 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 POTASSIUM TRANSPORT CHANNELS%REACTOME%R-HSA-1296067.3 Potassium transport channels G3UWE7 Q8C7Z5 Q9Z307 OVARIAN TUMOR DOMAIN PROTEASES%REACTOME DATABASE ID RELEASE 96%5689896 Ovarian tumor domain proteases Q8CB27 E9QM75 P70196 A0A0R4J0M9 Q3UUT8 Q8R554 Q4VAE6 Q7TQD1 B2RUR8 E7FJU2 B1AZ99 Q547H1 Q3UHJ1 P0CG50 P11440 Q80ZA1 A0A1L1SQ24 Q7TQI3 Q3UFQ4 Q8BNP7 Q80SY9 Q540J8 B2RRA5 Q3TU94 A1L0V6 Q3TGP5 Q3U5B1 Q99JG7 Q3SXA6 A2AGL8 Q60855 Q01853 D3Z0Y8 A2AES5 Q8VC91 PLATELET DEGRANULATION%REACTOME%R-HSA-114608.5 Platelet degranulation Q549X6 Q3UP47 Q549X4 Q8BND5 Q9CXI5 B2RR26 P49766 J3JRU4 Q9ER67 Q5SVY2 Q8CAW4 Q921M7 Q61704 P70274 Q6GR78 Q64348 Q3UJC1 P97946 P97953 Q3UTF8 Q5NCU5 Q5F271 Q3UEK9 G3UVV6 Q5ND36 A6MDD3 Q8CDZ9 Q9CZP7 Q3UZF9 Q3TJY2 P12032 Q8C2M0 E9Q5L2 E9Q137 Q6GQT1 Q91YU7 Q00897 Q546G4 Q8BQ43 O88783 P68368 Q6S9I3 B2KF05 P09535 Q5SX50 P40124 Q8CAR0 B1AV14 Q8C6Z4 Q5FW75 Q8C5K0 Q8CA35 Q64727 P40240 Q80TM2 Q3UER8 E9PV24 E9QPU1 O54890 Q3TGR2 E9Q467 A1BN54 Q3UNK5 Q6P8R3 Q9EQI5 G5E899 Q3U7T8 Q61592 Q9DB73 Q8C9G5 Q80YQ1 Q3TR66 Q9QUM0 Q8BFQ1 Q921I1 Q3UWD7 Q9CY42 G3X8T9 Q91XH6 Q8BH02 Q8K1I3 A0A0N4SVV4 Q8CFZ6 Q3V3W7 Q69ZY2 P47867 A0A146E664 P13609 P48036 Q8C7K6 Q01102 Q8R127 Q5FWB7 Q00731 Q9CZ30 Q3V1T9 Q19LI2 Q07797 Q549D0 Q3UJK4 F8WI14 A0A0R4J039 Q544Y7 Q9WVA4 P57785 P97290 Q8C139 Q6XLQ8 Q54AE5 Q548T0 Q3TEE6 Q549A5 Q00623 Q8BGA2 Q91VU0 A0A0R4IZW4 B7FAU9 A0A0R4J242 Q3ULT2 Q8BXZ1 OTC LEADER SEQUENCE VARIANTS CAUSE OTC DEFICIENCY%REACTOME DATABASE ID RELEASE 96%9956551 OTC leader sequence variants cause OTC deficiency Q8R1A8 OPIOID SIGNALLING%REACTOME%R-HSA-111885.4 Opioid Signalling Q63810 Q8BW40 P63328 Q8CED6 F8WIS9 G3X8U7 Q8BN07 P84309 Q8C078 Q3UN66 Q543F6 Q91WF3 B2RVZ3 A0A2I3BRC5 Q922R0 Q9DC51 P68181 P30678 E9Q706 Q8VBY2 P62137 O88444 Q3UPA1 Q3TY04 Q3U9V4 Q3UUN2 E9PVU7 B2RSH2 Q3UG14 A1KZZ4 Q60829 Q3UGN1 P63085 H3BK84 Q3UEI1 Q8CBT5 Q8BHK8 P29387 Q80TY9 Q3UHH5 Q3TUD0 Q8CI86 Q3UU15 P63213 Q3V1Q3 Q4VA93 Q3TQ70 Q3UPW0 Q6P8Y9 P08752 P63216 P01193 P63330 Q3UMY0 Q3V3V2 P61953 Q8K1M3 P50153 Q9DBC7 Q9JMF3 Q61012 Q80SW1 Q8BGR3 Q8CCM0 Q3UZW2 P70227 Q9D5W0 Q91UZ1 Q53YN4 Q9DBX5 Q8C8N0 Q7TS64 Q76MZ3 Q9DBS6 Q9CXP8 A2ASF9 Q54AE3 Q91V89 P05132 Q9DAS9 Q8BIX1 Q8BL41 Q80XK0 SIGNAL AMPLIFICATION%REACTOME DATABASE ID RELEASE 96%392518 Signal amplification Q546L4 P29387 Q3UHH5 P63213 Q3TQ70 Q6P8Y9 P08752 P63216 B2RVZ3 Q3UMY0 Q5FW61 P61953 P50153 Q9DC51 P30678 Q9D034 Q9JMF3 Q8BMJ5 Q61012 Q3UPA1 Q9DBX5 Q9CXP8 Q3U9V4 Q54AE3 Q5U421 B2RSH2 Q9DAS9 Q3UG14 Q3UGN1 Q3TJ22 Q8CBT5 CLASS I MHC MEDIATED ANTIGEN PROCESSING & PRESENTATION%REACTOME%R-HSA-983169.7 Class I MHC mediated antigen processing & presentation P70452 Q0VGU0 Q14AX9 Q9CQS8 Q3U6V4 Q9CYJ6 Q31093 Q792S7 P63024 Q8VBX4 Q9QUH1 Q9QZN4 D3YUA8 P26151 Q561N4 Q9QXW2 Q6PAS7 Q9EQH2 Q8C863 P62878 A0A3B2W489 Q8CHQ0 D3Z584 Q9WUD1 P35991 Q9JMJ2 H3BLP9 Q8BM54 P43406 Q9D4H8 Q3UV52 Q8BNS3 Q8C6Z4 Q542S6 Q91V77 A2RSE4 Q8BSC0 A0A1L1SRK3 Q501K2 B2MWM9 Q9CTE0 Q5SUC3 Q9CPU7 Q569Z9 Q3U3D4 Q3U7T8 A0A0R4J0R1 Q2HZ94 Q8VD65 Q6PF93 Q3U7M4 O35718 A2RS47 Q6ZQ32 Q9D4Y2 G3XA54 Q14DU1 Q9WUB0 Q9JJ66 Q3UQV5 E9QQ33 Q8BX13 Q80U04 Q3V492 Q9CZV8 Q3U0D9 A0A2I3BRK4 D3YYI7 Q9CY34 D3YY91 F8WIE5 O70481 Q8BSZ5 P58544 Q9CQ31 Q80X56 G3X9H8 Q4VBX4 Q8R016 B7ZP43 Q8VIG6 Q5DTH1 Q9ET26 F8VQK6 G5E870 Q8VCK5 A0A1B0GQV2 Q8BIA4 Q3UCL2 Q80ZI6 Q9D1M0 F2Z461 B2RPY3 P54775 Q8BKD6 Q9WTX6 Q8C565 Q3UPK6 Q9CPS5 Q3UPU3 Q05A36 Q8VBX0 Q8BVQ9 Q8K0L0 Q9CSE3 Q5SVR5 P62196 Q6PAV2 B2RT97 A0A5F8MPW7 P0CG50 Q8VDS1 Q4FJP7 Q570Z1 B2KFS7 Q3TKG4 O08547 Q8VE47 Q542I9 A1L3B8 D3Z647 Q8C7R4 P14685 Q545G0 Q6A009 Q9D4L6 A0A0R4J1W2 Q5D0E0 Q64514 P49722 A3KPB7 Q9D8W5 Q3TLR3 P99026 Q80TR8 Q9R1P0 Q9D0C1 Q3TV35 P01898 Q91W82 Q8CFN7 P01887 E9PVV5 O35593 Q9D3I7 Q9R1P3 Q3U5A0 Q5SUR3 Q14AQ1 V9GXH8 Q6ZPT1 Q58EV4 E9Q2L7 Q3U410 O55234 Q6PCX9 Q542H2 G3X9V0 A2AUC9 Q5BKQ9 Q5HZK3 Q3UE37 Q9JKV1 A0A286YDT6 Q6ZWQ6 A2A7H6 Q3TXS7 B1ASK8 P70195 Q9D5L7 B7ZNK2 Q8CBT3 O35955 Q2VPQ8 P28063 Q4U2R1 Q5SRY7 Q60692 Q9ES34 E0CXB1 Q8BID8 Q3UPL0 Q8C129 E9QAM0 Q6RI64 Q66JT6 Q3TS44 Q3V064 Q8R034 Q99JI4 A0A0R4J256 Q8VC91 Q99PQ2 Q9D0A0 Q91W61 Q3TKV1 Q9DBU5 B2RSC8 Q569Y6 Q3UEV2 E9PZP8 A2RTT4 Q91ZT8 Q3UGI9 B9EKI5 A0A1W2P7U1 Q8C2K8 Q1PSW8 Q3TM87 Q3T9A5 Q8CHG5 Q9JJZ4 E9Q3A0 Q9DBK7 Q2M4H5 Q9D074 Q8CA72 Q3U431 Q3TTE7 Q3UGY7 Q3TD55 Q80TF4 Q6ZPJ3 E9Q555 Q6PB97 Q8CFQ0 Q8BH75 Q5XPI3 A2AN08 O88838 E9PZB7 Q5F239 A0A182DWE6 A0A0R4IZY0 Q99KR6 Q8BJL1 Q543N0 Q3UCS1 Q7TSS2 Q3TR28 Q3V2N4 C0H5Y0 A9C491 Q3USR5 Q8R5B6 Q8C841 Q8BJK1 G3UWD8 Q11011 Q8CCJ3 Q9DB86 Q9WV71 Q9Z2X8 Q9WV72 P51944 Q7TPD1 Q7TQF2 E9QNZ2 Q5NCC3 Q8VHS5 B2RPZ5 Q3KN92 Q3UIR3 Q8C432 Q8CDC1 Q3KNI9 P52483 Q9CT51 Q9QZS2 Q3V321 Q3UER8 Q6DIA9 Q8VDI7 E9PV24 G5E919 Q4JG03 O35716 Q6ZWZ2 Q9WTV7 Q3TQF0 Q3UXQ1 P61092 Q5BJ29 Q3TGR2 P53995 Q8K1C9 Q541Z5 Q8VHP9 Q8BZQ7 B9EHN0 Q8BYJ1 D3Z392 Q9WVM3 Q3U3G2 Q3UP42 Q3UFC2 Q8VDH1 O19441 Q53X15 Q8K2H6 Q3UQ17 Q80U95 Q9CPX9 Q3U487 Q9CSA3 A2A4Z0 G5E817 G3X8W7 Q9QZU9 A7VMS3 Q8BK06 Q3UFQ4 Q8R2P1 Q3TM92 Q3TK92 Q3TI84 Q91ZU1 Q3UUJ9 Q3UV88 Q4QQL2 Q3U6G0 B3VQI8 G3X8Y8 P97369 Q543M3 L0CL36 Q9D3L3 B9EJ46 O70145 B2RUG2 P27773 Q3UBI5 Q80U83 Q8C1E4 Q64HC9 A0A087WNT1 A2AA71 Q6NXL1 Q6PE70 P61620 Q80ZX0 Q9D679 AGGREGATED Β-AMYLOID INTERACTS WITH FIBRINOGEN%REACTOME DATABASE ID RELEASE 96%9936686 Aggregated β-amyloid interacts with fibrinogen Q3UER8 E9PV24 Q3TGR2 ACTIVATION OF AMPA RECEPTORS%REACTOME DATABASE ID RELEASE 96%399710 Activation of AMPA receptors Q7TNB5 Q3UY17 Q4LG64 Q8C069 CD28 CO-STIMULATION%REACTOME DATABASE ID RELEASE 96%389356 CD28 co-stimulation Q8K4K2 Q3UHZ0 P31750 Q8C7P2 Q6ZQK4 Q8BN07 Q8CDB3 Q6PD03 Q3UEB8 Q6QI06 Q544K4 P63330 Q5DTJ2 Q6PD28 Q6GTR6 Q8BTI9 Q9JLN9 Q8CI98 Q8BKH7 Q812A5 Q8CEI0 B1GX81 Q3TJI7 Q8C5Q7 Q8CE74 A0A3Q4EC26 Q3TLP8 P42337 Q549R2 Q8VDU4 Q3UXE9 Q76MZ3 Q3U6Q4 A1A4T4 Q91V89 Q3U0E8 D3YZ57 E9Q696 Q61238 Q8BIX1 Q3UUI3 O08908 Q61151 G5E884 Q8C6X4 TRANSLATION INITIATION COMPLEX FORMATION%REACTOME%R-HSA-72649.4 Translation initiation complex formation Q5YLW3 Q8C470 Q9CQR2 Q5F2A7 Q3TY56 P62264 O70194 Q3UVY8 Q6ZWN5 Q544H0 Q66JS6 Q8BGD9 Q8BMJ3 E9Q9E1 Q8QZY1 Q99JX4 Q9QZD9 Q8R1B4 Q564E5 Q3TML6 Q8JZQ9 P29341 Q3UIG0 Q6ZWX6 Q3ULL5 Q3UM46 Q561N5 Q5M9L0 Q5M9K7 Q8BTU6 Q58EA6 Q4FZE6 Q9CZX8 Q6ZWU9 Q497N1 Q5CZY9 P97461 Q545X8 P14206 Q3UC02 D3YYB0 Q5M9M4 CONDENSATION OF PROMETAPHASE CHROMOSOMES%REACTOME DATABASE ID RELEASE 96%2514853 Condensation of Prometaphase Chromosomes Q8C156 P30276 G3UZX4 Q6P7V9 P11440 A0A0R4J0H7 Q3ULS2 Q8CDH5 NOSIP MEDIATED ENOS TRAFFICKING%REACTOME%R-HSA-203754.3 NOSIP mediated eNOS trafficking Q8C5P3 Q9D6T0 ACTIVATION OF GABAB RECEPTORS%REACTOME%R-HSA-991365.6 Activation of GABAB receptors Q3ZAT1 P29387 Q80TY9 Q9QYK8 Q3UU15 Q3V1Q3 P63213 Q544N3 P84309 Q3TQ70 Q6P8Y9 P08752 Q91WF3 P63216 B2RVZ3 Q3UMY0 Q80T41 A0A2I3BRC5 P61953 P50153 Q9DC51 P48545 Q9JMF3 E9Q706 Q61012 Q9D3L6 Q9Z307 O88444 Q9CXP8 Q8C7Z5 Q3U9V4 Q54AE3 Q3UUN2 Q543W5 Q9WV18 B2RSH2 Q9DAS9 Q3UG14 Q3UGN1 Q53Z04 Q8C8Y6 Q8BHK8 EPIGENETIC REGULATION OF GENE EXPRESSION BY MLL3 AND MLL4 COMPLEXES%REACTOME%R-HSA-9818564.3 Epigenetic regulation of gene expression by MLL3 and MLL4 complexes Q544J2 B2RTK3 Q8CGP7 Q61586 F8WI37 Q149V4 Q543F6 Q9CQA5 Q8VIM0 S4R1M3 E0CYA6 P54310 Q8VHJ7 Q8R1M2 Q542H7 A6PW47 Q3TPN3 Q1WLP7 Q8CAS3 Q3UFN1 D3Z041 Q9DCV3 Q3UET8 P13405 Q8BJ56 A0A571BEC9 Q8CD95 Q64524 Q9Z1P8 Q8BHI7 P10853 Q05BA5 Q2NLB9 Q8CGN5 P11152 Q9CXU1 Q9CXU0 Q9R0X0 E9QMZ0 Q9Z211 Q62392 Q9CWA8 E9Q6E2 Q8BPB6 Q8VCD5 Q99LT0 B2RWH3 Q64475 Q64478 Q60994 Q6LC96 C0HKE5 Q921N8 Q9D2U9 F8WJB0 Q6ZWY9 A0A0A0MQ73 Q8C6Z4 Q8BX09 Q5SWW4 Q9QXE7 Q6GQV9 P27661 Q3UKZ9 Q9CQI9 Q99L02 P70365 Q8CHB6 Q6NZQ4 Q91XC0 P53566 Q8BHJ5 Q5XJV5 Q8BJ14 P61965 Q8CE59 Q3U711 Q80ZV7 O70343 Q547C4 Q53Z05 A2ABV5 Q3SYK5 A3KPD0 Q9JM08 P84228 Q8CGP2 Q8CGP0 E0CZG8 B1AQH6 SIGNALING BY PTK6%REACTOME%R-HSA-8848021.4 Signaling by PTK6 P06537 E9PYG6 Q9WTX4 Q8BUR4 D3YZR2 P31750 G3V023 Q9WVF5 E9PUB0 Q8BHL5 F8VQ28 Q4VAE6 Q9D091 Q8VIJ6 Q8R0L1 Q3UWF9 Q60749 Q61521 Q3UWD7 P0CG50 Q9WU01 Q543J8 Q9R226 Q5FW64 Q3UCW2 O35718 Q61457 P97481 Q3TLP8 Q790L7 Q6GU23 A0A0X1KG61 Q3UGB9 Q61411 Q3TZW9 Q545C3 Q8JZR2 Q99P91 P46414 Q9CQG8 Q6DR99 Q8BQI4 Q3TJP4 Q05AA8 P70424 A0A158SIT8 Q8BPU7 Q8CCL8 APOPTOTIC EXECUTION PHASE%REACTOME DATABASE ID RELEASE 96%75153 Apoptotic execution phase B1AUL6 Q5SZA3 Q6PAC1 Q60960 P14733 Q3V1V5 Q9D699 F8WHZ9 Q5DTJ2 Q62418 Q6S393 P43274 Q4FJQ4 Q3TPJ9 P43275 P43276 P10922 Q3UHW8 Q541Z2 Q8BNP7 Q8C535 A0A2U3TZ67 Q8BP66 P30681 Q62210 Q149Z9 A2AD85 Q80TU6 Q80YR7 Q3U335 Q53YN4 A0A0R4IZW5 P97350 Q5FWJ3 E9PZW0 O55111 Q3UE22 B9EHJ3 A0A3B2WCN9 Q02248 Q3UFC6 P70677 Q61495 Q3U607 K7Q751 Q61335 E9PVB7 Q920N8 FIBRONECTIN MATRIX FORMATION%REACTOME%R-HSA-1566977.5 Fibronectin matrix formation P09055 Q3UZF9 Q80YP5 UBIQUITIN-MEDIATED DEGRADATION OF PHOSPHORYLATED CDC25A%REACTOME%R-HSA-69601.6 Ubiquitin-Mediated Degradation of Phosphorylated Cdc25A Q6P571 Q6PJ87 Q9WUI1 Q5KU03 Q8C0Q4 Q3TYE1 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q543W6 P48964 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q5SUR3 P62878 O35280 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 A0A286YDT6 Q3TXS7 P70195 Q5SRY7 Q5U421 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 INNATE IMMUNE SYSTEM%REACTOME%R-HSA-168249.12 Innate Immune System Q3V1B5 Q63810 Q3UZ64 Q4V9W8 P63328 Q543F3 Q9Z1S3 G3X8U7 Q5SVY2 Q545F0 Q9DBQ6 Q8C443 Q6GR78 Q8BQX0 Q9DCN2 P68181 Q3UF24 Q52L79 Q6PEE6 Q6GQT1 Q8BY89 Q9Z0J0 O88844 A0A0R4J092 Q6ZQI3 Q8CC47 Q6PAC1 P51576 E9Q8S8 Q9DC42 A2AS93 Q8BT60 Q3U893 Q80X37 Q8BFR4 Q9JI48 Q9ERB0 Q50HX4 Q4FJL0 Q3UBS3 Q8CD98 Q3TAW7 Q3TXR9 Q99KJ6 A0A0R4J138 A0A0R4IZY6 Q9R062 Q545Q2 Q3UKB9 Q3U169 Q80Y56 Q8BL66 Q08EG0 Q7TSV4 Q6SJQ0 Q3U7Z6 Q3U6X6 Q3TR66 F8VPN4 P05063 P63168 A0A0U1RNJ3 Q91YP3 Q542I8 Q9CYC5 Q3U967 Q8K183 G5E8F1 P63330 Q544U7 O09159 Q9JHU4 A0A2I3BPX3 Q6YGZ1 Q6DFW5 Q9ET01 Q8CC86 Q3U478 A2AG68 Q5FWB7 Q76MZ3 P70699 Q91V89 Q8BIX1 Q3UTZ4 Q8CI94 Q8BN07 Q3TWG5 Q0VBA8 Q4FJQ6 Q3UHJ1 E9Q3G7 Q4FJP7 Q80UF7 Q8C2D3 B2RQ20 Q8CA15 Q9R0T8 Q8K3K8 Q8BJQ4 Q8R146 P97350 E9PZW0 Q3TFD2 Q80ZW1 P70677 Q61495 Q8BFX0 Q543K9 P08030 Q9CWA8 A0A1L1SRX2 Q3V214 O70138 A0A338P6M3 P61219 Q8K2Q0 Q3U7G2 Q9D2U9 Q78P93 Q63829 Q3U435 Q8BTI9 A2ADH1 Q3UCJ0 Q8CEI0 Q3TJI7 Q3TLP8 Q8C5K0 G4WK10 Q3UV83 Q3U0E8 A3KPD0 Q6P6I8 P84228 Q8CGP2 Q8CGP0 Q3UV15 Q14DT9 G5E884 B2RTK3 Q8CGP7 Q3UHZ0 Q3U390 Q8C7P2 Q149V4 Q3UEB8 Q544K4 Q5DTJ2 G3X920 S4R1M3 Q05144 Q3UP42 Q53X15 Q91Y57 G3UZX4 Q3TEQ8 B1GX81 Q8CFK4 O54734 Q9CPR7 B2RRA5 P42337 Q3UA95 Q3TU94 P01101 A1L0V6 Q8VDU4 Q3TGP5 Q64524 Q5M9K1 Q3U5B1 P35235 Q8QZY6 P10853 P21460 Q3TSV7 Q8C458 O54707 Q8C266 Q01853 D3YZ57 E9Q696 Q8K249 Q8BG84 Q792Y6 Q9D7F1 Q8VBT3 O08908 Q4FJM0 Q3U4Y3 B2RWH3 Q64475 Q64478 Q1XID4 C0HKE5 P97449 Q4VAE6 Q3UPV6 Q6ZWY9 Q61391 P35330 Q62192 Q91ZX1 Q8K220 A0A0U5J712 Q3TUH8 Q67E05 Q61805 P27661 Q8C7E7 Q6A0A3 Q6NVF2 Q9CQ54 Q3UQ44 A0A0R4J119 Q3UDZ1 Q8BUR4 Q8BHL5 Q4FJQ0 Q0VAV1 E9PUF1 A0A7N9VSW1 Q3V1S6 Q80ZA1 A2AE15 Q54AA6 Q497I3 Q8BVY8 A0A0R4J0H1 B2RRX1 K7Q751 P16254 Q542G9 Q542X7 P43406 Q8BH99 P68372 Q0VEM9 Q53ZD4 Q8BGD4 Q6S9I3 P40124 Q3TJ94 Q3TRQ0 Q8BMK4 Q9D2D1 F7AT44 O88536 Q9JIP4 Q3UL64 Q4FJR9 Q80Y52 P41251 Q3TDN2 Q8QZW8 Q3UHW8 P41969 Q3UNT6 P20489 Q61696 Q3UFV9 Q3UWX1 Q504P4 Q2LKU9 Q545I6 Q62035 Q3TCR7 Q9CZG9 A0A0R4J0R1 Q5STT8 Q60787 Q9Z0K8 Q9JHL0 B1AU74 Q8VD65 Q6PF93 Q91W98 Q9EQU3 P50428 Q9CX36 Q3ZB59 G3X9Q3 Q99J87 Q4VA10 P58283 A2A998 Q8BH35 Q9DBB9 E9Q6D8 Q3U717 Q9JHH6 Q3TGU7 Q9JJN5 Q8K196 Q4LDF6 Q3TXU8 P97290 D3YWV2 O88174 Q3TQG5 Q7TMR0 Q9D1Q6 Q61129 Q9ET22 E9Q8I0 Q5F1Z8 Q549A5 Q3TXV4 Q61406 Q14AA1 Q3V3H7 P35762 P04104 P30993 Q3U7S9 Q9DAC2 O70570 E9QQ21 Q9JL95 Q9DC83 P51437 A0A0R4J032 Q3UZZ4 D3YXF5 Q9D154 A0A0R4J0T2 Q3UYE9 P31996 A0A6I8MWW4 Q7TMS4 Q9D2V3 Q9JM83 Q6ZWR0 Q3UPA3 E9Q9L6 Q3UCL2 O09005 Q8BU31 Q8CE08 P50543 A0AAA9WWH7 Q548X8 Q80UG7 Q8BFS6 Q3TAA7 Q8VC88 Q9DC13 O89103 Q0PD38 B2RTB0 Q9WU63 Q3TBF1 Q8BGZ6 Q91YT8 Q8C7X8 Q925I1 Q3TX25 P29788 Q3UY11 Q8K124 Q544F6 Q545H0 A0A1W2P7W3 Q3TLR3 Q99LX5 Q3UG16 Q4FK86 Q9CY24 P01887 Q99J23 Q3U0W1 Q3UP38 Q53ZU3 Q8BWM0 O88668 P62700 Q9D7S5 Q9D8U6 Q91XL1 Q3U6D7 Q6ZWQ6 A0A0N4SV15 Q61362 Q8CCH2 P48759 Q62426 Q62422 Q4QQK5 Q9D7P9 B7ZNK6 A0A0N4SVP3 Q66JT6 Q6UKZ0 Q8BTJ4 Q8R0T6 Q544K3 Q920N8 Q9D5S8 Q9CZ69 Q8BTM9 Q8VEH3 Q99K90 E9Q4S7 Q569Y6 B1ATB3 Q8CF89 Q3V1J3 A2RTT4 Q9CPZ6 Q9DAY5 P70196 Q3TCT5 A0A1W2P7U1 Q9QUG9 Q499X4 Q545D8 Q3TM87 Q8BZQ2 Q3UU93 W0UVC5 Q5SSE9 C0HKG5 Q9DBK7 O08807 Q8VEK0 I1E4X5 Q3USX6 Q8VCF1 Q9JHW2 Q9DD05 P29477 A2AN08 Q61206 Q9QZB7 Q810V8 Q3U419 S4R1M0 Q99NH8 P50096 G5E919 Q4JG03 Q5NC82 O35716 Q7TSI6 Q9R0C8 Q9CZW5 O19441 Q9QZU9 Q4KL81 Q71LX8 P08071 Q3UE22 Q3USV2 Q9R007 P41245 Q3UV88 Q9CQ22 Q8BH43 Q3U6G0 A2AS98 Q8R5H6 B3VQI8 Q06138 Q6AXH6 G3X8Y8 Q91VR8 P97369 Q9JHS3 Q3UKP6 Q3TPY5 P60879 Q8K1X4 Q9D3L3 B9EJ46 O70145 Q3UBI5 Q3TQX5 Q8R5L1 Q9WV38 Q3UYK2 P57716 P08103 Q8BPU7 Q3TT81 Q9QZH3 Q9WV32 P29452 Q3TX55 E9PZP3 Q9JM76 Q8R2Q8 P70343 Q9ESJ4 P26151 Q8C6X9 Q61160 Q5SW83 Q9R0Q6 Q8K1I7 Q8R4B8 P35230 A0A0B4J1G0 Q2PMY2 Q059V7 A0A0R4J0P5 P26339 Q5SRW7 Q9WTI7 Q8CIH5 Q62210 Q5SW46 Q9CXQ9 E9Q5V3 Q8C863 Q53WY0 Q3TMX0 Q5U7A4 Q9DA01 Q6PGK0 P07743 Q54AA2 Q3V3L3 P10749 A0A498WFR9 Q3U607 P35991 Q60855 Q545I1 Q6PEV3 Q3UP87 Q9CPW4 P14234 A0A679AXP3 Q9CVB6 A1A547 D9J349 Q3TSE5 Q3ULF7 Q91V13 B7ZMZ4 D3Z4J3 Q8VHI6 Q80TR9 Q8BU51 E9Q2D0 Q32MT1 Q61114 Q9CX34 Q6P1E0 A7E1W8 P97361 E9PUV2 G3UW82 Q8CHP4 Q3UKS3 Q0VB14 Q922K9 Q8C6Z4 Q542S6 Q91V77 Q80SW1 P70227 Q8C8N0 Q8BG07 P05132 Q6GT24 F8WGF2 Q3U2S8 O08997 Q8CED6 P10639 Q5SWN9 Q5NCN8 Q0VE17 Q7TPD5 Q7TSJ7 B1AXN9 Q8C9D4 Q60521 Q8C094 Q8CE90 Q8K2U0 Q62077 P52480 Q8BQK4 Q5HZH3 Q3U7M4 Q547H1 P58252 Q8R4K2 Q8BFV3 Q3UY00 P04918 Q6NZC0 Q80SY9 Q540J8 E9QMH7 Q3UAR6 Q9CR56 Q5EBQ4 D3Z6V8 A0A1W2P715 Q3V117 F8VQ72 Q99JG7 Q8CB40 Q3TL44 Q8CEC5 Q8CFA1 Q60929 Q62151 E9PYI8 Q8VC16 Q3TY83 Q9D7X3 A0A0R4J174 P48999 Q3TAR6 E9QPQ6 P21180 A0AAQ4VMX2 P01027 Q9CXY6 P06684 Q3UEG8 B5THE2 B2RS82 Q9CX00 Q8C9V1 Q14AV3 Q505Q3 Q3UN31 Q3U518 Q91W53 Q8C5P3 P49935 Q543S8 Q8VDD5 Q8R5C5 E9QNX4 I3PQW8 P99024 Q8BLF7 P52432 Q9D1M1 P35343 Q91WD1 D3YXS1 B2RXC6 P59470 B2RX77 Q3TSW1 Q6NXY9 O35427 Q8C108 Q9D2C6 Q9EQI5 Q3TWE8 Q8C253 Q542B6 Q8C6V9 Q3U4W5 Q3KNA5 Q5BMX4 Q4QQL2 Q6W5C0 A0A0R4J100 Q8BFQ1 Q810W6 Q543M3 Q545T0 P06745 P33766 Q9D3K3 Q3UP24 Q5DQJ3 Q5RKN9 Q8BSJ3 Q3UCD9 P56389 Q8BZ98 A0A0J9YUN4 Q6ZQ54 Q3V1V5 P29594 Q80YC5 P26262 Q3TB85 Q5DU30 Q3UKC1 P60904 Q0PD63 Q8BQQ4 Q9QUR7 Q8BG60 P20491 Q545P4 G3X8T9 Q8BR10 Q8R2S8 Q53YN4 Q19LI2 P24270 Q549D0 Q923C7 Q3V2N1 Q4FK29 A2AIV8 F8WHB7 A0A0R4J039 Q544Y7 Q4KL29 V9GXI5 Q67DU8 Q3SYK5 P10605 P58682 E9Q8P6 Q599W9 Q3UE99 Q99MB1 Q3UAD6 Q8BSZ5 Q8CF98 O70497 Q3TJ22 P14847 A0A1Y7VKG6 P14106 Q3UP47 A0A3B0IP04 Q8BND5 Q8CFG9 O08643 Q3UEK1 Q02105 A0A1W2P7F1 J3JRU4 Q8CAW4 Q9CUY2 P52633 A0A0R4J0Q6 P27641 P54775 Q3TF92 Q9WTX6 P97313 Q3UPK6 Q9CPS5 Q91VJ1 Q91XB0 A0A2R3XZC4 Q8BVQ9 A0A0R4J187 B7ZWE5 P62196 Q542T3 B2RT97 Q8VHK9 Q3UEK9 J3QQ49 P0CG50 Q8BSY1 Q2TBA3 Q3TKG4 Q542I9 A1L3B8 P58019 Q8BQL3 P14685 Q545G0 Q548Y4 Q5D0E0 P49722 Q9D8W5 P99026 Q9R1P0 Q8CIS0 Q3TV35 O35593 Q9R1P3 Q5SUR3 Q14AQ1 Q58EV4 Q14BF8 Q923A8 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q00897 A0A286YDT6 Q3TXS7 P70195 Q60778 Q8CBT3 Q9Z1E3 Q5SRY7 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q8VC91 P25799 Q3TKV1 Q32ME9 Q62418 Q8BRV3 P16054 Q9WV55 Q69ZA1 Q02257 P54116 Q52L50 Q64727 Q3TU98 Q3UER8 E9PV24 F6XC54 Q99N57 A1A553 Q99J83 Q3TGR2 Q9CQY1 P24527 Q545X5 Q8R2I5 Q30KP0 Q7TNV9 Q8K3I8 Q3UFQ4 A3KGR0 A0A0R4J0S5 Q30KN8 Q30KP5 Q30KN1 Q8K3U4 A0A0R4J190 P09528 Q80SY3 Q9D1K2 Q9JHF5 Q0PD31 Q3TN99 Q8BMC1 Q02248 Q921H8 P15920 Q99LJ1 P51863 Q9CQD8 Q3UR47 Q544R7 Q61411 A0A0A6YX18 Q9D593 Q3USK4 S4R270 Q8JZR2 Q99M55 Q9Z1G3 Q3TMJ8 Q5U421 Q3U861 Q3U2P8 A2AES5 Q6ZQ38 Q3V3W9 Q9JIF7 Q99L60 P63085 A0A0N4SVQ2 P50516 Q91YH6 Q5HZY7 Q3UP55 Q63844 P50518 Q09HN3 P62814 Q3UIB2 Q9WUI1 Q80TQ2 Q3U889 O08911 Q9CPX4 Q54A87 Q9D091 P11672 Q7TQD1 Q6PDK8 Q61176 A1L361 Q66X19 A2APF7 Q3U9K6 Q543Q4 Q6GQV9 L0CL36 A8DUK0 Q8BJ14 Q8CBR9 Q64HC9 Q3U5U6 Q6P6K4 Q0VBU9 O35405 E9Q414 PCNA-DEPENDENT LONG PATCH BASE EXCISION REPAIR%REACTOME%R-HSA-5651801.3 PCNA-Dependent Long Patch Base Excision Repair Q9CQ36 Q4KL82 Q9CQ71 Q91Z50 O35654 Q8K409 Q5U4B1 Q544Z7 Q80XH7 Q8BH76 O54956 Q547B4 Q99J62 Q5SWN2 A0A0R4J091 P52431 Q3TKD1 Q542J9 Q8R055 Q62193 Q5HZI8 REGULATION OF PLK1 ACTIVITY AT G2 M TRANSITION%REACTOME DATABASE ID RELEASE 96%2565942 Regulation of PLK1 Activity at G2 M Transition P30276 Q569L8 Q6P5D4 Q80Y52 E9QQ10 Q7TSH4 Q99NF3 B8JJE7 A8IP69 Q64702 Q5SW18 Q9WTX6 Q0PD50 Q99L00 Q5SS40 A0A494BA29 A0A494BB86 Q0VGR5 Q9JJ94 P0CG50 Q6IQY5 Q9DBR7 P11440 Q8K3K8 Q3TPZ2 Q9R1K9 Q8QZX2 Q6NV99 Q5SUR3 P62141 Q8BFT2 A0A286YDT6 Q6ZQ12 Q9CQS9 B1AXI9 Q3USK2 U5KVR9 A0A1D5RMI8 Q9D6F9 Q5SRY7 D3YVU3 P33215 Q8BP64 H3BK84 P68372 P63168 Q8CDL2 K3W4R5 P68369 P68368 Q3TEY6 Q3URP3 Q3TYE1 Q3UZY0 J3QP81 Q9JHU4 Q66JX5 Q80UF4 Q6F4J1 Q9R0L6 Q0VEJ0 Q91XC0 Q8BKT8 Q8BS90 A2AUM9 Q76MZ3 Q9D3R3 P05132 E9Q5A8 Q3TPJ8 A0A494BB26 Q3U4H0 Q3TPZ5 Q9D786 E9Q919 P99024 FXIIA, PKA ACTIVATE COAGULATION FACTORS%REACTOME DATABASE ID RELEASE 96%9935598 FXIIa, PKa activate coagulation factors P16294 Q80YC5 Q6S9I3 P26262 A2CFB8 B2RR03 O88186 Q9QZU3 DNA REPLICATION INITIATION%REACTOME DATABASE ID RELEASE 96%68952 DNA replication initiation Q9CQ36 A0A0R4J091 Q8C2T6 B9EHJ9 P33610 Q80XH7 Q5FW94 O54956 DISEASES OF CARBOHYDRATE METABOLISM%REACTOME%R-HSA-5663084.5 Diseases of carbohydrate metabolism F8VQM5 Q3UER1 Q8CC47 Q6NSQ9 Q7TMB3 Q93092 F8VPT3 Q8VCB3 Q08890 Q3TAW7 Q9EQ08 Q9CX36 P35576 Q99KJ6 P0CG50 A0A0R4J138 Q91ZJ9 O88325 Q9D6Y9 Q9R062 Q8BMG0 E9Q1Q9 Q9Z1E4 Q9WUA5 P70699 P47968 Q0VF71 Q8BFR4 A2AC16 Q9D1F9 FORMATION OF ANNULAR GAP JUNCTIONS%REACTOME%R-HSA-196025.5 Formation of annular gap junctions Q3TCR7 Q6PFA2 Q3TWZ9 Q8C4N2 Q9DCE6 Q6A0C9 Q68FD5 A0A0J9YUN4 SYNTHESIS OF CL%REACTOME%R-HSA-1483076.4 Synthesis of CL A0A0C3SFZ5 VEGF LIGAND-RECEPTOR INTERACTIONS%REACTOME%R-HSA-194313.3 VEGF ligand-receptor interactions P35918 Q5SU94 Q544A5 Q00731 P49766 P97946 O55095 P97953 ATTENUATION PHASE%REACTOME DATABASE ID RELEASE 96%3371568 Attenuation phase A1L347 P17156 Q71LX8 Q80Y52 Q9CQZ1 Q504P4 Q8BJ14 Q6GQV9 P30416 Q3TYL7 Q52L52 Q61696 MITOTIC PROPHASE%REACTOME DATABASE ID RELEASE 96%68875 Mitotic Prophase P30276 B2RTK3 Q8CDZ5 Q8CGP7 Q8BN07 Q6P7V9 Q149V4 Q3ULS2 Q9D1M0 P14733 Q9Z0W3 S4R1M3 E9Q7G0 Z4YJU8 Q6DVA0 Q3UWH3 P11440 Q8R1M2 Q571G1 Q3TPZ2 P13405 Q80W41 Q8C0P0 Q0PD66 Q8CD95 Q0PD67 Q64524 Q3UJ81 Q3UU24 Q7TT79 P10853 E9PY48 Q3V485 E9PWN0 F6RV17 Q99JX3 Q3TP92 P56212 P60840 Q0PD65 Q9Z1Z0 P68404 P63085 Q3TCN5 P68433 B2RWH3 Q64475 Q64478 P59235 C0HKE5 Q4VA93 Q5FWJ9 Q9D2U9 Q8BUA6 F6ZDS4 Q9JIH2 P63330 Q6PDG0 Q8BU75 Q6ZWY9 O54962 Q8VCB1 A0A1D5RLQ0 Q8C570 P27661 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q8BH74 Q8BPS7 E9QP59 Q8R480 Q8BTS4 J3JSA4 Q8R4R6 Q8C1L9 Q76MZ3 Q3TN15 Q9CWU9 Q69Z43 Q9ES70 A3KPD0 Q9ERU9 Q8BIX1 P84228 Q3THM8 Q8CGP2 Q8CGP0 SEPARATION OF SISTER CHROMATIDS%REACTOME%R-HSA-2467813.4 Separation of Sister Chromatids Q9CPV1 Q8CDZ5 Q9CPV5 Q8CJF7 A0A0R4J037 Q8BN07 Q9WVA3 Q3TWG5 Q8C3Y4 Q9D1M0 Q5HZH8 P54775 Q5SW18 Q9CU62 Q3UPK6 Q9Z0W3 Q9CPS5 A0A1L1SV84 Q9ERR1 Q8BVQ9 Q6PD28 Q8K1K8 P62196 O35216 B2RT97 A0A1I7Q4A6 P60330 P0CG50 Q3UZD6 Q8BHK9 E9QPI5 Q3TKG4 E9Q3P4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 Q9CQJ7 P53995 Q541Z5 Q8BZQ7 Q8BYJ1 Q9WVM3 Q3UFC2 Q8K2H6 Q9CPX9 S4R2B6 A2A4Z0 G3X8W7 Q3TPZ2 Q3UFQ4 Q3TM92 Q3TI84 Q9D3A0 Q9CZW2 B8JK52 B2RVI6 Q61151 Q9D481 Q9D084 Q14A61 Q8BZ45 Q9CQU5 Q549P2 P63168 Q66JQ7 Q3UK10 K3W4R5 Q6ZQK4 O70126 P59235 Q6PD03 Q9CYC5 J3QMK1 B2RX66 O54692 Q99P69 A2RSC8 P63330 E9QME3 Q3TG35 Q9QYM8 J3QP81 Q9CY25 Q9JHU4 Q3TG33 Q3TDV6 Q8BK67 B7ZP47 H3BKZ0 Q8BHX3 Q8BSE7 Q8BH74 Q8C4M7 Q3TJM4 Q8R480 Q9CPY3 Q6ZWM8 Q9CXH7 Q6ZWU9 Q3TYJ3 Q9D0F1 Q923A2 Q76MZ3 F8WHU5 E9QKK1 F8WHU7 Q9JJ66 Q9CWU9 Q91V89 Q9CQA0 Q3TPJ8 Q3UD72 Q9ERU9 Q9D0M5 Q3U4H0 Q6PDL0 Q8BIX1 Q9CQ82 Q8BYY5 O35685 Q3UA16 Q3TTB0 Q3UPF6 F8WIA1 Q9WU62 Q3TMK9 SYNDECAN INTERACTIONS%REACTOME DATABASE ID RELEASE 96%3000170 Syndecan interactions Q3U5S6 P09055 Q3V1F2 Q8C9Z1 Q64519 Q4VA93 O54890 Q541T2 A1BN54 B9EJ23 Q3UNK5 Q80YQ1 P43406 P43407 Q8CC06 Q62469 Q6PE70 Q544R8 P29788 A2A864 L13A-MEDIATED TRANSLATIONAL SILENCING OF CERULOPLASMIN EXPRESSION%REACTOME%R-HSA-156827.5 L13a-mediated translational silencing of Ceruloplasmin expression Q5YLW3 Q9CQR2 P62264 Q6ZWN5 Q4FZH2 Q8BP67 Q5M9N8 Q642K1 Q9CXW4 P62717 Q3TML6 Q6ZWX6 Q3ULL5 Q561N5 Q5M9K7 P62830 P99027 Q9D823 Q505A8 Q58EA6 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 Q497N1 Q5CZY9 Q8C470 Q5F2A7 Q3TY56 O70194 Q3UVY8 Q544H0 Q66JS6 Q8BGD9 E9Q9E1 Q8BMJ3 Q8QZY1 Q99JX4 Q9QZD9 Q8R1B4 Q564E5 Q8JZQ9 P29341 Q3UIG0 Q3UM46 Q5M9L0 Q8BTU6 Q6ZWU9 P97461 Q4VAG4 Q58E35 P86048 Q9CQD0 P62911 Q545X8 P14206 Q9CPR4 Q0VBA4 Q3UC02 D3YYB0 Q5M9M4 Q5M9M0 DEFECTIVE CYP11B1 CAUSES AH4%REACTOME DATABASE ID RELEASE 96%5579017 Defective CYP11B1 causes AH4 Q3UQH5 TGFBR3 REGULATES TGF-BETA SIGNALING%REACTOME%R-HSA-9839389.1 TGFBR3 regulates TGF-beta signaling Q3UNK5 Q9Z0G0 Q8BQS9 Q8CDZ9 Q9D5H8 J3JS97 Q8BWG8 A0A0R4J097 DISEASES OF HEMOSTASIS%REACTOME DATABASE ID RELEASE 96%9671793 Diseases of hemostasis P33587 O88783 Q3UER8 Q4FK50 P16294 E9PV24 E9QPU1 A2CFB8 Q3TGR2 B2RS80 Q3TJ94 Q3TR66 A7LM19 A0A2I3BPX3 Q3TQN1 B2RR03 Q8BQ43 O88186 Q9QZU3 Q80Y26 BCKDH SYNTHESIZES BCAA-COA FROM KIC, KMVA, KIV%REACTOME DATABASE ID RELEASE 96%9859138 BCKDH synthesizes BCAA-CoA from KIC, KMVA, KIV P53395 O08749 Q6P3A8 Q3U3J1 SIGNALING BY TYPE 1 INSULIN-LIKE GROWTH FACTOR 1 RECEPTOR (IGF1R)%REACTOME%R-HSA-2404192.5 Signaling by Type 1 Insulin-like Growth Factor 1 Receptor (IGF1R) Q8K4K2 Q8VD65 Q8C180 Q6PF93 Q3UHZ0 Q3UQ25 Q9EQU3 Q0VER9 Q8C7P2 Q0VG15 Q505A4 Q790L8 A0A7U3JW97 A0A0R4IZY3 O35565 A0A7U3JW51 Q9Z0Y7 Q543V3 P09535 Q9D091 Q8C399 Q8CAR0 Q6ZWS1 A0A7U3L6F4 Q541T2 P81122 Q8BTI9 Q544I6 Q99N32 Q3U1V5 A0A7U3JW80 E9Q2N2 Q3ZB59 Q8CE74 A9QW46 P42337 A0A0R4J0F8 P35235 Q3U1L4 Q61411 Q3USK4 Q3UEW6 Q3UUI3 O08908 REMOVAL OF AMINOTERMINAL PROPEPTIDES FROM GAMMA-CARBOXYLATED PROTEINS%REACTOME%R-HSA-159782.6 Removal of aminoterminal propeptides from gamma-carboxylated proteins Q61592 Q3TJ94 P33587 Q8CI01 Q542C2 P16294 Q3TR66 P23188 Q80Y26 SHC-MEDIATED CASCADE:FGFR2%REACTOME%R-HSA-5654699.3 SHC-mediated cascade:FGFR2 Q0VER9 Q0VG15 A0A7U3JW97 O35565 A0A7U3JW51 Q9D091 Q8C399 Q6ZWS1 Q61411 A0A7U3L6F4 Q541T2 Q3USK4 Q544I6 Q3U1V5 A0A7U3JW80 E9Q2N2 SYNTHESIS OF BILE ACIDS AND BILE SALTS VIA 24-HYDROXYCHOLESTEROL%REACTOME DATABASE ID RELEASE 96%193775 Synthesis of bile acids and bile salts via 24-hydroxycholesterol Q8VCX1 Q3UEM0 O09174 A0A0R4J0N7 Q3U538 Q3UNC6 Q3US73 Q3TN99 Q544S6 D3Z3X1 Q99LX3 Q91WR5 ACETYLCHOLINE NEUROTRANSMITTER RELEASE CYCLE%REACTOME DATABASE ID RELEASE 96%264642 Acetylcholine Neurotransmitter Release Cycle Q8BGY9 Q0PD63 E9Q263 P63040 B2RXW8 Q3TYJ1 Q5D0A4 Q8CHR4 B8QI36 P60879 H6RXZ1 F7CYX4 Q8BQV2 PASSIVE TRANSPORT BY AQUAPORINS%REACTOME DATABASE ID RELEASE 96%432047 Passive transport by Aquaporins Q8C4A0 Q9WTY4 Q02013 Q8R2N1 Q3V2I1 Q3UJ16 P51180 Q8BR89 Q8BHH1 Q5DX24 Q3UQD4 Q4FK77 RPIA DEFICIENCY: FAILED CONVERSION OF R5P TO RU5P%REACTOME%R-HSA-5659996.4 RPIA deficiency: failed conversion of R5P to RU5P P47968 DEFECTIVE GGT1 IN AFLATOXIN DETOXIFICATION CAUSES GLUTH%REACTOME%R-HSA-9035968.4 Defective GGT1 in aflatoxin detoxification causes GLUTH Q4FK56 SIGNALING BY TGF-BETA RECEPTOR COMPLEX%REACTOME%R-HSA-170834.4 Signaling by TGF-beta Receptor Complex E9QP19 E3SRG8 Q3TVD4 G5E919 Q3UKJ3 O54890 Q9CSE3 Q3UNK5 B1APX1 P0CG50 Q8CDZ9 Q921K2 Q8CAS3 Q549R4 Q3UFQ4 A0A0R4J097 P01108 P62137 Q61810 Q9Z0T9 Q8C8M7 Q9WUP7 Q3TSV9 Q0VBD0 A2ARA8 Q91YU7 Q9D0L6 Q9WUD1 G5E899 P62141 A2APF5 Q0VD84 Q3UGU1 A0A0X1KG61 Q91XS1 Q8BUN5 Q8CG19 Q62432 Q9D297 Q8R0K9 P23188 P43406 Q3UI46 A0A0R4J1I3 Q8BQS9 Q9D5H8 E9Q6E2 P63085 Q4QQL2 Q63844 Q4VAE6 Q8C7T5 Q6P9R4 G3XA13 Q3TY70 Q3V341 B2RUC7 E9QMC1 O88792 Q9EQE3 Q3TZS1 Q3UBT1 Q8BSC0 Q8CHB6 A0A1L1SRK3 P09055 Q9EPK5 Q6ZWM8 Q58E49 Q8BJ14 Q3TB81 Q3U3M5 Q569U6 Q80ZV7 Q6PAR4 Q61502 Q3TX57 G3X8Q0 Q9QWV9 B2RPW6 Q99J95 Q8BYY5 B1AUF1 Q6PE70 G3X9H8 Q7TQK0 MYD88 DEFICIENCY (TLR2 4)%REACTOME DATABASE ID RELEASE 96%5602498 MyD88 deficiency (TLR2 4) Q3UER8 E9PV24 Q64HC9 G3X8Y8 P35991 Q3TGR2 Q3U7M4 Q3UV88 Q8C6Z4 Q3UP42 Q542S6 Q53X15 Q4FJP7 Q91V77 L0CL36 B9EJ46 SIGNALING BY NOTCH1 T(7;9)(NOTCH1:M1580_K2555) TRANSLOCATION MUTANT%REACTOME DATABASE ID RELEASE 96%2660825 Signaling by NOTCH1 t(7;9)(NOTCH1:M1580_K2555) Translocation Mutant Q6NZC0 Q61483 E9PXU2 Q9JI71 Q01705 Q9QYE5 Q3UVN4 DEFECTIVE SLC17A8 CAUSES AUTOSOMAL DOMINANT DEAFNESS 25 (DFNA25)%REACTOME%R-HSA-5619076.4 Defective SLC17A8 causes autosomal dominant deafness 25 (DFNA25) Q3UE85 HYALURONAN METABOLISM%REACTOME DATABASE ID RELEASE 96%2142845 Hyaluronan metabolism P29416 Q3UUP6 Q8BHC0 Q8BN82 Q3UPW7 E5RKF9 P70312 P61022 Q6P8Q2 Q812F3 Q80X37 Q3TXR9 Q99KJ6 Q91ZJ9 O08650 Q8VEI3 Q3UDC9 L0MX76 Q3UZE4 Q5M9P4 METABOLISM OF VITAMIN K%REACTOME%R-HSA-6806664.5 Metabolism of vitamin K Q9DC60 Q0VGU5 Q9CRC0 ACTIVATED NTRK2 SIGNALS THROUGH PI3K%REACTOME DATABASE ID RELEASE 96%9028335 Activated NTRK2 signals through PI3K P42337 Q8C7P2 Q505A4 Q80VU4 Q3UHE3 Q541P3 GOLGI CISTERNAE PERICENTRIOLAR STACK REORGANIZATION%REACTOME DATABASE ID RELEASE 96%162658 Golgi Cisternae Pericentriolar Stack Reorganization P30276 Q0PD65 Z4YJU8 Q0PD66 Q0PD67 P11440 Q9Z1Z0 Q3V485 P63085 Q3TCN5 Q3TPZ2 Q99JX3 DRUG-MEDIATED INHIBITION OF CDK4 CDK6 ACTIVITY%REACTOME DATABASE ID RELEASE 96%9754119 Drug-mediated inhibition of CDK4 CDK6 activity Q545C3 Q0VBK8 Q4FK45 Q790L7 S4R216 KIT MUTANTS BIND TKIS%REACTOME%R-HSA-9669921.5 KIT mutants bind TKIs P05532 ADRENALINE,NORADRENALINE INHIBITS INSULIN SECRETION%REACTOME%R-HSA-400042.7 Adrenaline,noradrenaline inhibits insulin secretion P29387 Q01337 A0A411ACZ2 P63213 P84309 D3Z3Z3 Q3TQ70 A0A589Q4M7 Q6P8Y9 P08752 P63216 Q3UMY0 A0A2I3BRC5 P61953 P50153 Q9JMF3 Q0PCR6 Q61012 Q9CXP8 Q3U9V4 Q54AE3 Q32MF3 B2RSH2 Q9DAS9 Q3UG14 Q3UGN1 Q01338 HIGHLY CALCIUM PERMEABLE NICOTINIC ACETYLCHOLINE RECEPTORS%REACTOME DATABASE ID RELEASE 96%629597 Highly calcium permeable nicotinic acetylcholine receptors Q91X60 Q05A24 Q9ERK7 Q9R0W9 Q3UZS0 Q8BIE9 Q0VBK4 Q3USV2 Q53YK0 RESPONSE OF MTB TO PHAGOCYTOSIS%REACTOME DATABASE ID RELEASE 96%9637690 Response of Mtb to phagocytosis Q2NL51 P09411 Q3UMA3 Q63844 Q5FW97 Q3U1N0 Q60960 Q8C076 Q4FJQ0 Q8VIJ6 Q9CQD1 A0A1Y7VKW0 Q6PCP3 A0A0A6YX18 P29477 P0CG50 E9Q555 Q3UHW8 P63085 Q059V7 VPR-MEDIATED INDUCTION OF APOPTOSIS BY MITOCHONDRIAL OUTER MEMBRANE PERMEABILIZATION%REACTOME DATABASE ID RELEASE 96%180897 Vpr-mediated induction of apoptosis by mitochondrial outer membrane permeabilization P48962 Q545A2 DEFECTIVE SLC29A3 CAUSES HISTIOCYTOSIS-LYMPHADENOPATHY PLUS SYNDROME (HLAS)%REACTOME DATABASE ID RELEASE 96%5619063 Defective SLC29A3 causes histiocytosis-lymphadenopathy plus syndrome (HLAS) Q99P65 REGULATION OF MITF-M-DEPENDENT GENES INVOLVED IN LYSOSOME BIOGENESIS AND AUTOPHAGY%REACTOME%R-HSA-9857377.3 Regulation of MITF-M-dependent genes involved in lysosome biogenesis and autophagy A0A0A6YX18 Q5HZY7 P50518 Q9Z1G3 P62814 Q3U889 P51863 Q9CQD8 P50516 Q78P93 SEMA4D INDUCED CELL MIGRATION AND GROWTH-CONE COLLAPSE%REACTOME%R-HSA-416572.5 Sema4D induced cell migration and growth-cone collapse Q68FM7 Q3TR46 Q62159 Q3THE2 Q8VDD5 Q3UE22 Q4VAE6 Q4FJM5 Q3UR47 Q5SV64 O09126 Q6URW6 Q8BS94 Q8BLR7 B2RWT9 Q642K0 E9QPE7 P70424 Q6ZWQ9 SIGNALING BY CYTOSOLIC FGFR1 FUSION MUTANTS%REACTOME%R-HSA-1839117.4 Signaling by cytosolic FGFR1 fusion mutants Q3V0H4 P42337 Q8C7P2 Q6GU23 Q9JJB6 Q9CU65 H3BJW3 Q3UIM4 P42232 Q9CRA9 Q9JIA0 A2RRK7 Q66JX5 Q3ZB59 Q99K94 IFNG SIGNALING ACTIVATES MAPKS%REACTOME DATABASE ID RELEASE 96%9732724 IFNG signaling activates MAPKs P15261 Q63844 Q63953 A0A7R8C347 Q99N57 P63085 Q3URU8 Q62120 SOMITOGENESIS%REACTOME DATABASE ID RELEASE 96%9824272 Somitogenesis Q8BKT2 Q9JK54 Q3UND5 A6H5V4 P54775 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q8C402 P49722 Q9D8W5 P99026 Q61483 Q9R1P0 B2RRW2 Q3TV35 O35593 Q9R1P3 Q14AQ1 Q01705 Q58EV4 O55234 Q02248 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 Q3UM17 P70327 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q03137 Q3TKV1 TRANSLESION SYNTHESIS BY POLK%REACTOME%R-HSA-5655862.2 Translesion synthesis by POLK A2A7G7 Q4KL82 Q9CQ71 Q9CRV6 Q5U4B1 Q99J62 Q5SWN2 P0CG50 Q3TKD1 Q61493 Q542J9 Q62193 Q5HZI8 Q920Q2 RETINOID CYCLE DISEASE EVENTS%REACTOME%R-HSA-2453864.5 Retinoid cycle disease events H7BWY6 B2RUR5 O35600 A0A0R4J1M3 Q3UEX0 P51491 A0A0R4J115 Q8BH82 Q8BSF7 Q5M9K1 Q58EU7 Q544Y3 ERK MAPK TARGETS%REACTOME DATABASE ID RELEASE 96%198753 ERK MAPK targets Q3V1B5 Q5NCN8 Q63844 Q8BN07 Q810V8 A0A1W2P715 Q9WUI1 Q76MZ3 Q7TPD5 B1AXN9 Q60929 Q91V89 P63330 Q3TY83 Q9D7X3 Q3TAR6 Q5U421 Q8BIX1 Q3TUH8 P41969 P63085 Q8BFV3 REGULATION OF ACTIN DYNAMICS FOR PHAGOCYTIC CUP FORMATION%REACTOME DATABASE ID RELEASE 96%2029482 Regulation of actin dynamics for phagocytic cup formation Q8BUR4 Q80Y52 Q8BHL5 Q7TSI6 Q9WV32 Q9R0C8 Q3TX55 Q9JM76 Q9ESJ4 P26151 Q5SW83 Q9R0Q6 Q8K1I7 Q4KL81 A0A0B4J1G0 Q9WTI7 Q71LX8 Q9CXQ9 Q53WY0 Q8VDU4 Q6PGK0 Q3UR47 P35991 Q6PEV3 B2RRX1 Q9CPW4 Q8JZR2 Q9CVB6 K7Q751 Q3ULF7 Q8BH99 D3Z4J3 Q8VHI6 P63085 Q80TR9 Q3U4Y3 Q8BH43 E9Q2D0 Q63844 A2AS98 Q6P1E0 Q8R5H6 E9PUV2 G3UW82 Q6AXH6 Q91VR8 Q3UKP6 Q3TPY5 Q8K1X4 Q3TRQ0 Q3TLP8 Q8VDD5 Q544Y7 Q3SYK5 A0A0R4J119 Q9D3K3 Q8BPU7 G5E884 METABOLISM OF WATER-SOLUBLE VITAMINS AND COFACTORS%REACTOME DATABASE ID RELEASE 96%196849 Metabolism of water-soluble vitamins and cofactors Q9JLB4 Q9DCN2 Q9Z2J0 Q544Z9 Q9EPR4 Q8C142 A2ARV4 Q99JB7 E9PYK3 Q05685 H7BWY5 Q7TMM8 G5E856 O88968 Q8CIE4 Q2EMV9 F8WIK2 Q0VEE0 Q544T5 Q9D2S1 Q99KQ4 Q8BP54 O89016 Q8BLF7 Q8K0B2 Q3UGC8 Q9CSI4 Q8C7H1 Q3UYS0 A0A0R4J190 Q9CZD0 D3Z1G7 Q99LS1 P19096 Q3TY45 Q80YV4 Q9CZG9 Q9DBL7 Q9D9X3 Q543J7 A0A0R4J0G9 Q7M753 Q9Z0K8 Q792Y6 G3UXY9 A0A1L1SUH2 Q8C0K5 A6H5Y3 Q6PD20 Q8BHC4 G3X9S2 O09131 Q5SXA7 Q9QZ25 Q99MR8 Q8VDG5 Q8R0Y8 Q6DYE8 Q9CQF6 A5D6P3 Q9DCN1 Q497H7 Q9EQN9 Q3V3F1 Q3TZ03 Q3UGI1 Q8K183 Q91XF0 Q8JZL3 Q8BXX7 Q8R0Y6 P17809 Q3V3R1 Q9D8F3 Q8R123 Q9CUB4 Q9CR35 Q9D7C9 G3UZ26 Q6A4L0 A0A0R4J131 A0JNY3 Q4FJL8 Q8CC86 G3X8P9 Q3V449 Q6PEM8 Q542F3 Q9CZN7 Q8CFV9 Q8BYF6 D3YZG8 Q9D6X5 Q9R0M5 Q05117 Q14CH1 Q80XJ6 Q9Z1P5 Q8R1G5 Q91X91 Q8K4Z3 Q711T7 Q5HZI9 Q5SWU9 A2BDX3 Q5HZI3 Q9ESZ3 Q8K009 P18155 P52787 Q3UM21 Q91W63 E9PVP5 TRANSPORT OF THE SLBP DEPENDANT MATURE MRNA%REACTOME DATABASE ID RELEASE 96%159230 Transport of the SLBP Dependant Mature mRNA Q8CDZ5 Q8C470 V9GXF3 P59235 Q9D1M0 Q5FWJ9 Q8BUA6 Q9Z0W3 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q8BH74 Q9CQ49 Q8BPS7 Q8R480 Q8BTS4 J3JSA4 Q8K2W7 Q8R4R6 O08583 Q9CWU9 Q9ERU9 Q3UYV9 TP53 REGULATES TRANSCRIPTION OF ADDITIONAL CELL CYCLE GENES WHOSE EXACT ROLE IN THE P53 PATHWAY REMAIN UNCERTAIN%REACTOME%R-HSA-6804115.2 TP53 regulates transcription of additional cell cycle genes whose exact role in the p53 pathway remain uncertain Q569L8 Q6P571 P58871 Q8VEG6 Q9CWN7 Q8K0V4 Q5CZY5 Q548A9 Q9DAY9 Q3TMD4 Q3UR74 Q8BH15 Q9DBX1 Q8K3P5 Q80ZA1 Q9JKY0 Q9D8X5 Q3TF68 B7ZWL1 Q543X5 TOXICITY OF BOTULINUM TOXIN TYPE D (BOTD)%REACTOME%R-HSA-5250955.4 Toxicity of botulinum toxin type D (botD) Q8CHR4 Q69ZS6 Q9JIS5 Q62442 Q8BG39 SIGNALING BY ALK IN CANCER%REACTOME DATABASE ID RELEASE 96%9700206 Signaling by ALK in cancer Q8K0Z5 Q9JJY8 P97287 Q8C7P2 Q9WTX6 E9QJS1 Q3U5I5 B1ATC3 Q9JIA0 P0CG50 A0A1Y7VJP4 Q80ZA1 Q3UZF9 Q64337 Q52L79 Q68FD5 P23804 P13405 P42337 Q9CWJ9 P62878 Q5SUR3 Q564P6 Q8CAB9 Q3TZH4 Q7TSJ7 Q3UPN9 P43404 Q9Z1A1 Q3UPL0 Q8C094 O08908 P63085 Q9CUT6 Q8C180 Q63844 Q5SUZ5 P26041 Q91WJ0 Q8C8U0 Q62077 Q6P0A4 Q543V3 Q9DAY9 F6ZDS4 Q3UQ34 O55179 Q8BTI9 Q3US10 A2RSY7 Q8BJP2 Q6NZM3 Q9DBC7 Q3UE89 Q6P1H7 P97793 Q5SUZ7 E9Q555 Q3UD86 Q8VD75 Q80YV2 Q99NF7 Q4FZK2 O55106 Q3UCJ0 Q3UYZ6 F8WJ93 Q7TQC8 Q3UXN3 Q7TSJ0 Q58E49 Q569U6 Q8VDD5 Q9CS58 Q6ZQ32 Q6GU23 Q3U879 P26687 Q8CD76 Q9ERU9 Q8CJF9 Q99K94 Q64727 MET ACTIVATES STAT3%REACTOME%R-HSA-8875791.2 MET activates STAT3 F8VQL0 Q8C9G5 Q6GU23 NUCLEOTIDE SALVAGE DEFECTS%REACTOME%R-HSA-9734207.3 Nucleotide salvage defects P08030 Q4FK28 P00493 ADAPTIVE IMMUNE SYSTEM%REACTOME DATABASE ID RELEASE 96%1280218 Adaptive Immune System Q0VGU0 Q63810 Q3UZ64 Q6NZH9 P63328 Q9Z1S3 Q31093 G3X8U7 Q5SVY2 Q3UKJ3 Q9DBQ6 P15530 Q8C443 D3YWR2 P17426 P68181 P26151 Q561N4 Q52L79 P11911 Q3UJ76 Q6PEE6 A0A0B4J1G0 Q9EQH2 Q8CIH5 Q8C863 Q53WY0 P62878 A0A3B2W489 Q9WUD1 Q5SWR1 P35991 Q8BM54 Q6A0C9 Q3UL29 Q6P1E0 Q8C6Z4 Q542S6 Q91V77 A2RSE4 Q80SW1 Q8K4Q8 Q9ES52 P70227 A0A1B0GRA5 Q8C8N0 P05132 A3KCG1 Q14BR6 Q501K2 Q8CED6 Q9CTE0 Q790L7 Q569Z9 Q3U3D4 Q6SJQ0 Q3U7T8 Q545C3 Q8BJE2 Q3UQC0 B9EJ60 O70355 Q2HZ94 Q61151 Q9D481 Q8BZ45 Q60625 P63168 Q6ZQK4 Q542I8 Q6PD03 P26011 Q62077 Q8C6F2 Q14AB0 A2RSC8 P63330 Q3U7M4 Q547H1 Q9JHU4 Q3TYJ3 Q76MZ3 E9QKK1 Q9JJ66 Q91V89 Q3TPJ8 Q3UD72 Q9D0M5 Q6PDL0 Q8BIX1 P01027 Q9ESY9 Q3U8M7 Q8BN07 P35329 Q3TWG5 Q3UPN1 Q9D1M0 A0A494BB86 Q6PD28 Q4FJP7 Q3UI47 Q571A6 Q5SX13 Q9D2U9 Q91X78 A1A550 A0A7N9VR83 Q5JCS9 Q6GTR6 A0A571BED8 Q8BTI9 Q3U957 Q3V403 Q544F3 Q8BX09 Q8BKH7 A2ADH1 Q3UKZ9 Q3UCJ0 Q61790 Q8CEI0 P70269 Q32MV8 P49935 Q3TJI7 Q8C5H3 Q31099 Q8CE74 Q4QQL3 Q9DBS5 Q14C34 Q31621 Q4FJW1 Q91W40 P97481 Q9EPK5 Q6P9P6 Q9QWV1 Q3TLP8 Q549R2 Q9R013 P97329 Q3UXE9 Q14AQ2 P61965 Q9CS58 Q6P9L6 Q8R5C5 Q6GU23 Q3U6Q4 Q52KG5 Q921E6 Q3V156 O78196 Q91YS4 A1A4T4 E9Q5G3 Q8CD76 Q8BIQ9 Q8BGM7 Q3V300 Q3U0E8 Q3U1X7 Q3UV83 Q545Y5 A3KPD0 Q3UH70 A6H6M1 P97792 Q61238 Q8CJF9 O35445 P84228 Q3TPZ5 Q8CGP2 Q80UL9 Q99K94 Q8CGP0 Q3UV15 A0A0R4J0D3 Q8BQ25 G5E884 Q14DT9 E9Q919 Q9DBG6 Q3UII1 P15066 Q6P1D3 B2RTK3 Q8CGP7 P61804 Q3UHZ0 P31750 Q8C7P2 F8VPU0 F8WI37 Q149V4 A8IP69 Q3UEB8 Q99J56 Q6QI06 Q544K4 Q8CDH5 Q9CRX5 Q5DTJ2 Q8VD67 B1ATC3 S4R1M3 Q9JLN9 Q3UHK8 Q3UP42 Q91Y57 Q53X15 Q8K2C7 Q6P1B3 G3UZX4 Q8HWE5 Q8VEH8 Q9EQ32 Q8R1M2 A0A338P6G9 Q6PG97 Q812A5 Q7TSN2 Q8CAI6 A6XA75 Q3TEQ8 B1GX81 G3X8X6 Q3U304 Q149T1 Q8C5Q7 A0A0R4J2D8 P41241 Q9ES57 P46938 Q9Z202 P01108 Q8BY18 O54734 A0A3Q4EC26 E9Q0X3 Q2YFS3 P42337 P01101 Q8CAX3 Q8VDU4 Q2YFS2 Q64524 Q3U0X8 Q8BRK8 Q149L7 P35235 D3YYN5 A2A6Z2 P10853 Q18PJ0 Q3TSV7 Q6P5P1 Q8BNX1 O54707 Q8BMR3 W0BZ77 Q60972 A0A3F2YNQ7 Q9DBZ2 Q01853 A0A0R4IZY7 D3YZ57 Q9QUJ0 O88713 Q3U573 Q1ERP8 E9Q696 Q80UF1 Q8K249 Q542K0 Q80VX2 Q6GTY4 Q8BG84 Q8BP64 D3Z7A9 Q3UUI3 Q8VBT3 Q8BFZ9 Q8K4E3 A0A1U9W1A8 O08908 E9Q415 Q78XF5 Q4FJM0 Q8BUX6 Q0VEI3 Q3U4Y3 Q4QQL2 Q80W05 Q8CFL4 Q8C6X4 Q99LT0 Q9CUT6 Q8K4K2 B2RWH3 Q62296 A6H659 Q64475 Q64478 Q3U472 Q8CDB3 Q80UL2 Q5KU03 C0HKE5 Q6AXH7 Q60FD1 Q3TWR3 Q3URU8 Q3UQ34 A2RSD4 O35864 Q6ZWY9 Q3US62 Q91YT2 P35330 Q8BJP2 Q91ZX1 A0A1W2P7D5 Q8CI98 Q543M3 Q3UD86 P27661 Q544C7 Q3UCW2 Q6PAM0 Q8C402 E9PW15 B2RUG2 Q545T0 P09055 A0A087WNT1 Q6PE70 P61620 Q9D679 P70452 Q14AX9 Q9CQS8 Q3U6V4 Q9CYJ6 Q792S7 P63024 Q8VBX4 Q923G3 Q9QUH1 Q5DQJ3 Q5RKN9 Q4FJQ0 Q9QZN4 D3YUA8 Q9QXW2 Q6PAS7 Q3UCD9 Q8CHQ0 D3Z584 Q9JMJ2 H3BLP9 Q68FG2 Q8BZ98 P43406 Q8BH99 Q9D4H8 A0A0J9YUN4 Q6PB99 Q3UUT8 P70460 Q3UV52 Q8BNS3 P33174 Q8BSC0 A0A1L1SRK3 Q3TB85 Q9D2D1 Q6PFA2 B2MWM9 Q5SUC3 Q9CPU7 Q68FD5 P16277 P84078 Q3TCR7 A8E0Y8 A0A0R4J0R1 Q5STT8 Q60787 P43404 Q546H1 B2RUR0 Q8VD65 Q6PF93 O35718 A2RS47 Q6ZQ32 Q9D4Y2 G3XA54 Q14DU1 Q9WUB0 Q3UQV5 E9QQ33 Q8BX13 Q80U04 Q3V492 P10605 Q9CZV8 Q3U0D9 Q3TQG5 A0A2I3BRK4 D3YYI7 Q9CS95 Q9CY34 Q3UE99 D3YY91 F8WIE5 P35762 O70481 Q8BSZ5 P58544 Q9CQ31 Q80X56 G3X9H8 Q4VBX4 Q8R016 B7ZP43 Q8VIG6 Q5DTH1 Q9ET26 B7ZMP6 F8VQK6 G5E870 Q8VCK5 A0A1B0GQV2 Q8BIA4 Q3UCL2 Q80ZI6 F2Z461 B2RPY3 P54775 Q8BKD6 Q9WTX6 Q8C565 Q3UPK6 Q9CPS5 Q3UPU3 Q05A36 A4QPD3 Q8VBX0 Q8BVQ9 B7ZWE5 Q3UQC2 Q8K0L0 Q9CSE3 Q5SVR5 P62196 Q6PAV2 B2RT97 A0A5F8MPW7 P0CG50 A0A3B2WAY2 Q8VDS1 Q2TBA3 Q570Z1 B2KFS7 Q3TKG4 Q542I9 O08547 Q8VE47 D3Z647 A1L3B8 Q8BQL3 P14685 Q8C7R4 Q6A009 Q545G0 Q548Y4 Q9D4L6 A0A0R4J1W2 Q5D0E0 A0A0R4J1L4 Q7TN05 Q64514 P49722 Q8CC13 Q9D8W5 A3KPB7 Q8CBB7 Q3TLR3 P99026 Q80TR8 Q8BW87 Q9R1P0 Q3UG16 Q9D0C1 Q8CIS0 Q3TV35 Q91W82 P01898 Q8CFN7 E9PVV5 O35593 P01887 P61967 Q9D3I7 Q9R1P3 Q5SUR3 Q3U5A0 V9GXH8 Q14AQ1 Q6ZPT1 Q58EV4 E9Q2L7 Q923A8 Q3U410 O55234 Q6PCX9 Q542H2 G3X9V0 Q5BKQ9 A2AUC9 Q5HZK3 Q3UE37 Q9JKV1 A0A286YDT6 Q6ZWQ6 Q3TXS7 A2A7H6 P70195 B1ASK8 Q9D5L7 Q60778 Q8CBT3 O35955 B7ZNK2 Q9Z1E3 Q2VPQ8 P28063 Q4U2R1 Q5SRY7 Q9ES34 Q60692 Q8BID8 E0CXB1 Q3UPL0 Q8C129 E9QAM0 Q6RI64 Q66JT6 Q3TS44 Q3V064 P68404 A0A0R4J256 Q8R034 Q99JI4 Q8VC91 Q99PQ2 P25799 Q9D0A0 Q920N8 Q91W61 Q3TKV1 Q9DBU5 B2RSC8 Q99K90 E9Q4S7 Q569Y6 Q3UEV2 E9PZP8 Q91ZT8 A2RTT4 P70196 Q3UGI9 B9EKI5 A0A1W2P7U1 Q8C2K8 Q9QUG9 Q1PSW8 Q3TM87 Q3T9A5 Q8CHG5 Q9JJZ4 E9Q3A0 Q9DBK7 Q2M4H5 Q9D074 Q3UQD7 Q8CA72 Q3U431 Q3TTE7 Q3UGY7 Q3TD55 Q80TF4 Q6NZM3 Q6ZPJ3 E9Q555 Q6PB97 Q8CFQ0 Q8BH75 P63101 Q3TQY2 Q5XPI3 A2AN08 P70190 O88838 E9PZB7 Q5F239 Q9QZB7 A0A182DWE6 A0A0R4IZY0 Q99KR6 Q9QZB9 D3Z6H3 Q8BJL1 Q543N0 Q3UCS1 Q7TSS2 Q3TR28 Q3V2N4 C0H5Y0 A9C491 Q3USR5 Q8R5B6 Q8C841 Q8BJK1 G3UWD8 Q11011 Q3U419 Q8CCJ3 Q9DB86 Q9WV71 Q9Z2X8 Q9WV72 P51944 S4R1M0 Q7TPD1 Q7TQF2 E9QNZ2 Q5NCC3 Q8VHS5 B2RPZ5 Q3KN92 Q99NH8 Q3UIR3 Q52L50 Q8C432 Q8CDC1 Q3KNI9 P52483 Q9CT51 Q9QZS2 Q3V321 Q3UER8 Q6DIA9 Q8VDI7 E9PV24 G5E919 Q4JG03 O35716 Q6ZWZ2 Q9WTV7 Q99N57 Q3TQF0 Q3UXQ1 P61092 Q5BJ29 Q3TGR2 Q9CVF2 P53995 A2ALS4 Q8K1C9 Q541Z5 Q8VHP9 B9EHN0 Q8BZQ7 Q8BYJ1 D3Z392 Q3U3G2 Q9WVM3 Q3UFC2 Q8VDH1 O19441 Q8K2H6 Q3UQ17 Q80U95 Q9CPX9 Q3U487 Q9CSA3 A2A4Z0 G5E817 G3X8W7 Q9QZU9 A7VMS3 Q8BK06 Q3UFQ4 Q8R2P1 Q3TM92 Q3TK92 Q3TI84 Q91ZU1 Q3UUJ9 Q62420 A0A0R4IZW5 Q02248 Q3TT90 Q61411 A2A5N2 Q3USK4 Q3UV88 Q3V3W9 Q3U6G0 B3VQI8 Q9WVM1 G3X8Y8 Q9D091 P97369 Q6GQV9 L0CL36 Q9D3L3 B9EJ46 P29352 O70145 P27773 Q3UBI5 Q80U83 Q8C1E4 Q8BJ14 Q60795 Q64HC9 A2AA71 Q6NXL1 Q3TEK8 Q80ZX0 EVASION OF ONCOGENE INDUCED SENESCENCE DUE TO DEFECTIVE P16INK4A BINDING TO CDK4 AND CDK6%REACTOME DATABASE ID RELEASE 96%9630794 Evasion of Oncogene Induced Senescence Due to Defective p16INK4A binding to CDK4 and CDK6 Q545C3 Q0VBK8 Q64364 BIOSYNTHESIS OF DPA-DERIVED SPMS%REACTOME%R-HSA-9018683.3 Biosynthesis of DPA-derived SPMs Q05769 A2CF88 P48999 A2CF85 PHOSPHO-PLA2 PATHWAY%REACTOME%R-HSA-111995.3 phospho-PLA2 pathway Q9DBX5 P63085 DEFECTIVE HEXA CAUSES GM2-GANGLIOSIDOSIS 1%REACTOME%R-HSA-3656234.4 Defective HEXA causes GM2-gangliosidosis 1 P29416 SUNITINIB-RESISTANT PDGFR MUTANTS%REACTOME%R-HSA-9674401.2 Sunitinib-resistant PDGFR mutants P26618 TALDO1 DEFICIENCY: FAILED CONVERSION OF FRU(6)P, E4P TO SH7P, GA3P%REACTOME%R-HSA-6791462.4 TALDO1 deficiency: failed conversion of Fru(6)P, E4P to SH7P, GA3P Q93092 CLASS A 1 (RHODOPSIN-LIKE RECEPTORS)%REACTOME DATABASE ID RELEASE 96%373076 Class A 1 (Rhodopsin-like receptors) Q6GR78 O08530 Q5U7A4 Q60614 Q99JA4 Q920A1 Q76JU9 Q3V249 Q6S9I3 Q9QXZ9 O08675 A0A1Y7VN85 Q544V2 P58308 Q8BZ39 Q3TJ94 P29754 A1KXK3 Q8VCK6 H7BX38 D3Z621 Q8BMJ5 A2ACT4 P56942 Q542T1 Q05AD1 Q8BLG2 A0A0R4J0N8 O54798 Q14AB2 Q14A28 Q059S5 P21729 Q0VDP6 A0A0R4J289 O88536 Q8R1I2 Q8BFQ3 P30558 P32299 G3X9K0 Q3UQ86 Q9WVA8 P22389 P30548 E0CY28 Q545B5 Q3TPL0 Q8R041 O88634 Q547R2 Q8BZV9 Q149W7 Q62361 Q6P8H4 Q9JKL1 Q3TU81 Q8BFU7 A7VJD3 Q3UTR7 Q541G7 Q8BMC0 Q08AU6 Q0VEH1 Q4VA00 I0J0X7 Q3UTE9 Q8BNT7 B2RS62 A0A250SH12 Q544B4 P0C0P8 Q0VBD7 Q3ZB46 E9Q468 Q9Z282 Q6NS65 Q91YU8 C5H7S2 Q9JL06 Q0VBE5 Q924H0 Q32MS1 Q6P8R3 Q61614 Q8CE23 Q9JJL9 Q3UZ41 S4R1K3 Q3V2S5 P47937 Q9D3P9 A0A1C7ZMY0 P55099 Q8BUD0 Q62035 A1KZZ4 Q01338 Q925K6 Q01337 P15409 P04918 P01027 P30993 P06684 E9QQ21 Q3U1H9 P57774 Q545V4 Q3UUQ5 Q3SWS4 A0A0N4SVY6 Q9WU02 Q8JZL2 Q3UVW8 Q496T0 P01193 Q544E0 P56450 A2APU5 P48298 P48302 Q3UZW2 Q8K1Z6 Q6R6I7 P30875 E9Q0U9 A0A0B6VTJ4 Q543T0 Q5RL10 A2RTV8 Q543S8 Q6IYF8 Q5Y988 Q3U1E8 Q544G7 A2AIY3 Q91X56 Q5Y985 Q542U1 Q8CHK2 Q642U4 Q3V2F3 Q14AA9 Q3V2F0 P30730 Q6PDF2 E9Q4F3 A0A0F7RQH1 Q9JL21 Q543U8 P51682 Q543U6 Q9Z0L1 Q3U1J5 Q8CAU3 Q8BMP4 Q14AC3 Q9EQ16 Q543X1 P50228 P51680 Q3UXY8 Q5QNV9 Q5QNW0 Q9D1T9 O35457 Q78U67 P70263 Q548V9 Q9EQF2 G3UWC3 Q8CAH1 Q61041 P30935 Q9QY42 Q9DBL0 Q5FW61 Q3U4C5 Q8BZV1 Q6VZZ7 Q91YP2 E9PZR8 Q544P9 Q3ZB17 F6R5P4 P35343 A2ANQ2 Q5SVU3 Q546S6 Q0VB35 Q0VBT7 Q8BFZ2 Q9JIL2 Q059K7 A2RSW3 Q497D3 Q3SWR9 Q80Z58 Q0VB49 Q9EQI5 P49681 Q3U5L7 Q543X3 Q9Z2J6 Q9JHH5 Q8BKB0 Q8BVW4 Q8BJ52 P56479 A2CFE9 Q544F4 Q542B6 Q496X5 Q5UCB4 O08790 G3X9G6 P56485 Q3V002 Q920H4 A0A1B0GSX9 Q6W5C0 Q549B6 Q9WUT7 Q546L4 Q61616 B2RTA0 Q543D4 Q3U6B2 Q64264 P12657 A0A0R4J0J4 P18762 Q3UR83 E9QAX3 Q14AW8 Q5QD04 Q5XZF2 Q5QD06 S4R2T0 Q540P3 O88410 P61168 Q8BFQ1 A0A494BA82 Q9WV08 B3Y5T0 Q542R4 Q7TME0 A9Z1Z1 Q3UVG4 Q14BV9 Q61224 Q543V2 Q810W6 P47774 P34971 P51491 P56469 B6VJS3 Q91VE4 Q0VBU3 P51436 Q3V1K5 O08707 Q02152 Q5QD13 A1L151 Q9ERZ4 Q2M2N7 A0A140T8J4 Q5QD17 B2RU75 Q3UP63 A0A183ZRM3 Q0VES5 O88853 B2RQS5 Q0VEC4 Q8CB97 Q923Y8 Q9WUK7 Q3UEX0 Q0VBA6 P18340 Q8BLP9 A0A385KNU8 A0A0R4J1D6 O08858 Q8CC99 Q3US12 Q6VMN6 P52592 Q04683 Q545V6 Q544B5 Q9Z0U9 B2RQM3 P47936 O35188 A0A0F7RQR1 Q543A9 F8VQN3 Q99MT6 A2RTH0 P33766 Q3V334 A0A087WQF0 Q3SXF8 Q9D8I2 Q4FJV4 ROS AND RNS PRODUCTION IN PHAGOCYTES%REACTOME%R-HSA-1222556.11 ROS and RNS production in phagocytes Q91YH6 Q5HZY7 Q3UP55 P50518 Q3U6G0 Q7TMS4 P41251 P62814 B3VQI8 Q3U889 Q54A87 P97369 P29477 Q05144 Q8C5P3 O70145 Q5SW46 Q3UBI5 Q80SY3 Q9D1K2 Q9JHF5 Q8BMC1 P15920 P51863 Q9CQD8 A0A0A6YX18 Q9D593 F8WGF2 Q99M55 Q9Z1G3 Q3U861 Q3U2S8 Q99L60 A0A0N4SVQ2 P50516 SARS-COV-2 MODULATES HOST TRANSLATION MACHINERY%REACTOME%R-HSA-9754678.3 SARS-CoV-2 modulates host translation machinery Q5YLW3 Q9CQR2 P62264 Q6ZWN5 Q561N5 Q5M9K7 Q58EA6 Q4FZE6 Q9CQQ4 Q9CZX8 Q6P6L6 Q6ZWU9 Q549F9 Q497N1 Q9CWY4 Q5CZY9 P62315 P27048 Q3TR97 P62320 P97461 Q9JJY4 Q14AF6 Q545X8 P14206 Q3UC02 D3YYB0 Q5M9M4 PHOSPHORYLATION OF CLOCK, ACETYLATION OF BMAL1 (ARNTL) AT TARGET GENE PROMOTERS%REACTOME%R-HSA-9931512.1 Phosphorylation of CLOCK, acetylation of BMAL1 (ARNTL) at target gene promoters Q8C9W6 Q6GQV9 Q3UHZ2 EPHRIN SIGNALING%REACTOME DATABASE ID RELEASE 96%3928664 Ephrin signaling Q8CA63 Q3TLP8 Q8BQ28 Q543Q7 Q3TMX0 Q4FJM3 Q5DTJ2 D3YZ57 P54763 Q8C8K1 O08644 A0A0R4J0X8 B1GX81 G5E884 P54754 Q5F258 Q544L9 KERATAN SULFATE DEGRADATION%REACTOME%R-HSA-2022857.7 Keratan sulfate degradation P29416 Q8CC47 Q543D2 Q8CAZ9 P51885 Q3TAW7 Q3TXR9 Q543C5 Q8BFR4 A4FUJ3 O35103 Q8BZW3 A0A1B0GSK9 MECP2 REGULATES TRANSCRIPTION OF GENES INVOLVED IN GABA SIGNALING%REACTOME DATABASE ID RELEASE 96%9022927 MECP2 regulates transcription of genes involved in GABA signaling Q548L6 Q548L4 DEFECTIVE CUBN CAUSES MGA1%REACTOME DATABASE ID RELEASE 96%3359463 Defective CUBN causes MGA1 Q9JLB4 Q99JB7 P52787 TRANSCRIPTIONAL REGULATION BY RUNX3%REACTOME%R-HSA-8878159.4 Transcriptional regulation by RUNX3 Q3UZZ2 E3SRG8 F8VPU0 P54775 Q6T264 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 Q9CSE3 Q3UNK5 B2RT97 Q9WVH4 P0CG50 D3Z768 Q80ZA1 Q3TKG4 Q542I9 Q547B5 A1L3B8 Q8CAI6 P14685 Q64364 Q545G0 Q8BYF1 P23804 Q6PEB3 P49722 P46938 Q9D8W5 P01108 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q790L7 Q6P3Z8 Q564P6 Q14AQ1 Q5J7N1 Q01705 Q58EV4 P05480 Q02248 O55234 Q542H2 Q5BKQ9 Q08024 Q9JKV1 Q8BUN5 Q3TXS7 Q3UM17 P70195 Q80UF1 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q80W05 Q3TKV1 P29268 Q62296 E9QMD3 Q6NZM9 Q80UL2 A1A550 B2RR30 Q6GQV9 Q8BSC0 Q8C402 Q3UVN4 Q3U1Q3 Q9EPK5 Q3TB85 B2RS09 Q8BJ14 Q8BQ25 FGFR3 LIGAND BINDING AND ACTIVATION%REACTOME DATABASE ID RELEASE 96%190239 FGFR3 ligand binding and activation A0A7U3L6F4 Q541T2 Q3U1V5 P70419 A0A7U3JW80 E9Q2N2 A0A7U3JW97 A0A7U3JW51 Q6ZWS1 ARACHIDONATE METABOLISM%REACTOME%R-HSA-2142753.8 Arachidonate metabolism Q8K355 P24527 Q8VCC1 Q544D7 Q99N18 A2CF85 Q9CX98 Q3UTK2 A2A8T1 Q9CVC8 B6VGH4 Q8CC91 Q91X77 Q05A20 A0A0R4J0N7 Q3UTF0 O35074 Q8BWM0 Q3V175 Q3U2P8 Q4FK56 Q91YR9 Q3TNA0 Q8BGU0 P30355 G3UW78 Q99N16 A0A0R4J111 Q9Z2A9 B0G0Y2 G3UW81 A5D6P3 Q8C255 A2CF88 P52430 Q62086 Q62087 Q543T1 B2RXY7 A2ADU9 O09114 Q9DB60 Q8BNP8 Q14B96 Q2KHL0 Q3UQ71 Q76LV0 Q9JHF7 O35936 Q9DBX5 Q3U538 Q8VDQ1 O08914 Q05769 P48999 SHC1 EVENTS IN ERBB2 SIGNALING%REACTOME DATABASE ID RELEASE 96%1250196 SHC1 events in ERBB2 signaling P98083 Q9WTX4 D3YZR2 G3V023 Q9WVF5 Q53YN4 Q4VA93 Q9D091 P35831 Q61411 Q3USK4 Q61521 Q3UWD7 Q6DR99 Q543J8 Q5FW64 P70424 P16054 MAPLE SYRUP URINE DISEASE%REACTOME%R-HSA-9865114.1 Maple Syrup Urine Disease P53395 O08749 Q6P3A8 Q3U3J1 B9EHW0 PAOS OXIDISE POLYAMINES TO AMINES%REACTOME DATABASE ID RELEASE 96%141334 PAOs oxidise polyamines to amines Q3TXR6 DEFECTIVE CYP27B1 CAUSES VDDR1A%REACTOME DATABASE ID RELEASE 96%5579014 Defective CYP27B1 causes VDDR1A Q66JY8 SIGNALING BY EGFRVIII IN CANCER%REACTOME DATABASE ID RELEASE 96%5637812 Signaling by EGFRvIII in Cancer P98083 P42337 Q80Y52 Q8C7P2 Q9WVF5 Q505A4 Q62077 Q9D091 A0A0X1KG61 Q61411 Q3USK4 Q3UWD7 Q61081 MRNA CAPPING%REACTOME%R-HSA-72086.5 mRNA Capping Q3UZB8 A0A3Q4L2S8 A0A338P6M3 O55201 Q7TPV0 Q542U3 P61219 P62488 P08775 Q9CQ49 P97760 E9PWD3 Q8BFX0 Q3THK3 Q8CFI7 P51949 E9Q6K1 Q9D0L8 P60898 Q8K2X8 Q7TPY0 P49135 Q3UYV9 Q3THG5 Q3UMJ4 Q6PI63 Q3V214 Q9DCC1 METAL ION SLC TRANSPORTERS%REACTOME%R-HSA-425410.5 Metal ion SLC transporters Q925Q3 Q75N73 Q8VD29 Q78IQ7 P41251 Q8BUN9 A0A452J893 Q68FL0 Q8BGG0 Q6P069 F7B0S9 Q8C145 Q3UVU3 Q8BU82 Q8R4H9 G3X943 Q91WD8 Q8BZ00 Q8BLV3 B2RXE2 Q8K211 Q3ZAS0 Q3UDC9 Q9D856 Q8BUE1 A1L3P4 Q3UM63 Q8BJA2 A2A464 G3X939 Q6P5F6 Q91W10 D3Z5N1 S4R169 B2RQZ3 Q8K596 Q9JHI9 Q9QZ03 A0A068BIT0 A2AI62 A2ATP8 Q8BXN1 P49282 PECAM1 INTERACTIONS%REACTOME DATABASE ID RELEASE 96%210990 PECAM1 interactions D3YZ57 E9Q696 Q9ES52 P43406 Q8CAW4 P35235 Q3UCJ0 Q62077 Q8CEI0 Q3TJI7 O54890 RNA POLYMERASE III TRANSCRIPTION INITIATION FROM TYPE 2 PROMOTER%REACTOME%R-HSA-76066.4 RNA Polymerase III Transcription Initiation From Type 2 Promoter A0A338P6M3 P61219 P52432 Q8BL74 Q9D1M1 E9Q2B0 Q91WD1 D3YXS1 B2RXC6 Q571C7 P59470 B2RX77 Q9DB36 Q3TSW1 Q6NXY9 Q3UI98 O35427 Q8C108 Q9D2C6 Q3TMP1 G3X8S2 Q3TWE8 Q8K284 Q8BFX0 Q6RI65 Q3V214 G BETA:GAMMA SIGNALLING THROUGH BTK%REACTOME%R-HSA-8964315.2 G beta:gamma signalling through BTK P29387 P63213 Q9CXP8 Q3U9V4 Q3TQ70 Q54AE3 Q6P8Y9 P35991 P63216 Q3UMY0 P61953 P50153 Q9DAS9 Q3UG14 Q9JMF3 Q3UGN1 Q61012 INTERLEUKIN-12 SIGNALING%REACTOME DATABASE ID RELEASE 96%9020591 Interleukin-12 signaling O08915 P38647 Q542A3 A0A1D5RL98 Q543F3 D3YTQ3 P26041 Q3V157 Q5SVY2 Q545F0 Q61823 D3Z6H5 Q93092 Q5ND42 P14733 Q3URU8 Q5RKN9 E9QJS1 Q549G3 Q5DTJ2 Q3ZAX5 Q4FJX9 P70280 P09103 O88569 Q3U879 A0A7R8C347 P11983 G3X9V0 P84078 Q544Y7 P13634 Q9Z2X1 Q542G9 P57784 P63321 Q61233 O09131 Q52L50 Q9CQ65 Q62120 Q8BGS2 SODIUM-COUPLED SULPHATE, DI- AND TRI-CARBOXYLATE TRANSPORTERS%REACTOME%R-HSA-433137.3 Sodium-coupled sulphate, di- and tri-carboxylate transporters Q9JHI4 Q8BZ82 MITOCHONDRIAL PROTEIN DEGRADATION%REACTOME DATABASE ID RELEASE 96%9837999 Mitochondrial protein degradation Q8BFP9 E9PWN3 Q3U422 P12787 Q7JCZ1 Q9DBL1 Q9D051 A0A0R4J0P1 Q9D6R2 Q99KE1 Q9DCI9 Q61425 A2AP31 Q9Z2I8 Q9CQ69 Q9CZS1 Q544B1 P97807 Q3UYS0 Q91YT0 Q9DB15 Q9D404 O88696 Q9D0K2 Q501J4 Q8C4Z5 Q9Z110 Q9DB77 Q3TSQ7 P51557 Q80XN0 Q8BQ99 P54869 Q8CGK3 Q8QZT1 P08249 Q3ULF4 Q9JIY5 Q8JZQ2 Q8CD10 Z4YJV4 A2AIW9 Q3V303 O88967 Q8R2K3 Q9DB10 P38647 P56480 Q7JCY4 Q7JCY9 Q3V0B2 Q9MD82 P97450 Q03265 Q4QRK2 Q8C2Q8 Q4JFN6 Q9CUB4 Q9MD59 P62073 P40630 Q545A2 B0QZS8 P54071 Q8R107 Q9CZU6 O35459 Q9D8H7 Q9CZN7 P53395 Q6P2K2 O08749 O08691 P58281 Q9MD68 Q9CQ75 Q99N15 P05132 P63038 P42125 A2RSV8 Q9ERS2 Q9D8Z2 Q8R1R3 Q99KI0 Q7TNG8 Q9WV98 Q91VD9 Q3UFJ3 SIGNALLING TO ERK5%REACTOME DATABASE ID RELEASE 96%198765 Signalling to ERK5 Q5NCN8 Q9WVS7 CELL CYCLE%REACTOME%R-HSA-1640170.5 Cell Cycle P14733 Q5SS40 Q9DBN8 Q3UR74 Z4YJU8 P48964 Q9D7F7 Q78V99 A0A1B0GR63 P62878 Q9D8B3 Q9CQ10 B1AZ39 H3BK84 Q01320 Q8R055 E9Q4V2 Q3TN15 Q69Z43 P05132 Q9ES70 Q3UPW7 Q91VL8 B2RS36 Q3V252 Q3UTC9 Q9DBR7 Q64364 Q549R4 P23804 Q61457 P13405 Q544H6 Q91WC1 Q8C8M7 Q9CYB4 Q790L7 Q564P6 P51943 Q8BJ38 Q3UKR0 Q569Z9 Q3U3D4 Q61687 S4R216 Q3UGB9 Q791X1 Q545C3 Q9D297 Q9D153 Q6ZQJ8 P46414 E9QM06 Q0VBK8 Q4FK45 Q9CZW2 Q61456 B8JK52 B2RVI6 Q61151 Q9D481 Q9D084 Q14A61 P68433 Q8BZ45 Q9CQU5 Q8K1K3 Q549P2 P63168 Q66JQ7 Q3UK10 K3W4R5 Q6ZQK4 O70126 P59235 Q6PD03 Q9CYC5 J3QMK1 B2RX66 O54692 Q99P69 A2RSC8 P63330 E9QME3 Q3TG35 Q9QYM8 J3QP81 Q9CY25 Q9JHU4 Q3TG33 Q3TDV6 O70576 Q8BK67 Q9CUU3 B7ZP47 H3BKZ0 Q62209 Q8BHX3 Q80T95 Q9D666 Q8BSE7 Q8BH74 E7D6R1 Q9CR81 Q8C4M7 Q3TJM4 A1L2Z0 E9PYH4 Q8R480 Q6ZWQ0 Q9CPY3 Q6ZWM8 Q9D495 Q8C5S7 Q9CXH7 Q6ZWU9 A2RSE7 Q3TYJ3 Q9D0F1 Q923A2 Q76MZ3 F8WHU5 E9QKK1 F8WHU7 Q9JJ66 Q9CWU9 Q91V89 Q9CQA0 Q3TPJ8 P17156 Q3UD72 Q9ERU9 Q9D0M5 Q3U4H0 Q6PDL0 Q8BIX1 Q9CQ82 O35685 Q3UA16 Q3TTB0 Q3UPF6 F8WIA1 Q9WU62 Q3TMK9 Q9CPV1 P30276 Q8CDZ5 Q9CPV5 Q8CJF7 A0A0R4J037 Q8BN07 E9QQ10 Q9WVA3 Q3TWG5 Q8C3Y4 Q9D1M0 Q5HZH8 Q64702 Q5SW18 Q9CU62 Q0PD50 Q9Z0W3 A0A1L1SV84 Q99L00 Q9ERR1 A0A494BB86 Q6PD28 Q9CX00 Q8K1K8 O35216 Q0VGR5 Q8VDQ8 Q6DVA0 Q9JJ94 A0A1I7Q4A6 P60330 Q3UZD6 Q3UWH3 Q8BHK9 Q543W6 E9QPI5 A0A3B2WC92 E9Q3P4 Q8BRN9 A0A2R8VHX5 Q8BLG0 Q9DB01 Q8K3K8 Q9R1A8 Q9JK91 Q9R1K9 Q8QZX2 Q6NV99 Q8BFT2 P97760 Q6ZQ12 E9PWD3 Q9CQS9 Q8BFX0 B1AXI9 Q3USK2 Q8CFI7 P51949 U5KVR9 A0A1D5RMI8 D3YVU3 P60898 P33215 Q3THG5 Q6PI63 Q3V214 A0A3Q4L2S8 A0A338P6M3 Q8CDL2 P61219 P62488 P08775 Q4VA93 Q3URP3 Q9D2U9 A0JNY9 Q3UZY0 Q66JX5 Q80UF4 P04184 Q544L2 Q8C774 Q6F4J1 Q544T5 Q8CEI0 F8WJ93 Q9R0L6 Q8C5H3 Q8CE74 Q91XW8 Q0VEJ0 Q9CQJ7 Q8BKT8 P97329 A2AUM9 Q9D3R3 E9Q5G3 Q8VEJ9 Q8BFY9 E9Q5A8 A3KPD0 Q6PFB2 A0A494BB26 E9QK89 P84228 Q3TPZ5 Q8CGP2 Q8CGP0 Q9D786 E9Q919 P99024 B2RTK3 Q8CGP7 Q6P5D4 P31750 Q7TSH4 Q6P7V9 Q99NF3 A0A0R4J0H7 B8JJE7 Q149V4 Q8BUR9 A8IP69 Q3ULS2 Q9CQ25 Q8BKN5 Q8BUH2 Q6F4J0 A0A494BA29 P58854 Q8CDH5 Q8C156 Q8BYN2 Q3UIT6 O70456 S4R1M3 E9Q7G0 Q6IQY5 G3UZX4 Q8R1M2 P01108 Q9ESG9 Q64524 P10853 Q60972 Q8BP64 Q66JY4 Q8C6X4 B2RWH3 Q64475 Q64478 Q6PJ87 Q5KU03 Q8C0Q4 C0HKE5 Q3TYE1 Q6ZWY9 P27661 Q8BQ33 A2A9P6 G3X8V5 E9QP59 Q91XC0 A2RTH5 Q8BVQ5 Q8BS90 Q8C1L9 Q3THM8 Q6P1H6 A2AQ07 Q9ERD7 Q7TSG3 Q9JJZ2 P05213 P05214 Q80ZA1 Q571G1 Q3UX10 Q8VHT4 Q7TMM9 Q3UMM1 Q8CD95 P62141 E9PWN0 B2RSN3 Q9CWU3 Q9D6F9 Q8VC51 Q52L87 P48972 P68372 P68369 P68368 Q3TEY6 Q5FWJ9 Q9DAY9 Q8BUA6 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 O54962 Q8VCB1 A0A1D5RLQ0 Q8C570 A0A1W2P7P4 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q8BPS7 Q8BTS4 J3JSA4 A0A5F8MPZ4 Q8R4R6 Q66JV6 Q59IX1 Q9WUV0 Q3UR71 Q9JK30 Q9CZF7 Q9CWV1 P62827 Q80Y52 Q9CQS2 Q3UHW8 Q9ESX5 Q8BZC3 Q9CRB2 A0A0R4IZY8 Q8C610 Q3U1C2 Q8K396 C4PFH5 Q7TNA7 Q9WTK8 Q9CY66 B2RS44 Q3V295 Q0VBD2 Q8R4E9 Q91Z50 P11157 E9PYW4 Q8BPZ8 Q3UI43 Q8BJU7 P46737 Q8BZ87 A0A0R4J183 Q80YR7 Q8K3W0 Q6PAR4 Q3SYK5 Q4VBX4 Q569L8 Q6P571 F8VQK6 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q3U9G9 Q8BVQ9 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q80W41 Q3TV35 Q8C0P0 O35593 A0A1D5RLR7 Q0PD66 Q9R1P3 Q3UJ81 Q5SUR3 Q0PD67 Q3UU24 A0A2I3BQJ1 Q14AQ1 Q7TT79 Q58EV4 E9PY48 O55234 Q6KCD5 A0A1B0GRM0 Q3V485 Q542H2 Q5BKQ9 F6RV17 Q9JKV1 Q99JX3 Q8BTJ3 A0A286YDT6 Q3TP92 Q3TXS7 P56212 Q9CQR6 P70195 P60840 Q0PD65 Q4U2R1 Q5SRY7 O35450 Q60692 Q8R0K9 Q542Q3 E0CXB1 Q62392 Q6RI64 G5E8R4 Q3TS44 Q9Z1Z0 P68404 Q99JI4 Q3TCN5 Q9CZJ6 Q3TKV1 Q80WQ8 E9PWW9 B2RVH1 A2AQ14 A2AC07 A2RTT4 P63280 Q3ULQ6 A0A0R4J091 P52431 Q3TKD1 Q542J9 P63101 Q5NCT2 Q9QZ11 P68510 B9EHX4 Q8BRV3 Q5SXJ3 O70445 Q9CQ36 Q4KL82 Q9CQ71 Q58E49 Q9R207 O35280 Q3UYY2 Q8BMG1 Q5U4B1 Q8BPY9 E9PZ97 Q8BH76 Q547B4 Q99J62 Q924H5 Q61502 Q9QWZ1 Q5SWN2 Q9Z0F6 P97929 Q62193 Q6NV63 Q08297 Q5HZI8 Q4QQM3 Q62120 Q5SV02 Q8BWH5 Q8VC54 Q3TQQ9 Q80YR6 O35654 Q3UJQ1 Q0VGM9 Q8BQY8 Q80XH7 Q6ZQJ5 Q6ZQF0 Q5BJ29 O54956 P53995 Q541Z5 Q8BZQ7 Q8BYJ1 Q9WVM3 Q3UFC2 Q8K2H6 P11440 Q9CPX9 P0CG15 S4R2B6 A2A4Z0 E9PVJ3 Q3UXU8 G3X8W7 E0CXE7 Q3TPZ2 Q3UFQ4 Q9D7K2 Q3TM92 Q7TMX5 Q3TI84 A0A6Q6QXN1 Q3TXT7 Q9D3A0 D3YVY9 Q71LX8 Q9D600 Q8C5L1 Q9CY94 Q99LZ3 P97310 Q8BQ03 Q3UI57 A2A5N2 Q3UI99 Q542F4 P61025 Q3U4T8 Q3U148 Q8K1A2 Q5U421 Q3UKT9 B7ZN58 A0A0A6YVZ7 Q05AA8 Q8CIB9 E9Q0Q9 P63085 P47810 Q9WUI1 A0A0R4J145 Q6P1H7 Q8C2T6 Q8BJ14 B9EHJ9 P33610 Q5FW94 Q91ZW3 Q8BYY5 DEFECTIVE SLC2A2 CAUSES FANCONI-BICKEL SYNDROME (FBS)%REACTOME%R-HSA-5619098.4 Defective SLC2A2 causes Fanconi-Bickel syndrome (FBS) P14246 LATE PHASE OF HIV LIFE CYCLE%REACTOME DATABASE ID RELEASE 96%162599 Late Phase of HIV Life Cycle A2ASY1 Q8BQ46 Q8CDZ5 Q7TSG2 Q8C4Y3 P61216 Q5SVY2 Q9D1M0 Q9Z0W3 P0CG50 Q9D7F7 Q80Y09 Q78V99 A0A1B0GR63 Q9D8B3 P97760 E9PWD3 Q9CQ10 Q8BFX0 Q3THK3 Q8CFI7 P51949 E9Q6K1 B1AZ39 Q9D0L8 P60898 Q8K2X8 Q7TPY0 P49135 Q3THG5 Q3UMJ4 Q6PI63 Q3V214 Q9DCC1 Q3UZB8 Q3THR4 A0A3Q4L2S8 A0A338P6M3 O55201 Q7TPV0 Q542U3 P61219 P62488 P08775 Q5FWJ9 Q8BUA6 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q8BPS7 Q8BTS4 J3JSA4 Q8R4R6 Q9CR26 Q8BM73 Q8BMZ7 Q810I0 Q78HU3 Q8VEJ9 Q8R0J7 P34022 Q3UCW0 Q6PFB2 Q3UV99 Q3UJC3 A0A494BAR3 Q9D7S9 Q8BH48 Q8C2W4 P62827 P23188 P59235 Q8BH74 Q9CQ49 Q8BG30 Q8R480 Q3UIA1 E9QAP7 G3X956 Q3UIR2 B9EJX5 Q9D0D5 Q99JX1 Q3U3M5 Q3UWX7 Q3UT56 Q8VI33 Q9R1C0 A0A3Q4EGS4 A0A087WNT1 Q9CWU9 Q922L6 B1Q2W7 Q08943 P63271 Q9ERU9 Q9QWV9 Q3ULN2 Q3TN86 F8VPY2 Q149E9 Q9EQH4 Q99J95 Q8BYY5 Q3UYV9 Q8CB77 Q6RI65 G3X9H8 Q7TQK0 Q62311 O08856 IPS TRANSPORT BETWEEN NUCLEUS AND CYTOSOL%REACTOME DATABASE ID RELEASE 96%1855170 IPs transport between nucleus and cytosol Q8CDZ5 P59235 Q9D1M0 Q5FWJ9 Q8BUA6 Q9Z0W3 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q8BH74 Q8BPS7 Q8R480 Q8BTS4 J3JSA4 Q8R4R6 Q9CWU9 Q9ERU9 OADH COMPLEX SYNTHESIZES GLUTARYL-COA FROM 2-OA%REACTOME DATABASE ID RELEASE 96%9858328 OADH complex synthesizes glutaryl-CoA from 2-OA O08749 Q9D2G2 A2ATU0 CYCLIN A B1 B2 ASSOCIATED EVENTS DURING G2 M TRANSITION%REACTOME DATABASE ID RELEASE 96%69273 Cyclin A B1 B2 associated events during G2 M transition P30276 Q8BN07 Q9DBN8 P63330 Q3UR74 Q6P1H7 P11440 P48964 Q3TPZ2 Q8BQ33 G3X8V5 A2RTH5 Q9ESG9 Q8BVQ5 Q8BS90 Q9CXH7 P51943 Q76MZ3 Q3U3D4 Q3UGB9 E9PWD3 Q9CWU3 P51949 Q8BIX1 Q61456 Q8BYY5 Q3THG5 P47810 Q80WQ8 RHOT1 GTPASE CYCLE%REACTOME DATABASE ID RELEASE 96%9013425 RHOT1 GTPase cycle Q8BG51 Q80VE1 E9Q912 Q8BZ57 POST-TRANSLATIONAL PROTEIN PHOSPHORYLATION%REACTOME%R-HSA-8957275.2 Post-translational protein phosphorylation Q3UQV0 P47879 P47876 Q91WM6 Q8BND5 A0A0R4J2D3 Q3TY66 Q9WVE4 R9W2T8 Q922P8 Q548P8 O35701 G3X977 P16045 Q6GR78 Q8R121 Q64348 Q8R116 Q3TIZ8 Q9Z0L4 Q3USI2 Q544J8 Q8K4L6 Q3UEK9 F8VQJ3 P49182 Q9D3J8 Q9D6X6 Q3UHL7 A0A494B9A6 O55188 Q3UZF9 Q8CID3 P12032 Q8R2Z5 Q542M9 Q4W8U9 Q3UR87 Q5SS12 Q0VGU4 A0A0G2JGP8 A0A1C7CYU3 P09813 Q3UYK7 Q9DBV4 Q5MJS3 Q8BJ56 P09103 Q14AV3 Q3TX21 Q05186 Q505Q3 Q8C7G5 Q5M8P3 Q80W65 P02772 Q62356 Q00897 Q8CG19 Q546G4 A0A0R4J1I3 Q3U518 O88783 Q812G0 Q6S9I3 Q8BSI9 Q8BMK4 Q3TML0 Q3ULR1 P07141 Q3UN10 Q3TXU4 Q3UXY8 Q3UER8 E9PV24 A2RTD1 F8WH23 Q547B5 Q3UFV9 Q8BS97 P33587 Q543J5 P21460 Q61592 Q3TDU5 Q61554 Q8C9Z1 Q8BU82 Q921I1 Q3U1V5 P43407 Q8K1I3 P47867 Q6NZC0 Q6XLQ8 Q9WTZ2 Q00623 A0AAQ4VMX2 Q3UAD6 F8VQC7 P01027 Q6PB70 E9Q414 Q3TWB2 FATTY ACID METABOLISM%REACTOME%R-HSA-8978868.7 Fatty acid metabolism Q8K355 Q546I3 P50544 Q99N18 A2CF85 Q9CX98 Q3UTK2 A2A8T1 D3Z041 Q8BHI7 Q8BWM0 A0A498WFQ4 Q569N0 Q3V175 Q4FK56 Q5SX17 Q8BPB6 Q9Z2A9 Q8C255 Q6LC96 P52430 Q9NYQ2 Q62086 Q9DC50 Q62087 Q543T1 Q99P30 A2RSC2 P11930 Q99MZ7 P32020 Q8R3F5 B2RXY7 O09174 H7BX88 A2ADU9 O09114 Q9DB60 Q8BNP8 Q14B96 Q9D258 Q2KHL0 Q3UQ71 Q8C178 Q9CQJ0 Q76LV0 Q548W7 Q9QXD1 Q9JHF7 Q8CAL6 Q8VCW8 Q8K370 Q9R0X4 Q6P2K2 A0A0R4J0I6 E9PYH2 Q9QXE0 O35936 Q3TPC7 Q99JY0 Q8BWT1 Q8BMS1 Q5SV41 Q14BV7 A0A0R4J083 Q8VDQ1 Q3UN55 Q4FK31 Q53YL1 Q8BIQ9 O08914 Q9Z2Z6 Q924X2 Q4VA32 Q9Z0R9 Q920L1 O70579 Q80X94 P24527 Q8VCC1 Q544D7 Q61425 Q9CVC8 Q07417 Q8BH95 Q3UNX5 B6VGH4 Q8CC91 Q3UGC8 Q91X77 Q9CSI4 A0A0U1RQ27 Q05A20 Q8C7H1 Q3UYS0 A0A0R4J0N7 Q8BRK8 Q3UTF0 Q9DBM2 P51660 O35074 Q3TN99 Q921H8 P48410 Q8BZR4 Q14DI6 P19096 Q3UVJ7 Q3U2P8 Q3UUI3 Q91YR9 Q3TNA0 Q8BGU0 P30355 G3UW78 Q99N16 A0A0R4J111 B0G0Y2 G3UW81 A5D6P3 A2CF88 Q8BWI9 Q3URE1 P50171 Q91YN3 Q6PAM0 P70385 Q99PU5 A2AKM2 Q8R1X1 Q9DBS4 Q9D2Y9 Q3U6W3 O35448 Q8K2C9 Q3V4A5 Q9D3B1 Q91VT4 Z4YM84 G3UWE1 Q3V117 Q9DBX5 Q3U538 E9PUC2 Q548M4 Q2XU92 Q0VGQ1 G3X8Y7 Q547C4 Q6PCN6 Q8R197 Q9EQC4 Q5SWU9 P42125 Q3UC67 Q9DCS3 Q4FJK0 P45952 Q05769 P48999 Q7TQD5 Q920L5 QUIZARTINIB-RESISTANT FLT3 MUTANTS%REACTOME DATABASE ID RELEASE 96%9702620 quizartinib-resistant FLT3 mutants Q3UEW6 DEFECTIVE B4GALT7 CAUSES EDS, PROGEROID TYPE%REACTOME%R-HSA-3560783.4 Defective B4GALT7 causes EDS, progeroid type Q8BS97 Q3U5S6 M0QWP1 Q3V1F2 Q64519 Q3TSQ8 A0A0R4IZX5 Q3TAW1 P51655 Q3URZ9 H3BLN8 Q3U379 Q3TNY9 Q8R3X6 Q71M36 P43407 Q52KG8 Q8BKV1 Q3UKR1 Q3TWB2 REGULATION OF APC C ACTIVATORS BETWEEN G1 S AND EARLY ANAPHASE%REACTOME%R-HSA-176408.6 Regulation of APC C activators between G1 S and early anaphase Q9WVA3 Q5HZH8 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q7TSG3 P53995 Q8BVQ9 Q541Z5 Q8BZQ7 P62196 Q8BYJ1 B2RT97 Q9WVM3 Q3UFC2 P0CG50 Q3UZD6 Q8K2H6 P11440 Q3TKG4 Q9CPX9 Q542I9 S4R2B6 A1L3B8 A2A4Z0 P14685 G3X8W7 Q545G0 Q3TPZ2 Q3UFQ4 Q3TM92 Q3TI84 P49722 Q9D3A0 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q5SUR3 P51943 Q14AQ1 Q58EV4 O55234 Q542H2 Q3U3D4 Q5BKQ9 Q9JKV1 A0A286YDT6 Q3UGB9 Q3TXS7 P70195 Q60692 E0CXB1 Q61456 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 Q9JJ66 TAK1-DEPENDENT IKK AND NF-KAPPA-B ACTIVATION%REACTOME DATABASE ID RELEASE 96%445989 TAK1-dependent IKK and NF-kappa-B activation Q99K90 Q569Y6 Q8CF89 A2RTT4 P70196 Q6GR78 Q547H1 P0CG50 Q8BR10 Q80ZA1 Q8C6X9 Q548Y4 Q3UY00 Q5D0E0 P04918 Q80SY9 Q540J8 E9QMH7 Q3UAR6 Q9CR56 Q5EBQ4 Q923A8 Q3TL44 Q8CEC5 E9QNX4 Q8CFA1 I3PQW8 Q3U607 Q62151 E9PYI8 Q8VC16 Q60778 Q8CBT3 Q9Z1E3 Q3UV15 Q8VC91 P25799 Q9D5S8 LIPID PARTICLE ORGANIZATION%REACTOME DATABASE ID RELEASE 96%8964572 Lipid particle organization Q9JLS0 Q91V79 E9QMZ0 O70302 Q8VCR2 P59266 GLUTAMATE BINDING, ACTIVATION OF AMPA RECEPTORS AND SYNAPTIC PLASTICITY%REACTOME DATABASE ID RELEASE 96%399721 Glutamate binding, activation of AMPA receptors and synaptic plasticity Q8BW40 F8WIS9 Q6GQT7 H3BIV5 Q3UP61 Q4VA93 Q3UN66 Q8C069 A0A338P6I6 F7CZ64 Q7TNB5 P17426 Q3ZB20 P23804 Q8CCM0 V9GX76 Q8C1W2 Q62283 Q4LG64 Q9JJV5 P46460 G3XA20 Q8BL41 Q3UY17 A2AAU2 P68404 REGULATION OF NPAS4 GENE EXPRESSION%REACTOME%R-HSA-9768759.2 Regulation of NPAS4 gene expression P06537 Q9CS58 Q3UQ34 Q8VD67 F8V330 B1ATC3 Q8BGD7 Q8BJP2 Q3UHK8 Q8CJF9 Q3UD86 Q3YAB0 Q9JM73 PROTEIN REPAIR%REACTOME DATABASE ID RELEASE 96%5676934 Protein repair A0A1B0GT40 Q545L9 P10639 D3YUC9 Q78J03 Q9JLC3 G2 M DNA DAMAGE CHECKPOINT%REACTOME%R-HSA-69473.7 G2 M DNA damage checkpoint Q5SV02 B2RTK3 Q8BWH5 Q8VC54 Q80YR6 Q3UJQ1 A8IP69 Q8BQY8 Q6ZQJ5 Q6ZQF0 Q5SS40 Q3UR74 O70456 P11440 Q543W6 Q80ZA1 Q64524 P51943 P10853 A2A5N2 Q4U2R1 Q61456 P47810 P68433 A2RTT4 Q64475 Q64478 Q9D2U9 Q3ULQ6 Q6ZWY9 E9PYW4 P27661 Q3TKD1 Q8BPZ8 Q5NCT2 Q3UI43 P63101 Q9QZ11 Q8BJU7 P68510 B9EHX4 Q8BRV3 Q5SXJ3 O70445 P46737 Q8BZ87 Q4KL82 A0A0R4J183 Q9CQ71 Q8K3W0 Q9R207 O35280 Q3UYY2 Q8BMG1 E9PZ97 Q99J62 Q9QWZ1 Q5SWN2 E9QK89 Q9Z0F6 Q8CGP2 Q8CGP0 Q62193 Q6NV63 Q4VBX4 Q5HZI8 DEFECTIVE CBLIF CAUSES IFD%REACTOME DATABASE ID RELEASE 96%3359457 Defective CBLIF causes IFD P52787 REMOVAL OF THE FLAP INTERMEDIATE%REACTOME%R-HSA-69166.4 Removal of the Flap Intermediate Q9CQ71 Q91Z50 Q8C2T6 B9EHJ9 O35654 P33610 Q5FW94 Q6ZQJ5 Q8BH76 Q547B4 Q5SWN2 P52431 Q542J9 Q62193 LXRS REGULATE GENE EXPRESSION TO CONTROL BILE ACID HOMEOSTASIS%REACTOME DATABASE ID RELEASE 96%9623433 LXRs regulate gene expression to control bile acid homeostasis Q91X41 Q8VCR0 Q8BP65 P70691 P51162 Q80ZV7 Q6LC96 P70365 Q8CHB6 LOSS OF NLP FROM MITOTIC CENTROSOMES%REACTOME DATABASE ID RELEASE 96%380259 Loss of Nlp from mitotic centrosomes Q569L8 Q6P5D4 Q80Y52 E9QQ10 Q7TSH4 Q99NF3 B8JJE7 A8IP69 Q64702 Q5SW18 Q99L00 Q5SS40 A0A494BA29 A0A494BB86 Q0VGR5 Q9JJ94 Q6IQY5 P11440 Q3TPZ2 Q9R1K9 Q8QZX2 Q6NV99 Q8BFT2 Q6ZQ12 Q9CQS9 B1AXI9 Q3USK2 U5KVR9 A0A1D5RMI8 Q9D6F9 D3YVU3 P33215 Q8BP64 H3BK84 P68372 P63168 Q8CDL2 K3W4R5 P68369 P68368 Q3URP3 Q3TYE1 Q3UZY0 J3QP81 Q9JHU4 Q66JX5 Q80UF4 Q6F4J1 Q9R0L6 Q0VEJ0 Q8BKT8 A2AUM9 Q76MZ3 Q9D3R3 P05132 E9Q5A8 Q3TPJ8 A0A494BB26 Q3U4H0 Q3TPZ5 Q9D786 E9Q919 P99024 TFAP2 (AP-2) FAMILY REGULATES TRANSCRIPTION OF GROWTH FACTORS AND THEIR RECEPTORS%REACTOME DATABASE ID RELEASE 96%8866910 TFAP2 (AP-2) family regulates transcription of growth factors and their receptors E7FJU2 Q8BPN4 Q3ULB3 Q8CE69 A0A0F7RQH1 Q00731 Q545E4 Q9WVF5 P70424 Q00899 Q6IQY4 P05532 MATURATION OF NUCLEOPROTEIN%REACTOME%R-HSA-9694631.7 Maturation of nucleoprotein Q2NL51 Q7TMM8 G5E856 Q8CIE4 P63280 Q2EMV9 F8WIK2 Q8CBI1 Q6PJ87 Q5KU03 Q3URR1 Q9CX58 E9PYK3 H7BWY5 TRANSPORT OF NUCLEOTIDE SUGARS%REACTOME%R-HSA-727802.6 Transport of nucleotide sugars Q8CIA5 Q8R2I1 A2AKQ0 Q91ZN5 Q9JIH0 F8WGD7 A0A1Y7VL74 Q61420 Q8R1T4 CREB3 FACTORS ACTIVATE GENES%REACTOME%R-HSA-8874211.3 CREB3 factors activate genes Q3UNH6 Q9WTZ2 Q9D2A5 Q8BH52 A0A2I3BPX1 Q8CDG5 Q8CHX6 Q91XE9 A0A0R4J082 PROCESSING OF SMDT1%REACTOME DATABASE ID RELEASE 96%8949664 Processing of SMDT1 Q9DB10 Q99JB2 P67778 Q8VCX5 Q3ULF4 Q8JZQ2 Q8CD10 Q8BHE8 Q9CTY5 Q3V235 A2AIW9 Q3UMR5 O88967 Q9CXT8 A0A338P6A0 D6RIL8 EGFR INTERACTS WITH PHOSPHOLIPASE C-GAMMA%REACTOME%R-HSA-212718.4 EGFR interacts with phospholipase C-gamma Q4FJT2 Q61521 Q3UWD7 Q0VEB7 Q545E4 Q9WVF5 Q543J8 Q5FW64 Q62077 PYROPTOSIS%REACTOME%R-HSA-5620971.6 Pyroptosis A0A1B0GR63 E9Q5V3 Q5CZX0 Q9D8B3 Q5SX13 Q3TZH4 P10749 P70677 P29452 O08734 Q9CQ10 Q3UP87 Q8K3J2 A0A679AXP3 P70343 Q3U2Z2 Q3U0Y6 B1AZ39 Q80ZA1 Q9D7F7 Q78V99 Q2PMY2 BIOLOGICAL OXIDATIONS%REACTOME%R-HSA-211859.4 Biological oxidations O08915 Q8K354 P70691 E9PWK1 Q812C9 Q3UNF5 Q8R1G2 A0A1Y7VL74 O70423 Q99PG0 Q9CW42 Q9CVF5 Q32MW1 Q8VCU1 Q9DCN2 Q922Q1 Q99N18 Q9CX98 Q3UTK2 P63046 A2A8T1 Q8R164 Q9D566 G3X9D3 P0CC03 Q80V26 Q9QYY9 Q91W19 Q69Z91 Q6P5I3 E9QN99 D3Z0E6 Q9D748 Q3UKA4 P52843 Q9CZS1 Q9QWG7 Q544B1 Q9QXG4 Q8BW75 Q3V175 Q66JY8 P37040 Q4FK56 Q3UQH5 Q3US73 Q544S6 Q99LX3 F6Z9B9 Q91VA0 Q64505 Q3V1T8 Q9Z2A9 Q53ZD4 Q3USU4 Q8CG76 A7DTG9 Q8C255 Q91XE4 Q6PE15 A0A0A6YWX7 Q3TXR6 Q3TS38 Q9CPU4 Q99JP7 Q8K154 Q8JZZ0 Q6LC96 Q78ZC4 Q61578 Q545P3 Q6XL48 Q9CPW2 Q62452 Q64435 Q6PDD0 Q543T1 Q91WH2 Q8R084 P01193 Q80X89 Q546L3 Q9DCM2 Q3UEP4 Q3UJ53 Q63886 Q3ZAT3 Q8BWQ1 A2AKQ0 E9Q6L7 A2AE91 Q9JHF7 Q61133 Q9D2S1 Q8K010 Q8R3J5 H3BKH6 Q9JJA0 E9Q5L8 D3YVP5 P48774 Q8K0L3 Q91XE0 Q9CQG1 Q80W40 A2AE89 Q9D1A2 Q8BGA8 Q9DCY6 Q8CEC2 P30115 Q9CQX2 Q91XL3 Q9QZ82 Q4FJZ6 Q3UNA7 Q8C9C1 P15626 Q8K2I3 A0A0R4J018 Q8C7J1 Q80XJ7 E9Q816 D3YYZ0 Q05421 P33267 Q9CVC8 Q3UW87 B6VGH4 Q8CC91 Q9WUD0 Q9JKY7 Q3U5D9 Q2KHL4 Q3UKB9 Q9D816 Q8C696 Q91X77 Q91X75 Q71LX8 Q05A20 Q9DBX6 P24549 A0A0R4J0N7 Q3UTF0 O35074 Q9EP75 Q9D9X3 Q6SKR2 A0A0R4J0G9 Q99J57 Q5M8M3 Q5M9P0 Q99LB6 Q541E2 A6H5Y3 Q3TNA0 Q3U548 Q91X83 O09131 Q8BGU0 O88587 Q91WU5 G3UW78 Q99N16 Q8VCT4 B0G0Y2 G3UW81 Q3TWW0 Q4FK50 B2RSR0 A0A0R4J050 P70365 Q3TQN1 P15539 Q8CE59 Q3UJ92 A0A0N4SUV4 B2RXA7 Q8K0C4 A0A0R4J061 METAL SEQUESTRATION BY ANTIMICROBIAL PROTEINS%REACTOME%R-HSA-6799990.3 Metal sequestration by antimicrobial proteins Q3UP42 Q53X15 P08071 P11672 HCN CHANNELS%REACTOME DATABASE ID RELEASE 96%1296061 HCN channels B2RRB5 O88704 O88703 O70507 RAS GTPASE CYCLE MUTANTS%REACTOME%R-HSA-9649913.5 RAS GTPase cycle mutants Q61411 Q5J7N1 Q9D091 PLATELET CALCIUM HOMEOSTASIS%REACTOME%R-HSA-418360.3 Platelet calcium homeostasis Q8R0X5 Q8C048 Q8CED6 Q68FL0 Q6P069 Q8K3P1 Q91VE2 P51576 Q3UR32 Q8CHP4 Q149L9 Q6NV56 Q8R429 P70227 Q9Z257 A0A1B0GRA5 Q8C8N0 S4R1C4 G5E829 Q3UPA8 Q5DTI2 Q8K596 A3KCG1 Q3UXW9 Q8CCQ1 Q8BXN1 Q14BR6 SIGNALING BY CSF3 (G-CSF)%REACTOME DATABASE ID RELEASE 96%9674555 Signaling by CSF3 (G-CSF) P98083 Q6P1E0 O35716 Q0VB73 Q3URU8 Q2M4H5 E9QJS1 Q3U5I5 P42232 D3Z392 Q9JIA0 P0CG50 Q3ZB59 Q8CEI0 Q3UFQ4 O35718 P40223 Q5J7N1 P35235 Q6GU23 A0A087WNT1 Q99K94 P08103 Q4QQL2 Q62120 SIGNALING BY RECEPTOR TYROSINE KINASES%REACTOME%R-HSA-9006934.8 Signaling by Receptor Tyrosine Kinases Q3V1B5 Q4V9W8 Q9Z0I9 Q9QZS0 B2RQQ8 D3Z7D5 Q543F6 A0A338P6I6 B0LAD9 Q8K3J2 P17426 P68181 Q3UJ76 Q542T9 A0A0R4J0R7 Q6PEE6 Q8C863 Q6PGK0 Q9WUD1 Q5SWR1 Q8BZ33 Q8BWF4 E9PX48 Q6A0C9 Q8VHI6 Q6NXJ9 Q06180 Q61152 V5SIM2 Q80SW1 Q545F4 Q544D2 P70227 Q8C8N0 Q8BJT8 P05132 Q3UZ05 Q62190 Q9R097 Q9D8Q8 G3UWE8 G3X9X7 Q0VGZ5 E9PYG6 A0AAQ4VMS6 Q8CED6 Q544F7 Q924S8 Q3TP00 Q8C4M8 P22723 Q8C446 Q5NCN8 P55284 J3QPP8 P63089 Q7TPD5 P27681 B1AXN9 P63137 Q53WT3 Q6DR99 Q3UEW6 Q8CCF8 Q505A4 Q91WJ0 Q3UHH9 Q80VU4 Q62077 Q3UHE3 Q6P1D6 G3X9V4 Q541P3 P63330 Q3V1A4 Q4FJT2 Q3U207 Q3UWD7 Q8BFV3 Q3UY00 Q6NZC0 E9PXU2 Q8CAT6 A0A1W2P715 Q76MZ3 Q60929 Q91V89 Q3TY83 Q9D7X3 Q3TAR6 Q8BIX1 Q8BN07 P11214 Q2LEK5 Q5SU94 Q9WV31 Q02067 A0A0R4J088 Q8BVR8 O35926 A0A087WSU4 Q3URA9 Q8CDT8 Q91VN7 Q0VGU4 Q545B6 Q3ZB14 A0A571BE88 B2RTL6 Q9JHZ8 Q6PGA2 A9QW46 Q545T4 Q925I7 Q8K4K4 Q545W1 A0A0R4J0F8 A2A9W7 Q05895 Q3UMK5 Q8BGL0 Q3TYF1 Q9WVS7 Q3ULK1 P97760 Q8BFX0 Q3THK3 Q8CFI7 P60898 Q3UMJ4 Q6PI63 Q9JLY0 Q3V214 A0A3Q4L2S8 Q9WTX4 A0A338P6M3 A0A3B2W7C9 D3YZR2 G3V023 P61219 P62488 P08775 Q4VA93 F8VQ28 Q9Z0Y7 P09535 Q8CAR0 Q8BTI9 Q5D0E4 P97793 Q8C5P3 Q8BKH7 Q6PD21 Q3UCJ0 Q8CEI0 Q3TJI7 Q8CE74 Q3U1I8 Q3TLP8 B2RS85 Q545J3 P03995 Q3UXE9 Q6GU23 Q3U0E8 Q8CAU3 Q3TXU4 Q99K94 G5E884 Q3UII1 P15066 Q3UHZ0 P31750 Q9WVF5 Q8C7P2 Q6QI06 Q5DTJ2 Q9JLN9 P05622 Q3TNY3 Q812A5 D3Z3Y5 A0A0G2JED4 B1GX81 Q8CGG9 Q3TZJ5 Q8CFK4 Q9CX99 P41241 A4QPC5 P46938 P01108 Q80ZN2 A0A3Q4EC26 P42337 P01101 Q8VDU4 P35235 Q3U1L4 D3YZ57 E9Q696 A9UGK3 Q3UUI3 O08908 Q8C6X4 Q8K2P2 Q8K4K2 B2RRF0 A6H659 P70193 Q53ZU1 Q3U472 Q91WL8 Q4VAE6 A2RSD4 Q3V341 Q3TUH8 Q3UCW2 Q9CQ49 P09055 B7ZNX6 Q569U6 Q3TZW9 Q3UYV9 A0A0R4J119 P70424 Q8C4Y3 Q8BUR4 Q8BHL5 E9Q8C1 P35831 Q3U5I5 P42232 E9PUF1 Q9JIA0 Q03350 Q9Z0G0 Q8BM83 A0A0R4J097 Q3UCD9 P70419 E9Q5D6 A2AI52 K7Q751 Q8BZ98 P43406 Q8QZY7 Q8BH99 A0A0J9YUN4 Q8BQ28 P97333 Q8CI15 Q3V0J9 Q3UV52 Q8BGT1 H7BX38 Q3TQ52 Q60520 Q8BLU0 Q6RKD8 O55095 Q3UDE9 Q9JM73 Q6PFA2 Q80Y52 Q61521 Q0VEB7 Q543J8 Q5FW64 Q547B5 P41969 Q3UWY6 Q68FD5 Q544A5 Q3TCR7 Q80YQ1 Q61824 Q8VD65 Q6PF93 Q3UQ25 Q9EQU3 Q0VER9 Q0VG15 Q790L8 A0A7U3JW97 A0A0R4IZY3 O35565 A0A7U3JW51 Q543V3 Q8C399 Q6ZWS1 A0A7U3L6F4 Q541T2 P81122 Q544I6 Q99N32 Q3U1V5 A0A7U3JW80 E9Q2N2 Q3ZB59 Q62469 Q62470 Q00731 Q3V1T9 Q53YN4 A0A2K6EDK7 Q8K0G8 Q921W2 Q8CII5 D3Z4T5 Q3TJP4 Q5EEX1 A0A0R4IZW4 Q3TJ22 Q3U0D7 V9GX46 P49766 Q60760 Q3TPM5 P52633 P97946 P97953 Q3TZ05 Q5NCU5 Q61789 Q3USI2 Q80VP1 Q8C5B3 P0CG50 F8VQJ3 A0AAQ4VMU6 G5E874 P19137 Q3UHL7 P97927 Q5DTP0 Q9R0B6 Q3TMT1 Q03160 P68404 Q0VBM2 B2RSC8 Q99K90 E9Q4S7 Q60636 Q6GTZ3 P05532 Q2M4H5 Q8BW69 E7FJU2 Q8CGB9 Q8BH75 P16054 Q91V87 Q58E49 Q810V8 O35280 Q02257 F8V330 Q9Z2X1 Q545E4 P49817 Q52L50 Q62120 F6XC54 O35716 Q7TSI6 Q9R0C8 O54890 Q61081 Q5EBP8 A0A0R4J0X8 Q570Z0 F8VQL0 Q3TR46 Q3UMA3 Q3TRJ7 Q3TGH8 Q62420 Q3UGN9 Q80SY3 G3X9V2 Q9D1K2 P05480 Q3UE22 Q9JHF5 Q8BMC1 P15920 Q02248 P51863 Q3TT90 Q9CQD8 Q9CZV7 Q80ZL3 A0A0X1KG61 Q61411 P41245 P35918 A0A0A6YX18 A2A5N2 Q9D593 A0A5F8MPM1 Q3USK4 Q8C9G5 Q8JZR2 Q99M55 Q9Z1G3 Q3TMJ8 Q5U421 Q3U861 Q91VK0 A0A0R4J0R6 P23188 Q3U2P8 Q8BMC3 O70514 F6XJP7 Q3V3W9 Q05AA8 P70425 P63321 Q99L60 P63085 A0A0N4SVQ2 Q6LDU8 P50516 E9Q9B7 Q8CCG5 Q91ZZ2 Q91YH6 P98083 Q8BH43 Q5HZY7 Q8C180 Q3UP55 Q63844 Q8C2Q7 Q3U6G0 P50518 Q09HN3 Q3UFB7 A2AS98 Q91YS7 P62814 Q8R5H6 A2RS58 B3VQI8 Q3UIB2 Q8CB58 Q3UWN7 Q9WUI1 Q6ZPU1 Q3U889 O08911 E9Q672 Q6AXH6 Q91VR8 Q54A87 Q9D091 P28028 P97369 Q3UKP6 Q3TPY5 Q8K1X4 O70145 Q8CHB6 Q3UBI5 Q7TSJ0 Q8BJ14 Q63ZW6 Q8CBR9 Q8C6K9 P26618 Q9JM08 Q3U4P5 Q3UYK2 I7HJR1 P57716 Q8C7N7 Q9D0D2 Q545R0 Q9QZR9 Q921S6 Q8BPU7 Q8BSX1 P02463 SIGNALING BY MET%REACTOME%R-HSA-6806834.4 Signaling by MET Q4V9W8 Q3U0D7 Q8C7P2 Q3TZ05 Q61789 E9PUF1 Q3USI2 Q8C5B3 P0CG50 F8VQJ3 G5E874 P19137 Q3UHL7 P97927 Q5DTP0 Q9R0B6 F8VQL0 Q3UMA3 Q3TRJ7 Q3TGH8 P42337 Q62420 Q3UGN9 A2A9W7 P35235 P05480 Q3TT90 Q9CZV7 Q8BZ33 Q8BWF4 Q3ULK1 Q80ZL3 E9Q5D6 A0A0X1KG61 E9PX48 Q61411 A2AI52 Q8C9G5 Q3USK4 Q8JZR2 K7Q751 A9UGK3 Q3V3W9 E9Q4S7 Q91ZZ2 P70193 Q505A4 A2RS58 Q06180 Q9D091 Q62469 Q62470 P09055 Q3TLP8 Q545J3 Q6GU23 Q3TZW9 Q9R097 Q9D8Q8 G3UWE8 Q52L50 ACTIVATED NTRK2 SIGNALS THROUGH FRS2 AND FRS3%REACTOME DATABASE ID RELEASE 96%9028731 Activated NTRK2 signals through FRS2 and FRS3 Q61411 Q8C180 Q3USK4 Q91WJ0 P35235 Q80VU4 Q3UHE3 Q9D091 Q541P3 INSERTION OF TAIL-ANCHORED PROTEINS INTO THE ENDOPLASMIC RETICULUM MEMBRANE%REACTOME%R-HSA-9609523.4 Insertion of tail-anchored proteins into the endoplasmic reticulum membrane Q3UF95 Q9CQS8 Q9WV55 Q9D1H7 E9PYR6 P49070 Q6GR78 Q3TN35 Q8K0D7 Q8K1E0 Q3U5U6 Q5D0A4 Q4FJQ7 Q8CHR4 Q3THM8 O54984 Q9Z1W5 P21126 POLYMERASE SWITCHING ON THE C-STRAND OF THE TELOMERE%REACTOME%R-HSA-174411.6 Polymerase switching on the C-strand of the telomere Q8K1K3 O35654 Q91VL8 B2RS36 Q3V252 P52431 Q3TKD1 P0CG15 E9PVJ3 Q542J9 Q3UXU8 E0CXE7 Q9D7K2 D3YVY9 Q4KL82 Q91WC1 Q8C2T6 B9EHJ9 P33610 Q5U4B1 Q5FW94 Q8BH76 Q547B4 Q99J62 E9QM06 Q5HZI8 UBIQUITIN-DEPENDENT DEGRADATION OF CYCLIN D%REACTOME%R-HSA-75815.6 Ubiquitin-dependent degradation of Cyclin D Q5KU03 P54775 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q790L7 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P70195 Q545C3 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 DEFECTIVE VISUAL PHOTOTRANSDUCTION DUE TO STRA6 LOSS OF FUNCTION%REACTOME%R-HSA-9918449.1 Defective visual phototransduction due to STRA6 loss of function H7BWY6 A0A0R4J115 Q5M9K1 DEFECTIVE GCK CAUSES MATURITY-ONSET DIABETES OF THE YOUNG 2 (MODY2)%REACTOME DATABASE ID RELEASE 96%5619073 Defective GCK causes maturity-onset diabetes of the young 2 (MODY2) Q5SVI6 ISOVALERIC ACIDEMIA%REACTOME DATABASE ID RELEASE 96%9914355 Isovaleric acidemia Q9JHI5 RESPIRATORY SYNCYTIAL VIRUS GENOME TRANSCRIPTION%REACTOME DATABASE ID RELEASE 96%9828642 Respiratory syncytial virus genome transcription Q504P4 TRKA ACTIVATION BY NGF%REACTOME DATABASE ID RELEASE 96%187042 TRKA activation by NGF Q3UFB7 Q6LDU8 DEFECTIVE F8 SULFATION AT Y1699%REACTOME%R-HSA-9674519.2 Defective F8 sulfation at Y1699 Q4FK50 Q8BQ43 Q3TQN1 REVERSIBLE HYDRATION OF CARBON DIOXIDE%REACTOME%R-HSA-1475029.2 Reversible hydration of carbon dioxide Q3UUZ9 P00920 P13634 Q8CEY0 P16015 Q3V197 P23589 Q64444 Q3UND9 Q8K2J1 Q9D6N1 Q9QZA0 3-METHYLCROTONYL-COA CARBOXYLASE DEFICIENCY%REACTOME DATABASE ID RELEASE 96%9909438 3-Methylcrotonyl-CoA carboxylase deficiency Q6PD20 Q99MR8 METHYLATION OF MESEH FOR EXCRETION%REACTOME DATABASE ID RELEASE 96%2408552 Methylation of MeSeH for excretion P40936 BIOSYNTHESIS OF A2E, IMPLICATED IN RETINAL DEGRADATION%REACTOME%R-HSA-2466712.4 Biosynthesis of A2E, implicated in retinal degradation Q8BH82 DEFECTIVE SLC5A1 CAUSES CONGENITAL GLUCOSE GALACTOSE MALABSORPTION (GGM)%REACTOME%R-HSA-5656364.4 Defective SLC5A1 causes congenital glucose galactose malabsorption (GGM) Q9QXI6 DRUG ADME%REACTOME DATABASE ID RELEASE 96%9748784 Drug ADME Q9Z2V4 Q99P65 A0A494BAC3 Q3TCZ2 Q3UKW1 P50096 Q6NZB9 Q4JHD9 E9Q7K1 P70691 B2RRH9 P15626 Q8BG93 O08966 P18572 O88627 A0A0R4J018 Q5NC82 Q7TSI6 Q5NC81 Q6P8Q2 Q9ERH8 Q9R0C8 Q9CVF2 Q9JJL3 E9Q467 Q05421 Q9CVC8 Q9D566 E9Q9M1 Q91W19 Q9JKY7 Q2KHL4 P52843 Q91X77 Q8VDU4 Q60I30 Q8BMC5 Q543K9 Z4YL50 Q4FK56 Q546G4 Q4FK28 F6Z9B9 Q91WR5 Q8VCT4 Q9Z2A9 A5D6P3 A7DTG9 Q99JP7 Q8K154 Q8JZZ0 Q78ZC4 P52430 Q6XL48 A0A0R4J0B6 Q62452 Q64435 Q62087 Q6PDD0 Q91WH2 Q8R084 Q80X89 Q546L3 Q3UEP4 Q63886 Q8BWQ1 A0A0R4J050 Q8VI47 Q3TLP8 E9Q5L8 Q8K0L3 Q91XE0 Q80W40 Q9D1A2 Q8BGA8 Q9DCY6 Q03311 P21447 Q9EP96 Q547K2 O88909 O70577 Q544N9 A0A0R4J015 P00493 RUNX3 REGULATES WNT SIGNALING%REACTOME%R-HSA-8951430.3 RUNX3 regulates WNT signaling P01108 Q3U1Q3 Q80UF1 Q790L7 Q02248 Q8CAI6 Q8C402 A1A550 LOSS OF FUNCTION OF SMAD2 3 IN CANCER%REACTOME%R-HSA-3304349.5 Loss of Function of SMAD2 3 in Cancer Q8BUN5 Q62432 E3SRG8 Q3UNK5 Q8BQS9 Q9D5H8 ACTIVATED NTRK3 SIGNALS THROUGH PI3K%REACTOME DATABASE ID RELEASE 96%9603381 Activated NTRK3 signals through PI3K Q3V1A4 P42337 Q8C7P2 Q3TNY3 P05480 Q543V3 TYPE I HEMIDESMOSOME ASSEMBLY%REACTOME%R-HSA-446107.3 Type I hemidesmosome assembly Q61789 Q6S393 Q8C5B3 Q07563 O35566 G5E874 Q8CC06 A2A864 CLEARANCE OF SERATONIN%REACTOME DATABASE ID RELEASE 96%380615 Clearance of seratonin Q544B1 Q3UJ53 Q60857 CARNITINE SHUTTLE%REACTOME%R-HSA-200425.10 Carnitine shuttle Q9Z2Z6 Q924X2 Q546I3 Q7TQD5 Q5SX17 Q8BRK8 Q6LC96 Q3UN55 Q8BPB6 Q6PAM0 Q4FK31 Q8BIQ9 NUCLEOTIDE BIOSYNTHESIS%REACTOME DATABASE ID RELEASE 96%8956320 Nucleotide biosynthesis P50096 Q5SUR0 Q9DCL9 B2RRH9 Q9CWJ9 Q64737 Q544K9 Q3UBP0 Q3UGA8 G3UWN2 B9EIE9 P54822 O35435 RRNA MODIFICATION IN THE MITOCHONDRION%REACTOME DATABASE ID RELEASE 96%6793080 rRNA modification in the mitochondrion Q9CPY0 Q548B0 Q99KS2 Q5ND52 Q922E6 D3Z3A2 Q8R3J4 Q9CZ57 H3BKT7 Q9CWX4 Q8JZM0 Q99J25 DEFECTIVE SLC27A4 CAUSES ICHTHYOSIS PREMATURITY SYNDROME (IPS)%REACTOME%R-HSA-5619108.3 Defective SLC27A4 causes ichthyosis prematurity syndrome (IPS) Q91VE0 SIGNALING BY FGFR2%REACTOME%R-HSA-5654738.4 Signaling by FGFR2 Q8BN07 Q8C7P2 P0CG50 Q5EBP8 Q570Z0 P42337 P35235 A0A0X1KG61 P97760 Q61411 Q8BFX0 Q3THK3 Q3USK4 Q8CFI7 P60898 A0A0R4J0R6 O70514 P63085 Q3UMJ4 Q6PI63 Q3V214 A0A3Q4L2S8 Q8C180 A0A338P6M3 Q63844 Q8C2Q7 Q0VER9 P61219 Q0VG15 P62488 Q505A4 Q91WJ0 P08775 Q8CB58 A0A7U3JW97 O35565 Q62077 A0A7U3JW51 Q9D091 Q8C399 P28028 Q6ZWS1 A0A7U3L6F4 P63330 Q541T2 Q544I6 Q3U1V5 A0A7U3JW80 E9Q2N2 Q9CQ49 Q3U1I8 B2RS85 A0A2K6EDK7 Q76MZ3 Q8K0G8 Q921W2 Q8CII5 Q9Z2X1 Q3UYV9 LYSOSPHINGOLIPID AND LPA RECEPTORS%REACTOME DATABASE ID RELEASE 96%419408 Lysosphingolipid and LPA receptors Q8BFZ2 E9QAX3 Q91X56 P52592 Q7TME0 Q544V2 G3X9K0 Q9Z0U9 Q8BJ52 Q544B4 Q9Z0L1 O08530 A0A087WQF0 Q9JL06 ATTACHMENT OF GPI ANCHOR TO UPAR%REACTOME DATABASE ID RELEASE 96%162791 Attachment of GPI anchor to uPAR Q3V307 Q3U5R2 Q9WTK3 Q3UQY2 Q545X5 Q8BXX3 Q3TAA8 HH MUTANTS ABROGATE LIGAND SECRETION%REACTOME DATABASE ID RELEASE 96%5387390 Hh mutants abrogate ligand secretion P54775 Q3UPK6 Q9CPS5 Q8BVQ9 A0A0R4J1R1 P62196 Q3U957 B2RT97 Q62226 P0CG50 Q8K2C7 Q8VEH8 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q544P6 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q80XI9 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 Q01853 P70195 Q60692 Q6GTY4 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 Q8BMT9 TRIF (TICAM1)-MEDIATED TLR4 SIGNALING%REACTOME DATABASE ID RELEASE 96%937061 TRIF (TICAM1)-mediated TLR4 signaling Q3V1B5 Q8BN07 Q6GR78 Q9WTX6 E9PZP3 Q542T3 P0CG50 Q3UHJ1 Q4FJP7 Q80UF7 Q80ZA1 Q8C2D3 Q9R0T8 Q8C6X9 Q61160 Q8K3K8 Q8BJQ4 Q52L79 Q548Y4 Q5D0E0 Q62210 Q5SUR3 Q923A8 Q3U607 A0A286YDT6 Q60855 Q60778 Q8CBT3 Q9Z1E3 Q5SRY7 Q3TSE5 Q8VC91 P25799 Q9D5S8 Q99K90 Q569Y6 Q8CF89 A2RTT4 P70196 Q810V8 E9QNX4 I3PQW8 Q3UV15 Q3UEB8 P41969 Q3UFQ4 Q5SWN9 Q5NCN8 P01101 P35235 Q7TPD5 Q7TSJ7 B1AXN9 Q8C9D4 Q3TMJ8 Q5U421 Q3U2P8 Q60521 Q8C094 P63085 Q4QQL2 Q8CE90 Q63844 Q09HN3 Q8K2U0 Q9WUI1 P63330 A1L361 Q547H1 Q3TUH8 Q3U9K6 Q8BR10 L0CL36 Q8BFV3 Q3UY00 P04918 Q80SY9 Q540J8 E9QMH7 Q3UAR6 Q9CR56 Q5EBQ4 A0A1W2P715 Q76MZ3 Q99JG7 Q8CBR9 Q3TL44 Q64HC9 Q8CEC5 Q8CFA1 Q60929 Q91V89 Q62151 E9PYI8 Q8VC16 Q3TY83 Q9D7X3 Q3TAR6 Q8BIX1 FORMATION OF ATP BY CHEMIOSMOTIC COUPLING%REACTOME DATABASE ID RELEASE 96%163210 Formation of ATP by chemiosmotic coupling P56135 Q8C2Q8 Q9CRA7 Q4FK74 P56480 Q7JCY9 Q5I0W0 Q14BC2 Q06185 P97450 Q78IK2 Q03265 SIGNALING BY GSK3BETA MUTANTS%REACTOME%R-HSA-5339716.5 Signaling by GSK3beta mutants Q7TS75 Q14DJ8 Q8BN07 Q6ZQK4 Q6PJ87 Q6PD03 Q76MZ3 Q5KU03 Q02248 Q91V89 P63330 Q6PD28 Q8BIX1 Q61151 Q8BNP7 ACTIVATED NTRK2 SIGNALS THROUGH CDK5%REACTOME%R-HSA-9032845.3 Activated NTRK2 signals through CDK5 Q3TLP8 Q3UHE3 Q543F6 Q542T9 Q6P1D6 Q541P3 ARMS-MEDIATED ACTIVATION%REACTOME DATABASE ID RELEASE 96%170984 ARMS-mediated activation A2A5N2 Q8JZR2 Q3UFB7 Q3V3W9 Q6LDU8 E9Q9B7 P28028 MOLYBDENUM COFACTOR BIOSYNTHESIS%REACTOME%R-HSA-947581.2 Molybdenum cofactor biosynthesis A2BDX3 E9PVP5 Q14CH1 A0JNY3 INHIBITION OF HOST MRNA PROCESSING AND RNA SILENCING%REACTOME%R-HSA-168315.7 Inhibition of Host mRNA Processing and RNA Silencing E0CXT7 Q8CCS6 DEFECTIVE MAT1A CAUSES MATD%REACTOME%R-HSA-5579024.4 Defective MAT1A causes MATD Q91X83 CDC20:PHOSPHO-APC C MEDIATED DEGRADATION OF CYCLIN A%REACTOME%R-HSA-174184.3 Cdc20:Phospho-APC C mediated degradation of Cyclin A Q9WVA3 Q5HZH8 P54775 Q3UPK6 Q9CPS5 P53995 Q8BVQ9 Q541Z5 Q8BZQ7 P62196 Q8BYJ1 B2RT97 Q9WVM3 Q3UFC2 P0CG50 Q3UZD6 Q8K2H6 P11440 Q3TKG4 Q9CPX9 Q542I9 S4R2B6 A1L3B8 A2A4Z0 P14685 G3X8W7 Q545G0 Q3UFQ4 Q3TM92 Q3TI84 P49722 Q9D3A0 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 P51943 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P70195 Q60692 E0CXB1 Q61456 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 Q9JJ66 METABOLISM OF INGESTED MESEO2H INTO MESEH%REACTOME DATABASE ID RELEASE 96%5263617 Metabolism of ingested MeSeO2H into MeSeH Q9JMH6 OAS ANTIVIRAL RESPONSE%REACTOME DATABASE ID RELEASE 96%8983711 OAS antiviral response B2RQP1 Q3UHY8 Q8K469 Q3TIU4 A1L0V6 B7FAU9 Q8VI94 E9Q9A9 Q8VI93 VIRAL INFECTION PATHWAYS%REACTOME%R-HSA-9824446.5 Viral Infection Pathways Q5SVY2 Q3UKJ3 Q8C833 P15530 Q9QXJ2 A0A0R4J243 A0A140T8R7 O88574 Q8C7D2 E9QJS1 Q5SS40 D3YWR2 Q3U1Z7 P15261 E9Q317 Q63953 P17426 I4DCY6 P33896 Q547N0 O08530 F8VPQ2 Q5SQF8 Q541Z2 P11911 Q3UJ76 Q8K2I1 A0A0R4J0R7 Q6PEE6 A2CG63 Q9D1P6 Q3UDS1 Q8C7E9 Q80X82 Q8CE71 P09103 A2AEK1 A0A2R8VK76 P62878 Q3V141 Q9CQF3 Q3UGU6 Q3V1M8 Q99LC2 Q99LI9 Q5SWR1 Q6A0C9 Q8R3X6 Q8BKV1 M0QWP1 Q9CTE0 Q3V1F2 Q64519 Q8K2T8 Q5XJE5 Q9CTY6 D6RDC7 Q3U5S6 Q05CJ7 P13405 Q3U5E6 Q3UKR0 Q6SJQ0 Q3U7T8 P55144 Q2UZW7 Q61592 Q4FJV3 Q60805 Q9CZX9 A0A087WPY4 Q8K3C0 H3BLN8 Q3TR66 Q6U7R4 Q8CCF8 Q2HZ94 P63168 P59235 B2RX66 P51655 Q9JHU4 A0A2I3BPX3 P43407 Q8BH74 S4R1L3 Q8R480 Q6ZWM8 Q6ZWU9 Q3TYJ3 Q8BH79 Q9CWU9 G8JL82 Q3TPJ8 Q9ERU9 Q9D0M5 Q6PDL0 Q3U379 Q3UTZ4 Q52KG8 Q6PB70 Q3TWB2 Q8CDZ5 M1H0B0 Q3TWG5 Q14AT5 Q9D1M0 Q75UR0 Q9Z0W3 Q3UHJ1 Q4FJP7 Q9R0T8 Q3UII8 Q8VEK3 B9EHJ3 Q2KHS8 P97760 E9PWD3 Q8BFX0 Q3THK3 Q8CFI7 P51949 E9Q6K1 Q9D0L8 P60898 Q8K2X8 Q7TPY0 P49135 Q3THG5 Q3UMJ4 Q6PI63 E9PYK3 Q3V214 H7BWY5 Q9DCC1 Q3UZB8 Q2NL51 A0A3Q4L2S8 Q3THR4 Q3UFE4 Q7TMM8 A0A338P6M3 O55201 G5E856 Q7TPV0 Q8CIE4 Q542U3 Q2EMV9 P61219 F8WIK2 P62488 P08775 Q8CAH8 Q9D2U9 A0A7N9VR83 Q544F3 Q8BKH7 A2ADH1 Q3UCJ0 Q8CEI0 Q8C5H3 Q8CE74 Q3TLP8 Q9CR26 Q8BM73 Q8BMZ7 Q810I0 Q921E6 Q3TSR1 Q78HU3 Q8VEJ9 A2A4K0 Q8R0J7 A2A6M1 A3KPD0 P34022 Q3UCW0 Q6PFB2 Q3UV99 Q3UH70 A0A494BAR3 Q3UJC3 P51682 Q9D7S9 Q8BH48 Q8C2W4 P84228 Q8BFR5 Q8CGP2 Q99K94 Q8CGP0 A0A0R4J0D3 Q9DBG6 B2RTK3 Q8CGP7 P61804 Q3UHZ0 P31750 Q8C7P2 Q149V4 A8IP69 Q6QI06 Q8CDH5 Q5DTJ2 Q9JLN9 G3UZX4 Q812A5 O54734 A0A3Q4EC26 Q9CPR7 B2RRA5 Q3TU94 A1L0V6 Q8VDU4 Q3TGP5 Q64524 Q3U5B1 Q8CBI1 P35235 P10853 Q3URR1 Q543X3 Q3TSV7 Q3U1L4 Q8C458 Q8BMR3 Q60972 Q9CQD1 Q8C266 Q01853 D3YZ57 Q3U573 E9Q696 Q8BP64 Q78XF5 Q8C6X4 B2RWH3 Q64475 Q64478 Q8CDB3 Q5KU03 Q6PJ87 C0HKE5 Q6AXH7 Q60FD1 Q3URU8 Q6ZWY9 Q91ZX1 E9PW15 Q9CQ49 Q8BG30 Q3UIA1 E9QAP7 G3X956 P09055 Q3UIR2 B9EJX5 Q9D0D5 Q99JX1 Q3U3M5 Q3UWX7 Q3UT56 Q8VI33 Q9R1C0 A0A3Q4EGS4 A0A087WNT1 Q922L6 B1Q2W7 Q6A0A3 Q08943 P63271 Q9QWV9 Q3ULN2 Q3TN86 F8VPY2 Q149E9 Q9EQH4 Q99J95 Q3UYV9 Q8CB77 Q6RI65 Q7TQK0 Q62311 O08856 A2ASY1 Q8BQ46 Q7TSG2 Q8C4Y3 P61216 Q8C4N2 P62137 P62141 Q8BH99 P97333 Q60960 Q5FWJ9 Q8BUA6 F6ZDS4 Q9JIH2 Q6PDG0 Q3TJ94 Q8BU75 O54962 P29341 Q8VCB1 A0A1D5RLQ0 P48962 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q545A2 A2BI12 Q8BPS7 A0A0R4J0N8 Q566K0 Q8BTS4 J3JSA4 Q8R4R6 P97461 Q4VAG4 Q58E35 P86048 Q4FJX1 Q9CQD0 P62911 Q545X8 E0CXT7 Q9D1Q4 P14206 Q9CPR4 O70152 Q0VBA4 Q3UC02 Q545R7 D3YYB0 Q8CCS6 Q5M9M4 Q5M9M0 Q4FJR9 Q6PFA2 Q5YLW3 B2MWM9 P62827 Q80Y52 Q9CQR2 C0LLJ0 P62264 E9Q179 Q6ZWN5 Q543M7 Q4FZH2 Q8BP67 Q5SUC3 Q5M9N8 Q642K1 Q9JIQ8 Q9CXW4 P62717 Q3V033 Q9D2Y4 Q3URC9 Q3UNK5 Q8BKC5 Q561N5 Q5M9K7 P62830 Q3UHW8 P41969 Q921K2 P99027 Q9D823 Q68FD5 Q61696 Q03963 Q3UFV9 Q505A8 Q58EA6 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 Q504P4 Q497N1 Q5CZY9 P84078 P19096 O88587 Q8VD65 Q6PF93 Q9EQU3 Q62093 P84104 E9PUK6 Q3THA6 Q6PDM2 Q3TWW8 Q80X98 Q91VC3 Q9DC48 Q8BV04 Q8BGJ9 Q9D0B0 O08583 Q3URV7 Q99M28 P70372 Q549A5 Q8VE47 Q8C7R4 P29788 A0A0R4J1L4 Q7TN05 Q8CC13 Q8CBB7 Q8BW87 Q3UG16 P01898 P01887 P61967 Q8K212 Q64525 E9QAM0 D3Z7W0 Q66JT6 M0QWC2 Q8K245 Q9D5S8 Q99K90 Q569Y6 Q8CF89 A2RTT4 P70196 Q3TM87 Q9DBK7 Q2M4H5 Q3TTE7 P63101 A2AN08 P68510 Q6P2K2 Q58E49 Q8QZY9 Q5KU39 Q5KU38 Q569Z5 Q920D3 Q9JKR6 Q3U3K9 A2ALF2 Q80Y51 Q9Z2X8 Q9Z2X1 Q60943 Q99JH8 E9Q5R7 Q9DCY1 Q8C016 P49817 Q8C1S0 Q91YR7 Q8BPI5 A2AER7 Q4QQM3 B9EJX8 Q9JKK0 Q8CFR9 Q9CX86 P50096 Q8VCS6 Q5SX75 Q3UJR8 Q8CFQ9 Q9D8V7 Q7TNI7 Q8C839 Q9EQC8 Q9CQI7 Q3TKY6 Q3TVM1 Q69ZQ2 Q5U3M2 Q9D2N9 B9EHN0 P50404 Q62276 Q9CZW5 O19441 Q8BTV2 Q5EBP8 A2AQA7 Q544E6 Q9DBB5 Q9QZU9 Q8VDM6 A7VMS3 Q9Z204 A0JNY7 Q3UR88 Q570Z0 Q9CRI3 Q8CH18 Q3TR46 Q8CH02 Q9WV02 Q6ZQ58 Q71LX8 Q9DBF7 Q9QYJ0 Q8BHS3 Q3UEB3 Q5FWJ3 Q3UE22 Q8CAB9 Q99LP6 Q6NV83 Q8C076 Q56A08 Q9R007 P41245 Q8VHM5 Q58E59 B2RSV4 Q8QZT4 Q3UV88 Q9DB91 A2ADL9 A0A2I3BRW0 B2RRY4 Q6PE01 P23188 Q9CXG3 Q3UDU9 Q3UE64 Q922V4 Q8JZX4 Q05CL7 Q9EPL8 Q7TN25 Q9CQ39 A2AR02 Q8BQR8 Q8C470 Q3UF16 Q8C2Q7 Q3UJ82 Q5FWJ5 H7BX23 Q542W3 Q8CB58 Q5QJQ9 Q9D8C6 G3X8Y8 Q91W86 E9Q9E1 A4FUW1 Q6ZWQ7 Q3UW57 Q99KG3 A0A140LHR3 Q923D5 Q923D4 P60335 Q9D873 Q9Z1K5 Q9CVU5 Q6GQS5 Q3UN87 B9EJ46 Q8BKC7 Q3UCF2 Q810A7 P70333 P27773 P70362 Q8VE91 Q6GQT6 Q8BTI8 Q80U83 Q9D6L8 Q99KV1 Q8C1E4 Q3TQX5 Q921W0 O88569 Q9DCD2 Q543F1 P83870 G5E8G0 Q4G0C5 Q8VCI5 Q78JM7 P59708 G5E8I8 Q8BGT7 G3X8Q0 Q91YN9 Q9CZ96 A2AA71 Q61335 Q9CZ82 P57784 Q3UNG1 P08103 Q3TEK8 Q6NXL1 D3Z569 Q8BPU7 D3Z0M9 Q8BKP8 Q9D6D8 Q80ZX0 Q99MR6 Q8R307 Q0VGU0 Q9ES97 Q3TT81 Q9CYJ8 Q9QZH3 Q31093 Q9JHS9 Q6P4T2 Q91YE7 Q9CWL8 P97390 Q5SUH7 Q3UJB0 E9Q9A9 Q9CUG0 P29452 Q9CWK3 E9PZP3 Q497W9 Q99KP6 Q8R2Q8 P63154 Q9D7F7 Q80Y09 Q8R4B8 Q78V99 A0A1B0GR63 Q8CIH5 Q8C863 Q54AA2 Q9D8B3 P35991 Q99JA4 Q60855 Q9CQ10 B1AZ39 Q6P1E0 Q8R055 Q9Z239 Q8CCM0 Q9D164 Q8VCE0 P59648 Q3UR55 Q9D2W0 Q545P0 Q8BL41 Q8VDN2 Q544Q7 Q3UHK5 Q8BW40 F8WIS9 Q0VE17 Q5HZH3 Q547H1 Q80SY9 Q540J8 Q9CQQ4 Q6P6L6 Q549F9 Q9CWY4 P62315 P27048 Q3TR97 Q8CFA1 P62320 Q9JJY4 Q14AF6 A0AAQ4VMX2 Q9D306 Q3U518 P59268 Q5Y5T1 Q8C4L1 Q80UM7 Q8C3J2 A2AJ15 Q812G0 Q921V5 Q544F0 Q14AK4 Q8BJT9 Q6P1Y9 A0A571BEV7 Q91Y74 Q91W53 Q544T4 Q8BM62 Q2TGE7 Q11204 P70277 Q059T5 Q544M3 P59267 B2X2D8 Q8VDZ4 A1A4T2 Q812F8 Q8BQ25 P99024 E3SRG8 Q6DFZ1 Q9WVF5 O70456 D3YUV1 Q9Z160 Q5SWW4 Q9CQI9 Q6KAM1 Q8K0T3 Q80ZV7 Q5EBP9 E0CZG8 F8VQ87 E9QMN5 A6PW47 Q8BM83 Q6ZQ88 P30416 Q8BTS0 Q8BSJ6 Q8BUN5 Q9CXU1 Q9CXU0 E9Q6E2 Q9DAY7 Q9DAY9 F8WJB0 Q3UBT1 Q8VHR5 Q7TN02 Q8VIM0 Q8CAS3 Q3UET8 Q91Z50 Q5F2A7 Q8BTU6 Q8BR10 Q64522 A2AB79 Q8CGP4 Q9Z2D8 Q8CGP5 P58682 Q599W9 Q99MB1 G3X9H8 A0A3B0IP04 Q3UEK1 A0A1W2P7F1 P27641 P54775 Q3TF92 Q3UPK6 Q9CPS5 Q9CQA5 A0A2R3XZC4 Q8BVQ9 A0A0R4J187 P62196 Q542T3 B2RT97 P0CG50 Q8BSY1 E0CYA6 Q3TKG4 Q542I9 Q9CX58 A1L3B8 P14685 Q545G0 Q548Y4 Q5D0E0 P49722 Q9D8W5 Q3TMT1 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q5SUR3 Q14AQ1 Q58EV4 Q923A8 O55234 Q542H2 Q2NLB9 Q5BKQ9 Q9JKV1 A0A286YDT6 Q3TXS7 P70195 Q60778 Q8CBT3 Q9Z1E3 Q9R190 Q9R0X0 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q8VC91 P25799 Q8VCD5 Q3TKV1 P06537 P63280 Q921N8 Q3TZH7 A0A140LHG7 A2ABV5 F8V330 Q62120 Q02248 Q3TT90 Q9D824 A0A0A6YX18 A2A5N2 Q3USK4 A1L361 A2APF7 Q9QXE7 Q3U9K6 Q6GQV9 L0CL36 Q8CHB6 Q8BHJ5 A0A0R4J024 Q8BJ14 Q8BTF7 Q60795 Q64HC9 Q9JM08 Q00623 Q8BYY5 B1AQH6 ION TRANSPORT BY P-TYPE ATPASES%REACTOME%R-HSA-936837.6 Ion transport by P-type ATPases Q8K2X1 Q8R0X5 Q3UHK5 Q8C048 Q8BW40 F8WIS9 Q9Z1W8 Q6P069 D3YV00 Q91WH7 Q64446 D3YU82 Q8C4G3 E9QAL4 E9Q3G7 Q6DFW5 Q6A046 Q8CA15 Q6UQ17 S4R234 Q9EPE9 Q8R429 Q9Z239 Q8CCM0 P98200 Q9D164 Q8VCE0 A2AG68 P59648 Q3UR55 Q8BMS7 Q148W0 Q5DU18 Q9D2W0 S4R1C4 Q0VBB6 G5E829 Q3UPA8 E9Q2A4 Q545P0 A7L9Z8 Q5DTI2 Q9CZG9 E9QKK8 Q8BL41 Q9D725 Q8VDN2 Q544Q7 PACKAGING OF TELOMERE ENDS%REACTOME%R-HSA-171306.5 Packaging Of Telomere Ends Q8K1K3 B2RTK3 B2RWH3 Q8CGP7 Q64475 Q91WC1 Q64478 Q64524 Q149V4 P10853 C0HKE5 Q91VL8 B2RS36 Q9D2U9 Q3V252 A3KPD0 Q6ZWY9 S4R1M3 E9QM06 Q8CGP2 P27661 Q8R1M2 Q8CGP0 P68433 APOPTOTIC CLEAVAGE OF CELLULAR PROTEINS%REACTOME DATABASE ID RELEASE 96%111465 Apoptotic cleavage of cellular proteins B1AUL6 Q6PAC1 P14733 Q3V1V5 Q9D699 F8WHZ9 Q62418 Q6S393 Q4FJQ4 Q3TPJ9 Q541Z2 Q8BNP7 Q62210 A2AD85 Q80TU6 Q80YR7 Q3U335 Q53YN4 A0A0R4IZW5 P97350 Q5FWJ3 E9PZW0 O55111 Q3UE22 B9EHJ3 A0A3B2WCN9 Q02248 Q3UFC6 P70677 Q61495 Q3U607 K7Q751 Q61335 E9PVB7 Q920N8 DISEASES OF METABOLISM%REACTOME%R-HSA-5668914.11 Diseases of metabolism Q0VAV1 Q9JLB4 Q00941 Q69Z28 P59509 Q3U1Z1 E9PUF1 A0A7N9VSW1 P58459 Q9CX98 Q03350 Q3UTK2 Q80T21 Q3V1S6 A2AE15 E9QNR5 Q8BNJ2 Q9CX59 Q8BGP4 G3UXC7 G3XA27 Q9JMG2 Q4VC17 Q3UPR9 Q3UEH8 B2RRW2 Q9JJ06 A0A0R4J0H1 P70419 Q6P4U0 Q8R2R1 Q01705 Q60519 Q8BMS2 Q3TTE6 Q8BMS3 Q8VCC9 Q8BHT6 G3X9D2 Q3V100 Q3UQW9 Q99JB7 B2RXX5 D3Z1A5 Q9DCE3 Q3UPZ0 F8VQ15 A1A5B7 Q8BGQ4 Q66JY8 A7LM19 Q4FK56 Q9CRC7 Q3UQH5 Q6AXE3 Q3UTY6 Q059X9 P59384 Q60GT3 Q8C9W3 Q6PD18 Q91X88 Q0VEM9 O88844 Q8CC47 Q543D2 P31695 Q6XL48 Q7TMB3 Q6P8P8 Q543C5 Q63886 A2AKQ0 Q8R3X6 O88325 Q6ZQ11 Q8BKV1 Q8CBE6 Q3TQJ2 A0A494BB18 Q8K010 Q91Z92 Q9D2D1 Q9Z1E4 P47968 Q8BFR4 Q3UL64 Q99KU1 Q9D1Q4 Q9QUP4 A2AC16 Q9QZ82 Q9D1F9 O70152 Q4FJZ6 Q3UW64 Q3UNA7 Q9WUP4 Q545R7 Q8R2Y3 Q8BP54 Q3UER1 P47856 Q9CQI1 M0QWP1 Q3V1F2 Q99LJ8 Q64519 Q80V53 Q08890 Q8R059 Q3TAW7 Q9EQ08 Q3TXR9 Q3TSQ8 A0A0R4IZX5 Q99KJ6 Q3URZ9 A0A0R4J138 Q3TNY9 O35103 Q71M36 Q91ZJ9 O88199 Q9R062 Q8BMG0 Q3UKR1 Q8BS97 Q8BWP8 P29416 Q3UGC8 Q3U5S6 Q9CSI4 Q8C7H1 Q3UYS0 Q3UTF0 Q9D081 Q9WUA5 Q9CZD0 D3Z1G7 Q99LS1 Q0VF71 Q8QZT1 Q3U6X6 A0A0R4J0G9 H3BLN8 Q80YQ1 A4FUJ3 Q5M9P0 A6H5Y3 Q9CXZ9 Q6PD20 Q91X83 E9QMT1 Q3UDB5 Q8BGU0 Q9JHI5 B9EHW0 Q53YJ1 Q99MR8 Q8QZS1 Q3TWW0 O35516 Q6NSQ9 Q3TZ03 P58158 P51885 Q93092 Q8VCB3 Q9CX36 P51655 Q6P8H8 A0A338P726 Q8R0J2 P43407 Q8C3B8 A0A0R4J131 Q9D6Y9 Q8VDI9 Q9DBE8 Q9CPT1 Q3TAE8 S4R2L6 Q921Q3 Q3U478 E9Q1Q9 P15539 Q8K157 Q3UJ92 Q9Z1P5 P70699 P52787 Q3TAW1 Q3U379 Q52KG8 Q3TWB2 F8VQM5 Q62273 Q8CAZ9 Q3V1P4 F8VPT3 Q32MW1 P35576 P0CG50 Q543K9 P08030 Q4FK28 Q99LX3 Q3USU4 O88968 Q80UM7 A2AJ15 Q61578 Q921V5 Q545P3 Q9CPW2 P01193 Q3UJ53 Q3ZAT3 A0A077K846 Q61982 P00493 O89016 A0A0R4J018 Q8C7J1 Q8K0B2 P50404 Q544P9 Q8BH95 Q541E2 Q91YI0 Q3UJ34 G5E8S7 Q8R4H7 Q543E2 A0A0R4J050 Q61176 Q8C196 Q8R1A8 Q9DBP0 P53395 O08749 Q6P3A8 Q3U3J1 Q3UCB5 A0A0N4SUV4 B2RXA7 Q5SWU9 INTERLEUKIN-6 FAMILY SIGNALING%REACTOME%R-HSA-6783589.8 Interleukin-6 family signaling Q3V0U3 O88507 Q3TRK8 Q3URV7 Q9JM58 Q541U3 Q6GU23 P35235 A2RTD1 Q544D1 Q3URU8 E9QJS1 P53347 A0A0X1KG61 F8WH42 Q99K94 A0A286YDE2 Q3TM06 Q3UKU5 Q62120 O35718 Q6PDI9 NEGATIVE REGULATION OF FLT3%REACTOME DATABASE ID RELEASE 96%9706369 Negative regulation of FLT3 F8VQH0 E9Q4S7 Q8R4L0 A9QW46 Q4FJX0 P0CG50 Q3UEW6 Q548Q7 D3Z3Y5 Q9JLY0 P41241 A0A0X1KG61 DEVELOPMENTAL CELL LINEAGES OF THE EXOCRINE PANCREAS%REACTOME%R-HSA-9820448.2 Developmental Cell Lineages of the Exocrine Pancreas O35565 Q3TZ05 Q541T2 Q61789 Q3USI2 Q544I6 Q8C5B3 Q3UWD7 F8VQJ3 G5E874 A0A7U3JW80 P19137 Q3UHL7 P97927 Q3UZF9 Q5DTP0 Q9R0B6 P29788 SYNTHESIS OF PROSTAGLANDINS (PG) AND THROMBOXANES (TX)%REACTOME%R-HSA-2162123.6 Synthesis of Prostaglandins (PG) and Thromboxanes (TX) A0A0R4J0N7 Q3UTF0 Q3U538 Q8VDQ1 O35074 Q8BWM0 Q543T1 Q05769 B2RXY7 Q8VCC1 O09114 Q9DB60 Q8BNP8 Q9JHF7 BIOSYNTHESIS OF DPAN-3-DERIVED 13-SERIES RESOLVINS%REACTOME%R-HSA-9026403.2 Biosynthesis of DPAn-3-derived 13-series resolvins P48999 SARS-COV-1-MEDIATED EFFECTS ON PROGRAMMED CELL DEATH%REACTOME%R-HSA-9692913.2 SARS-CoV-1-mediated effects on programmed cell death Q5HZH3 DEFECTIVE C1GALT1C1 CAUSES TNPS%REACTOME%R-HSA-5083632.4 Defective C1GALT1C1 causes TNPS Q0VAV1 Q9JMG2 Q0VEM9 E9PUF1 Q9JJ06 A0A7N9VSW1 A0A0R4J0H1 Q3V1S6 RNA POLYMERASE II TRANSCRIPTION INITIATION%REACTOME DATABASE ID RELEASE 96%75953 RNA Polymerase II Transcription Initiation A2ASY1 Q3UZB8 A0A3Q4L2S8 Q8BQ46 A0A338P6M3 Q7TPV0 P61216 Q542U3 P61219 P62488 P08775 E9QAP7 Q3UIR2 B9EJX5 Q9D0D5 Q99JX1 Q3UT56 Q8VI33 Q9R1C0 A0A3Q4EGS4 P97760 B1Q2W7 E9PWD3 Q8BFX0 Q3THK3 Q8CFI7 Q3ULN2 P51949 Q3TN86 E9Q6K1 F8VPY2 Q149E9 P60898 Q9EQH4 Q8K2X8 Q7TPY0 P49135 Q3THG5 Q3UMJ4 Q6RI65 Q6PI63 Q3V214 Q62311 RELEASE OF APOPTOTIC FACTORS FROM THE MITOCHONDRIA%REACTOME DATABASE ID RELEASE 96%111457 Release of apoptotic factors from the mitochondria O08734 A0A679AXP3 Q8K3J2 Q9JIQ3 E9Q5V3 ACTIVATION OF BIM AND TRANSLOCATION TO MITOCHONDRIA%REACTOME DATABASE ID RELEASE 96%111446 Activation of BIM and translocation to mitochondria P63168 Q7TSJ7 Q6PEB3 LINOLEIC ACID (LA) METABOLISM%REACTOME%R-HSA-2046105.3 Linoleic acid (LA) metabolism D3Z041 Q9Z0R9 Q920L1 Q8BHI7 Q548M4 P48410 A0A498WFQ4 DEFECTIVE MUT CAUSES MMAM%REACTOME%R-HSA-3359478.5 Defective MUT causes MMAM Q9CSI4 Q8C7H1 REGULATION OF INSULIN SECRETION%REACTOME%R-HSA-422356.6 Regulation of insulin secretion Q3TU98 Q8CED6 A0A411ACZ2 A0A087WS83 P84309 D3Z3Z3 A0A589Q4M7 A0A2I3BRC5 Q3UQC2 P68181 P30678 Q3UPA1 Q3TY04 Q3U9V4 Q3UUN2 B2RSH2 Q3UG14 Q3UGN1 Q3V3W9 H3BK84 Q8CBT5 Q01338 P29387 Q01337 Q3UHH5 H3BIV5 P26645 Q8CI86 Q76JU9 P63213 Q9R0N5 Q4VA93 Q3TQ70 O08599 Q3UPW0 Q6P8Y9 P08752 Q542R4 P63216 Q3UMY0 P17809 Q3V3V2 Q8BQZ8 P61953 Q8K1M3 P50153 Q8C6Z4 Q9DBC7 Q5D0A4 Q8CHR4 P60879 Q9JMF3 Q0PCR6 F7A6P6 Q91YN3 Q61012 Q80SW1 A0A1W2P796 P70227 P55095 E9PUC2 Q8C8N0 Q9CXP8 Q8R5M7 Q54AE3 P05132 P14246 Q32MF3 Q03717 B2RUS7 Q61743 Q9DAS9 Q9CS95 Q5EEX1 O35659 UBIQUINOL BIOSYNTHESIS%REACTOME DATABASE ID RELEASE 96%2142789 Ubiquinol biosynthesis Q8K248 E9QLB8 Q9CZQ1 Q3TYT1 Q33DR3 B9EID1 Q8R1S0 Q8K1Z0 Q8R1R3 Q66JT7 Q60936 Q8BMS4 Q9CXI0 COBALAMIN (CBL, VITAMIN B12) TRANSPORT AND METABOLISM%REACTOME DATABASE ID RELEASE 96%196741 Cobalamin (Cbl, vitamin B12) transport and metabolism Q9CSI4 A5D6P3 Q8C7H1 O88968 Q8C142 A2ARV4 Q9Z1P5 Q9CZD0 D3Z1G7 Q8K0B2 Q99LS1 Q9JLB4 Q99JB7 P52787 Q9CR35 A0A0R4J0G9 Q792Y6 A6H5Y3 O89016 DEFECTIVE ABCC9 CAUSES CMD10, ATFB12 AND CANTU SYNDROME%REACTOME%R-HSA-5678420.4 Defective ABCC9 causes CMD10, ATFB12 and Cantu syndrome Q61743 E9PUE8 SYNTHESIS OF PG%REACTOME DATABASE ID RELEASE 96%1483148 Synthesis of PG Q6NVF2 Q8BX08 O35405 Q80ZW1 B9EKS7 Q8BG07 Q3U926 CALMODULIN INDUCED EVENTS%REACTOME%R-HSA-111933.3 Calmodulin induced events Q80TY9 Q8BW40 F8WIS9 Q3UU15 Q3V1Q3 Q4VA93 P84309 Q8C078 Q3UN66 Q91WF3 A0A2I3BRC5 Q8K1M3 Q922R0 Q9DBC7 P68181 Q8VBY2 E9Q706 Q8BGR3 Q8CCM0 O88444 Q9D5W0 Q53YN4 Q7TS64 Q9DBS6 Q3TY04 A2ASF9 Q3UUN2 P05132 Q8BL41 H3BK84 CONSTITUTIVE SIGNALING BY AKT1 E17K IN CANCER%REACTOME DATABASE ID RELEASE 96%5674400 Constitutive Signaling by AKT1 E17K in Cancer Q9Z1M4 Q2NL51 A2AS93 A0A3Q4EC26 Q4KL34 Q3UHZ0 Q3U9H3 P31750 Q7TT21 Q564P6 Q5KU03 Q6QI06 E9QKI5 Q8CBT3 Q9JLN9 P46414 Q9WVH4 Q8BKH7 Q9R1E0 Q812A5 Q545Q1 P23804 Q8CE74 Q8C6X4 NURD COMPLEX ASSEMBLY%REACTOME DATABASE ID RELEASE 96%9937850 NuRD complex assembly Q9Z2V4 B2RTK3 Q8CGP7 Q149V4 S4R1M3 P35576 E9QMN5 Q8R1M2 Q8BM83 Q3TMT1 Q3UII8 Q64524 P10853 Q60972 Q2KHS8 Q9R190 B2RWH3 Q64475 Q64478 Q9CPY4 P63280 G3XA31 Q80Y82 O08900 Q9D2D7 C0HKE5 Q8C9X3 E9PYU4 O35207 Q9D2U9 Q9D4J7 Q8BG03 Q9Z2E1 Q3UST6 Q69Z61 G5E8U2 Q0P5Y0 Q6ZWY9 Q9QXD6 A0A087WNY4 Q3TYY8 Q3ZAS1 P27661 Q8C5H3 Q8VHR5 Q8K0T3 Q58E49 Q9Z2D8 A3KPD0 P84228 Q8CGP2 Q8CGP0 AXON GUIDANCE%REACTOME DATABASE ID RELEASE 96%422475 Axon guidance Q3UH93 Q9Z0I9 G3X8U7 Q52KF7 Q9QZS0 Q3UP61 B2RQQ8 Q5ND42 Q9WV32 D3Z7D5 Q543F6 A0A338P6I6 Q3TX55 B0LAD9 Q9JM76 P17426 P68181 Q5SW83 Q9R0Q6 Q3UJ76 Q542T9 Q6PEE6 Q9CXQ9 Q3TMX0 P62878 Q5SWR1 Q9CPW4 Q9CVB6 Q6A0C9 Q3ULF7 B2RRQ8 Q60841 Q91YY0 Q80TR9 P97785 P48540 P05132 E9PYG6 M0QWP1 E9PUP0 Q60750 A0A0R4IZX5 Q7TQG5 Q91VS8 Q5NCN8 Q7TPD5 B1AXN9 Q505A4 Q62077 Q6P1D6 G3X9V4 J3QP81 P43407 Q8BSE7 Q6NZC0 Q6ZWU9 Q3U379 Q8C8K1 O09127 O08644 Q3UG07 Q03137 P54754 Q544L9 Q6PFV6 Q8CA63 A0A0G2JGE9 Q8CC52 Q8BRB1 O08543 Q543Q7 Q9D7K8 G1K381 Q4FJM3 Q3USB4 Q9CZS8 Q91Z68 G3UYX7 Q91Z67 H7BX46 D3YZW1 Q3UXH3 Q4VA93 Q8BTI9 Q0PCR6 Q8CEI0 Q3TJI7 A2AI21 Q3TLP8 Q3UXE9 Q8VDD5 G5E884 Q8K1S3 Q8K1S4 Q9WVF5 Q8C7P2 Q8CDH5 Q5DTJ2 G3UZX4 B1GX81 Q8CGG9 P42337 P35235 D3YZ57 O08908 Q5KU03 Q4VAE6 Q8CI98 Q3TUH8 Q9CQ49 P09055 Q0KL02 Q8C4B5 D3Z4R2 A0A087WNT1 Q9WUT2 Q03145 Q642K0 Q3UYV9 E9QPE7 P70424 Q3UX23 Q8CCL8 Q8BUR4 Q3THE2 E9Q7P2 A0A589Q4M7 Q8BTW9 Q3UF73 S4R2K9 Q8C3I3 E9Q5D6 B2RRX1 Q8K3F6 Q6QRP1 G3X8T7 Q1MXF9 Q3UPZ0 Q3UT74 K7Q751 Q68FG2 Q1MXF8 Q8BZ98 P43406 Q9WTL7 Q8QZY7 Q8BH99 Q0P666 O09118 P97952 Q9D4H8 Q9CYT6 A2APX8 A0A0J9YUN4 Q9Z0Y6 Q9QZS3 Q3ULB5 E9PXZ3 Q8BTH7 Q6PGJ3 F8VQH0 Q543C6 B1AYL0 Q3ULJ3 B1AYL1 P53776 Q9JMB8 Q8BQ28 Q3UGX2 Q54AJ5 Q6PB99 H3BIV5 Q6ZQ54 P26041 Q19AB2 A0A5H1ZRM8 P97333 Q9R053 A0A0H2UKB8 Q8R1C2 P70460 P06837 Q8BGT1 Q8CBU4 Q61474 Q5SX50 Q61330 P40124 Q9Z2B9 Q4ACU6 Q3V1V5 Q3UHH1 A0A0A0MQ87 Q9CXL6 K3W4P8 Q9JJV2 A2AT37 E9QB01 P54763 Q8K1M3 P29341 Q8K2Q9 Q80TR4 P70232 H7BX38 Q3UY10 P31245 P12960 A2ALD8 O54991 Q3TZP5 Q7TSG6 Q3TRQ0 P33174 Q0VGY9 Q9WUH2 Q8C015 P08032 Q3TF02 F7D6K4 Q8CBE6 A0AAQ4VMY7 Q8VIE5 Q61220 A0A0R4J0N8 Q8CCV1 Q149F3 Q6PAS1 P97461 Q4VAG4 Q58E35 P86048 Q32MF3 Q9CQD0 P62911 Q545X8 P14206 Q3TYI5 Q9CPR4 Q0VBA4 Q3UC02 D3YYB0 Q5M9M4 Q5M9M0 A2A545 Q6PFA2 Q5YLW3 Q80Y52 Q9CQR2 P62264 Q6ZWN5 Q4FZH2 D3Z3Z3 Q8BP67 O35696 Q5M9N8 Q642K1 Q9CXW4 P62717 Q561N5 Q5M9K7 P62830 P99027 Q9D823 Q68FD5 Q6ZWQ9 Q505A8 Q58EA6 Q4FZE6 Q3TWZ9 Q9CZX8 Q564E8 Q5I0T8 Q497N1 Q504P4 Q5CZY9 Q3TCR7 Q9QUM0 Q80YP5 Q80UG2 Q80UI8 P81122 D3Z1C5 Q91VC3 Q3ZB59 Q62469 P61327 Q8BPT3 Q9CWZ3 G3UZW7 Q99M28 Q8K3W3 Q544Y7 Q3SYK5 Q3UXW9 Q8CCQ1 Q8BNT2 B7ZMP6 Q8C8A8 Q60760 P54775 Q3UPK6 Q9CPS5 Q6NV56 Q8BVQ9 P62196 B2RT97 P0CG50 F8VQJ3 P19137 Q3UHL7 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 F8WHW6 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 P35546 Q3TXS7 P70195 P70206 Q8BLR7 Q03160 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q920N8 Q3TKV1 Q3UEV2 P97463 E9Q4K0 Q91V35 A0A158SIT4 Q810V8 Q69ZX8 O35118 Q99KE3 C5IAW8 A1L3Q1 Q9Z0L2 A0A571BEH9 Q8C1V7 Q3U419 Q9CRY9 Q9QUR8 Q3UET6 A2AW73 S4R1M0 Q8BXZ7 Q9QY40 P70275 Q99NH8 Q3TX09 A0A338P760 Q62178 Q7TQ32 Q68FM7 Q3UZ35 Q2MHE5 Q80TM2 A0A803Z7F8 E9QPR7 Q3SYJ1 Q3URW2 P70207 Q7TSI6 Q3UHD9 Q4FJM5 Q3TMU8 Q9ERC8 Q9R0C8 O54890 Q6PCX7 P61092 Q91ZM9 A2ALS4 Q3UWF9 Q6P1J1 A0A8I4RSM0 Q4FJQ7 B2RWT9 Q3TT92 Q3UP03 Q0VEM1 A0A0R4J0X8 Q4KL81 F8VQL0 Q3TR46 Q71LX8 Q62159 Q62420 E9QK62 P05480 Q3UE22 Q3TT90 Q3U1N3 Q3UR47 Q5SV64 O09126 Q61411 P41245 Q6URW6 Q8BS94 A0A5F8MPM1 Q3USK4 Q3TMJ8 P63085 Q5F258 P98083 Q8C180 Q63844 Q91YS7 E9Q9E1 Q9D091 Q63ZW6 Q8C6K9 Q3U4P5 Q3UYK2 I7HJR1 P57716 Q8C7N7 Q9D0D2 Q9QZR9 Q8BSX1 P02463 PRESYNAPTIC FUNCTION OF KAINATE RECEPTORS%REACTOME%R-HSA-500657.3 Presynaptic function of Kainate receptors P29387 Q8CI86 P63213 Q9CXP8 B1AS29 Q3U9V4 Q3TQ70 Q54AE3 Q3UPW0 Q6P8Y9 P63216 Q3UMY0 Q3V3V2 P61953 P50153 Q9DAS9 Q3UG14 Q9JMF3 Q3UGN1 Q61012 THE ACTIVATION OF ARYLSULFATASES%REACTOME%R-HSA-1663150.4 The activation of arylsulfatases P50428 Q32KI9 Q32KI8 A0A0R4J1N2 A0A0R4J138 Q3TYD4 Q8BPG6 Q8R0F3 DEFECTIVE FACTOR VIII CAUSES HEMOPHILIA A%REACTOME%R-HSA-9662001.3 Defective factor VIII causes hemophilia A Q3TJ94 Q4FK50 P16294 E9QPU1 Q8BQ43 Q3TQN1 Q80Y26 DEFECTIVE HOMOLOGOUS RECOMBINATION REPAIR (HRR) DUE TO BRCA2 LOSS OF FUNCTION%REACTOME DATABASE ID RELEASE 96%9701190 Defective homologous recombination repair (HRR) due to BRCA2 loss of function Q5SV02 Q8BWH5 Q8VC54 A0A0R4J1H1 Q80YR6 Q3UJQ1 Q8BQY8 Q6ZQJ5 Q6ZQF0 Q3TKD1 Q5NCT2 Q9QZ11 B9EHX4 Q8BRV3 Q5SXJ3 O70445 Q4KL82 Q3TV35 Q9CQ71 Q9R207 Q3UYY2 Q8BMG1 O35719 Q9CX47 E9PZ97 Q99J62 Q924H5 Q9QWZ1 Q5SWN2 Q9Z0F6 D3YVU6 P97929 Q3UGT8 Q62193 Q6NV63 Q08297 Q5HZI8 TRYPTOPHAN CATABOLISM%REACTOME DATABASE ID RELEASE 96%71240 Tryptophan catabolism Q8R519 A0A0U1RPK4 Q8VCW3 Q78JT3 D3YXV1 Q8R0V5 Q6NSV5 Q9Z127 Q91WN4 Q8K4H1 D3Z0L1 Q9WVM8 Q71RI9 Q05CI8 REGULATION OF FOXO TRANSCRIPTIONAL ACTIVITY BY ACETYLATION%REACTOME%R-HSA-9617629.2 Regulation of FOXO transcriptional activity by acetylation B2RR30 Q4KL34 Q9WVH4 Q8BJ14 Q6GQV9 Q9R1E0 Q4FJK3 P10639 Q8BG60 Q53Z05 TGFBR3 REGULATES FGF2 SIGNALING%REACTOME%R-HSA-9839397.1 TGFBR3 regulates FGF2 signaling Q541T2 Q9Z0G0 A0A0R4J097 LOSS OF FUNCTION OF TGFBR1 IN CANCER%REACTOME%R-HSA-3656534.3 Loss of Function of TGFBR1 in Cancer Q8BUN5 Q62432 Q3UNK5 Q3UKJ3 Q8BQS9 Q9D5H8 SODIUM-COUPLED PHOSPHATE COTRANSPORTERS%REACTOME%R-HSA-427652.4 Sodium-coupled phosphate cotransporters Q9D2V6 Q9DBP0 Q80SU6 Q61983 Q61609 Q80UP8 ENHANCED BINDING OF GP1BA VARIANT TO VWF MULTIMER:COLLAGEN%REACTOME%R-HSA-9845620.1 Enhanced binding of GP1BA variant to VWF multimer:collagen E9QPU1 A2CFB8 B2RR03 O88186 Q9QZU3 DEFECTIVE CHSY1 CAUSES TPBS%REACTOME DATABASE ID RELEASE 96%3595177 Defective CHSY1 causes TPBS Q8BS97 Q3TSQ8 A0A0R4IZX5 Q3URZ9 Q3TNY9 Q71M36 Q6ZQ11 Q3UKR1 DUAL INCISION IN GG-NER%REACTOME%R-HSA-5696400.3 Dual Incision in GG-NER Q3UZB8 Q7TPV0 Q542U3 O35654 Q80XH7 O54956 Q64267 Q3UV64 P0CG50 A0A0R4J091 Q3U1J4 P52431 Q3TCH7 Q9CXF7 Q3TP81 Q3TKD1 Q4FZK4 Q542J9 Q921K2 Q3UEU6 Q9CQ36 O88554 Q4KL82 E9PUM0 Q9CQ71 Q9CRV6 P62878 Q5U4B1 Q8BH76 Q547B4 Q99J62 Q5SWN2 E9Q6K1 Q8K2X8 Q7TPY0 P49135 Q62193 Q5HZI8 INSULIN RECEPTOR RECYCLING%REACTOME DATABASE ID RELEASE 96%77387 Insulin receptor recycling Q91YH6 Q5HZY7 Q3UP55 P50518 P62814 Q3TPM5 Q3UWN7 Q3V0J9 Q3U889 Q54A87 Q8CGB9 Q3UCD9 Q80SY3 Q9D1K2 Q9JHF5 Q8BMC1 P15920 P51863 Q9CQD8 Q3TZW9 A0A0A6YX18 Q9D593 Q99M55 Q9Z1G3 Q3U861 Q99L60 Q5EEX1 A0A0N4SVQ2 P50516 RESPONSE OF EIF2AK4 (GCN2) TO AMINO ACID DEFICIENCY%REACTOME%R-HSA-9633012.4 Response of EIF2AK4 (GCN2) to amino acid deficiency Q8CF69 Q5YLW3 Q9CQR2 P62264 Q6ZWN5 Q4FZH2 Q8BP67 Q5M9N8 Q642K1 Q9CXW4 P62717 Q3TML6 Q6ZWX6 Q3ULL5 Q561N5 Q5M9K7 P62830 P99027 Q9D823 Q505A8 Q58EA6 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 Q497N1 Q5CZY9 Q3UPN9 O55091 A2AUM1 Q8BTM7 Q3V405 Q8K4K2 Q4FJW1 Q6ZWU9 Q54AJ1 Q8CBR9 P97461 Q4VAG4 Q58E35 P86048 Q61024 Q9CQD0 P62911 Q545X8 P14206 Q9CPR4 Q0VBA4 Q3UC02 D3YYB0 Q5M9M4 Q5M9M0 INTERLEUKIN-1 SIGNALING%REACTOME%R-HSA-9020702.4 Interleukin-1 signaling Q8C833 Q6GR78 Q3UEB8 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q3U0Y6 Q80ZA1 Q3TKG4 Q8C6X9 Q542I9 A1L3B8 Q64337 P14685 Q545G0 Q548Y4 Q5D0E0 P49722 Q5SRW7 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 P62878 Q5SUR3 Q14AQ1 Q58EV4 Q923A8 O55234 Q542H2 Q5BKQ9 P10749 Q9JKV1 Q3U607 A0A286YDT6 Q3TXS7 P70195 Q60778 Q8CBT3 Q9Z1E3 Q3TMJ8 Q5SRY7 Q60692 Q60521 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q8VC91 P25799 Q9D5S8 Q3TKV1 Q99K90 Q569Y6 Q8CF89 A2RTT4 P70196 Q8K2U0 Q542W1 Q0VB14 Q3U7M4 Q4FK69 Q547H1 Q8BR10 Q8R4K2 Q3UY00 P04918 Q80SY9 Q540J8 E9QMH7 Q3UAR6 Q9CR56 Q5EBQ4 D3Z6V8 Q99JG7 F7AT44 Q3TL44 Q8CEC5 E9QNX4 Q8CFA1 I3PQW8 Q62151 E9PYI8 Q8VC16 Q61084 E9QPQ6 Q3UV15 MET ACTIVATES PTPN11%REACTOME%R-HSA-8865999.2 MET activates PTPN11 F8VQL0 Q8C9G5 Q505A4 P35235 TLR3-MEDIATED TICAM1-DEPENDENT PROGRAMMED CELL DEATH%REACTOME DATABASE ID RELEASE 96%9013957 TLR3-mediated TICAM1-dependent programmed cell death E9PZP3 Q80UF7 Q99MB1 Q61160 Q3U607 Q60855 LOSS OF FUNCTION OF TP53 IN CANCER DUE TO LOSS OF TETRAMERIZATION ABILITY%REACTOME%R-HSA-9723905.2 Loss of function of TP53 in cancer due to loss of tetramerization ability Q80ZA1 METABOLISM OF INGESTED SEMET, SEC, MESEC INTO H2SE%REACTOME DATABASE ID RELEASE 96%2408508 Metabolism of ingested SeMet, Sec, MeSec into H2Se Q9QXF8 Q9D9X3 A0A0R4J069 Q5M9P0 Q91WT9 Q8VCN5 Q91X83 A2AQK4 DISINHIBITION OF SNARE FORMATION%REACTOME DATABASE ID RELEASE 96%114516 Disinhibition of SNARE formation P70452 P68404 Q4VA93 Q60770 Q3UN66 VISUAL PHOTOTRANSDUCTION%REACTOME%R-HSA-2187338.3 Visual phototransduction H7BWY6 M0QWP1 Q3KNZ2 Q3V1F2 B9EHP1 B2KF29 Q64519 Q6P8U6 Q790P4 Q4VAA9 Q3UJG0 A0A087WPI6 Q541Z2 E9QP56 Q8K2I1 Q3U454 P09813 Q3U5S6 Q9Z1R3 Q5SDA5 Q5M9K1 A2ARV4 Q58EU7 Q544Y3 P11152 O35600 B2RUR5 E9PWU1 Q8BUJ9 H3BLN8 P06728 A0A0R4J0H3 Q9R092 Q8K255 Q920N8 Q91WR5 Q58E65 A0A1L1SRE8 Q3THR4 Q5MJ56 Q3UEM0 A0A0R4J1M3 Q7TQH7 A2ADU0 Q148R9 Q542R6 B2RSR0 P23440 Q4VA93 Q3TQ70 Q4V9Z9 Q2TB46 D3Z6W3 Q8K0A8 P52785 P51491 P51655 P29974 P43081 Q8R3X6 Q91WD8 Q64FW2 P20612 P43407 Q3UPX6 P15409 Q61012 Q05AC0 Q8BKV1 Q3UEX0 Q8K3M1 A0A0R4J115 Q148Q4 Q8BSF7 Q3U538 Q9R1R8 G5E8W9 Q8VCH7 Q059R7 Q3UJC3 Q8BIV6 Q00623 Q3U379 Q3TXU4 Q52KG8 Q91ZQ5 E9Q414 Q3TWB2 O35655 Q8K3P0 AGMATINE BIOSYNTHESIS%REACTOME%R-HSA-351143.3 Agmatine biosynthesis Q6P078 A2AS89 GRB2 EVENTS IN EGFR SIGNALING%REACTOME%R-HSA-179812.4 GRB2 events in EGFR signaling Q61411 Q4FJT2 Q3USK4 Q61521 Q3UWD7 Q0VEB7 Q545E4 Q9WVF5 Q543J8 Q5FW64 Q9D091 BIOSYNTHESIS OF THE N-GLYCAN PRECURSOR (DOLICHOL LIPID-LINKED OLIGOSACCHARIDE, LLO) AND TRANSFER TO A NASCENT PROTEIN%REACTOME%R-HSA-446193.3 Biosynthesis of the N-glycan precursor (dolichol lipid-linked oligosaccharide, LLO) and transfer to a nascent protein Q3V0X4 Q3UHZ7 P47856 Q8R2I1 Q9CUJ6 Q99LJ8 Q5HZI6 A0A0R4J0B4 Q543I9 Q6GTI0 A0A2I3BQY4 Q61420 Q9CPT3 Q7TMC8 O35696 G5E8F4 Q3TAW7 F6UP77 Q3UGP8 Q9D081 Q3V100 Q922H4 Q8BTZ7 Q91W01 Q9DCE3 Q6GQU1 Z4YLR0 Q8C3J2 Q91Y74 Q544T4 Q8BM62 A0A077K846 Q11204 P70277 Q6P8H8 Q544M3 A0A338P726 Q8R0J2 Q8C3B8 Q8VDI9 Q9DBE8 Q9CPT1 Q3TAE8 Q921Q3 Q9DCJ9 Q3TRR3 D6RHA2 Q8K0C9 Q9D2D1 C5NTX9 Q8R2K1 Q8BN82 Q9D997 Q3V3B1 Q6PAS1 Q148N5 A0A0R4J1J3 Q99J77 A0A217FL49 Q9DB25 Q8BWW3 Q3UL64 Q76K27 A2AWJ3 Q99KU1 Q9D1Q4 A0ABJ3HKR5 Q3UYC1 O70152 Q3UW64 Q9WUP4 Q545R7 Q8R2Y3 Q9QZ39 Q3ULV6 Q8VIB3 ZNF598 AND THE RIBOSOME-ASSOCIATED QUALITY TRIGGER (RQT) COMPLEX DISSOCIATE A RIBOSOME STALLED ON A NO-GO MRNA%REACTOME DATABASE ID RELEASE 96%9954716 ZNF598 and the Ribosome-associated Quality Trigger (RQT) complex dissociate a ribosome stalled on a no-go mRNA Q5YLW3 Q9CQR2 P62264 Q6ZWN5 Q4FZH2 Q8BP67 Q5M9N8 Q642K1 Q9CXW4 P62717 P0CG50 Q561N5 Q5M9K7 P62830 P99027 Q9D823 Q3UFQ4 Q505A8 Q58EA6 Q4FZE6 Q9CZX8 Q6ZWU9 Q564E8 Q5I0T8 Q497N1 Q5CZY9 P97461 Q4VAG4 Q58E35 P86048 Q9CQD0 P62911 Q545X8 Q80YR4 P14206 Q9CPR4 Q0VBA4 Q3UC02 D3YYB0 E9PZJ8 Q5M9M4 Q4QQL2 Q5M9M0 Q91WR3 REGULATION OF LIPID METABOLISM BY PPARALPHA%REACTOME DATABASE ID RELEASE 96%400206 Regulation of lipid metabolism by PPARalpha P53798 Q8BSY2 Q9CQA5 E0CYA6 A2A8T1 A6PW47 Q8BPY1 P52843 D3Z041 P09813 O08580 Q3V2F7 Q9Z1P8 Q8C7G5 Q05BA5 Q2NLB9 Q9CXU1 Q9CXU0 Q9R0X0 Q4QQK5 Q9Z211 E9Q6E2 Q8VCD5 Q64505 Q3V1T8 Q91X41 Q6GU14 Q8C3F5 Q6LC96 Q921N8 Q62452 Q3V0B2 Q9DAY7 Q542P9 F8WJB0 Q9CR42 Q8BP65 Q8C6Z4 Q545U0 Q543D7 Q60520 Q3U711 Q3UN55 Q9EPU5 Q8CEC2 Q3TQP6 E9QMF0 Q920D3 A0A140LHG7 A2ABV5 Q920L1 Q8C1S0 Q8VCS6 Q7TN02 P21440 Q3UTR7 Q8VIM0 Q62276 Q544D7 Q8VHJ7 Q6ZPF3 Q8CAS3 Q3U5D9 Q8C696 Q3UET8 Q05A20 P54869 Q99K73 Q9DB91 Q9CQ39 Q8K4K2 E9Q8N0 Q9D8C6 Q8VCR0 Q569Z6 Q6RI63 Q5SWW4 Q9QXE7 Q6GQV9 Q6GQS5 Q3UHZ2 Q9CQI9 P70365 Q8BKC7 Q6KAM1 Q8CHB6 Q8BHJ5 Q3TZD5 Q5XJV5 Q3U1N2 Q8BJ14 Q8CE59 Q80ZV7 Q8C590 Q8BYH8 Q7TPS7 O70343 Q9JMH6 Q3UV55 Q9JM08 P45952 G3X8Q0 Q32ME6 Q8C9W6 Q9WVG6 Q00623 Q9CZ82 Q7TQD5 Q9DBV7 E0CZG8 B1AQH6 A0A0G2JG60 FBXL7 DOWN-REGULATES AURKA DURING MITOTIC ENTRY AND IN EARLY MITOSIS%REACTOME%R-HSA-8854050.4 FBXL7 down-regulates AURKA during mitotic entry and in early mitosis F8VQK6 Q3TEY6 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q5BJ29 Q8BVQ9 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q5SUR3 P62878 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 FORMATION OF THE POLYBROMO-BAF (PBAF) COMPLEX%REACTOME%R-HSA-9933939.1 Formation of the polybromo-BAF (pBAF) complex O88665 A0A0U1RNX8 Q3TXH6 Q3UID0 Q9D982 Q921K9 Q68FH8 O54941 F8VQD1 K4DI61 B2RRX1 Q9CXE2 Q9D007 A0A0R4J170 Q3UPK0 Q6ZWP4 A0A0G2JG60 Q505L1 DEFECTIVE FACTOR IX CAUSES THROMBOPHILIA%REACTOME%R-HSA-9672383.3 Defective factor IX causes thrombophilia P16294 Q8BQ43 Q80Y26 ACTIVATION OF APC C AND APC C:CDC20 MEDIATED DEGRADATION OF MITOTIC PROTEINS%REACTOME%R-HSA-176814.5 Activation of APC C and APC C:Cdc20 mediated degradation of mitotic proteins Q9WVA3 Q5HZH8 P54775 Q3UPK6 Q9CPS5 P53995 Q8BVQ9 Q541Z5 Q8BZQ7 P62196 Q8BYJ1 B2RT97 Q9WVM3 Q3UFC2 P0CG50 Q3UZD6 Q8K2H6 P11440 Q3TKG4 Q9CPX9 Q542I9 S4R2B6 A1L3B8 A2A4Z0 P14685 G3X8W7 Q545G0 Q3TPZ2 Q3UFQ4 Q3TM92 Q3TI84 P49722 Q9D3A0 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 P51943 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P70195 Q60692 E0CXB1 Q8BP64 Q61456 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 Q9CQJ7 Q9JJ66 DEFECTIVE CD320 CAUSES MMATC%REACTOME DATABASE ID RELEASE 96%3359485 Defective CD320 causes MMATC O88968 Q9Z1P5 DEFECTIVE SLC35C1 CAUSES CONGENITAL DISORDER OF GLYCOSYLATION 2C (CDG2C)%REACTOME%R-HSA-5619078.3 Defective SLC35C1 causes congenital disorder of glycosylation 2C (CDG2C) Q8R2I1 ENTEROBACTERIAL FACTORS ANTAGONIZE HOST DEFENSE%REACTOME%R-HSA-9956593.3 Enterobacterial factors antagonize host defense Q8BTS3 P70343 P0CG50 Q61107 Q9Z0E6 DNA DOUBLE STRAND BREAK RESPONSE%REACTOME DATABASE ID RELEASE 96%5693606 DNA Double Strand Break Response Q5SV02 B2RTK3 Q3UJQ1 P0CG50 Q543W6 Q80ZA1 Q91VY5 Q64524 P10853 Q7TSJ7 Q4U2R1 P68433 A2RTT4 Q64475 Q64478 P63280 Q9D2U9 Q3ULQ6 Q6ZWY9 E9PYW4 P27661 Q8BPZ8 Q3UI43 Q8BJU7 B9EHX4 Q8BRV3 O70445 P46737 Q8BZ87 Q922Y1 Q811N7 A0A0R4J183 Q8K3W0 Q9R207 Q99PU7 Q9Z277 Q8BY78 A2A8L9 Q6P4T3 Q60676 Q3SYK5 Q8C9D0 Q91ZW3 A0A0R4J2C6 E9QK89 Q8CGP2 Q8CGP0 Q6NV63 Q4VBX4 MEIOTIC SYNAPSIS%REACTOME DATABASE ID RELEASE 96%1221632 Meiotic synapsis Q8K1K3 B2RTK3 B2RWH3 Q8CGP7 Q64475 P63280 Q64478 Q149V4 C0HKE5 Q91VL8 B2RS36 Q9D2U9 Q9CU62 P14733 Q3V252 Q6ZWY9 Q3TG35 S4R1M3 Q3TG33 P27661 O70576 Q8R1M2 Q9CUU3 Q62209 Q80T95 Q9D666 E7D6R1 Q9CR81 A1L2Z0 Q91XW8 E9PYH4 Q6ZWQ0 Q9D495 Q91WC1 Q8C5S7 A2RSE7 Q64524 P10853 F8WHU7 A3KPD0 P17156 E9QM06 Q8CGP2 Q8CGP0 Q6NV63 Q4QQM3 P68433 Q3TMK9 NECTIN NECL TRANS HETERODIMERIZATION%REACTOME DATABASE ID RELEASE 96%420597 Nectin Necl trans heterodimerization E9PYN1 K4DI58 Q9JLB9 Q9JKF6 Q8R007 Q8C6F2 CARDIOGENESIS%REACTOME DATABASE ID RELEASE 96%9733709 Cardiogenesis Q3V1B5 Q4KL34 E3SRG8 Q0VGJ1 Q3UJQ1 Q3UQU2 P70340 D3Z1C5 Q8C402 Q61169 O54839 Q5CZX7 Q78ZW9 P61965 Q6P3Z8 Q3UYJ1 Q02248 Q61039 Q9ES03 P97309 Q5SQG1 Q3UQT9 Q8VIM5 Q9JM73 F6ZP09 Q8BTH7 Q9QUM5 G1 S TRANSITION%REACTOME%R-HSA-69206.4 G1 S Transition Q8BN07 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q7TSG3 Q8BVQ9 P62196 B2RT97 P0CG50 P48964 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q8VHT4 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q5SUR3 Q14AQ1 Q58EV4 O55234 A0A1B0GRM0 Q542H2 Q5BKQ9 Q9JKV1 E9PWD3 Q3TXS7 P70195 P51949 Q8R0K9 Q60692 E0CXB1 Q6RI64 Q3TS44 Q3THG5 Q99JI4 Q3TKV1 A0A0R4J091 P04184 A0A1W2P7P4 Q544L2 Q542J9 Q544T5 Q8CE74 Q9CQ36 Q9CQ71 Q66JV6 Q59IX1 Q58E49 Q9WUV0 Q3UR71 Q9JK30 Q9CZF7 Q9CWV1 Q61502 Q5SWN2 Q62193 P31750 Q80XH7 O54956 P11440 P01108 Q61457 P13405 Q544H6 Q8C8M7 Q9CYB4 Q790L7 Q564P6 P51943 Q569Z9 Q8C5L1 Q60972 Q3UGB9 P97310 Q8BQ03 Q3UI57 Q545C3 Q9D297 Q3UI99 Q542F4 Q3U4T8 P61025 P46414 Q3U148 B7ZN58 A0A0A6YVZ7 Q61456 Q66JY4 B2RS44 Q05AA8 E9Q0Q9 P47810 Q3V295 Q0VBD2 Q8C6X4 Q8R4E9 P11157 P63330 A0A0R4J145 Q8C2T6 B9EHJ9 Q76MZ3 P33610 Q5FW94 Q6PAR4 Q8BIX1 MITOCHONDRIAL TRANSCRIPTION TERMINATION%REACTOME%R-HSA-163316.4 Mitochondrial transcription termination A0A096P6K7 DEFECTIVE SLC6A5 CAUSES HYPEREKPLEXIA 3 (HKPX3)%REACTOME%R-HSA-5619089.4 Defective SLC6A5 causes hyperekplexia 3 (HKPX3) B2RXV9 HDL CLEARANCE%REACTOME%R-HSA-8964011.2 HDL clearance Q9JLB4 Q99JB7 Q00623 Q3V1M8 TP53 REGULATES TRANSCRIPTION OF CELL CYCLE GENES%REACTOME%R-HSA-6791312.6 TP53 Regulates Transcription of Cell Cycle Genes Q569L8 Q6P571 Q8VEG6 Q3TEY6 Q9CWN7 Q8K0V4 Q9DAY9 Q3TMD4 Q3UR74 O70456 Q8K3J2 Q9DBX1 P11440 Q58FA4 A0A2R8VHX5 Q80ZA1 Q9CX58 Q9JKY0 Q542J9 Q3TF68 Q9DB01 B7ZWL1 Q543X5 Q3UMH6 Q61457 P58871 Q544H6 Q8C8M7 Q9CYB4 Q8BJ14 P51943 Q564P6 A0A1B0GRM0 Q548A9 Q5CZY5 Q6PAR4 Q3UGB9 Q8BH15 Q9D297 Q8K3P5 P46414 Q8R0K9 Q9WVG6 Q61456 Q9D8X5 Q6S7F2 TNFR1-INDUCED PROAPOPTOTIC SIGNALING%REACTOME DATABASE ID RELEASE 96%5357786 TNFR1-induced proapoptotic signaling Q62210 Q80TQ2 Q3TPN5 Q3U479 Q91WA6 Q9WUB0 Q3U607 Q7TQD1 Q60855 Q924T7 B2RUR8 Q8K004 Q3U593 E9PUE2 Q60989 A1L361 B2RRZ7 Q3TSE5 Q9R0T8 Q8C6X9 Q8K3K8 Q61160 O88623 B2RUG2 RESPONSE TO METAL IONS%REACTOME DATABASE ID RELEASE 96%5660526 Response to metal ions Q8BSY2 Q4FJX4 Q91ZZ3 A0A1D5RLN7 Q3V2E2 Q3USP9 P02798 TNF RECEPTOR SUPERFAMILY (TNFSF) MEMBERS MEDIATING NON-CANONICAL NF-KB PATHWAY%REACTOME DATABASE ID RELEASE 96%5676594 TNF receptor superfamily (TNFSF) members mediating non-canonical NF-kB pathway Q542S2 Q62210 O35305 Q8BVA3 Q3SXS7 Q544K4 B2RRV3 O35235 Q3UHJ1 Q3TSE5 Q8C6X9 Q5F2A0 A0A0U5JAA8 A0A0U5JAA2 Q0VEI3 E9PZT5 ANTAGONISM OF ACTIVIN BY FOLLISTATIN%REACTOME DATABASE ID RELEASE 96%2473224 Antagonism of Activin by Follistatin Q3UY39 Q8BNY0 Q542M9 Q04999 GLUCAGON-LIKE PEPTIDE-1 (GLP1) REGULATES INSULIN SECRETION%REACTOME%R-HSA-381676.9 Glucagon-like Peptide-1 (GLP1) regulates insulin secretion Q3TU98 P29387 Q8CED6 H3BIV5 P63213 P84309 Q3TQ70 Q6P8Y9 P63216 Q3UMY0 A0A2I3BRC5 Q8BQZ8 Q3UQC2 P61953 Q8K1M3 P50153 Q9DBC7 P68181 Q9JMF3 F7A6P6 Q61012 A0A1W2P796 P70227 P55095 Q8C8N0 Q9CXP8 Q3TY04 Q3U9V4 Q54AE3 Q3UUN2 P05132 Q03717 Q9DAS9 Q3UG14 Q9CS95 Q3UGN1 Q3V3W9 H3BK84 O35659 PROTEIN UBIQUITINATION%REACTOME%R-HSA-8852135.4 Protein ubiquitination P52483 B2RTK3 Q9CQ37 Q3V321 Q6ZWZ2 F8VPX1 Q99J56 P97313 Q541Z5 B7ZWE5 B9EHN0 Q9D0K1 Q8K2T8 P0CG50 B1AUE5 Q3U319 Q924H7 Q5DTM8 Q5XJE5 D3Z647 A2A4Z0 Q925F3 Q8C7R4 Q561N4 Q9CTY6 D6RDC7 Q91YZ5 Q3UFQ4 Q9BCZ4 Q7TPQ3 Q8BG47 Q8K304 Q5SWQ8 Q05CJ7 Q8BWQ9 D3YUJ1 P01898 Q9R0A0 Q6PCN7 Q3U5E6 Q64524 P10853 Q3UE37 Q6ZWQ6 Q01853 B1ASK8 Q4QQL2 A2RTT4 Q64475 Q64478 A0A1W2P7U1 Q3U4W8 Q8C7T5 Q9D2U9 Q80X95 Q3U431 Q6ZWY9 Q542J9 A2RSE4 Q8CED3 Q5F239 Q3UCS1 Q3V2N4 Q3UCV8 Q8CGP2 Q4VBX4 SENSORY PROCESSING OF SOUND BY INNER HAIR CELLS OF THE COCHLEA%REACTOME DATABASE ID RELEASE 96%9662360 Sensory processing of sound by inner hair cells of the cochlea P60904 Q0PD63 E9PYR6 A0A411ACZ2 Q9QYX7 Q5M8M9 O88935 Q3UE85 Q923G3 Q5DQJ3 A0A589Q4M7 Q5RKN9 Q62277 G5E8W3 Q3UXD6 Q91YR1 Q9WTI7 Q32M02 Q9Z0P5 Q9QZZ4 A2AI08 Q6XA19 G3X9N2 Q80VW5 B9EJ23 K4DI74 Q3UFL4 Q0VBT9 Q3V3X1 Q544Z8 B2RWL4 Q0ZLH2 A6PW28 A2ASW0 Q4U4S6 F8VQ79 Q3TYR5 Q5MJ56 Q99PJ1 Q9DD12 D0VYV6 P26041 Q9JK97 B2RSF0 Q8R1C2 Q99K30 Q3UYR4 Q8CBU4 A0A668KLB7 A0A6S6MPY2 Q8VIM6 Q3V1V5 Q8R4P4 Q5D0A4 Q8CHR4 Q5SQK1 P60879 Q3UXG3 Q7TSG6 Q8VDD5 G5E829 Q32MF3 ELASTIC FIBRE FORMATION%REACTOME DATABASE ID RELEASE 96%1566948 Elastic fibre formation Q61554 P21274 F8WJ99 Q99PM0 Q8BPB5 Q542X5 Q8BRW9 A0A0R4J1C7 O54890 Q3UNK5 Q3TGL4 Q3TWK8 Q8CDZ9 A0A1Y7VJW9 P29788 Q9D1H9 P09055 Q61810 Q9Z0T9 Q3ULR1 Q0VBD0 A2ARA8 Q9R229 Q91YU7 P54320 P23359 Q0VD84 Q3UGU1 Q8CG19 P23188 P43406 P58022 A0A0R4J0Q4 Q9Z175 Q8CEU1 Q6PE70 Q3TXH3 Q80YP5 Q61555 INTERLEUKIN-17 SIGNALING%REACTOME DATABASE ID RELEASE 96%448424 Interleukin-17 signaling Q3V1B5 Q8BN07 Q7TNI7 Q3UEB8 Q9WTX6 P0CG50 Q544E6 P41969 Q52L79 Q5D0E0 Q5SWN9 Q5NCN8 P01101 Q5SUR3 Q923A8 Q7TPD5 Q7TSJ7 B1AXN9 Q8C9D4 A0A286YDT6 Q8CBT3 Q3TMJ8 Q5SRY7 Q5U421 Q3U2P8 Q60521 Q8C094 P63085 Q8VC91 P25799 Q9D5S8 Q99K90 Q569Y6 Q8CE90 Q8CF89 A2RTT4 Q63844 Q09HN3 P70196 Q8K2U0 Q9WUI1 P63330 Q547H1 Q3TUH8 Q8BR10 Q8BFV3 Q80SY9 Q540J8 A0A1W2P715 Q810V8 Q543U7 Q99JG7 Q76MZ3 Q8CBR9 Q8CFA1 Q8VHH8 Q60929 A0A0R4J0P4 Q91V89 Q3TY83 Q9D7X3 Q60943 Q3TAR6 Q8BIX1 Q8BH06 Q8BPI5 RECOGNITION AND ASSOCIATION OF DNA GLYCOSYLASE WITH SITE CONTAINING AN AFFECTED PYRIMIDINE%REACTOME%R-HSA-110328.4 Recognition and association of DNA glycosylase with site containing an affected pyrimidine Q8K1K3 B2RTK3 B2RWH3 Q8CGP7 Q64475 Q64478 Q149V4 C0HKE5 Q91VL8 B2RS36 Q9D2U9 Q3V252 Q6ZWY9 S4R1M3 P27661 Q8R1M2 Q3UIL3 O35980 Q1LZM6 Q8K203 Q6P5C5 Q91WC1 Q3U296 Q3UGS3 Q64524 P10853 A3KPD0 E9QM06 Q8CGP2 Q8CGP0 P68433 DNA DAMAGE TELOMERE STRESS INDUCED SENESCENCE%REACTOME DATABASE ID RELEASE 96%2559586 DNA Damage Telomere Stress Induced Senescence Q5SV02 B2RTK3 Q8CGP7 Q149V4 Q3UJQ1 Q91VL8 B2RS36 P14733 Q3V252 P43274 S4R1M3 P43275 P43276 P10922 Q80ZA1 Q8R1M2 Q61666 Q61457 P13405 Q149Z9 Q544H6 Q91WC1 Q4G0F8 Q64524 P51943 Q564P6 Q80X22 P10853 Q3UGB9 Q6NSP9 E9QM06 P46414 Q61456 P68433 Q8CHI8 Q8K1K3 B2RWH3 Q64475 Q5SZA3 Q64478 Q9CQE6 C0HKE5 Q9D2U9 Q6ZWY9 P27661 B9EHX4 Q8BRV3 Q566K0 Q9R207 A3KPD0 Q8CGP2 Q8CGP0 IMATINIB-RESISTANT KIT MUTANTS%REACTOME%R-HSA-9669917.2 Imatinib-resistant KIT mutants P05532 WNT LIGAND BIOGENESIS AND TRAFFICKING%REACTOME DATABASE ID RELEASE 96%3238698 WNT ligand biogenesis and trafficking O70283 P24383 Q9JJJ7 O70492 Q8BRC7 Q3TQ59 P40336 Q3UTY8 Q3UR96 Q3V440 Q3TRJ1 Q3ZB23 Q9QZ88 Q6DID7 Q0VBT1 P70701 Q8C6P4 Q8C718 Q8BQD1 P22725 Q8R5M2 Q1RME7 A0A0R4J1M1 P22727 P27467 Q6PDY6 RET SIGNALING%REACTOME DATABASE ID RELEASE 96%8853659 RET signaling P98083 Q8C180 Q2MHE5 Q8C7P2 Q60760 Q505A4 Q62077 Q4VA93 Q4ACU6 Q91ZM9 A2ALS4 Q3UWF9 P81122 Q8BTI9 P68181 Q8CI98 Q3ZB59 P97785 Q5NCN8 P97463 P42337 Q3UXE9 P35235 P48540 O35118 Q99KE3 A1L3Q1 Q9Z0L2 Q8C1V7 P35546 P05132 A0A5F8MPM1 Q3USK4 Q3UET6 Q03160 O08908 Q3TX09 BIOSYNTHESIS OF LIPOXINS (LX)%REACTOME%R-HSA-2142700.7 Biosynthesis of Lipoxins (LX) Q8VCC1 P48999 A2CF85 Q8K355 Q91YR9 P30355 PI5P, PP2A AND IER3 REGULATE PI3K AKT SIGNALING%REACTOME%R-HSA-6811558.5 PI5P, PP2A and IER3 Regulate PI3K AKT Signaling Q3UDZ1 Q544E3 Q8BN07 Q3TPM5 Q6PD28 F8WHW6 A9QW46 Q9WTX4 P70196 D3YZR2 G3V023 P05532 E7FJU2 Q8BTI9 O55106 Q3TLP8 Q549R2 Q3UXE9 Q3U6Q4 A1A4T4 Q8BVZ5 Q61238 Q5D095 Q545E4 A0A1W2P736 Q3UJ95 P31750 Q9WVF5 Q8C7P2 Q05144 Q61521 Q0VEB7 P05622 Q543J8 Q3TNY3 Q5FW64 Q9EQ32 A0A338P6G9 Q8C5Q7 F8VQL0 P42337 Q8VDU4 P35235 P05480 D3YZ57 Q8C9G5 E9Q696 Q6DR99 Q3UEW6 O08908 Q61151 P63085 P46694 Q8C180 Q63844 Q6ZQK4 Q0VER9 Q0VG15 Q8CDB3 Q505A4 Q790L8 Q6PD03 A0A7U3JW97 A0A0R4IZY3 Q80VU4 O35565 Q3UHE3 A0A7U3JW51 Q543V3 Q8C399 Q541P3 Q6ZWS1 P63330 A0A7U3L6F4 Q3V1A4 Q4FJT2 Q541T2 P81122 Q544I6 Q99N32 Q3U7M4 Q3UWD7 Q3U1V5 A0A7U3JW80 Q8CI98 E9Q2N2 Q8BR10 Q3ZB59 Q8R4K2 Q76MZ3 P70181 P26618 Q91V89 P70182 Q3TQG5 Q8BIX1 P70424 A0A0R4IZW4 Q5EEX1 TP53 REGULATES TRANSCRIPTION OF CELL DEATH GENES%REACTOME%R-HSA-5633008.4 TP53 Regulates Transcription of Cell Death Genes Q549P2 Q9Z2F7 Q9JHK4 Q3UP24 Q9JK95 P29452 Q545R3 P29594 Z4YK94 P70444 Q8K3J2 Q9ERV7 Q3TPJ9 E9QN92 Q549T4 Q6GQV9 Q80ZA1 Q3TVF4 Q8C350 B9EHX4 Q3UR87 Q8R107 Q8BUE4 Q3UQK9 Q9CS14 Q9CPT0 Q5CZX0 Q5DU30 Q9D8Z2 Q8VE85 G5E8V1 Q62415 E9QJU8 Q9QZM4 Q544F9 PI-3K CASCADE:FGFR1%REACTOME%R-HSA-5654689.4 PI-3K cascade:FGFR1 Q8C180 P42337 Q0VER9 Q8C7P2 Q505A4 Q0VG15 P35235 O35565 Q8C399 Q6ZWS1 A0A7U3L6F4 Q541T2 Q3U1V5 A0A7U3JW80 E9Q2N2 DISEASE%REACTOME%R-HSA-1643685.19 Disease Q9JLB4 Q00941 Q3U1Z1 P17426 P68181 Q3UJ76 Q6PEE6 Q8BPY1 P09103 Q3V1M8 Q5SWR1 Q99JB7 Q6A0C9 O88844 Q8CC47 Q543D2 Q7TMB3 Q543C5 Q8R3X6 O88325 Q6ZQ11 Q8BKV1 Q3TQJ2 A0A494BB18 Q91Z92 Q9Z1E4 P47968 Q91X44 Q8BFR4 Q6NZM8 Q9QUP4 A2AC16 Q9QZ82 Q9D1F9 Q8BP54 Q3UER1 M0QWP1 Q3V1F2 Q64519 Q80V53 Q8R059 Q9EQ08 O35103 O88199 Q9R062 Q8BWP8 Q3U5S6 Q5FW97 Q3UTF0 Q9WUA5 Q0VF71 O35600 Q3U6X6 H3BLN8 A4FUJ3 Q9CXZ9 Q3UDB5 Q6GQU1 Q6NSQ9 P58158 P51885 Q93092 Q8VCB3 P17809 P51655 Q6P8H8 A0A338P726 P43407 Q8R0J2 Q8C3B8 Q8VDI9 Q9D6Y9 Q9DBE8 Q9CPT1 Q3TAE8 Q921Q3 Q3U478 E9Q1Q9 P15539 Q8K157 Q3UJ92 Q8BN82 P70699 Q3TAW1 Q3U379 Q3UTZ4 Q52KG8 Q3TWB2 Q62273 Q8CAZ9 Q3V1P4 Q3UHJ1 Q4FJP7 Q80UF7 Q9R0T8 A9QW46 Q3UII8 Q8VEK3 Q2KHS8 Q543K9 P08030 Q4FK28 Q99PE8 Q7TSR6 E9PYK3 H7BWY5 Q2NL51 Q3UFE4 Q7TMM8 G5E856 Q8CIE4 Q2EMV9 F8WIK2 Q8CAH8 Q3UJ53 Q3US10 Q9DBC7 P97793 Q8VD75 Q99NF7 O55106 Q3UYZ6 F8WJ93 Q7TQC8 Q3UIL3 O35980 Q8K203 Q3U296 Q9CR26 Q8BM73 Q8BMZ7 Q810I0 Q3TSR1 Q78HU3 Q8VEJ9 A2A4K0 Q9JJB6 Q8R0J7 H3BJW3 A2A6M1 Q3UIM4 Q3UCW0 Q3UV99 Q9CRA9 A0A494BAR3 Q9D7S9 Q8BH48 Q8C2W4 Q8BFR5 P05622 Q3TNY3 Q9EQ32 A0A338P6G9 Q5M9K1 Q9CUT6 Q6PJ87 P51491 Q91ZX1 P09055 B7ZNX6 Q6A0A3 A0A0R4J119 Q3UDZ1 Q8BUR4 Q8BHL5 Q4FJQ0 P62137 P62141 Q3V100 Q9DCE3 K7Q751 Q6AXE3 Q8BH99 P97333 Q8C8U0 Q8K1M3 P29341 Q3TRQ0 Q8CBE6 A0A0R4J0N8 Q9D2D1 Q3UL64 Q99KU1 Q9D1Q4 O70152 Q3UW64 Q9WUP4 Q545R7 Q8R2Y3 P47856 Q8R2I1 Q9JJY8 Q99LJ8 P97287 Q61420 Q9JIQ8 Q3V033 Q3URC9 Q61521 Q0VEB7 Q543J8 Q5FW64 P41969 Q64337 Q504P4 P84078 A0A0R4J0G9 Q5M9P0 A6H5Y3 Q91X83 O88587 Q8VD65 Q6PF93 Q9EQU3 Q0VER9 Q0VG15 Q790L8 A0A7U3JW97 A0A0R4IZY3 O35565 A0A7U3JW51 Q543V3 Q8C399 Q6ZWS1 A0A7U3L6F4 Q541T2 P81122 Q544I6 Q99N32 Q3U1V5 A0A7U3JW80 E9Q2N2 Q3ZB59 Q8VI47 Q3URV7 Q6ZQ32 Q8VE47 Q8C7R4 Q66JT6 Q99LX3 Q3USU4 O88968 Q7TSZ9 Q7TNL7 Q9ESS0 Q3TM87 Q9DBK7 Q2M4H5 Q3TTE7 E9Q555 A2AN08 Q9Z2X8 B9EHN0 Q9QZU9 Q544Y3 B2RUR5 Q8C9G5 Q8QZT4 A2ADL9 B2RRY4 Q541E2 A0A0J9YU62 Q91YZ2 Q8VCM2 Q8BH43 A2AS98 Q8R5H6 B3VQI8 Q6AXH6 Q91VR8 Q8CJ00 A2RRK7 Q3UKP6 Q3TPY5 Q8K1X4 Q8CIZ9 A0A0R4J115 Q7TSJ0 Q8C2T6 B9EHJ9 Q8R5L1 P33610 Q541E5 O88508 Q5FW94 P26618 P14246 Q9QXI6 Q61327 Q3U4P5 Q9DBX7 Q3UYK2 Q499J8 P57716 Q8C7N7 A0A0R4J0P7 P08103 Q3TEK8 Q8BPU7 H7BWY6 Q99JW5 A2RSB9 P84309 Q9WV32 Q91WF3 Q3TX55 B2RVZ3 A0A2I3BRC5 Q542R8 Q9JM76 Q922R0 Q9DC51 Q9ESJ4 Q8CDV7 P26151 E9Q706 Q5SW83 Q9R0Q6 Q8K1I7 Q8R4B8 A0A0B4J1G0 Q059V7 A0A0R4J0P5 Q9WTI7 Q8CIH5 O88444 Q9CXQ9 Q53WY0 Q9Z257 Q5U7A4 Q6PGK0 E9Q967 Q54AA2 Q3TY04 Q60614 Q3UUN2 P35991 Q99JA4 Q6PEV3 P51141 Q9CPW4 P14234 Q3V175 Q9CVB6 B2RSH2 Q4FK56 Q3ULF7 Q920A1 D3Z4J3 Q8VHI6 Q80TR9 H3BK84 Q60838 Q3TQC7 Q9Z2A9 E9Q2D0 Q80TY9 Q8C255 A0A0R4J1M3 Q32MT1 Q9CX34 Q6P1E0 Q3UU15 Q3V1Q3 E9PUV2 G3UW82 Q0VEE0 Q8CHP4 P08752 Q6PFX9 A0A1Y7VKW0 Q3UES3 Q8R055 P40240 Q58EU7 Q6DR99 Q3U7M4 Q547H1 Q91WD8 Q8R4K2 Q80SY9 Q540J8 A0A1W2P715 Q8CB40 Q8CFA1 Q3TY83 Q8VE88 Q3UWM4 Q3UPG0 Q3U7R5 Q9ESW4 Q3UM91 Q3V1B3 Q3UPF5 Q3V0H4 Q3TJ56 P48678 Q68FD9 E9Q8P8 Q5SWZ5 E9QQ10 A0A0G2JEP0 Q80VE1 Q9WVK0 Q9QYS9 A0A0R4J0A9 Q99N43 A3KMI3 O54908 Q9QYZ8 Q91VN0 Q8K1S7 Q8VEJ3 Q6P1Y9 Q66JX5 Q8CD76 E9Q512 P99024 Q6DFZ1 Q9Z160 Q6P0A4 Q91VW5 B2RR03 O88186 Q9QZU3 F8VQ87 Q3U5I5 B2RSM1 P42232 Q9JIA0 A0A3Q4EGX3 Q9CX98 Q3UTK2 Q8BRZ8 Q6ZQ88 Q9CWJ9 P30416 Q8BTS0 P26041 Q8R1C2 Q6XL48 Q63886 A2AKQ0 E9QK53 Q8QZT1 Q9Z1M4 Q3TPX5 Q91Z50 Q5F2A7 O88520 Q8BTU6 S4R2L6 Q64522 A2AB79 Q8CGP4 Q8CGP5 P58682 E9Q8P6 Q599W9 Q99MB1 A0A3B0IP04 Q3UEK1 A0A1W2P7F1 P27641 P54775 Q9WTX6 Q3TF92 Q3UPK6 Q9CPS5 Q8BVQ9 A0A2R3XZC4 A0A0R4J187 P62196 Q542T3 B2RT97 P0CG50 Q8BSY1 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q548Y4 Q5D0E0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q5SUR3 Q14AQ1 Q58EV4 Q923A8 O55234 Q542H2 Q5BKQ9 Q9JKV1 A0A286YDT6 Q3TXS7 P70195 Q60778 Q8CBT3 Q9Z1E3 Q9Z1A1 Q60692 E0CXB1 Q3UPL0 Q6RI64 Q3TS44 Q99JI4 Q8VC91 Q8BQ43 P25799 Q3TKV1 P06537 O88783 P63280 Q6NZM9 E7FJU2 Q3ZAT3 Q3TKD1 Q5NCT2 Q9QZ11 B9EHX4 Q8BRV3 Q5SXJ3 O70445 Q4KL82 Q9CQ71 Q9R207 Q3UYY2 Q8BMG1 O35719 Q9CX47 E9PZ97 Q99J62 Q924H5 Q9QWZ1 Q5SWN2 Q9Z0F6 D3YVU6 P97929 Q3UGT8 Q62193 Q6NV63 Q08297 Q5HZI8 Q5SV02 Q8BWH5 Q8VC54 A0A0R4J1H1 Q80YR6 Q3UJQ1 Q8BQY8 Q6ZQJ5 Q6ZQF0 P53995 Q541Z5 Q8BZQ7 Q8BYJ1 Q9WVM3 Q3UFC2 Q8K2H6 Q9CPX9 S4R2B6 A2A4Z0 G3X8W7 Q3UFQ4 Q3TM92 Q3TI84 Q9D3A0 F8VQL0 Q3UMA3 Q3TRJ7 Q3TGH8 Q62420 Q3UGN9 A0A0R4IZW5 G3X9V2 P05480 A0A1X7SB71 Q02248 Q3TT90 P48410 Q9CZV7 Q80ZL3 A0A0X1KG61 Q61411 P35918 A2A5N2 Q9D824 Q80WR3 Q3USK4 S4R270 Q8JZR2 Q3TMJ8 Q5U421 Q3V3W9 P63085 P98083 Q8C180 Q63844 Q91YS7 Q9D091 P28028 Q91YI0 Q3UJ34 G5E8S7 Q8R4H7 Q543E2 Q61176 Q8C196 Q8R1A8 Q9QXE7 Q6GQV9 L0CL36 A8DUK0 Q8CHB6 Q8BHJ5 A0A0R4J024 Q8BJ14 Q8BTF7 Q60795 Q64HC9 Q3U5U6 Q9JM08 Q91VB8 Q00623 Q8BYY5 B1AQH6 Q5SVY2 Q3UKJ3 Q8C833 P15530 Q9QXJ2 A0A0R4J243 Q6GR78 A0A140T8R7 O08529 O88574 Q543F6 P14733 Q8C7D2 E9QJS1 Q5SS40 D3YWR2 Q9DBN8 Q3U1Z7 P35700 P15261 Q3UR74 Q9D7J7 E9Q317 Q63953 Z4YJU8 Q9WVH4 I4DCY6 O88456 P33896 Q99PH8 Q547N0 P48964 O08530 F8VPQ2 Q921U7 Q3UF24 Q5SQF8 Q541Z2 Q52L79 Q5M9N9 P11911 Q8K2I1 Q542T9 Q6PEB3 A0A0R4J0R7 A2CG63 Q4FJX9 Q9D1P6 Q8BGY9 Q3UDS1 Q8C7E9 Q80X82 Q8CE71 A2AEK1 A0A2R8VK76 P62878 Q3V141 Q01705 Q9CQF3 Q3UGU6 Q99LC2 Q99LI9 Q3U9V4 Q542J1 Q3UG14 Q3UGN1 P27467 P29387 P63213 Q61091 Q3TQ70 Q6P8Y9 P63216 Q6P8P8 Q3UMY0 P61953 P50153 Q62226 Q8CIM9 A2AQ52 Q9JMF3 Q543E4 Q3V0N8 Q61012 Q544P6 A2AS93 Q3U9H3 Q8BLL2 Q80XI9 Q9CXP8 Q54AE3 Q9CUZ6 Q9DAS9 P22725 Q3UEG1 A0AAQ4VMS6 Q9CQI1 Q9CTE0 A0A0R4J0K0 Q04690 Q924S8 Q08890 Q3TAW7 Q3TXR9 Q3TSQ8 A0A0R4IZX5 Q99KJ6 Q8K2T8 Q3URZ9 A0A0R4J138 Q3TNY9 Q71M36 Q91ZJ9 Q5XJE5 Q9CTY6 D6RDC7 Q8BMG0 Q3UKR1 Q8BS97 P29416 Q3UGC8 Q61457 Q9CSI4 Q05CJ7 P13405 Q8C7H1 Q544H6 Q8C8M7 Q3UYS0 Q9CYB4 Q790L7 Q3U5E6 Q564P6 Q8BJ38 Q3UKR0 Q569Z9 Q6SJQ0 Q9CZD0 Q3U3D4 D3Z1G7 Q3U7T8 Q61687 S4R216 Q99LS1 P55144 Q3UGB9 Q2UZW7 Q61592 Q791X1 Q545C3 Q4FJV3 Q60805 Q9D297 Q9CZX9 Q6ZQJ8 P46414 A0A087WPY4 Q8K3C0 Q0VBK8 Q4FK45 Q3TR66 Q6U7R4 Q3UEW6 Q8CCF8 Q2HZ94 Q61151 Q8BGU0 Q3TWW0 P63168 Q5SUZ5 Q6ZQK4 P59235 Q6PD03 Q3TZ03 B2RX66 P63330 Q9JHU4 A0A2I3BPX3 A0A0R4J131 Q8BH74 S4R1L3 Q8R480 Q6ZWM8 Q6ZWU9 Q3TYJ3 Q76MZ3 Q8BH79 Q9Z1P5 Q9CWU9 G8JL82 Q91V89 Q3TPJ8 Q9ERU9 Q9D0M5 P52787 Q6PDL0 Q8BIX1 Q6PB70 F8WIA1 Q8CDZ5 M1H0B0 Q8BN07 Q3TWG5 Q14AT5 Q9D1M0 Q75UR0 Q9Z0W3 Q6PD28 Q32MW1 P54279 P54276 E9QPY6 Q3TZI5 Q9JK91 Q3U1H9 Q3UUQ5 Q3SWS4 Q9WU02 B9EHJ3 P97760 E9PWD3 Q8BFX0 Q3THK3 Q8CFI7 P51949 E9Q6K1 Q9D0L8 P60898 Q8K2X8 Q7TPY0 P49135 Q3THG5 Q3UMJ4 Q6PI63 Q3V214 Q9DCC1 Q3UZB8 A0A3Q4L2S8 Q3THR4 Q9WTX4 A0A338P6M3 O55201 Q7TPV0 D3YZR2 G3V023 Q542U3 P61219 P62488 P08775 Q61578 Q545P3 Q9CPW2 Q9D2U9 Q91X78 O55179 A0A7N9VR83 Q8BTI9 Q3U957 Q544F3 Q8BX09 Q8BKH7 A2ADH1 Q3UKZ9 Q3UCJ0 Q8CEI0 Q3TJI7 Q8C5H3 Q8CE74 Q14C34 Q3TLP8 Q549R2 Q3UXE9 P26361 P61965 Q9CS58 Q6GU23 Q3U6Q4 Q921E6 A1A4T4 P34022 A3KPD0 Q6PFB2 Q3UH70 Q3UJC3 Q61238 P51682 Q8CJF9 O35445 P84228 Q8CGP2 Q99K94 Q8CGP0 Q3UV15 A0A0R4J0D3 Q9DBG6 B2RTK3 Q8CGP7 P61804 Q3UHZ0 P31750 Q8C7P2 Q149V4 A8IP69 Q99J56 Q6QI06 Q8CDH5 Q5DTJ2 B1ATC3 S4R1M3 Q05144 Q9JLN9 Q3UP42 Q8K2C7 Q53X15 G3UZX4 Q8VEH8 Q8BH95 Q8R1M2 Q812A5 Q8CAI6 Q8C5Q7 P41241 P01108 P33587 O54734 A0A3Q4EC26 Q9CPR7 B2RRA5 P42337 Q3TU94 A1L0V6 Q8VDU4 Q3TGP5 Q64524 Q3U5B1 P35235 Q8CBI1 P10853 Q3URR1 Q3TSV7 Q543X3 Q3U1L4 Q8C458 Q8BMR3 Q60972 Q9CQD1 Q8C266 Q01853 D3YZ57 A0A3B2WBH6 Q3U573 E9Q696 Q6GTY4 Q8BP64 Q53ZN9 Q8BFZ9 O08908 Q78XF5 Q3U4Y3 Q8C6X4 Q8BMT9 Q99LT0 B2RWH3 Q64475 Q64478 Q8CDB3 Q5KU03 C0HKE5 Q6AXH7 Q60FD1 Q3URU8 Q3UQ34 Q6ZWY9 Q91YT2 Q8BJP2 Q8CI98 Q3UD86 P27661 E9PW15 B2RUG2 Q9CQ49 Q8BG30 Q3UIA1 E9QAP7 G3X956 Q3UIR2 B9EJX5 Q9D0D5 Q99JX1 Q3U3M5 Q3UWX7 Q3UT56 Q8VI33 Q9R1C0 A0A3Q4EGS4 A0A087WNT1 Q922L6 B1Q2W7 Q08943 P63271 Q9QWV9 Q3ULN2 Q3TN86 F8VPY2 Q149E9 Q9EQH4 Q99J95 Q3UYV9 Q8CB77 Q6RI65 Q7TQK0 Q62311 O08856 A2ASY1 Q8K0Z5 Q8BQ46 Q7TSG2 Q8C4Y3 P61216 Q8C4N2 P35831 Q0VAV1 Q69Z28 P59509 E9PUF1 A0A7N9VSW1 P58459 Q03350 Q80T21 Q80ZA1 Q3V1S6 A2AE15 E9QNR5 Q8BNJ2 Q9CX59 Q8BGP4 G3UXC7 G3XA27 Q9JMG2 Q4VC17 Q3UPR9 B2RRW2 Q9JJ06 A0A0R4J0H1 P70419 Q6P4U0 Q8R2R1 Q60519 Q8BMS2 Q3TTE6 Q8BMS3 Q8VCC9 Q8BHT6 G3X9D2 B2RRX1 Q3UQW9 B2RXX5 D3Z1A5 Q3UPZ0 F8VQ15 A1A5B7 Q66JY8 Q8BGQ4 A7LM19 Q3UQH5 Q9CRC7 Q3UTY6 Q059X9 P59384 Q60GT3 Q8C9W3 Q6PD18 Q91X88 Q0VEM9 Q60960 Q5FWJ9 Q8BUA6 F6ZDS4 Q9JIH2 Q6PDG0 Q3TJ94 Q8BU75 O54962 Q8VCB1 A0A1D5RLQ0 P48962 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q545A2 A2BI12 Q8BPS7 Q566K0 Q8BTS4 J3JSA4 Q8R4R6 P97461 Q4VAG4 Q58E35 P86048 Q4FJX1 Q9CQD0 P62911 Q545X8 E0CXT7 P14206 Q9CPR4 Q0VBA4 Q3UC02 D3YYB0 Q8CCS6 Q5M9M4 Q5M9M0 Q4FJR9 Q6PFA2 Q5YLW3 B2MWM9 P62827 Q80Y52 Q9CQR2 C0LLJ0 P62264 E9Q179 Q6ZWN5 Q543M7 Q4FZH2 Q8BP67 Q5SUC3 Q5M9N8 Q642K1 Q9CXW4 P62717 Q9D2Y4 Q3UNK5 Q8BKC5 Q561N5 Q5M9K7 P62830 Q3UHW8 Q921K2 P99027 Q9D823 Q68FD5 Q61696 Q03963 Q3UFV9 Q505A8 Q58EA6 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 Q497N1 Q5CZY9 Q9D081 P19096 P43404 Q6PD20 E9QMT1 Q9JHI5 Q53YJ1 B9EHW0 Q99MR8 Q8QZS1 Q7TS75 Q4FK50 Q62093 P84104 B2RS80 E9PUK6 Q3THA6 Q9CX36 Q6PDM2 Q8BH82 Q3TWW8 Q80X98 Q91VC3 Q9DC48 Q8BV04 Q8BGJ9 Q9D0B0 Q3TQN1 Q80Y26 Q3UXN3 O08583 P16294 Q99M28 P70372 P97290 Q3TQG5 Q549A5 Q3UZF9 P29788 A0A0R4J1L4 Q7TN05 Q8CC13 Q8CBB7 Q8BW87 Q3UG16 P01898 P01887 P61967 Q8K212 Q64525 E9QAM0 D3Z7W0 M0QWC2 Q8K245 Q3T9X0 Q9D5S8 Q99K90 Q569Y6 Q8CF89 A2RTT4 P70196 P05532 P01193 A0A1Y7VNZ6 P29477 P63101 P68510 Q6P2K2 Q58E49 Q8QZY9 Q5KU39 Q5KU38 Q569Z5 Q920D3 Q9JKR6 Q3U3K9 A2ALF2 Q80Y51 Q9Z2X1 Q60943 Q99JH8 G3X8P5 E9Q5R7 Q9DCY1 Q8C016 P49817 Q8C1S0 Q91YR7 Q8BPI5 A2AER7 Q4QQM3 B9EJX8 P00493 Q9JKK0 Q8CFR9 Q9CX86 P50096 Q8VCS6 Q5SX75 Q3UJR8 Q8CFQ9 Q9D8V7 Q7TNI7 A0A0R4J018 Q8C839 Q8C7J1 Q9EQC8 Q7TSI6 Q9CQI7 Q3TKY6 Q3TVM1 Q9Z0E6 Q9R0C8 Q69ZQ2 Q5U3M2 Q9D2N9 P50404 Q62276 Q8BTS3 Q9CZW5 Q61081 O19441 Q8BTV2 Q5EBP8 A2AQA7 Q544E6 Q9DBB5 Q8VDM6 A7VMS3 Q9Z204 A0JNY7 Q4KL81 Q3UR88 Q570Z0 Q9CRI3 Q8CH18 Q3TR46 Q9WV02 Q8CH02 Q6ZQ58 Q9DBF7 Q71LX8 Q9QYJ0 Q8BHS3 Q5FWJ3 Q3UEB3 P08071 Q8CAB9 Q3UE22 Q3U1N0 Q99LP6 Q6NV83 Q8C076 Q56A08 Q9R007 P41245 Q8VHM5 Q58E59 B2RSV4 Q3UV88 Q9DB91 A0A2I3BRW0 Q6PE01 P23188 Q9CXG3 Q8BQS9 Q3UDU9 Q9D5H8 Q3UE64 Q922V4 Q8JZX4 Q05CL7 Q9EPL8 Q7TN25 Q9CQ39 P09411 A2AR02 Q8BQR8 Q8C470 Q3UF16 Q8C2Q7 Q3UJ82 Q5FWJ5 Q7TT21 H7BX23 Q542W3 Q8CB58 Q5QJQ9 Q9D8C6 G3X8Y8 Q91W86 E9Q9E1 Q8VIJ6 A4FUW1 Q6ZWQ7 Q3UW57 Q99KG3 E9QKI5 A0A140LHR3 Q923D5 Q923D4 A0A0R4J050 Q5D0A4 P60335 Q9D873 Q8CHR4 P60879 Q9Z1K5 Q9CVU5 Q69ZS6 P61264 Q6GQS5 Q3UN87 Q9JIS5 H6RXZ1 B9EJ46 A0A0R4J2C2 Q8BKC7 Q3UCF2 Q62442 Q8BG39 Q810A7 Q8BNP7 P70333 P27773 Q9D2V6 Q9DBP0 P70362 Q8VE91 Q80SU6 Q6GQT6 Q8BTI8 Q80U83 Q9D6L8 Q99KV1 Q8C1E4 Q3TQX5 Q921W0 O88569 Q9DCD2 Q543F1 P83870 G5E8G0 Q4G0C5 Q8VCI5 Q78JM7 P59708 Q5SWU9 G5E8I8 Q8BGT7 G3X8Q0 Q91YN9 Q9CZ96 A0A0R4J0D4 A2AA71 Q61335 Q9CZ82 P57784 Q61107 Q3UNG1 Q6NXL1 D3Z569 D3Z0M9 Q8BKP8 Q9D6D8 Q80ZX0 Q99MR6 Q8R307 Q0VGU0 Q9ES97 Q3TT81 Q9CYJ8 Q9QZH3 Q31093 Q9JHS9 Q6P4T2 Q91YE7 Q9CWL8 P97390 Q5SUH7 Q3UJB0 E9Q9A9 Q9CUG0 P29452 Q9CWK3 E9PZP3 Q6PCP3 Q497W9 Q99KP6 Q9JJJ7 Q8R2Q8 P70343 P63154 B2RRZ7 Q3U0Y6 A0A1Y7VJP4 Q9D7F7 Q8C6X9 Q61160 Q80Y09 Q78V99 Q2PMY2 A0A1B0GR63 E9Q5V3 Q8C863 Q9D8B3 Q3TZH4 P10749 Q3U607 Q60855 Q9CQ10 A0A679AXP3 B1AZ39 Q5SX17 Q8C6Z4 Q542S6 Q8BH57 Q91V77 Q80SW1 Q9Z239 Q8CCM0 Q9D164 Q8VCE0 P59648 P70227 Q3UR55 Q8C8N0 Q9D2W0 P05132 Q545P0 Q61743 Q8BL41 E9PUE8 Q4FJZ6 Q8VDN2 Q3UNA7 Q544Q7 Q3UHK5 Q8BW40 Q8CED6 F8WIS9 P10639 A2RTD1 Q64364 P23804 Q0VE17 Q7TSJ7 Q3UPN9 Q8C094 Q8CE90 Q8K2U0 Q505A4 Q91WJ0 Q80VU4 Q62077 Q3UHE3 Q541P3 Q9CU65 Q3V1A4 Q4FJT2 Q5HZH3 Q3UWD7 Q4FZK2 P58252 Q499W5 Q80SY4 Q9QYE5 Q3UVN4 Q0MW30 Q6NZC0 Q61483 E9PXU2 Q9JI71 Q9CQQ4 Q6P6L6 Q549F9 Q9CWY4 P62315 P27048 Q3TR97 P62320 Q9JJY4 Q14AF6 B2RUS7 A0AAQ4VMX2 P01027 F8VQM5 Q3UWA6 F8VPT3 Q8R1T4 Q3UQE3 P51906 Q3TRY2 A0A0U1RPK4 Q8VDB9 A1L359 Q91WV7 Q9Z1K8 Q8BHK3 Q543U3 Q9D306 Q3U518 P59268 Q5Y5T1 Q8C4L1 Q80UM7 Q8C3J2 A2AJ15 Q812G0 Q921V5 Q544F0 Q14AK4 Q8BJT9 A0A571BEV7 Q91Y74 Q91W53 Q544T4 Q7TSI8 A0A0R4J1R1 Q8BM62 Q2TGE7 Q11204 P70277 Q059T5 Q544M3 P59267 B2X2D8 Q8VDZ4 A1A4T2 Q812F8 Q8BGR3 Q8VDD5 Q80WQ6 B7ZMW6 Q3U879 Q548A9 Q543U1 Q8BQ25 E3SRG8 Q9WVF5 Q3UG37 E9PXW8 Q6P3E7 O70456 D3Z768 Q544P9 Q8BYF1 D3YUV1 A0A668KM95 Q14DJ8 Q6P9T4 Q4KL34 A0A0A0MQ73 Q5SWW4 Q9R1E0 Q9CQI9 Q545Q1 Q6KAM1 Q8K0T3 Q3UEX0 Q569U6 Q80ZV7 Q5EBP9 P70424 E0CZG8 Q3UE85 E9QMN5 A6PW47 Q8BM83 Q3UEH8 Q6P3Z8 A2CFB8 Q8BSJ6 Q8BUN5 Q9CXU1 Q9CXU0 E9Q6E2 P31695 Q0VGJ1 Q3UUT8 Q9DAY7 Q9DAY9 F8WJB0 A6H6S8 B2RR30 Q80YC5 Q3UBT1 P26262 Q8VHR5 Q8K010 Q60520 Q5SVI6 Q3UZZ2 Q7TN02 Q6T264 Q8VIM0 Q8CAS3 Q3UET8 Q80YQ1 Q8BG60 Q9QUM0 Q9QUM5 O35516 Q3UE89 Q8BR10 P26687 Q9JMH6 Q9Z2D8 Q3SYK5 A0A0R4IZW4 G3X9H8 Q8VH37 Q9CQA5 P35576 E0CYA6 Q9CX58 Q3TMT1 Q5J7N1 Q2NLB9 Q3UM17 Q62432 Q9R190 Q9R0X0 Q8VCD5 E9QAH1 Q921N8 A0A077K846 Q6NZM3 Q3TZH7 A0A140LHG7 A2ABV5 F8V330 Q545E4 Q61982 Q9QY30 Q9JIH0 Q544N9 A0A1W2P736 B2RXV9 Q8BWG8 A2ATP8 Q9R1S7 Q52L50 Q80UP8 Q64727 Q62120 O89016 B1AYC9 Q99P65 Q3TU98 Q99J27 Q9DC29 A2AI78 E9Q8N8 Q99MP8 Q9R155 Q80TM2 Q3UER8 Q78IQ7 P21440 Q80XI6 P18572 E9PV24 Q5EBQ2 Q3TED0 A2A4V1 E9QPU1 F7B0S9 J3JS97 E9Q876 Q99N57 Q8R2I2 Q3UV75 P67778 A0A0R4J1I9 O54890 Q8K0B2 Q3TGR2 Q9JJL3 A2A9K7 Q91VE0 Q9WVC8 Q8CAD1 A0A0A6YX18 Q9JHI9 A2AI62 P49282 Q8BU82 A2RSY7 A1L361 Q6P1H7 Q5SUZ7 A2APF7 Q80YV2 Q3U9K6 Q8BZ00 A1L3P4 P53395 O08749 Q6P3A8 Q8BSF7 Q3U3J1 Q3UCB5 A0A0N4SUV4 B2RXA7 CASP4-MEDIATED SUBSTRATE CLEAVAGE%REACTOME DATABASE ID RELEASE 96%9960519 CASP4-mediated substrate cleavage A0A679AXP3 P70343 P10749 P70677 Q2PMY2 TRANSCRIPTIONAL REGULATION BY VENTX%REACTOME%R-HSA-8853884.3 Transcriptional Regulation by VENTX A2RTD1 Q8C358 P53995 Q8VD67 Q541Z5 B1ATC3 Q8BZQ7 Q8BYJ1 Q8BJP2 Q9WVM3 Q3UHK8 Q3UFC2 Q8K2H6 A2CG76 Q3UD86 Q80ZA1 Q9CPX9 S4R2B6 A2A4Z0 Q64364 Q8CAI6 G3X8W7 Q8C402 Q548Y4 Q3UFQ4 Q3TM92 Q3TI84 Q9D3A0 Q790L7 Q9CS58 Q02248 Q3U3D4 Q3UPN9 Q8CJF9 Q6NXV8 P25799 CHOLESTEROL BIOSYNTHESIS VIA DESMOSTEROL (BLOCH PATHWAY)%REACTOME DATABASE ID RELEASE 96%6807047 Cholesterol biosynthesis via desmosterol (Bloch pathway) Q3U9G9 Q9CRA4 Q8K0C4 Q8VCH6 O88822 Q3V3I6 A0A140LIT2 Q8C5N9 P70245 Q3US15 LYSINE CATABOLISM%REACTOME DATABASE ID RELEASE 96%71064 Lysine catabolism Q3TRZ4 Q3UEJ8 O08749 Q5U5V2 Q8BVD4 Q9DBF1 Q9WVM8 Q9D2G2 Q3UPX0 Q3UEQ9 A2ATU0 Q8R1K4 REGULATION OF CLOTTING CASCADE%REACTOME DATABASE ID RELEASE 96%9769739 Regulation of clotting cascade Q8CI01 M0QWP1 Q3V1F2 O88783 Q64519 E9QPU1 Q6S9I3 Q6GR78 Q75UR0 Q8R121 Q3TJ94 Q8K357 P49182 Q8BVN1 P51655 Q04519 A0A2I3BPX3 Q8R3X6 Q8R2S8 Q543W3 A0A0R4IZY6 P43407 A0A0R4J088 Q543R5 Q80YC5 P26262 Q8BKV1 Q80Y26 Q3U5S6 P33587 Q543J5 Q6P8R3 Q542C2 P16294 G5E899 A2CFB8 P30558 P97290 H3BLN8 Q3TR66 Q3U379 A7LM19 Q52KG8 B2RR03 Q8BQ43 Q3TWB2 O88186 Q9QZU3 DEFECTIVE OGG1 SUBSTRATE PROCESSING%REACTOME DATABASE ID RELEASE 96%9656256 Defective OGG1 Substrate Processing Q3UIL3 TRANSCRIPTIONAL REGULATION BY NPAS4%REACTOME DATABASE ID RELEASE 96%9634815 Transcriptional Regulation by NPAS4 P06537 Q63844 Q543F6 Q3UQ34 Q541P3 Q8VD67 Q3TH76 B1ATC3 Q8BGD7 Q8BJP2 Q3UHK8 Q3UD86 Q6GQV9 Q3UHZ2 P23804 Q542T9 Q059J3 Q8BIF2 P01101 Q99KQ4 Q9CS58 Q8CEC2 Q548A9 P35546 F8V330 Q8CJF9 Q3YAB0 Q9JM73 Q8BYY5 Q5EEX1 P63085 Q3UHJ6 STRAND-ASYNCHRONOUS MITOCHONDRIAL DNA REPLICATION%REACTOME%R-HSA-9913635.2 Strand-asynchronous mitochondrial DNA replication E9QLN8 Q75WC0 Q3V3E7 Q9CXC3 Q3V303 Q5NCT2 Q8C163 Q3V3C0 Q8R2K3 COLLAGEN FORMATION%REACTOME%R-HSA-1474290.5 Collagen formation Q3UN27 Q2UY11 Q30D77 Q8K4G2 Q9Z0I9 Q5SX75 Q3U962 Q07563 Q9CYD3 B1AWB9 Q8R4W6 Q9JLI2 Q8CG71 I7HJS8 Q8CG70 Q9QZS0 B2RQQ8 Q9R0E2 Q9R0E1 P25318 E9Q718 E9Q7P1 D3Z7D5 Q6NVG7 Q3TVI5 A6PW84 B0LAD9 Q8K297 P19324 Q3UN82 Q61789 Q8C5B3 G5E874 P09103 G3X9D2 P41245 B2RXX5 P58022 A0A0R4J0Q4 Q9Z175 Q8CEU1 Q3TXH3 Q8C9W3 G3X9F5 Q9WVM6 P98063 Q3UF16 O35566 H7BX23 Q6S393 Q3UQ28 Q543M3 P57748 Q8CC06 A2A864 Q922W6 Q63ZW6 D3Z7B9 Q8C6K9 A0A2K6EDL8 E9Q5L6 B7ZNH7 P28481 Q63870 Q9ESQ1 Q3U9V5 E9QPX1 Q00780 Q3TX57 P10605 Q91VF6 O35206 P11087 Q3UST0 I7HJR1 Q05306 Q9DCY1 Q0VF58 Q60847 Q9D0D2 Q8BSZ5 Q9QZR9 Q8BLX7 Q8BSX1 P02463 Q5QNQ9 HIGHLY SODIUM PERMEABLE POSTSYNAPTIC ACETYLCHOLINE NICOTINIC RECEPTORS%REACTOME DATABASE ID RELEASE 96%629587 Highly sodium permeable postsynaptic acetylcholine nicotinic receptors Q9ERK7 F8VQK4 Q80VZ5 Q0VBK4 Q5SXG9 Q3USV2 Q53YK0 MET ACTIVATES RAP1 AND RAC1%REACTOME%R-HSA-8875555.2 MET activates RAP1 and RAC1 Q91ZZ2 F8VQL0 Q8C9G5 Q8JZR2 Q3TLP8 Q505A4 A2RS58 Q3V3W9 Q52L50 E9PX48 FORMATION OF XYLULOSE-5-PHOSPHATE%REACTOME DATABASE ID RELEASE 96%5661270 Formation of xylulose-5-phosphate Q3TMS3 Q64442 A2AC16 A7VMV2 Q80XJ7 RUNX1 REGULATES EXPRESSION OF COMPONENTS OF TIGHT JUNCTIONS%REACTOME DATABASE ID RELEASE 96%8935964 RUNX1 regulates expression of components of tight junctions B9EHJ3 Q08024 O54942 TRANSCRIPTIONAL REGULATION BY RUNX2%REACTOME DATABASE ID RELEASE 96%8878166 Transcriptional regulation by RUNX2 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 Q8K3J2 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 O08580 P99026 Q3UZH5 Q9R1P0 Q3TV35 O35593 Q9R1P3 P62878 Q5SUR3 Q14BU0 Q14AQ1 Q58EV4 O55234 Q9WUD1 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 P19091 P21274 P06537 Q546B3 Q0VGJ1 Q6NZM9 Q3UV52 E7FJU2 Q3TYA7 Q8BSC0 Q3TJI7 Q8CE74 Q9EPK5 Q80XI9 Q04887 Q3U9V5 Q3TYX7 O35182 Q99K94 Q3UZZ2 E3SRG8 P31750 Q3UG37 Q8C2Q3 P11440 Q8VHJ7 P46938 P13405 Q790L7 Q564P6 Q80WV2 P05480 Q5RM08 Q8BKI7 Q569Z9 Q8C253 Q08024 P54843 Q61039 Q545C3 P97503 A2A884 Q80YP5 P63085 Q9QUM5 Q8C6X4 Q8VDV0 Q63844 Q5KU03 P70340 P26687 O70343 Q6KAS7 Q3SYK5 Q9JM08 P11087 A5D6P6 IRS ACTIVATION%REACTOME DATABASE ID RELEASE 96%74713 IRS activation P81122 Q60760 Q3TPM5 Q5EEX1 Q543V3 REGULATION OF NF-KAPPA B SIGNALING%REACTOME DATABASE ID RELEASE 96%9758274 Regulation of NF-kappa B signaling E9QMH7 Q3UAR6 P70196 Q5EBQ4 Q3TL44 Q3U607 E9PYI8 Q8VC16 Q8CBT3 P0CG50 Q80ZA1 Q8C6X9 Q8VC91 Q5D0E0 CELL-EXTRACELLULAR MATRIX INTERACTIONS%REACTOME%R-HSA-446353.3 Cell-extracellular matrix interactions P09055 Q3TLE2 Q3UGT9 Q9D031 P70460 Q8VHX6 F8VQ28 Q3UF75 Q71FD7 Q91XD2 A1BN54 O55222 O70146 B7FAU9 F6WMJ3 ENZYMATIC DEGRADATION OF DOPAMINE BY COMT%REACTOME DATABASE ID RELEASE 96%379397 Enzymatic degradation of dopamine by COMT Q3UJ53 A1Y9I9 O88587 FORMATION OF TUBULIN FOLDING INTERMEDIATES BY CCT TRIC%REACTOME%R-HSA-389960.4 Formation of tubulin folding intermediates by CCT TriC P68372 Q3UMM1 Q8BVY8 Q3U4U6 P68369 A2AQ07 P68368 P80316 Q3UIJ0 P11983 Q564F4 Q9ERD7 B2RSN3 Q9JJZ2 P05213 Q52KG9 P05214 Q8BVT1 Q9D6F9 Q542X7 Q3UX10 Q52L87 Q7TMM9 REGULATION BY C-FLIP%REACTOME DATABASE ID RELEASE 96%3371378 Regulation by c-FLIP Q9QZM4 B2RRZ7 Q99PH8 Q3U5H0 Q8C6X9 Q61160 Q8C350 Q3U607 Q60855 FGFR3B LIGAND BINDING AND ACTIVATION%REACTOME DATABASE ID RELEASE 96%190371 FGFR3b ligand binding and activation A0A7U3L6F4 E9Q2N2 A0A7U3JW51 Q6ZWS1 INACTIVATION OF CSF3 (G-CSF) SIGNALING%REACTOME DATABASE ID RELEASE 96%9705462 Inactivation of CSF3 (G-CSF) signaling P40223 Q6P1E0 Q6GU23 O35716 Q0VB73 A0A087WNT1 Q2M4H5 Q3URU8 E9QJS1 P42232 D3Z392 Q9JIA0 P0CG50 Q99K94 P08103 Q8CEI0 Q3UFQ4 Q4QQL2 Q62120 O35718 ENDOSOMAL VACUOLAR PATHWAY%REACTOME%R-HSA-1236977.3 Endosomal Vacuolar pathway P01898 Q31093 P01887 O19441 Q543M3 Q8C129 Q8BSZ5 A7VMS3 PYRIMIDINE BIOSYNTHESIS%REACTOME%R-HSA-500753.5 Pyrimidine biosynthesis G3UWN2 Q544K9 O35435 ATF6B (ATF6-BETA) ACTIVATES CHAPERONES%REACTOME DATABASE ID RELEASE 96%8874177 ATF6B (ATF6-beta) activates chaperones Q3UJ07 Q9WTZ2 Q3U7T8 Q8CHX6 PLATELET ADHESION TO EXPOSED COLLAGEN%REACTOME DATABASE ID RELEASE 96%75892 Platelet Adhesion to exposed collagen Q8BPT3 P09055 P0C191 P20491 E9QPU1 A2CFB8 D3YZ57 A7LM19 Q8CEI0 Q62469 B2RR03 O88186 Q9QZU3 E9PXZ3 REGULATION OF PYRUVATE METABOLISM%REACTOME DATABASE ID RELEASE 96%9861718 Regulation of pyruvate metabolism Q544J2 Q8BFP9 Q4FJR4 Q91YQ7 P35487 Q7TSQ8 Q9D051 Q8BMF4 Q3UWT3 Q4VC33 E0CYH4 Q564E2 G3X920 Q504M2 Q9JK42 A8Y5Q1 Q8R216 P0CG50 O08749 Q9JJA0 Q3TQP6 E9Q5D6 Q3UXI0 Q8BKZ9 Q9D7M1 Q9CPY6 Q3UFJ3 Q80YQ8 INTERLEUKIN-1 PROCESSING%REACTOME%R-HSA-448706.3 Interleukin-1 processing A0A679AXP3 Q3U0Y6 Q3UV15 P10749 Q548Y4 P25799 Q059V7 P29452 Q2PMY2 KINESINS%REACTOME DATABASE ID RELEASE 96%983189 Kinesins Q6P1D3 Q9CUT6 Q9WVM1 B7ZWN1 A9XMT8 F8VQE2 Q7M6Z4 Q6TA13 A2RSC8 Q8VI89 Q9CRX5 Q8C0X6 Q3US62 A0A1Y7VK29 E9Q4K7 E7FLY0 G3X8Q6 Q6PB45 P33174 E9PX57 Q6PFD6 Q3V416 Q9JKY9 B0G0X9 Q9DBS5 Q3UI47 Q91W40 Q6P9P6 P97329 Q6P9L6 Q52KG5 E9QKK1 Q91YS4 E9Q5G3 Q8CD76 Q3V300 Q3UD72 Q571A6 Q9D481 Q8BZ45 VIRAL RNP COMPLEXES IN THE HOST CELL NUCLEUS%REACTOME%R-HSA-168330.5 Viral RNP Complexes in the Host Cell Nucleus Q61696 METABOLISM OF POLYAMINES%REACTOME DATABASE ID RELEASE 96%351202 Metabolism of polyamines P54369 Q3TXR6 A2AS89 P00860 Q542Y0 Q3V2Q2 P54775 Q3UPK6 Q9CPS5 Q8BVQ9 Q9R109 P62196 B2RT97 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 O35484 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q14AQ1 Q543H0 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P70195 Q6P078 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 O08608 Q3TKV1 DEFECTIVE SLC12A1 CAUSES BARTTER SYNDROME 1 (BS1)%REACTOME%R-HSA-5619104.4 Defective SLC12A1 causes Bartter syndrome 1 (BS1) A2AQ52 ASPARAGINE N-LINKED GLYCOSYLATION%REACTOME DATABASE ID RELEASE 96%446203 Asparagine N-linked glycosylation Q0VGU0 Q9CQW1 Q5XJY5 Q9D0F3 O35153 Q923G3 Q5DQJ3 B1AR34 Q5RKN9 Z4YJU8 Q8BX80 Q78IS1 Q542M2 Q9JHH9 Q3UGP8 A2RSS2 Q9QXK3 S4R2K9 Q3V100 Q922H4 Q8BTF0 Q8BTZ7 Q91W01 Q9DCE3 Q68FG2 Q6ZQI3 Q3UGX2 Z4YLR0 P84084 Q8R1C2 Q3V1V5 Q9JJ04 Q0VGY9 P08032 Q8VIE5 Q6NXH2 Q9DCJ9 Q3TRR3 D6RHA2 Q8K0C9 Q9D2D1 C5NTX9 Q8R2K1 Q9D997 Q3V3B1 Q6PAS1 Q148N5 A0A0R4J1J3 Q99J77 A0A217FL49 Q9DB25 Q8BWW3 Q3UL64 Q76K27 A2AWJ3 Q99KU1 Q9D1Q4 A0ABJ3HKR5 O70152 Q3UW64 Q3UUA9 Q9WUP4 Q545R7 Q8R2Y3 Q9QZ39 Q3ULV6 Q3V0X4 Q3UHZ7 P47856 Q8R2I1 B2MWM9 Q9CUJ6 Q99LJ8 Q5HZI6 A0A0R4J0B4 Q543I9 Q6GTI0 A0A2I3BQY4 Q61420 Q9CPT3 Q7TMC8 O35696 Q5SUC3 G5E8F4 Q3TAW7 F6UP77 Q7TNB5 Q3UQN3 B1ASJ2 Q9D081 Q545I6 P46460 P84078 Q3U7I0 Q6GQU1 Q3UR67 P63168 Q5RKT9 A2A615 Q4FJT2 Q9JHU4 Q6P8H8 A0A338P726 Q8R0J2 Q8C3B8 Q8VDI9 Q9DBE8 Q9CPT1 Q3TAE8 Q921Q3 Q3U478 Q3TYJ3 Q8BN82 P39098 Q6NXK9 Q544T7 Q3TPJ8 Q9D0M5 Q6PDL0 Q3U260 Q5EEX1 Q8VIB3 A0A0R4J2D3 Q3TWG5 Q9D1M0 A0A494BB86 V9GXM1 P0CG50 Q9D0I4 Q9DBH5 O08547 Q542I9 P58019 Q8BQL3 Q544R8 Q8VCD3 Q14BR4 Q91XT4 Q78XR0 P35846 Q3TZ89 Q7TSI3 G3X928 Q8BXT9 Q3TLI0 Q0PD66 Q0PD67 A0A2I3BQJ1 Q3UAP1 Q14BF8 D6RGU4 Q5J9A9 A0A1W2P7S5 O35623 Q00897 Q3SYI8 Q9CQR6 Q9JME7 Q3USK2 Q8BRF7 D3Z4P2 Q9Z1A1 Q0P648 Q3UPL0 G5E8R4 Q9Z1Z0 D0EW11 B7ZNW3 Q3TCN5 Q8BQ43 Q3U9K9 A2A9I0 E9QAH1 Q8K000 Q9CQA1 Q9D306 Q3U518 Q9D6E1 E9Q3T8 O88783 Q8C4L1 Q80UM7 Q8C3J2 A2AJ15 Q812G0 Q921V5 Q544F0 Q8BJT9 Q91Y74 A0A7N9VR83 Q544T4 A0A0R4J1R1 Q8BM62 Q3U957 A0A077K846 Q11204 Q6NZM3 P70277 Q059T5 Q544M3 A2ADH1 B2X2D8 Q3TQY2 A1A4T2 Q812F8 P70190 Q9QZB7 Q9QZB9 D3Z6H3 Q8R1L4 A0A0F7RQH1 Q545E4 O35445 Q99JH8 Q3TPZ5 Q3TSD2 Q925U4 Q6ZQ89 A0A0R4J0K8 Q6P5E4 Q3TCI2 A0A0R4J0D3 E9Q4X2 B7ZNP0 Q9DBG6 Q3UYK9 E9Q919 P61804 Q6DFZ1 Q99J56 Q8K2C7 Q7TNQ1 O89079 O54734 Q99LJ1 Q921L5 Q8BMR3 P28663 Q543Y8 Q01853 Q9CQM2 Q3U573 A0A0R4J0Q9 Q6GTY4 O55029 G3X9G6 Q9JIF7 Q78XF5 Q9Z160 A0A494BAE3 Q9JJA2 Q7TSQ9 Q6PDC2 Q60FD1 Q9DB05 A0A0R4J0L5 Q91X17 Q91YT2 Q3USH9 P27773 Q922Y1 Q80U83 Q8C1E4 A0A286YCI0 O88630 Q63870 Q8K1E0 Q8BQ86 A2AA71 Q3UYC1 P24721 A0A0R4J0T8 Q6NXL1 Q80ZX0 Q3U344 INTERLEUKIN-6 SIGNALING%REACTOME%R-HSA-1059683.5 Interleukin-6 signaling Q3URV7 Q99K94 Q6GU23 P35235 A2RTD1 Q3URU8 Q62120 O35718 E9QJS1 A0A0X1KG61 Q6PDI9 SIGNALING BY NODAL%REACTOME%R-HSA-1181150.3 Signaling by NODAL Q63844 E3SRG8 Q64280 P43021 P27040 A2ADM9 Q3V348 Q0VEP8 Q4FJW2 Q3TZF1 Q3UPN3 Q8BUN5 P57785 Q62432 Q9WVH4 Q8BRV4 P23188 F6XJP7 P63085 DNA METHYLATION%REACTOME%R-HSA-5334118.3 DNA methylation B2RTK3 B2RWH3 Q8CGP7 Q64475 Q64478 Q7TSJ0 Q64524 Q149V4 P10853 C0HKE5 Q541E5 D3YUQ4 O88508 Q9D2U9 A3KPD0 Q6ZWY9 S4R1M3 P84228 Q8CGP2 P27661 Q8R1M2 Q8CGP0 Q8VDF2 CYTOCHROME C-MEDIATED APOPTOTIC RESPONSE%REACTOME DATABASE ID RELEASE 96%111461 Cytochrome c-mediated apoptotic response A0A1L1SVG0 Q60989 Q63844 A2AS93 Q9JIQ3 Q4FJQ4 A2AGL5 Q9WVQ5 P63085 Q5DU30 P70677 REGULATION OF IFNG SIGNALING%REACTOME DATABASE ID RELEASE 96%877312 Regulation of IFNG signaling Q3TZW9 P15261 Q2M4G9 Q63953 P35235 O35716 Q3UCJ0 A0A7R8C347 Q3URU8 Q62120 O35718 DEFECTIVE SLC1A3 CAUSES EPISODIC ATAXIA 6 (EA6)%REACTOME%R-HSA-5619062.4 Defective SLC1A3 causes episodic ataxia 6 (EA6) Q543U3 PHOSPHOLIPASE C-MEDIATED CASCADE; FGFR2%REACTOME DATABASE ID RELEASE 96%5654221 Phospholipase C-mediated cascade; FGFR2 Q0VER9 Q0VG15 A0A7U3JW97 Q62077 O35565 A0A7U3JW51 Q8C399 Q6ZWS1 A0A7U3L6F4 Q541T2 Q544I6 Q3U1V5 A0A7U3JW80 E9Q2N2 CHD1 AND CHD2 SUBFAMILY%REACTOME DATABASE ID RELEASE 96%9943411 CHD1 and CHD2 subfamily B2RTK3 Q8CGP7 V9GX46 Q149V4 Q8C839 Q9CQI7 Q3UJB0 Q3TVM1 P12979 Q497W9 P10085 S4R1M3 Q91YV0 Q8K2T8 P40201 Q8R1M2 Q5XJE5 Q9CTY6 D6RDC7 E9PWE4 Q05CJ7 Q3U5E6 Q64524 Q3UEB3 P10853 Q6NV83 Q58E59 B2RSV4 Q8JZX4 Q7TN25 B2RWH3 Q64475 E9PZM4 Q64478 C0HKE5 Q9D2U9 Q6ZWY9 Q923D4 P27661 Q3UN87 Q810A7 G3X956 P62315 Q8QZY9 P27048 P83870 Q569Z5 P62320 P59708 G5E8I8 Q08943 A3KPD0 Q8BGT7 Q14AF6 P84228 Q8CGP2 P57784 Q8CGP0 GRB7 EVENTS IN ERBB2 SIGNALING%REACTOME%R-HSA-1306955.5 GRB7 events in ERBB2 signaling D3YZR2 Q6DR99 Q03160 P70424 DNA DAMAGE REVERSAL%REACTOME%R-HSA-73942.4 DNA Damage Reversal Q8K1E6 Q6P6J4 Q4VA39 Q3TSG4 Q9D8Z1 Q8BGW1 E9PZJ8 Q91WR3 POST-CHAPERONIN TUBULIN FOLDING PATHWAY%REACTOME%R-HSA-389977.4 Post-chaperonin tubulin folding pathway P68372 Q3UMM1 P68369 Q9D1E6 Q8BYA0 A2AQ07 P68368 Q5I0U7 A0A0R4J0M1 Q9ERD7 B2RSN3 Q9JJZ2 P05213 P05214 Q9D6F9 Q8CIV8 Q9D0J4 Q3UX10 Q52L87 Q7TMM9 REGULATION OF TLR BY ENDOGENOUS LIGAND%REACTOME DATABASE ID RELEASE 96%5686938 Regulation of TLR by endogenous ligand E9Q5V3 Q3UER8 E9PV24 Q64HC9 G3X8Y8 Q3TGR2 A0A679AXP3 Q3UV88 Q8C6Z4 Q3UP42 Q53X15 Q599W9 Q4FJP7 Q91V77 Q61805 L0CL36 B9EJ46 E9Q414 EVENTS ASSOCIATED WITH PHAGOCYTOLYTIC ACTIVITY OF PMN CELLS%REACTOME%R-HSA-8941413.2 Events associated with phagocytolytic activity of PMN cells Q5SW46 Q7TMS4 ACTIVATION OF MATRIX METALLOPROTEINASES%REACTOME DATABASE ID RELEASE 96%1592389 Activation of Matrix Metalloproteinases Q3UN27 E9QJW9 Q3U435 Q9WTR0 P53690 Q9CR35 Q543M3 O54732 Q8BSJ3 P26262 P12032 Q571A9 Q059V7 A4QPC5 Q545T0 Q9R0S2 Q922W6 Q9R0S3 Q9EPL5 Q3UQT3 Q3V1T9 A1L3D0 P41245 E9QPX1 Q3U9V5 Q3UP87 Q792Y6 P23188 Q3UG07 O70138 INDUCTION OF CELL-CELL FUSION%REACTOME%R-HSA-9733458.3 Induction of Cell-Cell Fusion Q9JIQ8 Q3URC9 M1H0B0 P23188 A0A2I3BPX3 Q8BH79 Q14AT5 Q6PB70 Q75UR0 G8JL82 S4R1L3 PI-3K CASCADE:FGFR3%REACTOME DATABASE ID RELEASE 96%5654710 PI-3K cascade:FGFR3 Q8C180 P42337 Q8C7P2 Q505A4 P35235 A0A7U3JW97 A0A7U3JW51 Q6ZWS1 A0A7U3L6F4 Q541T2 Q3U1V5 A0A7U3JW80 E9Q2N2 TRANSLESION SYNTHESIS BY REV1%REACTOME DATABASE ID RELEASE 96%110312 Translesion synthesis by REV1 A2A7G7 Q4KL82 Q9CQ71 Q5U4B1 Q99J62 Q5SWN2 P0CG50 Q3TKD1 Q61493 Q542J9 Q62193 Q5HZI8 Q920Q2 DEFECTIVE AVP DOES NOT BIND AVPR2 AND CAUSES NEUROHYPOPHYSEAL DIABETES INSIPIDUS (NDI)%REACTOME%R-HSA-9036092.3 Defective AVP does not bind AVPR2 and causes neurohypophyseal diabetes insipidus (NDI) Q3UUQ5 Q3SWS4 THE PHOTOTRANSDUCTION CASCADE%REACTOME%R-HSA-2514856.3 The phototransduction cascade Q3THR4 B9EHP1 Q148R9 Q542R6 P23440 Q4VA93 Q2TB46 Q3TQ70 Q4V9Z9 Q8K0A8 P52785 Q4VAA9 P29974 P43081 Q91WD8 P20612 Q3UPX6 P15409 Q61012 Q541Z2 Q8K2I1 Q5SDA5 Q3UJC3 E9PWU1 Q920N8 Q58E65 O35655 APOBEC3G MEDIATED RESISTANCE TO HIV-1 INFECTION%REACTOME DATABASE ID RELEASE 96%180689 APOBEC3G mediated resistance to HIV-1 infection Q566K0 O54962 Q5SVY2 A2BI12 ABNORMAL CONVERSION OF 2-OXOGLUTARATE TO 2-HYDROXYGLUTARATE%REACTOME DATABASE ID RELEASE 96%2978092 Abnormal conversion of 2-oxoglutarate to 2-hydroxyglutarate O88844 ACTIVATION OF CASPASES THROUGH APOPTOSOME-MEDIATED CLEAVAGE%REACTOME DATABASE ID RELEASE 96%111459 Activation of caspases through apoptosome-mediated cleavage Q60989 A2AS93 Q4FJQ4 Q5DU30 P70677 EGFR DOWNREGULATION%REACTOME%R-HSA-182971.8 EGFR downregulation B2RRF0 Q53ZU1 Q9WVF5 P35831 Q4FJT2 Q80VP1 Q61521 Q3UWD7 P0CG50 Q0VEB7 A0AAQ4VMU6 Q543J8 Q5FW64 A0A0R4J0X8 Q3UMA3 Q3TRJ7 Q3TGH8 B2RS85 Q62420 Q3UGN9 Q3TT90 Q9CZV7 Q80ZL3 A0A0X1KG61 Q545E4 SLIT2:ROBO1 INCREASES RHOA ACTIVITY%REACTOME DATABASE ID RELEASE 96%8985586 SLIT2:ROBO1 increases RHOA activity G3UYX7 Q3UXH3 Q3TRQ0 Q4VAE6 VLDL CLEARANCE%REACTOME%R-HSA-8964046.2 VLDL clearance P34928 Q61268 Q8VBT6 Q91YY0 E9Q414 Q99KG5 CELL DEATH SIGNALLING VIA NRAGE, NRIF AND NADE%REACTOME%R-HSA-204998.3 Cell death signalling via NRAGE, NRIF and NADE Q68FM7 Q9QYH6 A0A2X0SFN9 A2AWP8 Q7TSI6 A0A140LJJ5 Q9R0C8 H3BJ45 Q91ZT5 Q5SS40 Q3U5C8 Q3TNB8 Q80VK6 P0CG50 Q66JY6 Q9D034 G5E8T4 Q6ZPF3 Q64337 A0A0R4J0X8 Q9Z0W1 E9Q5R6 F6WMJ3 Q9WTZ9 P70392 Q6PEB3 Q3TQN9 Q5FWH6 B1AS67 Q3UG32 Q8BWA8 Q3UPH7 Q8VDU4 E9QK62 Q8BY35 Q7TSJ7 P70677 Q3USK4 Q6LDU8 Q9JKX4 Q3UTH8 P70196 Q6P9R4 Q6P1D6 A0A0A0MQ87 P29594 Q69ZK0 D3YYY8 E9PUE7 Q3TLP8 Q3U9H3 Q8C474 Q0KL02 Q8C4B5 D3Z4R2 E9PUF7 Q3USZ7 Q3U4P5 Q3UGZ6 Q3UYK2 Q80U35 P57716 Q9CQ82 Q8C7N7 Q8C067 Q07139 COMPLEX I BIOGENESIS%REACTOME%R-HSA-6799198.5 Complex I biogenesis Q9D8Y1 Q3U422 D3YTQ8 Q5M9P5 A2APY7 Q9CWG8 Q3TQB2 Q9D1H6 Q9CQJ8 Q9CQZ6 Q9CQZ5 Q9CQ91 Q78HW2 Q9CQ00 A2AP31 F6RBR6 A0A286YE33 D3YXT0 Q99LC3 Q8BGA9 Q91YT0 O09111 A0A0R4J0T0 Q569N0 P38647 Q7JCY4 Q7JCY6 Q9MD82 Q7GIP5 Q3V406 Q4JFN6 Q9CR61 Q9MD59 Q99LY9 Q8JZN5 A2AMZ4 A2AQ17 Q9D1R1 Q9D6J6 Q925N1 Q9DCS9 Q8BUY5 Q8CA44 Q9DCJ5 Q9CWD8 Q9CQY9 Q9CQ75 Q545K0 Q9Z1P6 Q9ERS2 Q9CPU2 A0A0R4J174 Q9DC70 A2AIL4 Q9CQ54 Q9DC69 Q91VD9 Q8R033 D3Z568 Q9JKL4 HEME ASSIMILATION%REACTOME DATABASE ID RELEASE 96%9927020 Heme assimilation Q91VB8 A8DUK0 MPS IX - NATOWICZ SYNDROME (HYALURONAN METABOLISM)%REACTOME%R-HSA-2206280.5 MPS IX - Natowicz syndrome (Hyaluronan metabolism) Q91ZJ9 DECTIN-2 FAMILY%REACTOME%R-HSA-5621480.5 Dectin-2 family Q0VEM9 Q8CIH5 A0A0R4J0H1 Q6P1E0 P20491 Q923C7 Q3V2N1 Q4FK29 F8WHB7 Q4KL29 Q0VAV1 D3YZ57 Q67DU8 E9PUF1 A0A7N9VSW1 Q3V1S6 Q8CEI0 PINK1-PRKN MEDIATED MITOPHAGY%REACTOME%R-HSA-5205685.9 PINK1-PRKN Mediated Mitophagy Q569Y6 A2RTT4 Q99MQ3 Q99J83 Q9CQY1 Q91VR7 Q68FE2 A1L361 Q9CZW5 P0CG50 Q64337 Q8K3K8 Q561N4 Q9CPQ3 A0A3B2W489 Q9D173 Q811U4 Q80U63 Q60930 Q5EBQ0 Q60932 Q9QYA2 Q8R3J4 M0QWC2 Q9CQN3 Q4QQL2 RNA POLYMERASE I TRANSCRIPTION INITIATION%REACTOME DATABASE ID RELEASE 96%73762 RNA Polymerase I Transcription Initiation Q3UZB8 A0A338P6M3 Q7TPV0 Q542U3 P61219 B2RR30 P52432 E9QMN5 A2CG76 Q9D1M1 Q8BM83 Q8C5H3 Q8VHR5 Q3TMT1 Q8K0T3 Q3UII8 Q58E49 Q6P3Z8 F8VPZ5 B2RS91 Q60972 Q2KHS8 E9PWD3 Q9Z2D8 Q8BFX0 P70700 Q9DBH1 P51949 Q9R190 Q3V054 E9Q6K1 Q791N7 Q76KJ5 Q8K2X8 Q3TQG6 Q7TPY0 P97358 P49135 Q3THG5 Q3V1B9 Q6PDZ2 Q6RI65 Q9D4V4 Q3V214 Q3UHI3 RUNX2 REGULATES OSTEOBLAST DIFFERENTIATION%REACTOME%R-HSA-8940973.2 RUNX2 regulates osteoblast differentiation P19091 Q3UZZ2 P46938 Q9EPK5 Q63844 P13405 Q546B3 Q0VGJ1 Q14BU0 Q3UG37 P05480 Q5RM08 Q08024 Q6KAS7 P54843 Q3SYK5 Q9JM08 Q3TYX7 P11087 P63085 Q3TJI7 Q9QUM5 PRIMITIVE STREAK FORMATION%REACTOME%R-HSA-9754189.5 Primitive streak formation E9QP19 O54839 Q9WUI0 E3SRG8 Q02591 B7ZMZ6 Q78ZW9 Q3ULR1 Q0VEP8 Q02248 A0A2I6EDI9 Q60I23 Q8BUN5 Q62432 Q80UF1 Q8C402 SIGNALING BY FGFR4 IN DISEASE%REACTOME%R-HSA-5655291.3 Signaling by FGFR4 in disease Q61411 Q8C180 Q3USK4 P42337 Q8C7P2 Q505A4 A0A0R4IZY3 Q62077 Q9D091 NEUREXINS AND NEUROLIGINS%REACTOME%R-HSA-6794361.6 Neurexins and neuroligins Q52KF7 A0A338P6I6 B2RUJ5 O88951 O88952 Q9R0N9 Q3TY61 B9EJ23 A0A0U1RPM0 A0A498WGM0 E9Q5N7 Q8C8L1 Q6PHN2 Q3TUM0 Q3TER1 F8WIG2 Q8BGS1 Q8BZ81 Q3UVU8 G3UWQ9 Q14AG7 D0VYV6 Q5D052 D3YZU5 E9QK34 E9Q4F9 Q91WA6 O08599 G3X9V4 Q4ACU6 Q99JP6 A0A571BEG4 Q62418 Q4VA56 Q9CRA2 Q811B2 Q8BYM5 Q4VBF8 Q5D0A4 Q8K377 Q3UCF7 H6RXZ1 A0A0R4J2C2 Q03391 Q059J3 D3YWU0 A2A6S2 P35436 A2AI21 Q3V0U2 TIGHT JUNCTION INTERACTIONS%REACTOME DATABASE ID RELEASE 96%420029 Tight junction interactions Q3UNX6 Q0GH64 Q9D7U6 Q545A5 Q9JK83 Q3ULX4 G3XA13 Q3TY70 O54942 Q8CBL3 O88792 Q60771 Q5DTK3 Q9ET43 Q8BXA6 Q8BZS5 O88552 Q9Z261 Q9Z0S6 Q9Z0S5 Q9Z0S7 Q4FJV3 Q8QZT4 A2ADL9 B2RRY4 Q3UZK2 A0ABA7IXE6 A2RSP0 Q14BW2 Q3UM35 REGULATION OF MRNA STABILITY BY PROTEINS THAT BIND AU-RICH ELEMENTS%REACTOME DATABASE ID RELEASE 96%450531 Regulation of mRNA stability by proteins that bind AU-rich elements Q3U3D2 Q91YD3 P31750 Q3U671 P54775 F8VQ87 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q61696 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q504P4 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 A2A5N2 P70195 Q5U421 Q60692 Q3U2P8 E0CXB1 Q543H2 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 Q9WUI1 Q4VA93 E9Q9E1 P29341 Q80U93 P63101 Q545F4 Q53YN4 Q5F2A4 P70372 D3Z7M9 Q8BFY9 Q9DAA6 Q921I9 Q9JHI7 Q7TQK4 Q9D0M0 Q8BYY5 A0A0R4J0P6 Q571G2 Q3TKQ3 Q9CRA8 Q9CSH3 Q8BTW3 BH3-ONLY PROTEINS ASSOCIATE WITH AND INACTIVATE ANTI-APOPTOTIC BCL-2 MEMBERS%REACTOME DATABASE ID RELEASE 96%111453 BH3-only proteins associate with and inactivate anti-apoptotic BCL-2 members Q8BQK4 P70444 Q5HZH3 Q3U9H3 Q6GU23 A2AV75 Q6PEB3 LOSS OF FUNCTION OF TP53 IN CANCER%REACTOME%R-HSA-9723907.3 Loss of Function of TP53 in Cancer Q80ZA1 NTF4 ACTIVATES NTRK2 (TRKB) SIGNALING%REACTOME DATABASE ID RELEASE 96%9026357 NTF4 activates NTRK2 (TRKB) signaling Q80VU4 Q3UHE3 ERYTHROPOIETIN ACTIVATES PHOSPHOINOSITIDE-3-KINASE (PI3K)%REACTOME%R-HSA-9027276.3 Erythropoietin activates Phosphoinositide-3-kinase (PI3K) Q0VED9 P81122 Q8BTI9 P42337 Q8C7P2 Q8CI98 Q505A4 Q3UTV9 Q8CEI0 A1A4T4 Q8C5Q7 Q62120 FCGR3A-MEDIATED PHAGOCYTOSIS%REACTOME%R-HSA-9664422.2 FCGR3A-mediated phagocytosis Q8BUR4 Q8BHL5 Q7TSI6 Q9WV32 Q9R0C8 Q3TX55 Q9JM76 Q9ESJ4 Q5SW83 Q9R0Q6 Q8K1I7 Q4KL81 A0A0B4J1G0 Q9WTI7 Q9CXQ9 Q53WY0 Q8VDU4 Q6PGK0 P35991 Q6PEV3 B2RRX1 D3YZ57 Q9CPW4 P14234 Q8JZR2 Q9CVB6 K7Q751 Q3ULF7 Q8BH99 D3Z4J3 Q8VHI6 P63085 Q80TR9 Q3U4Y3 Q8BH43 E9Q2D0 Q63844 A2AS98 Q6P1E0 Q8R5H6 G3UW82 Q6AXH6 Q91VR8 Q3UKP6 Q3TPY5 Q8K1X4 Q3TRQ0 Q8CEI0 Q3TJI7 Q3TLP8 Q8VDD5 Q3SYK5 A0A0R4J119 P08103 Q8BPU7 SYNTHESIS OF WYBUTOSINE AT G37 OF TRNA(PHE)%REACTOME DATABASE ID RELEASE 96%6782861 Synthesis of wybutosine at G37 of tRNA(Phe) E9PYE2 A0A0R4J0L2 A2RSX7 Q8BG71 Q9D0C4 Q8BYR1 ERYTHROPOIETIN ACTIVATES RAS%REACTOME%R-HSA-9027284.2 Erythropoietin activates RAS Q61411 Q91ZZ2 Q0VED9 P98083 P81122 Q3USK4 Q8VDU4 A2RS58 Q3UTV9 Q8CEI0 Q9D091 Q62120 DEFECTIVE AMN CAUSES MGA1%REACTOME%R-HSA-3359462.4 Defective AMN causes MGA1 Q9JLB4 Q99JB7 P52787 DEFECTIVE SLC20A2 CAUSES IDIOPATHIC BASAL GANGLIA CALCIFICATION 1 (IBGC1)%REACTOME DATABASE ID RELEASE 96%5619111 Defective SLC20A2 causes idiopathic basal ganglia calcification 1 (IBGC1) Q80UP8 ABASIC SUGAR-PHOSPHATE REMOVAL VIA THE SINGLE-NUCLEOTIDE REPLACEMENT PATHWAY%REACTOME%R-HSA-73930.5 Abasic sugar-phosphate removal via the single-nucleotide replacement pathway Q8K409 Q544Z7 RAF ACTIVATION%REACTOME%R-HSA-5673000.4 RAF activation Q99MP8 Q8BW40 Q3TPX5 F8WIS9 Q80XI6 Q6ZQK4 Q91YS7 Q8BN07 O88520 Q6PD03 Q99N57 Q3UV75 P67778 Q9D091 P28028 P63330 Q6PD28 Q8CAD1 A0A1Y7VNZ6 Q8CCM0 Q6ZWM8 Q76MZ3 P05480 P62141 Q91V89 Q61411 A2A5N2 Q3TMJ8 Q8BIX1 Q8BL41 Q61151 Q62120 REGULATION OF EXPRESSION AND FUNCTION OF TYPE II CLASSICAL CADHERINS%REACTOME DATABASE ID RELEASE 96%9764260 Regulation of Expression and Function of Type II Classical Cadherins A0A0R4J056 Q4FK48 E9Q3A7 Q3UQ34 Q8VD67 B1ATC3 Q8BJP2 Q3UHK8 Q3UD86 Q9Z1P8 G3X9V2 Q9CS58 Q04888 Q02248 Q8BSG9 Q02257 G3X8Q0 Q9DBX7 Q8CJF9 Q5D1E7 Q8C7Q6 Q6PFX6 Q8BZ97 Q61080 A2AP51 Q545R0 Q3UHT3 Q45VK6 Q8C449 P09025 DRUG-MEDIATED INHIBITION OF ERBB2 SIGNALING%REACTOME%R-HSA-9652282.4 Drug-mediated inhibition of ERBB2 signaling Q61081 B7ZNX6 Q80Y52 P70424 SMAC (DIABLO) BINDS TO IAPS%REACTOME DATABASE ID RELEASE 96%111463 SMAC (DIABLO) binds to IAPs Q60989 A2AS93 Q9JIQ3 Q4FJQ4 Q5DU30 P70677 INTERLEUKIN-27 SIGNALING%REACTOME DATABASE ID RELEASE 96%9020956 Interleukin-27 signaling Q8K3I6 Q9JM58 Q99K94 Q6GU23 Q3U1K3 Q3UZN3 Q5SUC3 Q3URU8 Q62120 E9QJS1 Q6PDI9 DEFECTIVE GALNT12 CAUSES CRCS1%REACTOME DATABASE ID RELEASE 96%5083636 Defective GALNT12 causes CRCS1 Q0VAV1 Q0VEM9 E9PUF1 A0A7N9VSW1 A0A0R4J0H1 Q3V1S6 Q60GT3 DAP12 INTERACTIONS%REACTOME%R-HSA-2172127.3 DAP12 interactions Q8C7P2 Q6P1E0 A7E1W8 Q3U390 Q7TSI6 Q62077 Q9D091 Q9R0C8 Q8BTI9 O19441 Q3TEQ8 Q8CIH5 Q3TLP8 P42337 P01887 O54707 P35991 Q9R007 Q61411 Q3U419 Q3U0E8 D3YZ57 Q60787 Q3USK4 E9Q696 Q8K249 O08908 Q99NH8 Q4FJM0 Q14DT9 ACROSOME REACTION AND SPERM:OOCYTE MEMBRANE BINDING%REACTOME%R-HSA-1300645.4 Acrosome Reaction and Sperm:Oocyte Membrane Binding P40240 D3Z690 A0A455R725 Q3ZB05 Q9DA16 SYNTHESIS OF DOLICHYL-PHOSPHATE-GLUCOSE%REACTOME DATABASE ID RELEASE 96%480985 Synthesis of dolichyl-phosphate-glucose A0A217FL49 Q9DB25 VLDL ASSEMBLY%REACTOME DATABASE ID RELEASE 96%8866423 VLDL assembly P34928 Q61268 P09103 O08601 E9Q414 ABC TRANSPORTER DISORDERS%REACTOME%R-HSA-5619084.7 ABC transporter disorders Q9DC29 P21440 E9Q876 P54775 Q99J56 Q3UPK6 Q8K0B2 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q8K2C7 Q8VEH8 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q8BPY1 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q14AQ1 Q58EV4 O55234 P48410 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 Q01853 P70195 Q60692 Q6GTY4 E0CXB1 Q6AXE3 Q6RI64 Q8BFZ9 Q3TS44 Q99JI4 Q99PE8 Q7TSR6 Q3TKV1 Q91X78 Q91YT2 Q3U957 Q8VI47 Q14C34 P26361 B2RUS7 O35445 Q61743 Q00623 Q9QY30 E9PUE8 Q9R1S7 O89016 FRS2-MEDIATED ACTIVATION%REACTOME DATABASE ID RELEASE 96%170968 Frs2-mediated activation Q91ZZ2 A2A5N2 Q8C180 Q63844 Q3TMJ8 Q91YS7 A2RS58 Q3V3W9 P63085 Q6LDU8 P28028 RUNX3 REGULATES CDKN1A TRANSCRIPTION%REACTOME DATABASE ID RELEASE 96%8941855 RUNX3 regulates CDKN1A transcription Q8BUN5 Q3U1Q3 E3SRG8 Q3UNK5 E9QMD3 Q564P6 Q80ZA1 P53-INDEPENDENT G1 S DNA DAMAGE CHECKPOINT%REACTOME%R-HSA-69613.5 p53-Independent G1 S DNA Damage Checkpoint Q6P571 Q6PJ87 Q9WUI1 Q5KU03 Q8C0Q4 Q3TYE1 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q543W6 P48964 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q5SUR3 P62878 O35280 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 A0A286YDT6 Q3TXS7 P70195 Q5SRY7 Q5U421 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 CDC42 GTPASE CYCLE%REACTOME DATABASE ID RELEASE 96%9013148 CDC42 GTPase cycle Q9CQW1 P63024 A0A0R4J0S1 Q8CA59 Q811P8 Q4FJQ0 Q8BTW9 Q91Z68 Q3U9G9 Q4VAC9 Q91Z67 Q3U5C8 H7BX46 D3YZW1 Q8K1I7 Q9CXQ9 Q53WY0 E9PX48 Q6PEV3 Q3ULB5 E9Q2D0 Q3TRQ0 Q8C015 A2AQ45 Q80U72 E9PUK3 Q8C147 Q7TT50 H7BX44 Q9DB19 Q02257 D3Z7A7 Q8K031 Q3UGZ6 Q3UWP1 P49817 P54116 F8VQ29 G5E884 Q07139 Q68FM7 Q3TU98 G5E825 E9QKB1 Q8C7P2 Q80XI6 Q8BTF1 Q7TSI6 Q9R0C8 Q91ZT5 Q5DTJ2 Q3TNB8 Q7TMQ7 E9Q3I3 Q9D034 G5E8T4 Q8QZW8 A0A0R4J0X8 B1GX81 P70392 F6WMJ3 Q3TQN9 Q3TY82 Q5FWH6 Q3UG32 Q8BWA8 F8VPS6 B2RSI0 E9QK62 Q8BY35 Q9JM96 O89032 A2AF47 A0A1L1SQR4 E9QMX7 Q62172 O08908 Q8BFX3 Q9CQ22 Q6PGG2 Q5F258 Q542D9 Q3UR67 Q3UTH8 Q8BL80 Q9CQC5 Q9WVM1 E9PUB0 Q9CWU8 Q80XR8 G3X960 Q6IFT4 Q5SSM3 Q6P1D6 Q3TY70 B2RQE8 Q8BI52 Q8R5G7 A0A087WRP5 A2RRK7 E9QN92 Q3UKP6 Q8BGH7 E9QAJ9 Q6P7W2 E9Q6X9 Q9D3L3 Q61599 Q8BHH3 Q6P8W0 Q69ZK0 Q9D0J3 G3X9Q3 D3YYY8 A0A0R4IZX1 E9PUE7 Q8BM00 E9QP44 Q8K2H3 Q3V3S7 B7ZCJ1 Q8C474 P97393 Q3UNB6 Q8BH88 Q8BM51 Q8JZX9 Q9Z207 Q3UQS4 Q0KL02 Q9Z0X0 Q8C4B5 Q8CGF1 Q3TXQ1 Q99PT1 Q80Z96 Q6NVF2 Q3UQ44 Q8C9L7 F8VQC7 A0A0R4J0T8 Q8C067 Q8CCL8 Q8BQW4 TRANSCRIPTIONAL ACTIVITY OF SMAD2 SMAD3:SMAD4 HETEROTRIMER%REACTOME%R-HSA-2173793.6 Transcriptional activity of SMAD2 SMAD3:SMAD4 heterotrimer E9QP19 Q63844 E3SRG8 Q3TVD4 Q8C7T5 Q3TZS1 Q9CSE3 Q9EQE3 B1APX1 P0CG50 Q921K2 Q3UBT1 Q8CAS3 Q549R4 Q3UFQ4 Q8CHB6 A0A1L1SRK3 P01108 Q9EPK5 Q8C8M7 Q58E49 Q3TB81 Q8BJ14 Q3U3M5 Q569U6 Q80ZV7 G5E899 Q6PAR4 Q8BUN5 Q62432 Q61502 Q9D297 Q3TX57 Q9QWV9 G3X8Q0 Q8R0K9 P23188 B2RPW6 A0A0R4J1I3 Q99J95 E9Q6E2 B1AUF1 P63085 G3X9H8 Q7TQK0 Q4QQL2 GLUCOCORTICOID BIOSYNTHESIS%REACTOME DATABASE ID RELEASE 96%194002 Glucocorticoid biosynthesis P01193 Q3UKW1 Q6NZB9 Q4JHD9 Q3UJ12 P15539 Q3UQH5 Q7TPU0 Q3UJ92 Q53YJ1 GLI PROTEINS BIND PROMOTERS OF HH RESPONSIVE GENES TO PROMOTE TRANSCRIPTION%REACTOME%R-HSA-5635851.3 GLI proteins bind promoters of Hh responsive genes to promote transcription Q3TYX7 Q8BKI7 P47806 REGULATION OF GLUCOKINASE BY GLUCOKINASE REGULATORY PROTEIN%REACTOME DATABASE ID RELEASE 96%170822 Regulation of Glucokinase by Glucokinase Regulatory Protein Q8CDZ5 P59235 Q9D1M0 Q5FWJ9 Q8BUA6 Q9Z0W3 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q8BH74 Q8BPS7 Q8R480 Q8BTS4 J3JSA4 Q8R4R6 Q9CWU9 Q5SVI6 Q91X44 Q9ERU9 DEUBIQUITINATION%REACTOME%R-HSA-5688426.5 Deubiquitination Q8CB27 Q69Z66 A0A286YDW9 Q8C2S0 Q9CQ26 Q8K409 A0A0R4J243 Q5I043 Q8CGY8 Q3TT00 P48964 Q80ZA1 Q8BG51 Q8C6X9 A0A1L1SQ24 Q8R4B8 B2RQC2 Q62210 Q9WUP7 A0A3B2W489 Q3TSV9 Q6P3Z8 J3KMM1 A2AGL8 Q60930 Q60855 Q5EBQ0 Q8BUN5 B2RRX1 Q9D721 A2AI52 D3Z0Y8 Q60932 Q8R2Y8 Q3TSE5 Q3V059 O88623 A0A0R4J2D0 Z4YJY0 Q3U4W8 Q3UUT8 A0A0H2UKB8 Q8R554 Q6PFX9 Q5BKP2 B1AZ99 B2RR30 Q9CTM5 Q8BH57 Q3UES3 P52479 Q8VCM5 Q8BVZ5 Q99KQ3 F8VPX1 A0A6Q6QAE5 Q3U1J1 Q6ZPV2 Q3UTC9 Q3UNK5 A0A0A0MQ89 Q8R2S9 Q8CAP3 Q8BHA0 P23804 Q6PIJ4 Q3U1C2 Q3UQN3 P51943 B1AT32 Q8R359 Q569Z9 Q61456 Q99LB6 P70340 Q547H1 Q8BPZ8 Q3UI43 Q80SY9 Q540J8 P46737 A0A0R4J183 Q3UAR6 Q80YR7 Q8K3W0 Q99JG7 Q64522 Q9JJ66 A2AB79 E9PYI8 Q8CGP4 Q8CGP5 B2RPW6 P54775 Q3UPK6 Q9CPS5 Q8BVQ9 Q9CSE3 P62196 B2RT97 P0CG50 Q3UHJ1 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q8BJR0 Q9R0P9 Q9D8W5 Q5XJH3 P99026 Q3UCQ1 Q9R1P0 Q8BWQ9 Q3TV35 B1AUX2 O35593 P42128 Q9R1P3 Q3UWN3 Q24JP2 Q14AQ1 Q58EV4 Q923A8 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q64525 Q3TXS7 P70195 Q62432 Q9Z1E3 E9QLK7 Q60692 E0CXB1 E9QAM0 Q6RI64 Q3TS44 Q8R0L9 Q99JI4 Q8VC91 Q3TKV1 Q505L1 P19091 Q810M8 Q3UEV2 Q8CF89 P70196 Q9D2U9 E7FJU2 Q8CGB9 Q5XPI3 Q8CIG3 O70445 P26361 Q3U0R5 Q3UQK5 A3KPD0 Q9Z2X8 Q8CGP2 Q8CGP0 Q8BWG8 Q6NV63 B2RTK3 Q8CGP7 E3SRG8 Q7TSH4 Q149V4 J3JS97 Q3UN04 Q9CZW5 O70492 P11440 Q99LG0 Q4FZK4 Q3UFQ4 P01108 Q3UMA3 Q3TGH8 B2RRA5 Q14DJ8 Q3TU94 A1L0V6 Q3UGN9 A0A1L1SV73 Q64524 Q3TGP5 Q3U5B1 P10853 O35465 Q01853 Q3UI46 A2AES5 Q8BQS9 Q9D5H8 A0A5F8MPP4 B2RWH3 Q4KL34 D3YTZ7 E9QM75 Q64475 P18762 A0A0R4J0M9 Q64478 C0HKE5 Q80TQ2 Q3TPN5 Q8C7T5 Q4VAE6 Q00899 Q7TQD1 B2RUR8 Q6P9L4 E9PUE2 Q6ZWY9 Q3UCW2 Q7TQI3 Q8BNP7 P70362 Q8BJ14 A2ALR9 Q8C6M1 Q99PU7 Q3SXA6 Q5DU02 Q76N33 Q9D9M2 G-PROTEIN MEDIATED EVENTS%REACTOME%R-HSA-112040.3 G-protein mediated events Q8BW40 Q8CED6 F8WIS9 P84309 Q8C078 Q3UN66 Q91WF3 B2RVZ3 A0A2I3BRC5 Q922R0 Q9DC51 P68181 P30678 E9Q706 Q8VBY2 O88444 Q3UPA1 Q3TY04 Q3UUN2 B2RSH2 P63085 H3BK84 Q8CBT5 Q8BHK8 Q80TY9 Q3UHH5 Q8CI86 Q3UU15 Q3V1Q3 Q4VA93 Q3UPW0 P08752 Q3V3V2 Q8K1M3 Q9DBC7 Q80SW1 Q8BGR3 Q8CCM0 P70227 Q9D5W0 Q91UZ1 Q53YN4 Q9DBX5 Q8C8N0 Q7TS64 Q9DBS6 A2ASF9 P05132 Q8BL41 MPS II - HUNTER SYNDROME (CS DS DEGRADATION)%REACTOME DATABASE ID RELEASE 96%9953078 MPS II - Hunter syndrome (CS DS degradation) Q08890 FORMATION OF THE NEPHRIC DUCT%REACTOME DATABASE ID RELEASE 96%9830364 Formation of the nephric duct Q569N5 P10284 Q3ULR1 Q3TYB4 Q147Z9 Q3U0R5 H9T841 Q02248 G3X8Q7 P35546 Q00288 Q9WVG7 Q541T2 Q4FZJ6 Q0VEU7 Q9JI48 Q04744 Q544D2 SUMOYLATION OF CHROMATIN ORGANIZATION PROTEINS%REACTOME DATABASE ID RELEASE 96%4551638 SUMOylation of chromatin organization proteins Q61686 Q8CDZ5 O35730 Q2M4G9 Q546B3 P63280 Q6NZM9 P59235 Q9D1M0 Q5FWJ9 Q8BUA6 Q9Z0W3 F6ZDS4 Q9JIH2 Q6PDG0 Q9QWH1 Q8BU75 G3UZA7 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 Q3V116 E9QL43 Q3U425 Q8BRF6 Q8BQF0 E9PW15 Q8BH74 Q9CQJ4 Q8BPS7 Q3URA3 Q3TMT1 Q8R480 Q8BTS4 Q8K0T3 J3JSA4 Q8R4R6 Q80XB1 D3YY34 Q58E49 Q9QXV1 Q9CWU9 Q9ERU9 O55187 E9PVB7 P23798 Q2LC58 MISCELLANEOUS TRANSPORT AND BINDING EVENTS%REACTOME DATABASE ID RELEASE 96%5223345 Miscellaneous transport and binding events Q9QXP0 Q66JT1 Q5NCE8 Q542U5 Q3UU48 Q8R502 A0A7N9VR83 F8WHZ9 Q5DU41 Q8BZF2 Q8BMW7 Q8C0Y2 A2ADH1 Q8BM29 Q8BHK1 A2A987 Q8C438 Q8K273 Q9WV69 A0A3B2WBH6 A6PWV7 Q8BGR2 Q64726 A0A0R4J0G3 Q80WG5 Q8BUX5 Q9JJC8 AUTOPHAGY%REACTOME DATABASE ID RELEASE 96%9612973 Autophagy Q3TWG5 Q80U24 Q3TUP2 P0CG50 Q9D7F7 Q8K3K8 Q9DCD6 Q561N4 Q78V99 A0A1B0GR63 A0A3B2W489 Q811U4 Q9DBG5 Q6PB82 Q9D8B3 Q80U63 Q60930 Q5EBQ0 P60521 Q9CQ10 Q60932 B1AZ39 E9QAM0 Q80W47 Q91YI1 M0QWC2 Q8BGV9 Q8K245 A0A0R4J029 Q3TDQ5 Q9CR39 Q9CPX6 Q6KAU8 Q569Y6 Q3UYA5 Q6EBV9 A2RTT4 Q8CDL2 A0A0R4J065 Q91VM3 Q9D8Z6 Q5EBK1 A2AH22 Q3TM87 Q9ESK9 Q8R3R8 Q99MQ3 Q52L52 Q8R3E3 B9EHX4 P97481 Q9CPQ3 P03995 Q99LX0 P26361 Q9D173 Q8C6G3 Q3U711 Q8BMZ7 Q810I0 Q8C5K0 P41209 Q78HU3 Q8BIQ9 Q8R0J7 Q8BGM7 Q3UCW0 Q3UV99 A0A494BAR3 Q8BH48 Q8C2W4 Q9QYA2 Q9CQN3 Q80Y52 Q3UG37 H3BJZ1 Q99J83 D3Z600 Q8CDH5 Q9CQY1 Q6ZQK3 Q91VR7 Q68FE2 Q9JLN9 Q3UN04 Q9CZW5 G3UZX4 Q64337 A0A3Q4EC26 Q71LX8 Q504P4 Q8BRK8 Q01853 Q542K0 Q8CF66 Q6NTA4 Q8BUX6 Q9CQ22 Q4QQL2 Q8BGD6 Q8VD65 P63168 G3UW70 Q6PF93 Q7TT21 Q99K70 Q9EP53 Q3TWR3 Q80X95 A4FUW1 B1AWT3 Q9JHS3 A1L361 Q9JHU4 Q9CUD0 Q6PAM0 A8DUK0 Q3TYJ3 Q3TPJ8 Q9D0M5 Q6PDL0 Q8R3J4 Q8VEL2 SIGNALING BY FGFR4%REACTOME DATABASE ID RELEASE 96%5654743 Signaling by FGFR4 Q8C180 Q63844 Q8C7P2 Q8BN07 Q505A4 Q91WJ0 Q790L8 A0A7U3JW97 A0A0R4IZY3 Q62077 A0A7U3JW51 Q9D091 Q8C399 P28028 Q6ZWS1 A0A7U3L6F4 P63330 Q541T2 Q99N32 P0CG50 Q3U1V5 A0A7U3JW80 E9Q2N2 Q3U1I8 B2RS85 P42337 P35235 Q76MZ3 A0A0X1KG61 Q61411 Q3USK4 P63085 CASPASE ACTIVATION VIA EXTRINSIC APOPTOTIC SIGNALLING PATHWAY%REACTOME DATABASE ID RELEASE 96%5357769 Caspase activation via extrinsic apoptotic signalling pathway Q8K3H0 E9JGN0 Q05A21 A2AS93 Q8K1S3 Q8K1S4 Q9QYH6 Q3UKP8 Q3U5H0 Q64HC9 P70677 Q3U607 Q60855 B2RRZ7 Q9QZM4 Q4FJP7 Q80UF7 Q99PH8 Q3TZP5 Q8C6X9 L0CL36 Q61160 Q8BJQ4 Q8C350 MPS IV - MORQUIO SYNDROME B (KERATIN METABOLISM)%REACTOME%R-HSA-2206308.5 MPS IV - Morquio syndrome B (Keratin metabolism) Q3TAW7 ORGANIC ANION TRANSPORT BY SLC5 17 25 TRANSPORTERS%REACTOME DATABASE ID RELEASE 96%428643 Organic anion transport by SLC5 17 25 transporters Q5SX53 Q8BYF6 Q9QZD8 Q8JZU2 Q8BN82 B9EJ03 GSD II%REACTOME%R-HSA-5357609.5 GSD II P70699 Q9R062 NUCLEAR EVENTS MEDIATED BY NFE2L2%REACTOME%R-HSA-9759194.4 Nuclear events mediated by NFE2L2 Q8CF69 A2AQU8 Q8BJ75 P10639 Q542Y0 Q542X9 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q8BVQ9 P35700 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 Q64337 P14685 Q64364 Q545G0 Q548Y4 P49722 Q9D8W5 P01108 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 P62878 Q5SUR3 Q8BRK8 Q14AQ1 Q01705 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 A0A286YDT6 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q542C8 Q3TS44 Q99JI4 P25799 Q3TKV1 O88844 A5D6P3 Q5KU03 A0A0R4J0B6 Q93092 P40142 Q4FJT2 Q8BQK4 Q5HZH3 Q3UWD7 Q99L56 Q6GQV9 Q3US24 Q9DCD0 Q8BJ14 Q60795 Q9JMH6 Q3TQP6 P30115 Q3U5U6 Q9Z2X8 G3X8Q0 Q545B5 Q790Y8 Q3UP84 Q4FJZ6 Q3UNA7 O54790 A0A0R4J015 Q99LE6 REGULATION OF IFNA IFNB SIGNALING%REACTOME DATABASE ID RELEASE 96%912694 Regulation of IFNA IFNB signaling Q3TZW9 Q3UAR6 P33896 P35235 O35716 Q9QXJ2 Q3UCJ0 Q0VE17 Q3URU8 O35718 E9QJS1 MOLECULES ASSOCIATED WITH ELASTIC FIBRES%REACTOME DATABASE ID RELEASE 96%2129379 Molecules associated with elastic fibres P21274 F8WJ99 Q99PM0 Q8BPB5 Q542X5 Q8BRW9 A0A0R4J1C7 O54890 Q3UNK5 Q3TGL4 Q3TWK8 Q8CDZ9 A0A1Y7VJW9 P29788 Q9D1H9 P09055 Q61810 Q9Z0T9 Q3ULR1 Q0VBD0 A2ARA8 Q9R229 Q91YU7 P23359 Q0VD84 Q3UGU1 Q8CG19 P43406 Q6PE70 CARNITINE SYNTHESIS%REACTOME DATABASE ID RELEASE 96%71262 Carnitine synthesis Q91ZE0 G3UZ26 Q3V1N7 Q924Y0 PTEN LOSS OF FUNCTION IN CANCER%REACTOME DATABASE ID RELEASE 96%5674404 PTEN Loss of Function in Cancer Q3UUT8 INTERLEUKIN-38 SIGNALING%REACTOME%R-HSA-9007892.3 Interleukin-38 signaling Q3KNF2 Q7TSJ7 Q149G7 Q0VDP7 NEGATIVE FEEDBACK REGULATION OF MAPK PATHWAY%REACTOME DATABASE ID RELEASE 96%5674499 Negative feedback regulation of MAPK pathway Q63844 Q3TMJ8 Q91YS7 Q99N57 P63085 P28028 RNA POLYMERASE II TRANSCRIPTION TERMINATION%REACTOME%R-HSA-73856.7 RNA Polymerase II Transcription Termination Q9D1P6 Q3UPL7 Q3UDS1 Q5SUH5 Q8C7E9 Q8K2W7 Q80X82 Q8CE71 A2AEK1 A0A2R8VK76 Q3V141 Q9CQF3 Q3UGU6 Q99LC2 P27048 Q4VA40 Q99LI9 P62320 Q9D824 E0CXT7 Q8BTV2 Q3UYV9 Q8CCS6 Q9CQ49 FGFR4 LIGAND BINDING AND ACTIVATION%REACTOME%R-HSA-190322.3 FGFR4 ligand binding and activation A0A7U3L6F4 Q541T2 Q99N32 Q3U1V5 A0A7U3JW80 E9Q2N2 Q790L8 A0A7U3JW97 A0A0R4IZY3 A0A7U3JW51 Q8C399 Q6ZWS1 OXIDATIVE DEMETHYLATION OF DNA%REACTOME%R-HSA-5221030.6 Oxidative demethylation of DNA Q3URK3 A0A5K1VVP6 A0A0G2JF55 REGULATION OF CDH1 GENE TRANSCRIPTION%REACTOME DATABASE ID RELEASE 96%9764560 Regulation of CDH1 Gene Transcription Q4FK48 B2RTK3 Q8CGP7 V9GX46 Q149V4 S4R1M3 Q8R1M2 E9PWE4 Q3TMT1 Q199A7 Q6ZQ88 P13405 Q3U0X6 Q64524 P10853 O70220 Q60972 A0A0R4J170 Q3UGS4 A0A0J9YU62 Q91YZ2 P63085 B2RWH3 Q63844 Q64475 Q64478 Q3TYA6 Q6PFG2 Q64318 C0HKE5 P52480 Q6AXH7 Q9D2U9 Q9CU65 B2RUC7 Q3UZ96 Q9ES18 Q6ZWY9 P58463 G5E8P5 Q3TZS1 A2A3Z3 Q8CEC4 P27661 E9PW15 Q8C5H3 Q8BPN4 E9QAQ7 Q60793 Q8C1L9 Q58E49 Q921E6 P26687 Q8BSG9 Q53Z05 A3KPD0 G3X8Q0 P84228 Q8CGP2 Q8CGP0 A5D6P6 LXR-MEDIATED SIGNALING%REACTOME DATABASE ID RELEASE 96%9024446 LXR-mediated signaling Q9Z2V4 Q91X41 P70691 Q6LC96 Q921N8 Q3UQ34 Q8VD67 Q8VCR0 Q8BP65 B1ATC3 P34928 Q8BJP2 P51162 Q3UHK8 Q9QXE7 Q3UJG0 Q3UD86 P70365 Q8CIG3 P61208 Q8CHB6 A0A023ULC4 Q3TGW2 Q8BPY1 P51910 Q8BHJ5 Q6ZQ88 Q8BJ14 Q9CS58 Q80ZV7 A2A8L9 Q547C4 Q8CGN5 P19096 Q8BM54 Q9JM08 Q61268 Q8CJF9 Q0VDW9 Q3TXU4 Q99PE8 Q3UEF5 Q7TSR6 Q8CBD1 REGULATION OF ORNITHINE DECARBOXYLASE (ODC)%REACTOME%R-HSA-350562.7 Regulation of ornithine decarboxylase (ODC) P54369 P00860 Q542Y0 P54775 Q3UPK6 Q9CPS5 Q8BVQ9 Q9R109 P62196 B2RT97 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 O35484 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 O08608 Q3TKV1 AXONAL GROWTH INHIBITION (RHOA ACTIVATION)%REACTOME%R-HSA-193634.4 Axonal growth inhibition (RHOA activation) Q99PT1 Q3ZB60 Q8CAB4 Q99P72 A9DA50 Q9Z0W1 Q4VAE6 Q8C067 DISEASES OF THE NEURONAL SYSTEM%REACTOME%R-HSA-9675143.3 Diseases of the neuronal system H7BWY6 B2RUR5 O35600 A0A0R4J1M3 Q3UEX0 P51491 A0A0R4J115 Q8BH82 Q8BSF7 Q5M9K1 Q58EU7 Q544Y3 NICOTINATE METABOLISM%REACTOME%R-HSA-196807.8 Nicotinate metabolism Q7TMM8 G5E856 Q8CIE4 Q2EMV9 Q9DCN1 F8WIK2 Q3V3F1 Q3UGI1 Q0VEE0 Q9CUB4 Q9D7C9 Q6A4L0 Q4FJL8 Q8CC86 Q3V449 Q8BYF6 A0A0R4J190 Q99KQ4 Q91X91 Q8K4Z3 Q711T7 Q5HZI9 Q5HZI3 Q9D9X3 Q91W63 E9PYK3 H7BWY5 DEFECTIVE F8 ACCELERATES DISSOCIATION OF THE A2 DOMAIN%REACTOME DATABASE ID RELEASE 96%9672387 Defective F8 accelerates dissociation of the A2 domain Q8BQ43 RHOU GTPASE CYCLE%REACTOME%R-HSA-9013420.5 RHOU GTPase cycle Q3TU98 Q8CD59 Q8BQ28 Q8C7P2 Q9EQT3 Q8R1C2 Q80XR8 Q8C7T5 Q3TY70 Q3V1V5 Q8BTW9 Q5DTJ2 Q91Z67 Q3TXI7 A0A0R4J0X8 B1GX81 Q68FD5 F6WMJ3 Q3UMA3 V9GX76 Q3TGH8 Q3UGN9 B2RSI0 Q8BH88 P05480 Q8CDN6 Q3UDE9 Q80Z96 Q03145 E9QMX7 Q6NXJ3 Q8BH99 Q69Z38 O08908 G5E884 Q5F258 Q99ME2 MITOCHONDRIAL FATTY ACID BETA-OXIDATION%REACTOME DATABASE ID RELEASE 96%77289 Mitochondrial Fatty Acid Beta-Oxidation P50544 A2RSC2 Q8R3F5 Q61425 Q07417 Q8BH95 Q9D258 Q3UNX5 Q9CQJ0 Q548W7 Q8CAL6 Q8VCW8 Q8K370 Q3UGC8 Q9R0X4 Q9CSI4 A0A0U1RQ27 Q6P2K2 A0A0R4J0I6 Q8C7H1 E9PYH2 Q3UYS0 Q99JY0 Q8BWT1 Q14BV7 Q5SV41 Q8BMS1 A0A0R4J083 Q53YL1 P42125 Q4VA32 Q4FJK0 Q9DCS3 Q569N0 P45952 Q3UUI3 NADE MODULATES DEATH SIGNALLING%REACTOME%R-HSA-205025.4 NADE modulates death signalling P29594 Q9Z0W1 Q9WTZ9 Q6LDU8 P70677 Q5SS40 DNA REPAIR%REACTOME%R-HSA-73894.5 DNA Repair Q9CQ37 Q9QZH3 Q80ZH7 Q8BQS1 Q8K409 Q544Z7 Q99KP6 Q80ZA1 Q91VY5 P62878 B2RRX1 Q8BH57 Q3U1J4 Q3TCH7 Q3TP81 Q3TLR7 Q61493 A6PWR8 Q8R055 A2RSE4 P52479 Q8CED3 G3X912 Q8BJQ2 E9QJU6 Q9CQX4 Q920Q2 A2A7G7 A0A1L1SRK3 Q3UKP1 F8VPZ5 Q3TSG4 Q9D8Z1 Q8BGW1 E9PZJ8 Q91WR3 Q4FJR9 Q8K1E6 F8VPX1 Q91VL8 B2RS36 Q3V252 A0A6Q6QAE5 Q3U1J1 Q6ZPV2 Q64267 Q3UV64 Q8BV13 Q9CXF7 A0A0A0MQ89 Q8R2S9 Q921K2 Q8VBV7 Q8CAP3 Q3UQL2 Q8BHA0 Q9CZ04 Q3UEU6 Q8K387 Q6PIJ4 Q3UIT2 O88554 Q91WC1 E9PUM0 Q3U1C2 Q3UQN3 P51612 P51943 B1AT32 Q8R359 Q04841 Q7TSJ7 Q3UGB9 E9QM06 Q61456 Q9D084 P68433 Q8K1K3 Q91Z50 F7DAL6 E9PYW4 Q8BPZ8 Q3UNF2 Q3UI43 Q8BJU7 Q3U574 Q8VEE2 A0A0R4J0U2 Q91WA1 A4QPC9 P46737 Q8BZ87 A0A0R4J183 Q80YR7 Q8K3W0 Q3UN58 Q9JL70 Q3SYK5 Q3TEX6 Q4VBX4 Q8BGE5 A2ACJ2 Q9CR14 E9Q5Z5 P27641 Q8BHL6 P97313 A0A0R4J187 P0CG50 Q543W6 P54279 P54276 E9QPY6 Q3TZI5 Q9JK91 Q9R1K9 Q3TV35 Q9D479 Q8R1N0 P97760 E9PWD3 Q8BFX0 Q8CFI7 P51949 Q4U2R1 E9Q6K1 P60898 Q8K2X8 Q7TPY0 P49135 Q3THG5 Q6PI63 Q3V214 Q505L1 Q3UZB8 A0A3Q4L2S8 A0A338P6M3 A2AC07 A2RTT4 Q2M4G9 Q7TPV0 Q542U3 P63280 P61219 P62488 P08775 A0A0R4J0E3 S4R1N2 Q3TZV2 Q69ZT1 Q9D2U9 Q9DBK7 Q8C7W7 Q3ULQ6 G3UZA7 G3X8U8 O54714 Q8CG72 A0A0R4J091 P52431 Q8BGX7 Q3TKD1 Q542J9 Q5NCT2 Q9QZ11 Q9JJN0 B9EHX4 Q8BRV3 Q3UIL3 Q5SXJ3 O70445 O35980 Q9CQ36 Q1LZM6 Q8K203 Q4KL82 Q9CQ71 Q6P5C5 Q9CRV6 Q3U296 Q3UGS3 Q9R207 G5E8N7 O35280 Q3UYY2 Q8BMG1 O35719 Q5U4B1 Q8BPY9 Q9CX47 E9PZ97 G3UWD8 Q8BH76 Q547B4 A3KPD0 Q99J62 Q924H5 Q9QWZ1 Q91ZJ0 Q5SWN2 E9QK89 Q9Z0F6 D3YVU6 Q8CBR3 Q8CGP2 Q6P1D7 P97929 Q3UGT8 Q8CGP0 Q62193 Q6NV63 Q08297 Q5HZI8 Q8BJW7 Q5SV02 B2RTK3 Q8BWH5 Q8CGP7 Q8VC54 Q3TQQ9 Q9QZS2 Q4VA39 A0A0R4J1H1 Q80W51 Q80YR6 Q8BMI4 O35654 Q149V4 Q3UJQ1 Q0VGM9 Q8BQY8 Q80XH7 Q6ZQJ5 Q6ZQF0 O54956 Q69ZQ2 S4R1M3 Q14AI7 A2AQA7 Q4FZK4 Q8R1M2 Q9QZU9 Q3V3N6 Q6P6J4 Q3TU94 Q64524 P10853 Q3UQJ0 Q01853 Q3UDU9 B2RWH3 Q64475 Q64478 C0HKE5 Q00899 O35864 Q6ZWY9 P27661 Q6NZQ4 Q6P1B8 P70362 Q922Y1 Q811N7 Q9JIW4 A0A0R4J024 Q9JJX7 Q32MX8 Q8BTF7 Q9DCD2 Q3UWX7 Q99PU7 Q9QXE2 Q80XB7 Q9Z277 Q8BY78 A2A8L9 Q6P4T3 Q8K368 Q60676 Q8C9D0 Q91ZW3 A0A0R4J2C6 Q3KNJ2 Q6PR54 O08856 DEFECTIVE AHCY CAUSES HMAHCHD%REACTOME DATABASE ID RELEASE 96%5578997 Defective AHCY causes HMAHCHD Q5M9P0 MUSCARINIC ACETYLCHOLINE RECEPTORS%REACTOME DATABASE ID RELEASE 96%390648 Muscarinic acetylcholine receptors P12657 Q0VBU3 Q9ERZ4 Q920H4 Q542R4 SIGNALING BY ERBB4%REACTOME%R-HSA-1236394.6 Signaling by ERBB4 Q8C7P2 Q9WVF5 Q544F7 A0A338P6I6 Q5NCU5 Q3TP00 Q9JIA0 Q61521 P0CG50 Q543J8 Q5FW64 Q8BVR8 Q91VN7 Q545B6 P22723 P46938 Q8C446 P42337 Q8C863 Q8BGL0 P05480 P27681 Q61411 P63137 Q3USK4 Q53WT3 Q6DR99 B2RSC8 Q99K90 P98083 Q9WTX4 D3YZR2 G3V023 Q91WL8 Q3UV52 Q9D091 Q8BW69 E7FJU2 Q3UWD7 H7BX38 Q3UY00 Q8CHB6 E9PXU2 P03995 Q3U4P5 Q3UYK2 P57716 Q8C7N7 Q3TXU4 BETA OXIDATION OF LAUROYL-COA TO DECANOYL-COA-COA%REACTOME%R-HSA-77310.3 Beta oxidation of lauroyl-CoA to decanoyl-CoA-CoA Q61425 Q99JY0 Q8BMS1 Q8BH95 A0A0R4J083 NEUROTRANSMITTER CLEARANCE%REACTOME DATABASE ID RELEASE 96%112311 Neurotransmitter clearance Q61327 Q544B1 Q3UJ53 O08966 Q60857 O70577 Q03311 A1Y9I9 O88587 Q543Z1 CHROMATIN MODIFYING ENZYMES%REACTOME DATABASE ID RELEASE 96%3247509 Chromatin modifying enzymes Q3UID0 A0A286YDW9 A0A0R4J243 A0A140T8R7 O88574 Q3U1Z7 Q8CGY8 E9Q317 E9PYH6 E9QMN5 Q547N0 F8VPQ2 Q5SQF8 Q8BM83 Q91VY5 A2CG63 Q6ZQ88 Q6P3Z8 F8VQD1 B2RRX1 A0ABA7IXJ6 Q2VPQ9 B2RR30 Q9D177 Q8BPZ1 Q7TT18 E9Q5F9 Q9CWY3 Q99MY8 Q6Q783 Q8VHR5 A2AC19 B2RXP3 Q9Z248 Q9CWR2 Q91WC0 Q6XZL8 Q8VHL1 D3Z357 Q3UL03 E9Q4V2 H9T841 G5E8N3 A0A0R4J074 Q6NZB1 G3X940 Q9D007 Q6ZWP4 Q9CTY1 Q8C358 A2CG76 Q5NCY0 Q3U1C2 Q790L7 Q545C3 Q8CHI8 Q8CD15 Q8BJU7 B2WTI2 Q8BK75 Q62481 Q7TT37 A0A0R4J049 Q99L85 Q8BY71 Q922H1 Q6ZPI0 Q64522 Q569V4 A0A2I3BRK6 Q922X9 A0A140T8R5 Q99J09 A2AB79 Q9Z2D8 Q8CGP4 Q91WQ5 Q9CZV5 Q9CQ13 Q8CGP5 D3YZC8 Q9R0Q4 Q6PDM1 Q9ER73 Q3UGU8 Q8BVY4 H3BK01 Q9DAT2 Q3UWM4 Q91WG4 Q8C0D7 Q9CZX0 Q99LM9 D3YUP8 Q69ZF8 Q6ZQF7 Q9JI44 Q9WVG9 A0A0G2JGY6 Q3TXH6 Q8VH37 Q3TBF1 Q8BLG0 Q9CX58 Q548Y4 Q3TMT1 Q99LQ1 Q91WV0 B1AUX2 Q3UII8 Q8CHV6 Q9DA08 Q8BQR4 A2RSY1 A2A5Y4 Q8BNF5 Q9D1P2 Q2KHS8 Q64525 D3YTT9 Q8CID0 Q9R190 E9QLK7 Q8R0L9 B9EKJ4 Q3UPK0 P25799 Q505L1 A2BEG5 Q99MR0 Q921N8 B2KF05 Q9D2U9 O54941 Q5DTJ8 Q544I4 Q8K3V4 Q9Z183 Q3URP1 Q8BX09 Q3UKZ9 Q8CIG3 A0A8Q0PK87 Q8C5H3 A0A023ULC4 E9QAQ7 Q58E49 P61965 Q8BRF1 Q921E6 Q80Y84 A3KPD0 F8V330 P84228 Q8CGP2 Q8CGP0 Q3UV15 Q62120 Q7TNR8 B2RTK3 Q8CGP7 F8WI37 Q149V4 Q3UJQ1 Q6P3E7 S4R1M3 Q8R1M2 Q3TPN3 Q3UXZ9 Q6PHU4 Q3TXT7 Q6ZPY7 Q9WTU0 A2ABV3 Q3U2K5 Q64524 Q62240 F6YRW4 E9QL25 P10853 P41230 Q8BM75 Q60972 A0A0R4J170 Q9D8Y8 Q99LT0 B2RWH3 Q64475 Q64478 Q9D982 C0HKE5 Q68FH8 Q6AXH7 A0A0A0MQ73 Q6ZWY9 Q9QXE7 Q6GQV9 P27661 P70365 E9PW15 Q8CHB6 Q8BHJ5 Q8K0T3 Q9CR11 Q8C1L9 Q8BJ14 Q8CE59 Q80ZV7 Q8CBR9 Q3UT56 Q8VI33 O88508 Q5DU02 A2A8L9 Q9JM08 Q8C9W6 Q9WVG6 A0A0G2JG60 SENSORY PERCEPTION OF SOUR TASTE%REACTOME DATABASE ID RELEASE 96%9729555 Sensory perception of sour taste Q543W5 Q80VM9 BIOSYNTHESIS OF PROTECTINS%REACTOME%R-HSA-9018681.2 Biosynthesis of protectins P24527 A2CF88 Q05A20 B6VGH4 CTNNB1 S33 MUTANTS AREN'T PHOSPHORYLATED%REACTOME%R-HSA-5358747.4 CTNNB1 S33 mutants aren't phosphorylated Q7TS75 Q14DJ8 Q8BN07 Q6ZQK4 Q6PJ87 Q6PD03 Q76MZ3 Q5KU03 Q02248 Q91V89 P63330 Q6PD28 Q8BIX1 Q61151 Q8BNP7 REGULATION OF KIT SIGNALING%REACTOME%R-HSA-1433559.3 Regulation of KIT signaling O35716 Q4VA93 P05532 A0A0X1KG61 D3YZ57 Q3USK4 E9Q696 D3Z3Y5 Q3UCJ0 A0A0G2JED4 Q8CEI0 Q3TJI7 Q9JLY0 VARIANT SLC6A20 AFFECTING NEUROTRANSMITTER TRANSPORT CONTRIBUTES TOWARDS HYPERGLYCINURIA (HG) AND IMINOGLYCINURIA (IG)%REACTOME%R-HSA-5619101.5 Variant SLC6A20 affecting neurotransmitter transport contributes towards hyperglycinuria (HG) and iminoglycinuria (IG) Q8VDB9 FANCONI ANEMIA PATHWAY%REACTOME%R-HSA-6783310.6 Fanconi Anemia Pathway A2AC07 Q8BGE5 A2ACJ2 Q9CQ37 Q9CR14 A0A0R4J0E3 E9Q5Z5 S4R1N2 Q69ZT1 Q8BHL6 Q8C7W7 Q8BH57 P0CG50 F7DAL6 Q8BJQ2 Q3UEU6 A4QPC9 E9PUM0 Q9CQ71 Q8BMG1 Q3UN58 Q9JL70 Q8K368 Q3UQJ0 Q91ZJ0 Q5SWN2 Q6P1D7 Q8CBR3 Q3TEX6 Q62193 Q9D084 Q8BJW7 CYCLIN E ASSOCIATED EVENTS DURING G1 S TRANSITION%REACTOME%R-HSA-69202.5 Cyclin E associated events during G1 S transition P31750 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 P48964 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P01108 P99026 Q61457 Q9R1P0 P13405 Q3TV35 Q544H6 O35593 Q8C8M7 Q9R1P3 Q9CYB4 Q790L7 Q5SUR3 P51943 Q564P6 Q14AQ1 Q58EV4 Q569Z9 O55234 A0A1B0GRM0 Q542H2 Q5BKQ9 Q9JKV1 Q60972 Q3UGB9 E9PWD3 Q3TXS7 Q545C3 P70195 Q9D297 P51949 P61025 P46414 Q3U148 Q8R0K9 Q60692 B7ZN58 E0CXB1 A0A0A6YVZ7 Q61456 Q6RI64 Q05AA8 Q3TS44 E9Q0Q9 Q3THG5 Q99JI4 P47810 Q3TKV1 Q8C6X4 A0A1W2P7P4 Q8CE74 Q61502 3-METHYLGLUTACONIC ACIDURIA%REACTOME DATABASE ID RELEASE 96%9914274 3-methylglutaconic aciduria E9QMT1 DEFECTIVE OPLAH CAUSES OPLAHD%REACTOME DATABASE ID RELEASE 96%5578998 Defective OPLAH causes OPLAHD Q8K010 SYNTHESIS OF IPS IN THE NUCLEUS%REACTOME DATABASE ID RELEASE 96%1855191 Synthesis of IPs in the nucleus Q6PD10 D3YWA2 A0A217FL54 A0A0A6YXT7 DIGESTION OF DIETARY LIPID%REACTOME%R-HSA-192456.7 Digestion of dietary lipid Q9CPP7 P17892 B2KF29 Q5BKQ4 Q6P8U6 Q3V2H7 SYNTHESIS OF 5-EICOSATETRAENOIC ACIDS%REACTOME%R-HSA-2142688.4 Synthesis of 5-eicosatetraenoic acids A0A0R4J111 P48999 Q8K355 P52430 Q76LV0 Q62086 Q62087 P30355 CLASSICAL ANTIBODY-MEDIATED COMPLEMENT ACTIVATION%REACTOME DATABASE ID RELEASE 96%173623 Classical antibody-mediated complement activation A0A3B0IP04 Q8CFG9 Q02105 A0A1W2P7F1 P14847 P14106 DETOXIFICATION OF REACTIVE OXYGEN SPECIES%REACTOME%R-HSA-3299685.7 Detoxification of Reactive Oxygen Species A0A0R4J111 Q91WR8 P97493 Q4FK57 Q3U6G0 O08997 A0A338P7G6 Q8CDQ5 B3VQI8 P10639 Q542X9 P20108 P97369 P35700 B2RSM1 O70145 Q5M9N9 Q4FJX9 A2AG68 Q3UBI5 P09103 P24270 Q9JMH6 A0A0U1RPV8 Q3V1C8 Q6GT24 Q543K2 P46412 Q3UJ16 Q3TNK3 G1 PHASE%REACTOME DATABASE ID RELEASE 96%69236 G1 Phase Q8BN07 Q9WTX6 P63330 P0CG50 Q64364 Q8CEI0 Q549R4 Q61457 P13405 Q544H6 Q8C8M7 Q9CYB4 Q5SUR3 Q790L7 Q564P6 Q8BJ38 Q76MZ3 Q569Z9 A0A1B0GRM0 S4R216 Q6PAR4 Q3UGB9 E9PWD3 Q791X1 Q3SYK5 Q545C3 Q61502 Q9D297 Q9D153 Q6ZQJ8 Q9CWU3 P51949 P61025 P46414 Q0VBK8 Q8R0K9 Q4FK45 Q8BIX1 Q05AA8 Q3THG5 Q62120 DEFECTIVE SLC11A2 CAUSES HYPOCHROMIC MICROCYTIC ANEMIA, WITH IRON OVERLOAD 1 (AHMIO1)%REACTOME%R-HSA-5619048.3 Defective SLC11A2 causes hypochromic microcytic anemia, with iron overload 1 (AHMIO1) P49282 DEFECTIVE UGT1A4 CAUSES HYPERBILIRUBINEMIA%REACTOME DATABASE ID RELEASE 96%5579016 Defective UGT1A4 causes hyperbilirubinemia Q6XL48 NEGATIVE REGULATION OF THE PI3K AKT NETWORK%REACTOME DATABASE ID RELEASE 96%199418 Negative regulation of the PI3K AKT network Q3UDZ1 Q544E3 Q8BN07 Q3TPM5 Q6PD28 F8WHW6 A9QW46 Q9WTX4 P70196 D3YZR2 G3V023 Q3UUT8 P05532 E7FJU2 Q8BTI9 O55106 Q8CE74 Q3TLP8 Q549R2 Q3UXE9 Q3U6Q4 A1A4T4 Q8BVZ5 Q61238 Q5D095 Q545E4 A0A1W2P736 Q3UJ95 P31750 Q9WVF5 Q8C7P2 Q05144 Q61521 Q0VEB7 P05622 Q543J8 Q3TNY3 Q5FW64 Q9EQ32 A0A338P6G9 Q8C5Q7 F8VQL0 P42337 Q8VDU4 P35235 P05480 D3YZ57 Q8C9G5 E9Q696 Q6DR99 Q3UEW6 Q3UUI3 O08908 Q61151 P63085 P46694 Q8CHE4 Q8C6X4 J3QM82 Q8K4K2 Q8C180 Q63844 Q6ZQK4 Q0VER9 Q0VG15 Q8CDB3 Q505A4 Q790L8 Q6PD03 A0A7U3JW97 A0A0R4IZY3 Q80VU4 O35565 Q3UHE3 A0A7U3JW51 Q543V3 Q8C399 Q541P3 Q6ZWS1 P63330 A0A7U3L6F4 Q3V1A4 Q4FJT2 Q541T2 P81122 Q544I6 Q99N32 Q3U7M4 Q3UWD7 Q3U1V5 A0A7U3JW80 Q8CI98 E9Q2N2 Q8BR10 Q3ZB59 Q8R4K2 Q76MZ3 P70181 P26618 Q91V89 P70182 Q3TQG5 Q8BIX1 P70424 A0A0R4IZW4 Q5EEX1 DEFECTIVE TRANSPORT BY SLC35A1 CAUSES CONGENITAL DISORDER OF GLYCOSYLATION 2F (CDG2F)%REACTOME%R-HSA-5619037.4 Defective transport by SLC35A1 causes congenital disorder of glycosylation 2F (CDG2F) Q61420 PHOSPHORYLATION OF CD3 AND TCR ZETA CHAINS%REACTOME DATABASE ID RELEASE 96%202427 Phosphorylation of CD3 and TCR zeta chains E9Q4S7 E9Q696 A6H6M1 A6H659 S4R1M0 P29352 Q3TSV7 Q6P5P1 O78196 Q3U4Y3 P41241 SIGNALING BY PDGFRA TRANSMEMBRANE, JUXTAMEMBRANE AND KINASE DOMAIN MUTANTS%REACTOME%R-HSA-9673767.2 Signaling by PDGFRA transmembrane, juxtamembrane and kinase domain mutants Q61411 Q8BTI9 Q3USK4 P42337 Q8C7P2 Q99K94 Q6GU23 O08908 Q9D091 P26618 ARG1 VARIANTS CAUSE HYPERARGININEMIA%REACTOME DATABASE ID RELEASE 96%9956514 ARG1 variants cause hyperargininemia Q61176 EXPRESSION OF NOTCH2NL GENES%REACTOME%R-HSA-9911233.3 Expression of NOTCH2NL genes Q3UP87 HEME DEGRADATION%REACTOME%R-HSA-189483.5 Heme degradation Q3U5U6 Q3U6G1 A5D6P3 Q3V2F7 Q63886 Q546G4 Q8VI47 A0A0R4J0B6 Q9CY64 Q6XL48 Q544R7 Q9JJL3 METABOLISM OF STEROID HORMONES%REACTOME%R-HSA-196071.5 Metabolism of steroid hormones P45377 Q9EQ06 Q3UKW1 Q6NZB9 Q4JHD9 Q3UDY1 Q61578 Q545P3 Q9CPW2 P01193 Q790P4 Q3ZAT3 P70385 Q3UJ12 P15539 Q7TPU0 Q3UJ92 A0A0G2JE93 Q80SX0 Q0VGQ1 P50637 P51557 Q544C3 A0A0F7RQH1 Q3UQH5 Q9QZ82 G3X9G6 Q9WUP4 P51658 E9Q3D4 Q53YJ1 Q99N99 Q8BUR8 SENSORY PERCEPTION OF SWEET, BITTER, AND UMAMI (GLUTAMATE) TASTE%REACTOME DATABASE ID RELEASE 96%9717207 Sensory perception of sweet, bitter, and umami (glutamate) taste P59530 B1AYL0 A0A0R4J0W1 P59532 A0A1B0GS49 A0A5H1ZRM8 Q925D8 Q3TQ70 Q7M721 Q7M720 B2RVZ3 Q7M725 Q3V3V2 A0A1Y1C8H8 Q3U5H1 Q9JMF3 G3XA00 Q7TQB8 Q7TQA4 Q7TQA5 Q7TQA6 Q9JKT3 P70227 Q3UF73 Q54AE3 Q925I4 Q3V0U2 G3X986 Q1MXF9 Q1MXF8 Q9JJH7 P97952 P59529 A0A0R4J0T3 SIGNALING BY NOTCH1 IN CANCER%REACTOME%R-HSA-2644603.5 Signaling by NOTCH1 in Cancer Q3UZZ2 Q3UG37 E9PXW8 Q6P3E7 Q6T264 Q9WTX6 Q8VH37 P0CG50 D3Z768 Q8CAS3 Q8BYF1 Q3TMT1 P01108 A0A668KM95 P62878 Q5SUR3 Q6P3Z8 Q01705 Q6P9T4 Q3UM17 E9Q6E2 Q9QUM5 Q0VGJ1 Q6NZM9 B2RR30 Q9QXE7 Q6GQV9 Q499W5 Q80SY4 Q9QYE5 Q8CHB6 Q3UVN4 B2RUG2 Q0MW30 Q6NZC0 Q61483 Q8BHJ5 E9PXU2 Q9JI71 Q58E49 Q8BJ14 Q80ZV7 Q543U1 Q9JM08 Q3U4P5 Q9DBX7 Q3UYK2 Q499J8 P57716 Q8C7N7 DUAL INCISION IN TC-NER%REACTOME%R-HSA-6782135.4 Dual incision in TC-NER Q9QZH3 O35654 F8VPX1 Q80XH7 Q69ZQ2 O54956 Q99KP6 Q64267 Q3UV64 P0CG50 A2AQA7 Q3UEU6 E9PUM0 P62878 Q9D479 Q8R1N0 P97760 E9PWD3 Q8BFX0 Q8CFI7 P51949 E9Q6K1 P60898 Q8K2X8 Q7TPY0 P49135 Q3THG5 Q6PI63 Q3V214 Q3UZB8 A0A3Q4L2S8 A0A338P6M3 Q7TPV0 Q542U3 P61219 P62488 P08775 Q3TZV2 A0A0R4J091 Q3U1J4 P52431 Q3TCH7 Q3TP81 Q3TKD1 Q542J9 Q9CQ36 Q4KL82 Q9CQ71 Q9CRV6 Q3UWX7 Q9DCD2 F8VPZ5 Q5U4B1 Q8BH76 Q547B4 Q99J62 Q5SWN2 Q62193 Q5HZI8 REPRODUCTION%REACTOME DATABASE ID RELEASE 96%1474165 Reproduction Q9CU62 P14733 Q9JK91 Q3ULB3 Q60636 P63280 Q0VDU5 Q3UGB2 Q9D2U9 Q5NCT2 B9EHX4 Q8BRV3 Q91XW8 A0A0R4J0N8 Q9CQ71 Q3ULR1 Q9R207 E9Q4V2 Q8BPY9 Q812F3 E9PZ97 A3KPD0 E0Z0E1 D3Z690 Q924H5 B3VNK5 A0A455R725 Q5SWN2 Q91ZR5 Q54AJ4 Q3UX44 P84228 Q8CGP2 Q3U2S8 A0A0A0MQ85 P97929 E9Q9F6 Q8CGP0 A2RTF1 Q62193 Q6NV63 Q811Q3 P10761 Q08297 Q4QQM3 E9Q355 Q9DA16 P40240 Q5SV02 B2RTK3 O54982 Q9JI76 Q8CGP7 Q3TQQ9 Q60718 Q059L1 Q3ZB05 Q80YR6 Q149V4 Q91VL8 B2RS36 Q3V252 A0A2I6EDI9 S4R1M3 Q8R1M2 Q8BZC3 A0A0R4IZY8 Q91WC1 Q8C610 Q8K396 Q64524 C4PFH5 Q7TNA7 Q9WTK8 P10853 Q3UGB9 Q545C3 E9QM06 P68433 Q8K1K3 B2RWH3 Q64475 Q64478 A8Y5F6 C0HKE5 A0A0G2JF55 Q3TG35 Q6ZWY9 Q3TG33 P27661 O70576 Q9CUU3 Q62209 Q80T95 Q9D666 E7D6R1 Q9CR81 A1L2Z0 E9PYH4 O54839 Q3U478 Q6ZWQ0 A0A0A6YXS3 Q9D495 Q8C5S7 A2RSE7 F8WHU7 P17156 Q3TMK9 REGULATION OF RUNX3 EXPRESSION AND ACTIVITY%REACTOME DATABASE ID RELEASE 96%8941858 Regulation of RUNX3 expression and activity P54775 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 Q9CSE3 Q3UNK5 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 Q64364 P14685 Q8BSC0 Q545G0 P23804 P49722 Q9D8W5 P99026 Q3U1Q3 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q8BJ14 Q14AQ1 Q58EV4 P05480 O55234 Q542H2 Q5BKQ9 Q08024 Q9JKV1 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 SIGNALLING TO STAT3%REACTOME DATABASE ID RELEASE 96%198745 Signalling to STAT3 Q3UFB7 Q6GU23 Q6LDU8 SELENOCYSTEINE SYNTHESIS%REACTOME DATABASE ID RELEASE 96%2408557 Selenocysteine synthesis Q5YLW3 Q9CQR2 P62264 Q6ZWN5 Q4FZH2 Q8BP67 Q5M9N8 Q642K1 Q3U597 Q9CXW4 P62717 Q3UGH6 P97364 Q8BP74 Q561N5 Q3U1C4 Q5M9K7 P62830 Q8C483 P99027 Q9D823 Q505A8 Q58EA6 Q4FZE6 Q9CZX8 Q6ZWU9 Q564E8 Q5I0T8 Q497N1 Q5CZY9 P97461 Q4VAG4 Q58E35 P86048 Q9CQD0 P62911 Q545X8 P14206 Q9CPR4 Q0VBA4 Q3UC02 D3YYB0 Q5M9M4 Q5M9M0 ZINC INFLUX INTO CELLS BY THE SLC39 GENE FAMILY%REACTOME%R-HSA-442380.4 Zinc influx into cells by the SLC39 gene family Q6P5F6 Q75N73 Q9QZ03 Q91W10 Q78IQ7 A0A452J893 A0A068BIT0 G3X943 Q8C145 Q9D856 SIGNALING BY HIGH-KINASE ACTIVITY BRAF MUTANTS%REACTOME DATABASE ID RELEASE 96%6802948 Signaling by high-kinase activity BRAF mutants B1AYC9 Q3TU98 A2AI78 Q63844 Q80TM2 Q3UER8 Q91YS7 E9PV24 Q5EBQ2 E9QPU1 J3JS97 Q99N57 Q3UV75 Q9D091 O54890 P28028 Q3TGR2 A2A9K7 Q8CAD1 A0A1Y7VNZ6 Q3UZF9 P41241 P05480 Q61411 A2A5N2 Q3TMJ8 Q3V3W9 Q9QUM0 Q8BWG8 P63085 Q52L50 Q64727 ER TO GOLGI ANTEROGRADE TRANSPORT%REACTOME%R-HSA-199977.6 ER to Golgi Anterograde Transport Q0VGU0 Q9CQW1 A0A0R4J2D3 Q5XJY5 Q9D0F3 Q3TWG5 Q9D1M0 O35153 Q923G3 Q5DQJ3 Q5RKN9 A0A494BB86 V9GXM1 Z4YJU8 Q9D0I4 Q9DBH5 O08547 P58019 Q78IS1 Q8BQL3 Q544R8 Q8VCD3 Q14BR4 Q91XT4 Q78XR0 P35846 Q3TZ89 Q7TSI3 G3X928 Q8BXT9 Q542M2 Q3TLI0 Q9JHH9 Q0PD66 Q0PD67 A0A2I3BQJ1 Q3UAP1 Q14BF8 Q9QXK3 D6RGU4 Q5J9A9 S4R2K9 A0A1W2P7S5 O35623 Q00897 Q8BTF0 Q3SYI8 Q9CQR6 Q9JME7 Q3USK2 Q8BRF7 D3Z4P2 Q68FG2 Q9Z1A1 Q0P648 Q3UPL0 G5E8R4 Q9Z1Z0 D0EW11 B7ZNW3 Q3TCN5 Q8BQ43 Q3U9K9 A2A9I0 E9QAH1 Q8K000 Q9CQA1 Q9D6E1 E9Q3T8 O88783 Q3UGX2 P84084 Q8R1C2 Q3V1V5 Q6NZM3 Q3TQY2 Q0VGY9 P08032 P70190 Q8VIE5 Q9QZB7 Q9QZB9 D3Z6H3 Q8R1L4 Q545E4 Q99JH8 Q3TPZ5 E9Q919 Q6DFZ1 Q7TNB5 Q7TNQ1 O89079 Q545I6 Q921L5 P28663 P46460 P84078 Q543Y8 Q9CQM2 A0A0R4J0Q9 O55029 Q9JIF7 Q9Z160 Q3UR67 P63168 A0A494BAE3 Q9JJA2 Q7TSQ9 Q6PDC2 Q9DB05 A0A0R4J0L5 Q4FJT2 Q3USH9 Q9JHU4 Q80U83 Q8C1E4 Q3TYJ3 O88630 Q63870 Q8K1E0 Q3TPJ8 Q9D0M5 A2AA71 Q6PDL0 Q5EEX1 Q6NXL1 A0A0R4J0T8 Q80ZX0 Q3U344 LGK974 INHIBITS PORCN%REACTOME%R-HSA-5340573.4 LGK974 inhibits PORCN Q9JJJ7 DEFECTIVE MISMATCH REPAIR ASSOCIATED WITH PMS2%REACTOME%R-HSA-5632987.2 Defective Mismatch Repair Associated With PMS2 P54279 Q9JK91 PROSTANOID LIGAND RECEPTORS%REACTOME DATABASE ID RELEASE 96%391908 Prostanoid ligand receptors Q6PDF2 Q5FW61 Q8BNT7 B2RS62 Q91VE4 Q543A9 P70263 Q8CC99 Q9Z2J6 CLEARANCE OF DOPAMINE%REACTOME DATABASE ID RELEASE 96%379401 Clearance of dopamine Q61327 Q3UJ53 A1Y9I9 O88587 ASSEMBLY OF THE PRE-REPLICATIVE COMPLEX%REACTOME DATABASE ID RELEASE 96%68867 Assembly of the pre-replicative complex B2RTK3 Q8CGP7 Q149V4 P54775 Q3UPK6 Q9CPS5 P53995 Q8BVQ9 Q541Z5 Q8BZQ7 S4R1M3 P62196 Q8BYJ1 B2RT97 Q9WVM3 Q3UFC2 P0CG50 Q8K2H6 Q3TKG4 Q9CPX9 Q8R1M2 Q542I9 S4R2B6 Q3UHW8 A1L3B8 A2A4Z0 P14685 G3X8W7 Q545G0 Q3UFQ4 Q3TM92 Q3TI84 P49722 Q9D3A0 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q64524 Q14AQ1 Q58EV4 P10853 O55234 Q8C5L1 Q542H2 Q3U3D4 Q5BKQ9 Q9JKV1 P97310 Q3TXS7 Q8BQ03 Q3UI57 P70195 Q542F4 Q3U4T8 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3V295 Q3TKV1 Q8BH30 B2RWH3 Q8R4E9 Q64475 Q64478 C0HKE5 Q60960 Q9D2U9 A0A0R4J145 Q6ZWY9 P27661 Q66JV6 Q59IX1 Q9WUV0 Q3UR71 Q9JK30 Q9CZF7 Q9CWV1 A3KPD0 P84228 Q8CGP2 Q8CGP0 RAF-INDEPENDENT MAPK1 3 ACTIVATION%REACTOME%R-HSA-112409.5 RAF-independent MAPK1 3 activation Q63844 Q7TSZ9 Q91YS7 Q3URV7 Q7TNL7 A0A1W2P715 Q9ESS0 P35235 Q05922 Q3U8K3 Q1HL35 Q62048 A2RTD1 Q3URU8 E9QJS1 Q6PCP3 Q3TY83 Q3TMJ8 P11440 P63085 Q8BFV3 Q62120 DEFECTIVE CP CAUSES ACERULOPLASMINEMIA (ACERULOP)%REACTOME DATABASE ID RELEASE 96%5619060 Defective CP causes aceruloplasminemia (ACERULOP) Q9JHI9 Q8BU82 HYDROXYCARBOXYLIC ACID-BINDING RECEPTORS%REACTOME DATABASE ID RELEASE 96%3296197 Hydroxycarboxylic acid-binding receptors E9PZR8 Q0VBA6 MDK AND PTN IN ALK SIGNALING%REACTOME%R-HSA-9851151.1 MDK and PTN in ALK signaling P97793 Q8C4M8 P63089 Q2LEK5 PPARA ACTIVATES GENE EXPRESSION%REACTOME%R-HSA-1989781.6 PPARA activates gene expression P53798 Q8BSY2 Q9CQA5 E0CYA6 A2A8T1 A6PW47 Q8BPY1 P52843 D3Z041 P09813 O08580 Q3V2F7 Q9Z1P8 Q8C7G5 Q05BA5 Q2NLB9 Q9CXU1 Q9CXU0 Q9R0X0 Q4QQK5 Q9Z211 E9Q6E2 Q8VCD5 Q64505 Q3V1T8 Q91X41 Q6GU14 Q8C3F5 Q6LC96 Q921N8 Q62452 Q3V0B2 Q9DAY7 Q542P9 F8WJB0 Q9CR42 Q8BP65 Q8C6Z4 Q545U0 Q543D7 Q3U711 Q3UN55 Q9EPU5 Q8CEC2 Q3TQP6 E9QMF0 Q920D3 A0A140LHG7 A2ABV5 Q920L1 Q8C1S0 Q8VCS6 Q7TN02 P21440 Q3UTR7 Q8VIM0 Q62276 Q544D7 Q8VHJ7 Q6ZPF3 Q8CAS3 Q3U5D9 Q8C696 Q3UET8 Q05A20 P54869 Q99K73 Q9DB91 Q9CQ39 Q8K4K2 E9Q8N0 Q9D8C6 Q8VCR0 Q569Z6 Q6RI63 Q5SWW4 Q9QXE7 Q6GQV9 Q6GQS5 Q3UHZ2 Q9CQI9 P70365 Q8BKC7 Q6KAM1 Q8CHB6 Q8BHJ5 Q3TZD5 Q5XJV5 Q3U1N2 Q8BJ14 Q8CE59 Q80ZV7 Q8C590 Q8BYH8 Q7TPS7 O70343 Q9JMH6 Q3UV55 Q9JM08 P45952 G3X8Q0 Q32ME6 Q8C9W6 Q9WVG6 Q00623 Q9CZ82 Q7TQD5 Q9DBV7 E0CZG8 B1AQH6 A0A0G2JG60 TRANSPORT OF MATURE TRANSCRIPT TO CYTOPLASM%REACTOME DATABASE ID RELEASE 96%72202 Transport of Mature Transcript to Cytoplasm Q8CDZ5 Q9D1M0 Q9Z0W3 Q9D1P6 Q3UDS1 Q80X82 A0A2R8VK76 Q3UGU6 Q9D824 Q8C470 Q9Z1N5 V9GXF3 Q8CCY8 P59235 Q8BHJ9 Q62093 Q9QZV9 Q3UAF1 Q5FWJ9 P84104 Q3UL31 Q8BUA6 F6ZDS4 Q8VE80 Q9JIH2 E9PW20 Q6PDG0 Q80UI8 Q8BU75 E9PUK6 Q3THA6 Q6PDM2 Q8VCB1 A0A1D5RLQ0 Q3TWW8 Q80X98 Q91VC3 Q8C570 Q9DC48 Q80U93 Q8BV04 E9QL43 Q3U425 Q8BGJ9 Q9D0B0 Q8BRF6 Q8BQF0 Q8R322 P61327 Q8BH74 Q80SZ6 Q9CQ49 Q8R3N6 Q8BPS7 Q91Z49 Q8R480 A0A0R4J0J6 Q8BTS4 Q8K2W7 Q9CWZ3 J3JSA4 Q8R4R6 Q3UDD3 G3UZW7 Q5U4D9 O08583 Q99M28 A0A286YCS0 Q8K3W3 Q9CWU9 Q9ERU9 E0CXT7 Q3UYV9 VITAMIN B1 (THIAMIN) METABOLISM%REACTOME%R-HSA-196819.4 Vitamin B1 (thiamin) metabolism Q9R0M5 Q9EQN9 Q80XJ6 Q8JZL3 DEFECTIVE MISMATCH REPAIR ASSOCIATED WITH MLH1%REACTOME DATABASE ID RELEASE 96%5545483 Defective Mismatch Repair Associated With MLH1 P54279 Q9JK91 GLYCOSPHINGOLIPID CATABOLISM%REACTOME%R-HSA-9840310.3 Glycosphingolipid catabolism Q543I9 Q3TYD4 Q8R0F3 Q8BFQ1 Q6ZPR5 B9EHG7 Q78P93 Q3TAW7 P50428 Q3TXR9 Q32KI9 Q32KI8 A0A0R4J1N2 P54818 Q04519 A0A0R4J138 Q8BGZ6 Q8BPG6 P17439 Q8BZW3 A0A1B0GSK9 P29416 Q9D2D1 Q3TIW9 Q3UKQ5 O70572 Q3UL64 Q5F1Z8 Q9JJY3 Q69ZF3 Q3ULV6 DEFECTIVE F9 SECRETION%REACTOME%R-HSA-9673218.3 Defective F9 secretion P16294 DEFECTIVE MPI CAUSES CDG-1B%REACTOME%R-HSA-4043916.4 Defective MPI causes CDG-1b Q3V100 THE CRY:PER:KINASE COMPLEX REPRESSES TRANSACTIVATION BY THE BMAL:CLOCK (ARNTL:CLOCK) COMPLEX%REACTOME DATABASE ID RELEASE 96%9931521 The CRY:PER:kinase complex represses transactivation by the BMAL:CLOCK (ARNTL:CLOCK) complex Q9R194 P97784 Q8C8R0 Q3USK2 Q32ME6 O70361 Q8C9W6 O35973 Q6GQV9 Q3UHZ2 Q3TYE1 BETA OXIDATION OF OCTANOYL-COA TO HEXANOYL-COA%REACTOME DATABASE ID RELEASE 96%77348 Beta oxidation of octanoyl-CoA to hexanoyl-CoA P45952 Q61425 Q99JY0 Q8BMS1 Q8BH95 REACTIONS SPECIFIC TO THE COMPLEX N-GLYCAN SYNTHESIS PATHWAY%REACTOME%R-HSA-975578.5 Reactions specific to the complex N-glycan synthesis pathway A0A0F7RQH1 Q8BQ86 Q8C4L1 A2RSS2 B2X2D8 G3X9G6 Q921V5 Q99LJ1 SIGNALING BY ERBB2 ECD MUTANTS%REACTOME DATABASE ID RELEASE 96%9665348 Signaling by ERBB2 ECD mutants P98083 P42337 Q80Y52 B7ZNX6 Q8C7P2 Q9WVF5 Q505A4 Q62077 Q9D091 Q61411 Q3USK4 Q3UWD7 Q61081 P70424 RHO GTPASES REGULATE CFTR TRAFFICKING%REACTOME DATABASE ID RELEASE 96%5627083 RHO GTPases regulate CFTR trafficking Q8BH60 P26361 DEFECTIVE MGAT2 CAUSES CDG-2A%REACTOME DATABASE ID RELEASE 96%4793952 Defective MGAT2 causes CDG-2a Q921V5 GLUCOSE METABOLISM%REACTOME DATABASE ID RELEASE 96%70326 Glucose metabolism Q9Z2V4 Q3UER1 Q91W97 Q8CDZ5 Q8BN07 Q8CD98 A0A0J9YUP0 S4R2G5 Q9D1M0 Q3TKP4 P21550 Q9Z0W3 Q5NCI4 P35576 O08528 P68181 A0A0R4J0G0 Q3TKA0 P09041 Q5FW97 Q3U7Z6 P05063 Q6GQU1 P09411 Q3UDS7 P59235 Q8CAA7 Q6NSQ9 Q5FWJ9 Q8BUA6 F6ZDS4 Q9JIH2 E9Q8S8 P63330 Q6PDG0 Q8BU75 Q9QXD6 Q8VCB1 A0A1D5RLQ0 Q8BVM1 Q8C570 Q80U93 Q8C605 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q8CDS6 Q8BH74 Q8BPS7 P15327 Q8R480 Q8BTS4 J3JSA4 P06745 Q8R4R6 P17751 Q5FWB7 P47857 C9VZF2 Q76MZ3 D3YWR1 Q9CWU9 Q91V89 P05132 Q5SVI6 Q91X44 Q9ERU9 A2AFM9 Q8R070 Q8BIX1 Q9D1F9 Q9Z186 Q545V3 Q8BP54 REGULATION OF COMMISSURAL AXON PATHFINDING BY SLIT AND ROBO%REACTOME DATABASE ID RELEASE 96%428542 Regulation of commissural axon pathfinding by SLIT and ROBO G3UYX7 Q3UXH3 Q80TR4 Q19AB2 Q3TZP5 P05480 O09118 Q9Z0Y6 Q61220 DEFECTIVE VISUAL PHOTOTRANSDUCTION DUE TO ABCA4 LOSS OF FUNCTION%REACTOME%R-HSA-9918454.1 Defective visual phototransduction due to ABCA4 loss of function O35600 SEMAXANIB-RESISTANT FLT3 MUTANTS%REACTOME DATABASE ID RELEASE 96%9702577 semaxanib-resistant FLT3 mutants Q3UEW6 SARS-COV-1 ACTIVATES MODULATES INNATE IMMUNE RESPONSES%REACTOME DATABASE ID RELEASE 96%9692916 SARS-CoV-1 activates modulates innate immune responses Q9JKK0 A2AR02 Q3TT81 P70196 Q3UJ82 Q5SVY2 Q3UKJ3 P29452 E9PZP3 A0A2R3XZC4 P50404 Q8R2Q8 A1L361 Q9CZW5 Q3UHJ1 P0CG50 Q3U9K6 Q9R0T8 Q3UHW8 Q8R4B8 Q548Y4 Q9CPR7 Q3TU94 Q8C863 A1L0V6 Q3TGP5 Q3U5B1 Q54AA2 Q8CFA1 Q4G0C5 Q9Z1E3 Q599W9 Q9DCY1 Q3UTZ4 P25799 HEDGEHOG 'ON' STATE%REACTOME%R-HSA-5632684.2 Hedgehog 'on' state Q9CTE0 J3JS97 P54775 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 Q9CSE3 B2RT97 P0CG50 Q3TKG4 Q542I9 Q6PCQ0 A1L3B8 Q8K1G2 P14685 P57680 Q545G0 Q2M1K0 Q49MD7 P49722 Q9D8W5 Q7TN16 P99026 D3Z763 Q3UI47 Q9R1P0 A0A286YD87 Q32MD9 Q3TV35 Q8C863 O35593 Q9R1P3 P62878 Q3U5E6 Q14AQ1 Q58EV4 Q5R252 Q8BKI7 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q9DBZ2 Q3TXS7 P70195 Q8BJN8 Q60692 E0CXB1 Q3U3Q1 Q6RI64 Q3TS44 Q2M2N2 Q8BMD2 A0A140T8Q9 Q99JI4 P47806 Q9QZS3 Q3TKV1 Q6PJ87 Q62226 Q8BSC0 Q544P6 Q80XI9 Q7TS64 Q3TYX7 Q8BWG8 Q3U0Z8 PLATELET HOMEOSTASIS%REACTOME DATABASE ID RELEASE 96%418346 Platelet homeostasis Q8R0X5 Q9ERL9 Q8C048 Q8CED6 Q8BN07 Q68FL0 Q80YP4 Q8CAW4 Q6P069 Q3UH83 Q6NV56 Q6PD28 Q9Z257 A0A0G2JF67 P35235 Q3U9V4 P14234 Q5U421 Q3UG14 Q3UGN1 Q5PR72 Q61151 Q3UR44 Q8BSU4 P29387 Q7TPG2 Q6ZQK4 Q9CZM9 P63213 Q6PD03 Q8K3P1 Q91VE2 P51576 Q3UR32 Q3TQ70 Q8CAH8 Q8CHP4 Q149L9 Q6P8Y9 Q9JIN6 P63216 P0C1Q2 P63330 Q3UMY0 E9QNW6 P61953 P50153 P29477 Q8C5P3 Q5SQK1 Q9JMF3 Q3UXG3 Q3UCJ0 Q61012 Q8R429 P70227 A0A1B0GRA5 Q9DBX5 Q8C8N0 Q76MZ3 Q9DBS6 Q9CXP8 Q8CC99 A2ASF9 S4R1C4 Q54AE3 G5E829 Q3UPA8 Q91V89 Q5DTI2 Q8K596 F8WGF2 Q9DAS9 Q8BIX1 A3KCG1 Q3UXW9 Q8CCQ1 Q8BXN1 E9Q414 Q14BR6 CHYLOMICRON CLEARANCE%REACTOME%R-HSA-8964026.3 Chylomicron clearance Q8C142 Q3TXU4 Q3TYU0 E9Q414 A0A1L1SRE8 TRANSCRIPTIONAL REGULATION OF WHITE ADIPOCYTE DIFFERENTIATION%REACTOME%R-HSA-381340.5 Transcriptional regulation of white adipocyte differentiation Q9Z2V4 Q8VCS6 Q7TN02 Q9CQA5 Q8VIM0 Q62276 Q3UNK5 E0CYA6 Q542H7 A6PW47 Q8CAS3 Q548Y4 Q3UET8 Q9Z1P8 Q05BA5 Q2NLB9 S4R216 Q8CGN5 P11152 Q545C3 Q3UPN9 Q9CXU1 Q9CXU0 Q9DB91 Q9R0X0 Q1RME7 E9Q6E2 Q3UE64 Q8VCD5 P25799 Q9CQ39 Q6GU14 Q60994 Q6LC96 Q9D8C6 Q9DAY7 Q542P9 F8WJB0 Q3USQ2 Q3UST6 E9QML5 Q3U593 Q569Z6 Q3U207 Q544U0 Q8C6Z4 Q6RI63 Q5SWW4 Q8CBL7 Q9QXE7 Q6GQV9 Q6GQS5 Q9CQI9 P70365 Q8BKC7 Q6KAM1 Q8CHB6 Q3UR96 P53566 Q8BHJ5 Q60793 Q3TZD5 Q5XJV5 Q3U1N2 Q8BJ14 Q9Z0Z7 Q8CE59 Q80ZV7 Q8BYH8 O70343 Q920D3 A0A140LHG7 A2ABV5 Q9JM08 Q9WVG6 Q9CZ82 Q8C1S0 E0CZG8 B1AQH6 P14142 A0A0G2JG60 DEFECTIVE DNA DOUBLE STRAND BREAK RESPONSE DUE TO BRCA1 LOSS OF FUNCTION%REACTOME%R-HSA-9663199.3 Defective DNA double strand break response due to BRCA1 loss of function O70445 Q6NV63 PROSTACYCLIN SIGNALLING THROUGH PROSTACYCLIN RECEPTOR%REACTOME DATABASE ID RELEASE 96%392851 Prostacyclin signalling through prostacyclin receptor P29387 P63213 Q8CC99 Q9CXP8 Q3U9V4 Q3TQ70 Q54AE3 Q6P8Y9 P63216 Q3UMY0 P61953 P50153 Q9DAS9 Q3UG14 Q9JMF3 Q3UGN1 Q61012 TOXICITY OF BOTULINUM TOXIN TYPE C (BOTC)%REACTOME%R-HSA-5250971.4 Toxicity of botulinum toxin type C (botC) Q5D0A4 P60879 P61264 DEFECTIVE CYP11B2 CAUSES CMO-1 DEFICIENCY%REACTOME%R-HSA-5579009.5 Defective CYP11B2 causes CMO-1 deficiency P15539 TWIK RELATED POTASSIUM CHANNEL (TREK)%REACTOME%R-HSA-1299503.3 TWIK related potassium channel (TREK) Q8BZB0 Q0VD85 Q6P6P9 RESOLUTION OF AP SITES VIA THE MULTIPLE-NUCLEOTIDE PATCH REPLACEMENT PATHWAY%REACTOME%R-HSA-110373.4 Resolution of AP sites via the multiple-nucleotide patch replacement pathway Q91Z50 O35654 Q8K409 Q544Z7 Q80XH7 O54956 G3X8U8 Q8CG72 A0A0R4J091 P52431 Q3TKD1 Q542J9 Q8R055 Q921K2 Q9CQ36 O88554 Q4KL82 Q9CQ71 Q5U4B1 Q8BH76 Q547B4 Q99J62 Q5SWN2 Q62193 Q5HZI8 DEFECTIVE SLC34A3 CAUSES HEREDITARY HYPOPHOSPHATEMIC RICKETS WITH HYPERCALCIURIA (HHRH)%REACTOME DATABASE ID RELEASE 96%5619097 Defective SLC34A3 causes Hereditary hypophosphatemic rickets with hypercalciuria (HHRH) Q80SU6 REGULATION OF CDH1 MRNA TRANSLATION BY MICRORNAS%REACTOME DATABASE ID RELEASE 96%9764562 Regulation of CDH1 mRNA translation by microRNAs Q8VD67 P01108 B1ATC3 Q8BJP2 Q8CJF9 Q3UHK8 Q3UD86 A0A0R4IZW5 Q9CS58 Q3UII1 Q3UQ34 CHROMATIN ORGANIZATION%REACTOME DATABASE ID RELEASE 96%4839726 Chromatin organization Q9CYJ8 Q3UID0 A0A286YDW9 A0A0R4J243 A0A140T8R7 Q3UJB0 O88574 Q3U1Z7 Q8CGY8 Q497W9 E9Q317 E9PYH6 E9QMN5 Q547N0 P40201 F8VPQ2 Q5SQF8 Q8BM83 Q91VY5 E9PWE4 A2CG63 O88665 Q6ZQ88 Q6P3Z8 F8VQD1 B2RRX1 A0ABA7IXJ6 Q2VPQ9 Q69Z61 Q0P5Y0 B2RR30 Q3TYY8 Q9D177 Q8BPZ1 Q7TT18 E9Q5F9 Q9CWY3 Q99MY8 Q6Q783 Q8VHR5 A2AC19 B2RXP3 Q9Z248 Q9CWR2 Q91WC0 Q6XZL8 Q8VHL1 D3Z357 Q3UL03 E9Q4V2 H9T841 G5E8N3 A0A0R4J074 Q6NZB1 G3X940 Q9D007 Q6ZWP4 Q9CTY1 Q8BJ75 Q542Y0 Q8C358 P12979 P10085 Q91YV0 Q8K2T8 A2CG76 Q5XJE5 Q5NCY0 Q9CTY6 D6RDC7 Q05CJ7 Q3U1C2 Q790L7 Q3U5E6 Q545C3 Q8CHI8 A0A0U1RNX8 B5TZD5 Q8VHA8 Q921K9 Q6GTK4 Q8CD15 Q8BW22 Q9CXE2 D3Z5N6 Q9QXD6 Q3ZAS1 Q8BJU7 B2WTI2 Q8BK75 Q62481 Q7TT37 A0A0R4J049 Q99L85 P62315 Q8BY71 P27048 Q922H1 Q6ZPI0 A0A0R4J1E1 Q64522 Q569V4 A0A2I3BRK6 K4DI61 Q922X9 P62320 A0A140T8R5 Q99J09 A2AB79 Q9Z2D8 Q8CGP4 Q91WQ5 Q9CZV5 Q9CQ13 Q8CGP5 Q14AF6 D3YZC8 Q9R0Q4 Q6PDM1 Q9ER73 Q3UGU8 Q8BVY4 H3BK01 Q9DAT2 Q3UWM4 Q91WG4 Q8C0D7 Q9CZX0 Q99LM9 D3YUP8 Q69ZF8 Q6ZQF7 Q9JI44 Q9WVG9 V9GX46 A0A0G2JGY6 Q3TXH6 Q9DCC5 Q8VH37 P35576 Q3TBF1 Q8BLG0 Q9CX58 Q548Y4 Q3TMT1 Q99LQ1 Q91WV0 B1AUX2 Q3UII8 Q8CHV6 Q9DA08 Q8BQR4 Q8CHC8 Q5BL11 A2RSY1 A2A5Y4 Q8BNF5 Q9D1P2 Q2KHS8 Q64525 D3YTT9 Q8CID0 Q9R190 E9QLK7 Q09XV5 Q8R0L9 B9EKJ4 Q3UPK0 P25799 Q505L1 A2BEG5 Q9QYZ8 Q9CPY4 P63280 Q99MR0 G3XA31 Q80Y82 O08900 Q9D2D7 Q921N8 Q8C9X3 E9PYU4 O35207 B2KF05 Q9D2U9 Q9D4J7 P09535 O54941 Q5DTJ8 Q8BG03 Q9Z2E1 Q544I4 Q8K3V4 Q3UST6 G5E8U2 Q9Z183 A0A087WNY4 Q3US10 Q3URP1 Q8BX09 B2RX81 Q3UKZ9 A0A0R4J175 F8VPZ9 Q8CIG3 A0A8Q0PK87 Q8C5H3 A0A023ULC4 E9QAQ7 Q58E49 P61965 Q8BRF1 Q8QZY9 Q921E6 Q569Z5 Q80Y84 Q3UQK5 A3KPD0 F8V330 P84228 Q8CGP2 Q8CGP0 Q3UV15 Q62120 Q9Z2V4 Q7TNR8 B2RTK3 Q8CGP7 F8WI37 Q149V4 Q8C839 Q3UJQ1 Q9CQI7 Q6P3E7 Q3TVM1 S4R1M3 Q8R1M2 Q3TPN3 Q3UXZ9 Q6PHU4 Q3TXT7 Q6ZPY7 Q9WTU0 A2ABV3 Q3U2K5 Q3UEB3 Q64524 Q62240 F6YRW4 E9QL25 P10853 P41230 Q02248 Q6NV83 Q8BM75 Q60972 Q58E59 A0A0R4J170 B2RSV4 Q9D8Y8 Q8JZX4 Q7TN25 Q99LT0 B2RWH3 Q64475 E9PZM4 Q64478 Q8VE28 A2AJK6 Q8BLQ0 Q9D982 C0HKE5 Q68FH8 Q6AXH7 A0A0A0MQ73 Q6ZWY9 Q923D4 Q9QXE7 Q6GQV9 P27661 Q3UN87 P70365 E9PW15 Q8CHB6 Q810A7 Q61164 Q8BHJ5 Q8K0T3 G3X956 Q9CR11 Q8C1L9 Q8BJ14 Q8CE59 Q60795 Q80ZV7 Q8CBR9 Q3UT56 P83870 Q8BYH8 Q8VI33 O88508 Q5DU02 A2A8L9 P59708 G5E8I8 Q08943 Q8BGT7 Q9JM08 Q8C9W6 Q9WVG6 P57784 Q3UP84 A0A0G2JG60 DEFECTIVE HK1 CAUSES HEXOKINASE DEFICIENCY (HK DEFICIENCY)%REACTOME%R-HSA-5619056.4 Defective HK1 causes hexokinase deficiency (HK deficiency) Q6GQU1 DEFECTIVE DOLK CAUSES CDG-1M%REACTOME%R-HSA-4755583.4 Defective DOLK causes CDG-1m Q8R2Y3 EPHA-MEDIATED GROWTH CONE COLLAPSE%REACTOME DATABASE ID RELEASE 96%3928663 EPHA-mediated growth cone collapse Q3TR46 E9QK62 Q3THE2 Q8VDD5 Q3UE22 Q4VAE6 Q5SV64 D3YZ57 Q6URW6 Q642K0 E9QPE7 Q8CEI0 Q3TJI7 Q6ZWQ9 EVASION OF OXIDATIVE STRESS INDUCED SENESCENCE DUE TO P16INK4A DEFECTS%REACTOME%R-HSA-9632693.5 Evasion of Oxidative Stress Induced Senescence Due to p16INK4A Defects Q545C3 Q0VBK8 Q64364 FORMATION OF THE EDITOSOME%REACTOME%R-HSA-75094.4 Formation of the Editosome Q497M3 Q3U9G8 Q3U5C5 Q9WV35 Q5YD48 RIBOSOME QUALITY CONTROL (RQC) COMPLEX EXTRACTS AND DEGRADES NASCENT PEPTIDE%REACTOME%R-HSA-9954709.2 Ribosome Quality Control (RQC) complex extracts and degrades nascent peptide P54775 Q4FZH2 Q8BP67 Q3UPK6 Q9CPS5 Q5M9N8 Q642K1 Q9CXW4 Q8BVQ9 P62717 P62196 B2RT97 P0CG50 P62830 Q3TKG4 Q542I9 A1L3B8 P14685 P99027 Q6A009 Q545G0 Q9D823 Q3UFQ4 P49722 Q9D8W5 P99026 Q505A8 Q9R1P0 Q3TV35 O35593 Q564E8 Q9R1P3 Q5I0T8 P62878 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 Q01853 P70195 Q6PAR0 J3QM81 B2ZAC8 Q60692 E0CXB1 Q6RI64 Q3TS44 Q3UDU9 Q9D4H8 Q99JI4 Q3TKV1 P70362 A0A087WNT1 G3UWD8 Q4VAG4 Q58E35 P86048 Q9CQD0 P62911 Q9CPR4 Q0VBA4 Q5M9M0 REGULATION OF NPAS4 GENE TRANSCRIPTION%REACTOME%R-HSA-9768777.2 Regulation of NPAS4 gene transcription P06537 F8V330 Q3YAB0 Q9JM73 CILIUM ASSEMBLY%REACTOME%R-HSA-5617833.8 Cilium Assembly Q569L8 E9QQ10 Q64702 Q3TUP2 Q5SW18 Q9DAJ5 Q0PD50 Q99L00 Q5SS40 A0A494BB86 Q811G0 O35245 Q0VGR5 Q9JJ94 Q9D5R3 Q284W0 Q9R1S0 A3KGE1 Q3V3N7 Q9D0P8 Q99J38 Q8BND3 P59240 Q14BR4 Z4YKQ3 Q9R1K9 Q9DAI2 Q3UI47 Q8BVY8 Q8QZX2 Q8BP00 Q5U4F6 B7ZN01 Q6NV99 Q6PGF7 Q8K341 Q8R3P7 Q8CIP4 B2RQZ0 Q3UJA5 P11983 Q8BFT2 Q564F4 Q9EPK2 Q6ZQ12 Q9CQS9 B1AXI9 Q3USK2 U5KVR9 Q8BJN8 A0A1D5RMI8 Q9D6F9 D3YVU3 Q542X7 P33215 Q8CHD8 Q8JZL2 Q571A6 Q9CWF6 Q6ZQ06 Q8BR32 H3BK84 P42208 Q542L0 Q8K057 P68372 Q9CQJ9 B1AWG1 Q8CDL2 Q3U4U6 Q3TWM5 E9PVK4 P68369 A2AVR9 Q8K0E2 P68368 E9Q9G8 Q52KB6 Q3UW12 P80316 Q3URP3 G5E861 Q6P1Y9 Q3UZY0 Q9DA69 Q9DBI2 Q3TQ94 Q3TPX4 A0ABA7IXD2 Q8BS45 Q9DB07 Q66JX5 Q80UF4 B2RXA2 Q8CFW7 Q7TNH6 Q6F4J1 Q9R0L6 Q3UGF1 Q2MV57 Q543P7 Q0VEJ0 E9QP54 A2AJP5 Q8BJR7 Q8BKT8 A0A0R4J1W4 Q8K0T2 A0A0R4J284 Q6NWW5 A2AUM9 Q8C670 A2AW15 Q9D3R3 B7ZNE0 Q8C4B4 Q8BFY9 P05132 E9Q5A8 Q8CG73 A0A494BB26 Q8K2G4 Q6VH22 Q9CXE1 Q9JHQ5 Q3TPZ5 A0A087WQD8 Q5DU58 Q9CZQ9 E9Q512 Q9D786 A6H669 E9Q919 P99024 Q6P1D3 Q9DBF3 D3Z025 O35594 Q6P5D4 Q80Y52 Q6DFZ1 Q7TSH4 Q3UG37 Q3UN53 Q99NF3 B8JJE7 Q9CZX2 A8IP69 Q8VD72 Q62559 Q3TUM2 P30935 A0A494BA29 Q9CRX5 Q8BZ64 A0A0R4J216 A2AM72 Q0PD45 Q8VDG4 Q6IQY5 P11440 Q3TPZ2 Q8BP64 P63168 Q3UK10 K3W4R5 Q3TYE1 J3QP81 Q9JHU4 Q3TDQ8 A2AIX0 Q9CUD0 P15409 Q76MZ3 Q3TPJ8 Q9D0M5 Q3U4H0 MITOCHONDRIAL RIBOSOME-ASSOCIATED QUALITY CONTROL%REACTOME DATABASE ID RELEASE 96%9937383 Mitochondrial ribosome-associated quality control Q9CQ40 Q9CPW3 Q99N87 A2A6T4 Q9DCJ7 Q3U8Y1 Q80ZS3 Q9D1B9 Q9D7N6 Q9CQL6 Q9D8P4 Q9D7N3 Q9D1N9 Q9D3F3 Q9CR59 Q9CY73 Q9CQL5 Q9CQL4 O35680 Q9JIK9 Q9DCI9 Q9CQP0 A0A0R4J0L6 Q9DCU6 Q5RL20 Q05DC5 Q921S7 Q9D1I6 Q9EQI8 Q9CZ83 Q61733 Q9JKF7 Q5U5I3 Q9D0G0 Q80X85 Q8BGA9 Q14B21 D3Z2K2 Q9DB15 Q3TLQ4 Q9CQF8 Q501J4 Q9CPY1 Q9CY16 Q8BQ99 Q9DC71 Q9CQF0 Q9D1H8 Q99N93 Q569N0 Q8K2M0 Q99N90 Q8R2L5 Q99N91 Q9CQN7 Q9D338 Q14C51 Q9D773 Q9CQV5 Q9D1P0 G3X9M0 Q9CPX7 Q8VDT9 Q9CQA6 Q3TI14 Q9ESC5 Q3UKS6 Q8BU88 Q542W5 Q8K2Y7 E9QPQ8 Q9CQE3 B2RPW2 Q9CQF4 Q8R2K5 Q9D125 Q9CXW2 Q3TBW2 Q059G7 Q9CQ06 Q8BK72 Q9D0Y8 PLC-GAMMA1 SIGNALLING%REACTOME%R-HSA-167021.5 PLC-gamma1 signalling Q3UFB7 Q62077 Q6LDU8 TALDO1 DEFICIENCY: FAILED CONVERSION OF SH7P, GA3P TO FRU(6)P, E4P%REACTOME DATABASE ID RELEASE 96%6791055 TALDO1 deficiency: failed conversion of SH7P, GA3P to Fru(6)P, E4P Q93092 SEMAPHORIN INTERACTIONS%REACTOME%R-HSA-373755.3 Semaphorin interactions Q68FM7 Q3UH93 Q3UZ35 A0A803Z7F8 Q80TM2 Q80Y52 Q3SYJ1 Q3THE2 P70207 Q3TMU8 Q4FJM5 Q543F6 Q5DTJ2 Q6P1J1 B2RWT9 Q3TT92 B1GX81 Q8CGG9 Q542T9 Q6ZWQ9 F8VQL0 Q91VS8 Q3TR46 F8WHW6 Q71LX8 Q62159 Q3UE22 Q3U1N3 Q3UR47 Q5SV64 O09126 P70206 D3YZ57 Q6URW6 Q8BS94 Q8BLR7 Q3UPZ0 Q80UG2 P97333 Q5KU03 Q4VAE6 A0AAQ4VMY7 Q8BPT3 P09055 Q3TLP8 A0A158SIT4 Q8VDD5 Q544Y7 Q3U419 Q9CRY9 Q9QUR8 A2AW73 S4R1M0 Q642K0 Q8BXZ7 Q9QY40 P70275 E9QPE7 P70424 Q99NH8 G5E884 Q8CCL8 Q62178 DEFECTIVE CYP4F22 CAUSES ARCI5%REACTOME%R-HSA-5579005.5 Defective CYP4F22 causes ARCI5 Q8BGU0 CHYLOMICRON REMODELING%REACTOME%R-HSA-8963901.2 Chylomicron remodeling P09813 P06728 Q00623 Q3UJG0 Q8C7G5 Q3TXU4 A0A087WPI6 E9QP56 E9Q414 P11152 NEUROTRANSMITTER RELEASE CYCLE%REACTOME DATABASE ID RELEASE 96%112310 Neurotransmitter release cycle P60904 B2RS41 Q0PD63 O08966 Q49S98 O88935 Q548L6 Q548L4 P63040 Q3KN99 Q8CE19 Q3UJ53 Q5D0A4 B2RUJ5 O88951 Q8CHR4 P60879 O88952 D3Z7P3 H6RXZ1 Z4YKJ7 Q8BGY9 Q8VCS9 Q8CFE6 Q504P4 P51906 E9Q263 B2RXW8 Q8BRU6 Q3TYJ1 Q3UYK6 B9EJ23 Q3TXM3 Q8CF74 Q8R5J9 B8QI36 Q3V023 O70577 P31650 Q571F8 F7CYX4 Q3TUM0 Q6PCX2 P61922 Q8BQV2 Q543U3 METABOLISM OF NITRIC OXIDE: NOS3 ACTIVATION AND REGULATION%REACTOME%R-HSA-202131.6 Metabolism of nitric oxide: NOS3 activation and regulation Q3THR4 Q9D270 Q9CXQ9 Q80Y52 P31750 Q6WKZ7 Q9D6T0 Q91XH5 Q546K1 D3Z111 Q3TCR7 Q3UF01 Q9CQX2 Q3UJC3 Q8C5P3 P49817 SYNTHESIS OF IPS IN THE ER LUMEN%REACTOME%R-HSA-1855231.3 Synthesis of IPs in the ER lumen Q9Z2L6 FATTY ACIDS BOUND TO GPR40 (FFAR1) REGULATE INSULIN SECRETION%REACTOME%R-HSA-434316.8 Fatty Acids bound to GPR40 (FFAR1) regulate insulin secretion Q3V3V2 Q3UHH5 Q3UPA1 P30678 Q8CI86 Q76JU9 Q3UPW0 Q8CBT5 APC:CDC20 MEDIATED DEGRADATION OF CELL CYCLE PROTEINS PRIOR TO SATISFATION OF THE CELL CYCLE CHECKPOINT%REACTOME%R-HSA-179419.4 APC:Cdc20 mediated degradation of cell cycle proteins prior to satisfation of the cell cycle checkpoint Q9WVA3 Q5HZH8 P54775 Q3UPK6 Q9CPS5 P53995 Q8BVQ9 Q541Z5 Q8BZQ7 P62196 Q8BYJ1 B2RT97 Q9WVM3 Q3UFC2 P0CG50 Q3UZD6 Q8K2H6 P11440 Q3TKG4 Q9CPX9 Q542I9 S4R2B6 A1L3B8 A2A4Z0 P14685 G3X8W7 Q545G0 Q3UFQ4 Q3TM92 Q3TI84 P49722 Q9D3A0 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 P51943 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P70195 Q60692 E0CXB1 Q8BP64 Q61456 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 Q9JJ66 REGORAFENIB-RESISTANT KIT MUTANTS%REACTOME%R-HSA-9669929.2 Regorafenib-resistant KIT mutants P05532 MITOCHONDRIAL SHORT-CHAIN ENOYL-COA HYDRATASE DEFICIENCY 1%REACTOME%R-HSA-9916720.1 Mitochondrial short-chain enoyl-CoA hydratase deficiency 1 Q8BH95 M PHASE%REACTOME%R-HSA-68886.5 M Phase Q6P1H6 A2AQ07 Q9ERD7 P14733 Q5SS40 Q7TSG3 Q9JJZ2 P05213 P05214 Z4YJU8 Q9D7F7 Q571G1 Q3UX10 Q78V99 Q7TMM9 Q3UMM1 A0A1B0GR63 Q8CD95 Q9D8B3 E9PWN0 B2RSN3 Q9CQ10 Q9CWU3 Q9D6F9 B1AZ39 H3BK84 Q52L87 P68372 P68369 P68368 Q5FWJ9 Q8BUA6 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 O54962 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q8BPS7 Q8BTS4 J3JSA4 Q8R4R6 Q3TN15 Q69Z43 P05132 Q9ES70 P62827 Q80Y52 Q3UHW8 P13405 Q9CZW2 B8JK52 B2RVI6 Q61151 Q9D481 Q9D084 P68433 Q14A61 Q8BZ45 Q9CQU5 Q549P2 P63168 Q66JQ7 Q3UK10 K3W4R5 Q6ZQK4 O70126 P59235 Q6PD03 Q9CYC5 J3QMK1 B2RX66 O54692 Q99P69 A2RSC8 P63330 E9QME3 Q3TG35 Q9QYM8 J3QP81 Q9CY25 Q9JHU4 Q3TG33 Q3TDV6 Q8BK67 B7ZP47 H3BKZ0 Q8BHX3 Q8BSE7 Q8BH74 Q8C4M7 Q3TJM4 Q8R480 Q9CPY3 Q6ZWM8 Q9CXH7 Q6ZWU9 Q3TYJ3 Q9D0F1 Q923A2 Q76MZ3 F8WHU5 E9QKK1 F8WHU7 Q9JJ66 Q9CWU9 Q91V89 Q9CQA0 Q3TPJ8 Q3UD72 Q9ERU9 Q9D0M5 Q3U4H0 Q6PDL0 Q8BIX1 Q9CQ82 O35685 Q3UA16 Q3TTB0 Q3UPF6 F8WIA1 Q9WU62 Q3TMK9 Q9CPV1 Q569L8 P30276 Q8CDZ5 Q9CPV5 Q8CJF7 A0A0R4J037 Q8BN07 E9QQ10 Q9WVA3 Q3TWG5 Q8C3Y4 Q9D1M0 Q64702 Q5HZH8 Q5SW18 P54775 Q9CU62 Q3UPK6 Q9Z0W3 Q9CPS5 A0A1L1SV84 Q99L00 Q3U9G9 Q9ERR1 A0A494BB86 Q8BVQ9 Q6PD28 Q9CX00 Q8K1K8 Q0VGR5 Q8VDQ8 O35216 P62196 B2RT97 Q6DVA0 Q9JJ94 A0A1I7Q4A6 P0CG50 P60330 Q3UZD6 Q3UWH3 Q8BHK9 E9QPI5 A0A3B2WC92 E9Q3P4 Q3TKG4 Q8BRN9 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9R1K9 Q9D8W5 P99026 Q9R1P0 Q8QZX2 Q80W41 Q3TV35 Q8C0P0 O35593 A0A1D5RLR7 Q0PD66 Q9R1P3 Q3UJ81 Q0PD67 Q6NV99 Q14AQ1 Q3UU24 Q7TT79 Q58EV4 E9PY48 Q6KCD5 O55234 Q3V485 Q542H2 F6RV17 Q5BKQ9 Q99JX3 Q9JKV1 Q8BFT2 Q3TP92 Q6ZQ12 P56212 Q3TXS7 Q9CQS9 P70195 P60840 Q0PD65 B1AXI9 Q3USK2 U5KVR9 A0A1D5RMI8 D3YVU3 Q60692 P33215 E0CXB1 Q6RI64 Q3TS44 Q9Z1Z0 P68404 Q99JI4 Q3TCN5 Q3TKV1 Q8CDL2 P63280 Q4VA93 Q3URP3 Q9D2U9 Q3UZY0 Q66JX5 Q80UF4 F8WJ93 Q6F4J1 Q9R0L6 Q0VEJ0 Q9CQJ7 Q8BKT8 P97329 A2AUM9 Q9D3R3 E9Q5G3 Q8VEJ9 Q8BFY9 E9Q5A8 A3KPD0 Q6PFB2 A0A494BB26 P84228 Q3TPZ5 Q8CGP2 Q8CGP0 Q9D786 E9Q919 P99024 B2RTK3 Q8CGP7 Q3TQQ9 Q6P5D4 Q7TSH4 Q6P7V9 A0A0R4J0H7 Q99NF3 B8JJE7 Q149V4 Q8BUR9 A8IP69 Q3ULS2 Q9CQ25 Q8BKN5 Q8BUH2 Q6F4J0 P58854 Q8CDH5 A0A494BA29 Q8C156 P53995 Q541Z5 Q8BYN2 Q8BZQ7 Q3UIT6 E9Q7G0 S4R1M3 Q8BYJ1 Q9WVM3 Q3UFC2 Q6IQY5 Q8K2H6 P11440 G3UZX4 Q9CPX9 S4R2B6 Q8R1M2 A2A4Z0 G3X8W7 Q3TPZ2 Q3UFQ4 Q3TM92 Q3TI84 Q9D3A0 Q64524 P10853 Q8BP64 P63085 B2RWH3 Q64475 Q64478 C0HKE5 Q3TYE1 Q6ZWY9 P27661 E9QP59 Q8C1L9 Q3THM8 Q8BYY5 NONSENSE MEDIATED DECAY (NMD) ENHANCED BY THE EXON JUNCTION COMPLEX (EJC)%REACTOME%R-HSA-975957.3 Nonsense Mediated Decay (NMD) enhanced by the Exon Junction Complex (EJC) Q91YD3 Q5YLW3 Q9CQR2 P62264 Q6ZWN5 Q4FZH2 Q8BP67 Q5M9N8 Q642K1 Q9CXW4 P62717 Q561N5 Q5M9K7 P62830 P99027 Q9D823 Q505A8 Q58EA6 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 Q497N1 Q5CZY9 Q9CWU3 Q3ULJ3 Q9EPU0 E9Q9E1 P63330 Q80UI8 A2AT37 Q8BKX6 Q3UZS1 P29341 P61406 Q5RJH6 Q91VC3 Q9DB90 Q8VE18 Q3TF02 P61327 Q9CQ49 Q8CCV1 Q9CWZ3 Q149F3 G3UZW7 Q6ZWU9 Q99M28 Q76MZ3 Q8K3W3 P97461 Q4VAG4 Q58E35 P86048 Q9CQD0 P62911 Q545X8 P14206 Q9CPR4 Q0VBA4 Q3UYV9 Q3UC02 D3YYB0 Q5M9M4 Q5M9M0 GAP JUNCTION ASSEMBLY%REACTOME%R-HSA-190861.3 Gap junction assembly Q8C4N2 Q3UJE9 A0A654ICX2 A0A654IET7 Q8BQU6 O54851 Q8C677 Q3URC5 A0A654IER4 Q542M8 Q548M7 A0A654ICD8 Q3UPZ2 A0A654ICB8 Q3UWF8 A0A654IEJ3 POST-TRANSCRIPTIONAL SILENCING BY SMALL RNAS%REACTOME DATABASE ID RELEASE 96%426496 Post-transcriptional silencing by small RNAs Q8VD67 B1ATC3 Q8BJP2 Q8CJF9 Q3UHK8 Q9CS58 Q3UQ34 NOTCH2 ACTIVATION AND TRANSMISSION OF SIGNAL TO THE NUCLEUS%REACTOME%R-HSA-2979096.6 NOTCH2 Activation and Transmission of Signal to the Nucleus Q6NZC0 Q61483 Q9JI71 O35516 Q2LEK5 Q3U4P5 Q3UYK2 P0CG50 P57716 P12960 Q8C7N7 Q499W5 Q80SY4 Q9QYE5 Q3UVN4 B2RUG2 Q0MW30 BETA-CATENIN PHOSPHORYLATION CASCADE%REACTOME DATABASE ID RELEASE 96%196299 Beta-catenin phosphorylation cascade Q7TS75 Q14DJ8 Q8BN07 Q6ZQK4 Q6PJ87 Q6PD03 Q76MZ3 Q5KU03 Q02248 B2RU64 Q91V89 P63330 Q6PD28 Q8BIX1 Q61151 Q8BNP7 Q8K025 TRANSFER OF LPS FROM LBP CARRIER TO CD14%REACTOME DATABASE ID RELEASE 96%166020 Transfer of LPS from LBP carrier to CD14 Q4FJP7 Q61805 MITOTIC SPINDLE CHECKPOINT%REACTOME%R-HSA-69618.4 Mitotic Spindle Checkpoint Q9CPV1 Q8CDZ5 Q9CPV5 Q8CJF7 A0A0R4J037 Q8BN07 Q9WVA3 Q3TWG5 Q8C3Y4 Q9D1M0 Q5HZH8 Q5SW18 Q9Z0W3 A0A1L1SV84 Q9ERR1 Q6PD28 Q8K1K8 O35216 A0A1I7Q4A6 Q3UZD6 Q8BHK9 E9Q3P4 P53995 Q541Z5 Q8BZQ7 Q8BYJ1 Q9WVM3 Q3UFC2 Q8K2H6 Q9CPX9 S4R2B6 A2A4Z0 G3X8W7 Q3TPZ2 Q3UFQ4 Q3TM92 Q3TI84 Q9D3A0 Q9CZW2 B8JK52 B2RVI6 Q61151 Q9D481 Q9D084 Q14A61 Q8BZ45 Q9CQU5 Q549P2 P63168 Q66JQ7 Q3UK10 K3W4R5 Q6ZQK4 O70126 P59235 Q6PD03 Q9CYC5 J3QMK1 B2RX66 O54692 Q99P69 A2RSC8 P63330 E9QME3 Q9QYM8 J3QP81 Q9CY25 Q9JHU4 Q3TDV6 Q8BK67 H3BKZ0 Q8BHX3 Q8BSE7 Q8BH74 Q8C4M7 Q3TJM4 Q8R480 Q6ZWM8 Q9CXH7 Q6ZWU9 Q3TYJ3 Q9D0F1 Q923A2 Q76MZ3 E9QKK1 Q9JJ66 Q9CWU9 Q91V89 Q9CQA0 Q3TPJ8 Q3UD72 Q9ERU9 Q9D0M5 Q3U4H0 Q6PDL0 Q8BIX1 Q9CQ82 Q8BYY5 O35685 Q3UA16 Q3TTB0 Q3UPF6 F8WIA1 Q9WU62 ACYL CHAIN REMODELLING OF PE%REACTOME%R-HSA-1482839.4 Acyl chain remodelling of PE Q6GTW1 Q91V01 Q8BH98 Q9CPX5 Q8C0M2 A0A0R4J130 Q6NVG1 Q3TYT9 Q8CB47 Q9DBX5 Q9QZT4 Q8K130 Q8K1N1 Q50L43 Q8VCI0 Q3UN31 Q8R3U1 Q9EPR2 D3Z1N8 Q50L42 Q64GA5 Q3UG05 Q50L41 Q6AXH0 Q8BN01 DEFECTIVE BASE EXCISION REPAIR ASSOCIATED WITH OGG1%REACTOME%R-HSA-9656249.3 Defective Base Excision Repair Associated with OGG1 Q3UIL3 VITAMIN B2 (RIBOFLAVIN) METABOLISM%REACTOME DATABASE ID RELEASE 96%196843 Vitamin B2 (riboflavin) metabolism Q8CFV9 Q9D8F3 Q8R123 Q9D6X5 Q05117 G3X9S2 ATORVASTATIN ADME%REACTOME DATABASE ID RELEASE 96%9754706 Atorvastatin ADME P21447 P70691 Q8VI47 P52430 Q62087 Q9JJL3 Q2KHL4 DEVELOPMENTAL LINEAGE OF MAMMARY STEM CELLS%REACTOME DATABASE ID RELEASE 96%9938206 Developmental Lineage of Mammary Stem Cells O35565 RUNX3 REGULATES P14-ARF%REACTOME DATABASE ID RELEASE 96%8951936 RUNX3 regulates p14-ARF Q3U1Q3 Q3UNK5 B2RS09 Q790L7 Q8BJ14 Q5J7N1 Q6NZM9 Q08024 PLASMA LIPOPROTEIN CLEARANCE%REACTOME%R-HSA-8964043.3 Plasma lipoprotein clearance Q91X41 Q6PFA2 Q9JLB4 Q8BP65 P34928 Q8VCU1 P17426 P0CG50 Q8BLF1 Q68FD5 Q3UJ76 Q6PEE6 Q3TEL5 Q8C142 Q9Z0J0 Q3V1M8 Q80W65 Q7TMD4 Q5SWR1 Q99JB7 Q8BM54 Q61268 Q8VBT6 Q6A0C9 Q00623 Q3TXU4 Q61263 O88908 Q3TYU0 Q91YY0 E9Q414 A0A1L1SRE8 Q99KG5 MODULATION BY MTB OF HOST IMMUNE SYSTEM%REACTOME DATABASE ID RELEASE 96%9637628 Modulation by Mtb of host immune system P0CG50 P01887 Q2HZ94 G3X8Y8 WAX BIOSYNTHESIS%REACTOME%R-HSA-9640463.3 Wax biosynthesis Q7TNT2 A2ADU0 A2ADU9 Q922J9 DISEASES OF IMMUNE SYSTEM%REACTOME%R-HSA-5260271.7 Diseases of Immune System Q3UER8 E9PV24 G3X8Y8 Q3TGR2 Q3TJ94 Q8C6Z4 Q3U7M4 Q3UHJ1 Q3UP42 Q542S6 Q53X15 Q4FJP7 Q91V77 Q80UF7 L0CL36 Q80YC5 P26262 B9EJ46 Q8R4K2 Q548Y4 Q5D0E0 Q8CB40 Q64HC9 P35991 P97290 Q8CBT3 Q3UV88 Q9Z1E3 E9Q8P6 Q599W9 Q99MB1 Q3UV15 Q8VC91 P25799 SIGNALING BY CYTOSOLIC PDGFRA AND PDGFRB FUSION PROTEINS%REACTOME%R-HSA-9673766.2 Signaling by cytosolic PDGFRA and PDGFRB fusion proteins Q9D824 Q8BH57 O55106 REGULATION OF TNFR1 SIGNALING%REACTOME%R-HSA-5357905.8 Regulation of TNFR1 signaling Q80TQ2 Q3TPN5 Q3U479 Q91WA6 Q7TQD1 Q924T7 P68040 B2RUR8 Q8K004 Q3U593 Q60989 E9PUE2 P39428 A1L361 B2RRZ7 P0CG50 Q9R0T8 Q8C6X9 Q61160 Q8K3K8 Q561N4 Q3UFQ4 Q5D0E0 B2RUG2 Q62210 Q6PB82 Q9WUD1 Q9WUB0 Q3U607 Q60855 Q8CBT3 Q9JJF9 B9EHT4 Q3UCV8 Q3U2P8 Q3TSE5 Q3UKC1 Q3TD49 Q8VC91 Q4QQL2 O88623 GLYCINE DEGRADATION%REACTOME DATABASE ID RELEASE 96%6783984 Glycine degradation Q91WK5 Q91W43 A2RSW6 O08749 Z4YJV4 Q9D2G2 AUTODEGRADATION OF THE E3 UBIQUITIN LIGASE COP1%REACTOME%R-HSA-349425.4 Autodegradation of the E3 ubiquitin ligase COP1 P54775 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q80ZA1 Q3TKG4 Q542I9 A1L3B8 P14685 Q9R1A8 Q545G0 B9EHX4 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 DEFECTIVE SLCO2A1 CAUSES PRIMARY, AUTOSOMAL RECESSIVE HYPERTROPHIC OSTEOARTHROPATHY 2 (PHOAR2)%REACTOME%R-HSA-5619095.5 Defective SLCO2A1 causes primary, autosomal recessive hypertrophic osteoarthropathy 2 (PHOAR2) Q3TED0 METABOLISM OF RNA%REACTOME DATABASE ID RELEASE 96%8953854 Metabolism of RNA Q3TT81 Q9QZH3 Q9JHS9 Q6P4T2 Q91YE7 Q9CWL8 Q3UJB0 Q497W9 Q99KP6 E9Q317 P63154 Q3U0M8 Q5SF07 Q9CPN8 Q9D1P6 Q3UDS1 Q8C7E9 Q80X82 Q8CE71 A2AEK1 A0A2R8VK76 Q3V141 Q9CQF3 Q3UGU6 Q99LC2 Q99LI9 Q6DFW4 F8VPK0 Q3TGM7 Q9DAR7 A0A0R4J146 Q545F4 Q3U3D2 D6RDC7 P59235 P63330 Q91YM4 A0A0R4J291 Q8BKX6 Q3UH31 Q3UZS1 P61406 Q5RJH6 Q9DB90 Q8VE18 Q8BH74 Q8R480 Q9CQQ4 Q6P6L6 Q6ZWU9 Q549F9 Q923F1 Q9CWY4 A0A0R4J049 Q76MZ3 P62315 Q9CZ57 P27048 H3BKT7 Q9CWX4 Q3TR97 Q8JZM0 G5E8V8 P62320 Q9CWU9 Q99J25 Q99J09 Q99N15 Q80W37 Q9CPY0 Q9JJY4 Q3UFY8 Q548B0 Q14AF6 Q9ERU9 Q99KS2 Q5ND52 Q8JZY4 Q922E6 D3Z3A2 Q8R3J4 Q3U7R5 Q8CDZ5 Q9D1M0 Q9Z0W3 Q9D787 Q8VEK3 Q8R1N0 P97760 E9PWD3 Q8BFX0 Q3THK3 Q3USK2 Q8CFI7 P51949 E9Q6K1 Q9D0L8 P60898 Q8K2X8 Q543H2 Q7TPY0 P49135 Q3THG5 Q3UMJ4 Q6PI63 Q3V214 Q9DCC1 Q3UZB8 A0A3Q4L2S8 A0A338P6M3 O55201 Q7TPV0 Q542U3 P61219 P62488 P08775 Q4VA93 Q9EQN6 E9PUA2 Q640Q5 G5E889 A0A0R4J041 Q8BGF7 Q9DAT5 D3Z3J6 Q8K1R3 Q3U5F4 Q6PEB4 A0A1L1SS70 Q3UIK4 B2RRS4 Q80YD1 Q497M3 Q3U9G8 Q3U5C5 Q9WV35 Q5YD48 Q8BFY9 Q9DAA6 Q921I9 Q9JHI7 Q7TQK4 Q9D0M0 A0A0R4J0P6 Q571G2 Q3TKQ3 Q9CRA8 Q9CSH3 Q8BTW3 P31750 Q8K0V4 Q543X5 Q9D8X5 Q3TYE1 Q6P6J0 Q543M9 Q80Y20 Q8BG71 E9PWD4 Q9D2Q2 Q8BYR1 Q9JI38 Q9CQ49 A0A0R4J205 A8C756 Q80WQ4 Q8BXZ8 Q8CBC7 Q9Z120 Q1HFZ0 Q80XC2 Q9D2P4 Q9JMA2 A2RSX7 Q8BYH3 Z4YJE9 G3X9K8 Q3U308 Q14A90 Q9CQT0 Q91WE6 E9PYE2 Q3ULP8 Q99J10 Q5I0V6 Q3UQ67 Q9JHI2 E9Q156 A0A0R4J0L2 Q80UN9 Q3UYV9 E9QKG3 Q9D0C4 Q544C9 Q9CQQ8 Q91YD3 G5E896 P54823 A0ELI5 Q3U9X2 B9EIX0 P62322 P62311 Q3U671 Q9CY46 F8VQ87 Q3TC46 Q542U7 P62137 Q8C2W7 P62141 Q8BTS0 Q9CWU3 Q8K3P5 E9QN31 Q9DBR1 Q9D6Z1 Q3ULJ3 Q6PB66 Q14AR0 Q9D0D3 Q5FWJ9 Q8BUA6 F6ZDS4 Q9JIH2 Q6PDG0 A2AT37 Q8BU75 P29341 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q9JKY0 Q3U425 Q8BRF6 Q3UBT1 Q8BQF0 Q3TF02 Q8BPS7 Q3UPL7 Q8CCV1 Q8BTS4 Q5SUH5 Q8K2W7 Q149F3 J3JSA4 Q8R4R6 P97461 Q4VAG4 Q58E35 P86048 Q9CQD0 Q9CPS7 P62911 Q4V9X1 Q545X8 E0CXT7 Q9Z0H1 P14206 Q9EQ61 Q8BHB4 Q9CPR4 Q8C7V3 Q0VBA4 A0A158SIT8 Q3UC02 Q8K224 D3YYB0 Q8CCS6 Q9D7V6 Q91WM3 Q5M9M4 Q3U821 Q5M9M0 Q99J36 Q8BHY2 E9QK83 Q5YLW3 Q91WE3 Q4FZF3 P62827 A0A0R4J114 Q9CQR2 A0A3B2WB30 Q8R2N2 P62264 Q922Q2 Q9D903 E9Q179 Q6ZWN5 Q6PGF5 Q6ZQL4 Q8R5K4 Q4FZH2 Q9CQS5 Q8BP67 A0AAA9WWH1 Q3TMD4 Q5M9N8 Q6NSQ7 Q9CZU3 Q642K1 Q9CQS2 Q9CXW4 Q9D1Q1 P62717 Q2M1K2 Q8CGC6 Q9DCT4 Q561N5 E9PUF4 O54825 P97452 A0A0R4J288 Q5M9K7 Q8BHW1 P62830 Q6A049 Q3U5M9 Q9EP97 H3BIW0 Q9ESX5 B7ZWL1 A0A0R4J0R3 Q5SFM8 P99027 Q9CYA6 G3X9B1 Q9D823 Q3TH57 Q8VCY6 B2RR83 Q6ZWP0 Q61696 Q8R1V7 A2AJG0 Q8C4W4 Q62189 A2BE28 Q3UXT6 Q8BV98 F8WI26 Q8R3F9 Q5SWD9 Q505A8 Q80W00 Q58EA6 E9Q109 Q8BGC0 Q4FZE6 Q9CRB2 Q9CZJ1 Q9CZX8 Q3UA07 A2ADR8 Q9CQH8 Q564E8 Q5I0T8 Q569X3 Q9D0D4 B2RY56 Q497N1 Q8VHZ7 Q504P4 Q5CZY9 A0A1B0GRU8 Q8C4J7 Q3TKX4 Q3TF81 Q4VBG1 Q5CZY5 Q9CY66 Q3TZX8 Q148S3 O35473 Q640M1 Q8BGA5 Q6PCP0 Q6PAC3 Q542P8 Q8R040 Q8C539 Q9JI13 Q5M8M3 Q6NS46 Q9JJT0 P56183 Q8BG17 Q8CI11 Q6NZL1 Q9DBE9 Q8BJW5 G3UYU5 Q921Y2 P35550 Q8K366 Q9DBU3 Q4VBE8 Q9Z1N5 V9GXF3 Q5F2A7 Q8CCY8 Q8BHJ9 Q62093 Q9QZV9 Q3UAF1 P84104 Q3UL31 Q8VE80 E9PW20 A0A0H3XWX3 Q80UI8 E9PUK6 Q3THA6 Q6PDM2 Q3TWW8 Q80X98 Q8BTU6 Q91VC3 Q9DC48 Q8BV04 Q8BGJ9 Q9D0B0 Q8R322 P61327 Q80SZ6 Q8R3N6 Q91Z49 A0A0R4J0J6 Q9CWZ3 Q3UDD3 G3UZW7 Q80TU6 Q5U4D9 O08583 Q53YN4 Q99M28 A0A286YCS0 Q5F2A4 P70372 Q8K3W3 D3Z7M9 Q8BH15 Q9CWN7 Q9CUY2 P54775 Q3TF92 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 Q8K1J6 P99026 P58871 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 B2RXQ8 Q9JKV1 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 Q8VEG6 Q8BG79 B2RTE3 Q8K1J5 Q8C908 Q3TTV6 A2A4P0 A0A158SIT3 Q8BM39 P63101 Q8R149 Q8K194 Q8CGC7 Q61048 Q6P8I3 Q9D198 Q3TIX9 Q3UI45 Q8BIZ6 Q8C5G1 Q6ZWM4 A1L013 Q9D6J3 Q9D0F4 Q9DB98 Q3TQI7 Q9CWV6 Q8QZY9 Q3TUQ5 Q4VA40 Q3UKJ7 Q9Z1M8 Q569Z5 Q8K1G9 E0CZB3 Q91V81 Q059T9 A2ALF2 Q9Z315 Q8BKT3 Q9Z2X1 Q9CPW7 Q8R344 C0HKD9 Q8R0F5 Q9D7A3 Q922U1 Q9CR80 Q91YR7 Q5SUF2 Q8VDP2 A2AER7 Q5NCR9 Q9DBM1 B9EJX8 Q8CCF0 Q8CFQ9 Q8C839 Q9EQC8 Q9CQI7 Q3TKY6 Q3TVM1 Q69ZQ2 Q5U3M2 Q3UZ01 Q9D384 Q9D361 Q8BG24 Q9CQR5 Q8BTV2 Q5EBP8 Q3U2X6 Q8VIK1 A2AQA7 F8WJG3 Q9Z204 Q570Z0 Q9CRI3 Q8CH18 Q91ZS8 Q9WV02 Q8CH02 Q9DBF7 Q8BHS3 Q3UEB3 Q6NV83 Q56A08 A2A5N2 Q9D824 Q8VHM5 Q58E59 B2RSV4 Q5U421 Q3U2P8 Q6PE01 Q9CXG3 Q922V4 Q8JZX4 Q05CL7 Q7TN25 A2AR02 Q8C470 Q8C2Q7 Q9EPU0 Q5FWJ5 Q8CB58 Q9WUI1 Q8BGD9 Q4VA29 E9Q9E1 A0A1W2P7Q6 B2KGA7 Q922M7 Q9CWG3 Q9DB28 Q99KG3 Q6P7W5 Q923D5 Q9D4G5 Q91VR5 Q923D4 P60335 Q9CR08 Q9DCH2 Q8C2A2 Q99LF4 Q9CVU5 G3X8S8 Q3UN87 Q80VD1 Q3UCF2 Q810A7 P70333 Q8BTI8 Q9D6L8 O88569 Q9DCD2 Q543F1 P83870 G5E8G0 Q4G0C5 Q78JM7 P59708 G5E8I8 Q8BGT7 Q9CZ96 P57784 Q8BYY5 Q3UNG1 D3Z0M9 Q8BKP8 Q99MR6 DEFECTIVE AVP DOES NOT BIND AVPR1A,B AND CAUSES NEUROHYPOPHYSEAL DIABETES INSIPIDUS (NDI)%REACTOME%R-HSA-5619099.5 Defective AVP does not bind AVPR1A,B and causes neurohypophyseal diabetes insipidus (NDI) Q3UUQ5 Q9WU02 Q3U1H9 TNFR2 NON-CANONICAL NF-KB PATHWAY%REACTOME DATABASE ID RELEASE 96%5668541 TNFR2 non-canonical NF-kB pathway G5E919 P54775 Q9WTX6 Q3UPK6 Q544K4 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q3UHJ1 Q99PH8 Q3TKG4 Q8C6X9 Q542I9 Q3UK97 A1L3B8 P14685 Q5F2A0 A0A0U5JAA8 Q545G0 A0A0U5JAA2 P49722 E9PZT5 Q9D8W5 P99026 Q62210 Q9R1P0 Q8VD70 Q3TV35 Q8R037 O35593 B2RR33 Q9R1P3 Q5D0F1 Q544U1 Q5SUR3 Q14AQ1 Q58EV4 Q8BVA3 O55234 Q3SXS7 Q542H2 Q5BKQ9 Q9JKV1 A5D8Y6 A0A286YDT6 O88472 Q3TXS7 B2RRV3 P70195 B1ASL3 Q9R187 Q8CBT3 Q60846 Q3U4X0 Q5SRY7 Q60692 E0CXB1 Q3TSE5 Q05A52 Q6RI64 Q3TS44 Q66JT6 Q7TS55 Q99JI4 Q3KP88 Q0VEI3 B6DXE3 Q3TKV1 Q3UV69 Q542S2 O35305 Q3U479 Q545P4 Q3U593 O35235 A0A1W2P7D5 Q8K220 Q5F2A4 Q3UV15 Q540M6 DEFECTIVE ABCC6 CAUSES PXE%REACTOME DATABASE ID RELEASE 96%5690338 Defective ABCC6 causes PXE Q9R1S7 DEPOLYMERIZATION OF THE NUCLEAR LAMINA%REACTOME DATABASE ID RELEASE 96%4419969 Depolymerization of the Nuclear Lamina E9QP59 Q6DVA0 Q8CD95 P11440 Q3UJ81 Q3THM8 P68404 Q4VA93 Q571G1 E9PWN0 P14733 Q3TP92 TRNA MODIFICATION IN THE MITOCHONDRION%REACTOME DATABASE ID RELEASE 96%6787450 tRNA modification in the mitochondrion Q3UFY8 G5E889 Q8JZY4 Q9DAT5 Q3U5F4 Q6PEB4 Q80UN9 B2RRS4 Q99N15 DEFECTIVE MMAB CAUSES MMA, CBLB TYPE%REACTOME DATABASE ID RELEASE 96%3359471 Defective MMAB causes MMA, cblB type D3Z1G7 SIGNALING BY PDGFRA EXTRACELLULAR DOMAIN MUTANTS%REACTOME%R-HSA-9673770.2 Signaling by PDGFRA extracellular domain mutants Q61411 Q8BTI9 Q3USK4 P42337 Q8C7P2 Q99K94 Q6GU23 O08908 Q9D091 P26618 BIOSYNTHESIS OF E-SERIES 18(R)-RESOLVINS%REACTOME%R-HSA-9023661.2 Biosynthesis of E-series 18(R)-resolvins P24527 A2CF88 P48999 ONCOGENIC MAPK SIGNALING%REACTOME%R-HSA-6802957.9 Oncogenic MAPK signaling Q3V0H4 B1AYC9 Q3TJ56 Q3TU98 A0AAQ4VMS6 P48678 A2AI78 Q68FD9 Q99MP8 Q8BW40 E9Q8P8 Q80TM2 Q3UER8 Q5SWZ5 F8WIS9 E9QQ10 Q80XI6 A0A0R4J0K0 A0A0G2JEP0 E9PV24 Q5EBQ2 Q80VE1 E9QPU1 Q9WVK0 J3JS97 Q04690 Q9QYS9 Q99N57 Q3UV75 Q924S8 P67778 O54890 Q3TGR2 A2A9K7 Q6PCP3 Q8CAD1 Q3UZF9 Q6PEB3 P41241 Q5J7N1 P05480 P62141 Q61411 A2A5N2 Q3TMJ8 Q3V3W9 Q9QUM0 P63085 Q63844 Q7TSZ9 Q3TPX5 Q91YS7 Q7TNL7 Q9ESS0 Q3TM87 O88520 Q9D091 P28028 A0A1Y7VNZ6 Q8CCM0 Q6ZWM8 A0A1W2P715 Q3TY83 Q6NZM8 Q8BL41 Q8VE88 Q3UWM4 Q3UPG0 Q3U7R5 Q8BWG8 Q9ESW4 Q3UM91 Q52L50 Q3V1B3 Q64727 Q62120 Q3UPF5 DEFECTIVE MISMATCH REPAIR ASSOCIATED WITH MSH2%REACTOME%R-HSA-5632928.2 Defective Mismatch Repair Associated With MSH2 P54276 E9QPY6 Q3TZI5 HS-GAG DEGRADATION%REACTOME DATABASE ID RELEASE 96%2024096 HS-GAG degradation Q3U5S6 M0QWP1 Q3V1F2 Q64519 Q08890 Q9EQ08 P51655 H3BLN8 B2RY83 Q3U379 Q6YGZ1 Q8R3X6 P43407 Q52KG8 O88325 Q8BMG0 Q8BKV1 Q3TWB2 DEFECTIVE SLC35A2 CAUSES CONGENITAL DISORDER OF GLYCOSYLATION 2M (CDG2M)%REACTOME DATABASE ID RELEASE 96%5619072 Defective SLC35A2 causes congenital disorder of glycosylation 2M (CDG2M) Q9JIH0 DEFECTIVE COFACTOR FUNCTION OF FVIIIA VARIANT%REACTOME%R-HSA-9672396.3 Defective cofactor function of FVIIIa variant P16294 Q8BQ43 Q80Y26 PKA ACTIVATION IN GLUCAGON SIGNALLING%REACTOME%R-HSA-164378.5 PKA activation in glucagon signalling Q80TY9 O88444 Q3UU15 Q3V1Q3 Q3TY04 P84309 Q3UUN2 Q91WF3 P05132 A0A2I3BRC5 Q8K1M3 Q9DBC7 P68181 E9Q706 H3BK84 INTERLEUKIN-35 SIGNALLING%REACTOME DATABASE ID RELEASE 96%8984722 Interleukin-35 Signalling Q3V157 Q99K94 Q6GU23 Q3U1K3 D3Z6H5 Q3UZN3 Q5SUC3 Q3URU8 Q62120 E9QJS1 Q549G3 Q6PDI9 PROTEIN LIPOYLATION%REACTOME%R-HSA-9857492.1 Protein lipoylation Q91WK5 Q569N0 P53395 A0A0N4SUH8 A0A0M3HEP3 Q8C894 Q9D2G2 Q545P3 Q8BMF4 Q9D009 TGFBR1 KD MUTANTS IN CANCER%REACTOME%R-HSA-3656532.4 TGFBR1 KD Mutants in Cancer Q8BUN5 Q62432 Q3UNK5 Q8BQS9 Q9D5H8 ABACAVIR METABOLISM%REACTOME%R-HSA-2161541.6 Abacavir metabolism Q9Z2V4 Z4YL50 E9Q9M1 ADVANCED GLYCOSYLATION ENDPRODUCT RECEPTOR SIGNALING%REACTOME%R-HSA-879415.2 Advanced glycosylation endproduct receptor signaling Q3U518 O54734 Q63844 Q6GR78 P63085 Q5DQJ3 Q8C253 Q5RKN9 Q3UY00 Q62151 P04918 CASP5-MEDIATED SUBSTRATE CLEAVAGE%REACTOME DATABASE ID RELEASE 96%9960525 CASP5-mediated substrate cleavage A0A679AXP3 P10749 P70677 Q2PMY2 SYNTHESIS OF VERY LONG-CHAIN FATTY ACYL-COAS%REACTOME%R-HSA-75876.10 Synthesis of very long-chain fatty acyl-CoAs Q9D2Y9 D3Z041 Q8K2C9 Q3V4A5 Q9D3B1 G3UWE1 Q8BHI7 E9PUC2 Q548M4 Q2XU92 Q0VGQ1 G3X8Y7 A0A498WFQ4 Q9EQC4 Q3UC67 Q8BWI9 Q3URE1 Q920L5 Q91YN3 P70385 Q99PU5 A2AKM2 Q8R1X1 NFE2L2 REGULATING TCA CYCLE GENES%REACTOME DATABASE ID RELEASE 96%9818025 NFE2L2 regulating TCA cycle genes O88844 Q60795 Q3TQP6 NUCLEOTIDE EXCISION REPAIR%REACTOME%R-HSA-5696398.4 Nucleotide Excision Repair Q9QZH3 Q80ZH7 Q8BQS1 Q99KP6 P0CG50 Q9R1K9 P62878 Q9D479 Q8R1N0 P97760 E9PWD3 B2RRX1 Q8BFX0 Q8CFI7 P51949 E9Q6K1 P60898 Q8K2X8 Q7TPY0 P49135 Q3THG5 Q6PI63 Q3V214 Q505L1 Q3UZB8 A0A3Q4L2S8 A0A338P6M3 Q2M4G9 A2RTT4 Q7TPV0 Q542U3 P63280 P61219 P62488 P08775 Q3TZV2 G3UZA7 O54714 A0A0R4J091 Q3U1J4 P52431 Q3TCH7 Q3TP81 Q3TKD1 Q542J9 Q8R055 A0A1L1SRK3 Q9CQ36 Q4KL82 Q9CQ71 Q9CRV6 F8VPZ5 Q5U4B1 Q8BH76 Q547B4 Q99J62 Q5SWN2 Q62193 Q5HZI8 O35654 F8VPX1 Q80XH7 O54956 Q69ZQ2 A0A6Q6QAE5 Q3U1J1 Q6ZPV2 Q64267 Q3UV64 Q14AI7 Q8BV13 Q9CXF7 A2AQA7 A0A0A0MQ89 Q4FZK4 Q8R2S9 Q8VBV7 Q921K2 Q8CAP3 Q3UQL2 Q8BHA0 Q9CZ04 Q3UEU6 Q3V3N6 Q8K387 Q6PIJ4 Q3UIT2 O88554 E9PUM0 Q3U1C2 Q3UQN3 P51612 B1AT32 Q8R359 Q00899 O35864 Q3UWX7 Q9DCD2 Q4VBX4 O08856 REGULATION OF PD-L1(CD274) TRANSCRIPTION%REACTOME%R-HSA-9909649.2 Regulation of PD-L1(CD274) transcription P15066 B2RTK3 Q8CGP7 F8VPU0 F8WI37 Q149V4 S4R1M3 Q8R1M2 Q8CAI6 Q52L79 Q548Y4 P46938 P01108 P01101 Q64524 P10853 Q02248 Q60972 Q80UF1 P25799 Q80W05 Q99LT0 B2RWH3 Q62296 Q64475 Q64478 Q80UL2 C0HKE5 Q6AXH7 Q5SX13 Q9D2U9 A1A550 A2RSD4 Q6ZWY9 Q8BX09 Q6GQV9 P27661 Q3UKZ9 Q3UCW2 Q8C402 E9PW15 Q8C5H3 Q4FJW1 P97481 Q9EPK5 Q8BJ14 P61965 Q60795 Q6GU23 Q921E6 A3KPD0 Q3UH70 P84228 Q8CGP2 Q99K94 Q8CGP0 Q3UV15 Q3UII1 SIGNALING BY FGFR2 IN DISEASE%REACTOME DATABASE ID RELEASE 96%5655253 Signaling by FGFR2 in disease A0A3Q4L2S8 Q8C180 A0A338P6M3 Q0VER9 Q8C7P2 P61219 Q0VG15 Q505A4 P62488 P08775 A0A7U3JW97 O35565 Q62077 A0A7U3JW51 Q9D091 Q8C399 Q6ZWS1 A0A7U3L6F4 Q541T2 Q544I6 Q3U1V5 A0A7U3JW80 E9Q2N2 Q9CQ49 P42337 E9QK53 P97760 Q61411 Q8BFX0 Q3THK3 Q3USK4 Q8CFI7 P60898 Q3UYV9 Q3UMJ4 Q6PI63 Q3V214 DEFECTIVE SLC6A2 CAUSES ORTHOSTATIC INTOLERANCE (OI)%REACTOME DATABASE ID RELEASE 96%5619109 Defective SLC6A2 causes orthostatic intolerance (OI) Q8R2I2 DEFECTIVE F9 ACTIVATION%REACTOME%R-HSA-9673221.4 Defective F9 activation P16294 A2CFB8 B2RR03 O88186 Q9QZU3 GPER1 SIGNALING%REACTOME%R-HSA-9634597.3 GPER1 signaling P29387 Q80TY9 Q3UU15 Q3V1Q3 P63213 P84309 Q3TQ70 Q6P8Y9 P08752 Q91WF3 P63216 B2RVZ3 Q3UMY0 A0A2I3BRC5 Q542R8 P61953 Q8K1M3 P50153 Q9DC51 Q9DBC7 P68181 Q9JMF3 E9Q706 Q61012 P09055 O88444 P05480 Q9CXP8 Q3TY04 Q3U9V4 Q54AE3 Q3UUN2 P05132 B2RSH2 Q9DAS9 Q3UG14 Q3UGN1 Q8BMP4 Q80YP5 H3BK84 SYNTHESIS OF GLYCOSYLPHOSPHATIDYLINOSITOL (GPI)%REACTOME%R-HSA-162710.6 Synthesis of glycosylphosphatidylinositol (GPI) Q562G0 A2AIH5 Q9JJQ0 D3Z4I0 Q4V9U8 G3X9F1 Q9D1C3 Q8C2R7 F6YX19 O09101 B7ZN11 Q9CXR4 Q545R7 Q5M9N4 Q8BTP0 SHC-MEDIATED CASCADE:FGFR3%REACTOME DATABASE ID RELEASE 96%5654704 SHC-mediated cascade:FGFR3 A0A7U3L6F4 Q61411 Q541T2 Q3USK4 Q3U1V5 A0A7U3JW80 E9Q2N2 A0A7U3JW97 A0A7U3JW51 Q9D091 Q6ZWS1 NON-INTEGRIN MEMBRANE-ECM INTERACTIONS%REACTOME%R-HSA-3000171.6 Non-integrin membrane-ECM interactions M0QWP1 Q3V1F2 Q64519 O54890 Q3TZ05 A1BN54 Q61789 Q3USI2 Q3UNK5 Q8C5B3 F8VQJ3 Q6L8N9 G5E874 Q99L88 P19137 Q544D4 Q3UHL7 Q0VEM1 P97927 Q9EQ83 Q8BX51 Q5DTP0 Q8BZG8 Q544R8 Q9R0B6 Q8K0N0 P82349 P29788 Q8CFR5 Q3TRE0 Q542S9 P82350 Q3U5S6 Q3UVD6 Q8BHM1 Q5M9K1 B9EJ23 Q80YQ1 P43406 G3UWQ9 Q8C9Z1 Q4VA93 Q541T2 Q62371 Q99L56 P43407 Q8CC06 Q62469 Q8CBE6 A2A864 P09055 Q6P6L2 Q544T2 Q52KG8 B1AV35 A0A0R4IZW4 Q6PE70 TP53 REGULATES TRANSCRIPTION OF GENES INVOLVED IN CYTOCHROME C RELEASE%REACTOME%R-HSA-6803204.3 TP53 Regulates Transcription of Genes Involved in Cytochrome C Release Q8R107 Q9Z2F7 Q8BUE4 Q3UQK9 Q5CZX0 Z4YK94 P70444 Q9D8Z2 Q8VE85 Q8K3J2 E9QN92 Q62415 E9QJU8 Q6GQV9 Q80ZA1 B9EHX4 KW2449-RESISTANT FLT3 MUTANTS%REACTOME DATABASE ID RELEASE 96%9702569 KW2449-resistant FLT3 mutants Q3UEW6 CYCLIN D ASSOCIATED EVENTS IN G1%REACTOME DATABASE ID RELEASE 96%69231 Cyclin D associated events in G1 Q8BN07 Q9WTX6 P63330 P0CG50 Q64364 Q8CEI0 Q549R4 Q61457 P13405 Q544H6 Q8C8M7 Q9CYB4 Q5SUR3 Q790L7 Q564P6 Q8BJ38 Q76MZ3 Q569Z9 A0A1B0GRM0 S4R216 Q6PAR4 Q3UGB9 E9PWD3 Q791X1 Q3SYK5 Q545C3 Q61502 Q9D297 Q9D153 Q6ZQJ8 Q9CWU3 P51949 P61025 P46414 Q0VBK8 Q8R0K9 Q4FK45 Q8BIX1 Q05AA8 Q3THG5 Q62120 INTERACTION BETWEEN PHLDA1 AND AURKA%REACTOME%R-HSA-8854521.3 Interaction between PHLDA1 and AURKA Q62392 Q3TEY6 REPLICATION OF THE SARS-COV-2 GENOME%REACTOME%R-HSA-9694686.7 Replication of the SARS-CoV-2 genome Q3TTE7 P13405 Q9CZ96 Q8BTS0 SPHINGOLIPID CATABOLISM%REACTOME%R-HSA-9845614.3 Sphingolipid catabolism Q8R4X1 Q99JY8 Q8R0X7 Q810K3 D3YTU8 Q8VD53 Q3TX25 Q61469 G3XA61 Q3UDY2 DEFECTIVE SLC4A4 CAUSES RENAL TUBULAR ACIDOSIS, PROXIMAL, WITH OCULAR ABNORMALITIES AND MENTAL RETARDATION (PRTA-OA)%REACTOME%R-HSA-5619054.4 Defective SLC4A4 causes renal tubular acidosis, proximal, with ocular abnormalities and mental retardation (pRTA-OA) E9Q8N8 FORMATION OF AXIAL MESODERM%REACTOME%R-HSA-9796292.3 Formation of axial mesoderm P46938 P35582 Q5TIS6 Q62296 Q78ZW9 Q80UL2 Q0VEP8 Q02248 Q8BUN5 Q62432 G5E8P5 Q80UF1 Q62226 Q8C402 ACTIVATION OF BAD AND TRANSLOCATION TO MITOCHONDRIA%REACTOME%R-HSA-111447.5 Activation of BAD and translocation to mitochondria Q63810 Q3U9H3 P31750 A8IP69 Q5SS40 A2A5N2 P70444 Q8BQK4 O70456 Q80XK0 P63101 P68510 Q8CE74 Q8C6X4 PLASMA LIPOPROTEIN ASSEMBLY%REACTOME DATABASE ID RELEASE 96%8963898 Plasma lipoprotein assembly Q8BPY1 P09813 Q0VGU0 P09103 O08601 P05132 P34928 Q61268 Q2TGE7 P06728 P68181 Q3UJG0 Q00623 Q3TXU4 E9QP56 E9Q414 Q6GQT1 SIGNALING BY NOTCH2%REACTOME%R-HSA-1980145.4 Signaling by NOTCH2 Q3UZZ2 O35516 Q6T264 Q2LEK5 Q8VH33 P0CG50 D3Z768 P12960 Q499W5 Q80SY4 Q9QYE5 Q8BYF1 Q3UVN4 B2RUG2 Q0MW30 Q6NZC0 Q61483 Q9JI71 Q8BJ14 Q3TZH4 Q3UM17 Q3U4P5 Q3UYK2 Q499J8 P57716 Q8C7N7 SYNTHESIS AND PROCESSING OF GAG, GAGPOL POLYPROTEINS%REACTOME%R-HSA-174495.3 Synthesis And Processing Of GAG, GAGPOL Polyproteins Q3THR4 Q3UCW0 Q3UV99 A0A494BAR3 P0CG50 Q8BH48 Q8C2W4 Q8BMZ7 Q810I0 Q78HU3 Q8R0J7 REPLICATION OF THE SARS-COV-1 GENOME%REACTOME DATABASE ID RELEASE 96%9682706 Replication of the SARS-CoV-1 genome Q3TTE7 P13405 Q9CZ96 Q8BTS0 DEFECTIVE PGM1 CAUSES CDG1T%REACTOME DATABASE ID RELEASE 96%5609974 Defective PGM1 causes CDG1t Q3U6X6 REGULATION OF RUNX1 EXPRESSION AND ACTIVITY%REACTOME DATABASE ID RELEASE 96%8934593 Regulation of RUNX1 Expression and Activity Q790L7 Q9CS58 P35235 P05480 Q8BSJ6 S4R216 Q08024 Q3UQ34 Q8VD67 B1ATC3 Q8BJP2 Q3UHK8 Q8CJF9 Q0VBK8 Q4FK45 Q3UD86 PHOSPHOLIPASE C-MEDIATED CASCADE; FGFR3%REACTOME%R-HSA-5654227.4 Phospholipase C-mediated cascade; FGFR3 A0A7U3L6F4 Q541T2 Q3U1V5 A0A7U3JW80 E9Q2N2 A0A7U3JW97 Q62077 A0A7U3JW51 Q6ZWS1 LANOSTEROL BIOSYNTHESIS%REACTOME DATABASE ID RELEASE 96%9969896 Lanosterol biosynthesis P53798 Q8CAY6 Q9D4F2 Q4FJN9 Q3UYC1 Q8BLN5 Q9CZZ6 G3XA48 Q3TQK8 Q3UEB4 Q3THA3 DEFECTIVE CLEAVAGE OF FV VARIANT AT A.A.534%REACTOME DATABASE ID RELEASE 96%9930449 Defective cleavage of FV variant at a.a.534 P33587 O88783 Q3TR66 TRANSPORT OF FATTY ACIDS%REACTOME%R-HSA-804914.3 Transport of fatty acids P51910 Q91VE0 Q2TA58 E9Q9W4 Q544D7 DEFECTIVE MPDU1 CAUSES CDG-1F%REACTOME DATABASE ID RELEASE 96%4687000 Defective MPDU1 causes CDG-1f Q8R0J2 BIOGENIC AMINES ARE OXIDATIVELY DEAMINATED TO ALDEHYDES BY MAOA AND MAOB%REACTOME DATABASE ID RELEASE 96%141333 Biogenic amines are oxidatively deaminated to aldehydes by MAOA and MAOB Q3UJ53 Q8BW75 DEFECTIVE ALG12 CAUSES CDG-1G%REACTOME%R-HSA-4720489.4 Defective ALG12 causes CDG-1g TRANSCRIPTION FROM MITOCHONDRIAL PROMOTERS%REACTOME DATABASE ID RELEASE 96%75944 Transcription from mitochondrial promoters P40630 B2RSE6 Q3V3C0 A0A096P6K7 CELLULAR RESPONSE TO MITOCHONDRIAL STRESS%REACTOME%R-HSA-9840373.2 Cellular response to mitochondrial stress Q9D8H7 Q99JB2 Q3TML6 Q9Z2R9 Q6ZWX6 Q3ULL5 Q3V235 O88967 Q9DCV6 RESPIRATORY SYNCYTIAL VIRUS INFECTION PATHWAY%REACTOME%R-HSA-9820952.2 Respiratory Syncytial Virus Infection Pathway Q9QXJ2 E9Q9A9 Q9CQA5 E9QJS1 P0CG50 Q4FJP7 P33896 E0CYA6 A6PW47 P62137 P62878 P62141 Q2NLB9 Q9CXU1 Q9CXU0 Q9R0X0 E9QAM0 E9Q6E2 Q8VCD5 Q9DAY7 Q2M4H5 F8WJB0 Q8R3X6 Q8BKV1 Q920D3 A0A140LHG7 A2ABV5 Q8C1S0 Q4FJR9 Q8CFR9 B2RTK3 Q8VCS6 Q7TN02 M0QWP1 Q3V1F2 Q80Y52 Q9WVF5 Q64519 Q9D8V7 Q8CDH5 Q8VIM0 Q62276 G3UZX4 Q3UHW8 Q9QZU9 Q8CAS3 Q03963 Q3U5S6 Q3UET8 Q71LX8 Q3TU94 A1L0V6 Q3TGP5 Q504P4 Q3U5B1 Q0VE17 Q543X3 Q3U1L4 Q8C458 Q9CQD1 Q8C266 Q3UV88 H3BLN8 Q9DB91 A0A2I3BRW0 P23188 Q9CQ39 Q9D8C6 G3X8Y8 Q3URU8 Q6ZWQ7 Q3UW57 A0A140LHR3 P51655 Q91ZX1 Q5SWW4 Q9Z1K5 Q3U9K6 Q6GQV9 Q6GQS5 P43407 Q9CQI9 L0CL36 Q8BKC7 Q6KAM1 Q6ZWM8 Q8BJ14 Q64HC9 A0A087WNT1 Q61335 Q599W9 Q9CZ82 Q3U379 Q99MB1 Q8BYY5 Q52KG8 D3Z569 E0CZG8 B1AQH6 Q3TWB2 ERYTHROCYTES TAKE UP OXYGEN AND RELEASE CARBON DIOXIDE%REACTOME DATABASE ID RELEASE 96%1247673 Erythrocytes take up oxygen and release carbon dioxide A0A3B2WBH6 Q91VB8 P00920 P13634 Q02013 Q64444 Q53ZN9 A8DUK0 ALKBH3 MEDIATED REVERSAL OF ALKYLATION DAMAGE%REACTOME DATABASE ID RELEASE 96%112126 ALKBH3 mediated reversal of alkylation damage Q8K1E6 Q9D8Z1 E9PZJ8 Q91WR3 DISEASES OF MITOCHONDRIAL BETA OXIDATION%REACTOME DATABASE ID RELEASE 96%9759774 Diseases of mitochondrial beta oxidation Q9CSI4 Q8C7H1 NEGATIVE EPIGENETIC REGULATION OF RRNA EXPRESSION%REACTOME%R-HSA-5250941.4 Negative epigenetic regulation of rRNA expression B2RTK3 Q8CGP7 Q149V4 A0A0R4J243 O88574 S4R1M3 E9Q317 E9PVA2 P52432 Q9D1M1 Q8R1M2 Q5SQF8 A2CG63 Q3TMT1 Q64524 P10853 E9PWD3 Q8BFX0 P70700 Q02614 Q9DBH1 P51949 Q3V054 E9Q6K1 Q791N7 Q76KJ5 Q8K2X8 Q3TQG6 Q7TPY0 P97358 P49135 A0ABA7IXJ6 Q3V1B9 Q3THG5 Q6PDZ2 F8VPM0 Q9D4V4 Q3V214 Q3UHI3 Q3UZB8 B2RWH3 A0A338P6M3 Q64475 Q7TPV0 Q64478 Q542U3 P61219 C0HKE5 Q9D2U9 Q9Z2E1 Q6ZWY9 P27661 A2AC19 Q60520 Q7TSJ0 Q58E49 Q541E5 Q53Z05 A3KPD0 Q91ZW3 Q3TN09 P84228 Q8CGP2 Q8CGP0 Q6RI65 TRANSPORT OF VITAMINS, NUCLEOSIDES, AND RELATED MOLECULES%REACTOME DATABASE ID RELEASE 96%425397 Transport of vitamins, nucleosides, and related molecules Q99P65 A0A494BAC3 Q99J27 Q3TCZ2 Q8R2I1 E9Q9W4 E9PXX9 O88627 Q61420 A0A1Y7VL74 Q9ERH8 Q9D385 Q91VE0 Q8CIA5 Q544D7 A2AKQ0 Q91ZN5 P48962 F8WGD7 Q8R1T4 Q545A2 P51910 Q8R139 Q3TY45 Q2TA58 Q9CZG9 Q9JIH0 Q9D0J4 MATRIGLYCAN BIOSYNTHESIS ON DAG1%REACTOME DATABASE ID RELEASE 96%9939291 Matriglycan biosynthesis on DAG1 Q8BWP8 Q3UMQ5 Q8CG64 Q14AT0 Q9D321 A2RSS2 A0A1Y7VM96 Q059X9 Q61420 Q8CBE6 Q91X88 Q8BVJ1 TRANSLOCATION OF ZAP-70 TO IMMUNOLOGICAL SYNAPSE%REACTOME DATABASE ID RELEASE 96%202430 Translocation of ZAP-70 to Immunological synapse E9Q696 A6H6M1 P43404 P29352 Q3TSV7 Q6P5P1 O78196 Q3U4Y3 CLEC7A INFLAMMASOME PATHWAY%REACTOME DATABASE ID RELEASE 96%5660668 CLEC7A inflammasome pathway Q2TBA3 Q54AA2 P10749 Q548Y4 P25799 Q3U607 G2 PHASE%REACTOME DATABASE ID RELEASE 96%68911 G2 Phase Q6ZQJ8 Q9CYB4 Q61456 P51943 Q3UGB9 COOPERATION OF PDCL (PHLP1) AND TRIC CCT IN G-PROTEIN BETA FOLDING%REACTOME%R-HSA-6814122.3 Cooperation of PDCL (PhLP1) and TRiC CCT in G-protein beta folding P29387 Q3UHH5 Q3U4U6 Q3UUR0 G3X8W6 P63213 Q80XD3 P80316 Q3UIJ0 Q3TQ70 Q6P8Y9 Q8CDH5 P63216 Q9DBX2 Q3UMY0 P61953 P50153 G3UZX4 P30678 Q9JMF3 Q61012 Q8BVY8 Q3UPA1 Q3UTM5 Q9CXP8 Q3U9V4 P11983 Q54AE3 Q564F4 Q52KG9 Q8BVT1 Q542X7 Q9DAS9 Q3UG14 Q3UGN1 Q8CBT5 INHIBITION OF MEMBRANE REPAIR%REACTOME DATABASE ID RELEASE 96%9635644 Inhibition of membrane repair Q3UMA3 NUCLEAR SIGNALING BY ERBB4%REACTOME%R-HSA-1251985.7 Nuclear signaling by ERBB4 Q99K90 Q9WTX4 D3YZR2 G3V023 Q91WL8 Q8BW69 E7FJU2 Q5NCU5 Q9JIA0 Q61521 Q543J8 H7BX38 Q5FW64 Q8BVR8 Q91VN7 Q3UY00 Q8CHB6 Q545B6 P46938 E9PXU2 P03995 Q8BGL0 P05480 Q3U4P5 Q3UYK2 Q6DR99 P57716 Q8C7N7 Q3TXU4 DEFECTIVE ABCB11 CAUSES PFIC2 AND BRIC2%REACTOME%R-HSA-5678520.4 Defective ABCB11 causes PFIC2 and BRIC2 Q9QY30 EVASION OF ONCOGENE INDUCED SENESCENCE DUE TO DEFECTIVE P16INK4A BINDING TO CDK4%REACTOME%R-HSA-9630791.4 Evasion of Oncogene Induced Senescence Due to Defective p16INK4A binding to CDK4 Q545C3 Q64364 NUCLEAR PORE COMPLEX (NPC) DISASSEMBLY%REACTOME%R-HSA-3301854.4 Nuclear Pore Complex (NPC) Disassembly P30276 Q8CDZ5 P59235 Q9D1M0 Q5FWJ9 Q8BUA6 Q9Z0W3 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 Q8VCB1 A0A1D5RLQ0 P11440 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q8BH74 Q8BPS7 Q8R480 Q8BTS4 J3JSA4 Q8R4R6 Q3TN15 Q9CWU9 Q69Z43 Q9ES70 Q9ERU9 TERMINAL PATHWAY OF COMPLEMENT%REACTOME DATABASE ID RELEASE 96%166665 Terminal pathway of complement Q549A5 P06684 A2A998 Q9DAC2 Q8BH35 E9Q6D8 A0A0R4J032 D3YXF5 EPH-EPHRIN MEDIATED REPULSION OF CELLS%REACTOME%R-HSA-3928665.5 EPH-ephrin mediated repulsion of cells Q6PFV6 Q8CA63 Q6PFA2 A0A0G2JGE9 Q8CC52 Q8BRB1 O08543 Q543Q7 Q9D7K8 G1K381 Q4FJM3 Q7TSI6 Q3USB4 Q9CZS8 Q6P1D6 Q9R0C8 Q60750 P54763 P17426 Q8CEI0 Q68FD5 Q3UJ76 Q3TJI7 Q6PEE6 Q6NZC0 Q3TWZ9 Q3TLP8 Q5SWR1 P41245 D3YZ57 Q3U4P5 Q3UYK2 Q6A0C9 Q03145 P57716 Q8C7N7 Q8C8K1 O09127 O08644 Q3UG07 A0A0J9YUN4 Q03137 P54754 Q544L9 HCMV EARLY EVENTS%REACTOME%R-HSA-9609690.2 HCMV Early Events B2RTK3 Q8CDZ5 Q8CGP7 Q9CYJ8 Q9WVF5 Q3TWG5 Q149V4 Q9D1M0 Q9Z0W3 P41969 Q64524 Q3UKR0 P10853 Q8BSJ6 Q64525 Q60972 P25799 P63168 B2RWH3 Q64475 Q64478 P59235 C0HKE5 Q921N8 Q6AXH7 Q5FWJ9 Q9D2U9 Q8BUA6 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 Q6ZWY9 Q8VCB1 A0A1D5RLQ0 Q9JHU4 Q9QXE7 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 E9PW15 Q8CHB6 Q8C5H3 Q8BH74 Q8BPS7 Q8R480 Q8BTS4 Q8BHJ5 J3JSA4 P09055 Q8R4R6 Q3TYJ3 Q80ZV7 Q921E6 Q64522 Q9CWU9 A2AB79 Q8CGP4 Q3TPJ8 A3KPD0 Q8CGP5 Q9JM08 Q9ERU9 Q9D0M5 Q6PDL0 P84228 Q5EBP9 Q8CGP2 Q8CGP0 GLUCURONIDATION%REACTOME DATABASE ID RELEASE 96%156588 Glucuronidation P70691 Q6PE15 Q3TS38 Q8K154 Q8JZZ0 Q6XL48 Q62452 A0A1Y7VL74 Q64435 Q6PDD0 Q91WH2 Q8R084 Q80X89 Q3UEP4 Q63886 Q91XL3 Q8BWQ1 A2AKQ0 Q3U548 MASITINIB-RESISTANT KIT MUTANTS%REACTOME DATABASE ID RELEASE 96%9669924 Masitinib-resistant KIT mutants P05532 GLUTAMATE NEUROTRANSMITTER RELEASE CYCLE%REACTOME%R-HSA-210500.6 Glutamate Neurotransmitter Release Cycle Q0PD63 Q8CFE6 P51906 E9Q263 P63040 B2RXW8 Q3UYK6 Q3TXM3 Q5D0A4 Q8R5J9 Q8CHR4 B8QI36 P60879 Q571F8 D3Z7P3 H6RXZ1 F7CYX4 Z4YKJ7 Q543U3 DEFECTIVE GAMMA-CARBOXYLATION OF F9%REACTOME%R-HSA-9673240.2 Defective gamma-carboxylation of F9 B2RS80 P16294 TRANSLESION SYNTHESIS BY POLH%REACTOME%R-HSA-110320.3 Translesion Synthesis by POLH P70362 Q4KL82 Q9CQ71 Q5U4B1 G3UWD8 Q01853 Q99J62 Q5SWN2 P0CG50 Q3TKD1 Q3UDU9 Q542J9 Q62193 G3X912 Q9JJN0 Q5HZI8 GDP-FUCOSE BIOSYNTHESIS%REACTOME DATABASE ID RELEASE 96%6787639 GDP-fucose biosynthesis Q8R2I1 Q8K0C9 Q5HZI6 Q8R2K1 Q7TMC8 G5E8F4 FCGR ACTIVATION%REACTOME%R-HSA-2029481.3 FCGR activation D3YZ57 P14234 Q6P1E0 P26151 E9PUV2 P08103 Q8CEI0 Q3U4Y3 Q3TJI7 A0A0B4J1G0 PHENYLALANINE AND TYROSINE METABOLISM%REACTOME%R-HSA-8963691.2 Phenylalanine and tyrosine metabolism A0A0R4J0C2 Q8C0M9 Q3UEH8 P61458 Q9JJA0 P35505 O09173 Q8QZR1 P49429 Q05CI8 Q8BVI4 MET RECEPTOR RECYCLING%REACTOME%R-HSA-8875656.2 MET receptor recycling F8VQL0 Q8C9G5 Q4V9W8 Q3U0D7 Q8JZR2 A2A9W7 Q505A4 A2RS58 Q3ULK1 LDL REMODELING%REACTOME%R-HSA-8964041.4 LDL remodeling P09103 A0A0R4J0M4 O08601 E9Q414 MITOCHONDRIAL RNA DEGRADATION%REACTOME%R-HSA-9836573.1 Mitochondrial RNA degradation Q91YM4 Q6PB66 A0A0R4J291 Q14AR0 Q922E6 Q8K1R3 E9Q179 A0A1L1SS70 Q80YD1 BIOSYNTHESIS OF MARESINS%REACTOME%R-HSA-9018682.3 Biosynthesis of maresins P48999 Q05421 Q9CVC8 B6VGH4 Q3UQ71 Q9JKY7 Q2KHL4 TRNA AMINOACYLATION%REACTOME%R-HSA-379724.3 tRNA Aminoacylation Q8BIP0 Q8BXJ6 E9PWN3 Q922A3 Q9JJL8 A2RT28 D3Z636 G5E823 Q8BW46 Q3U186 Q8BML9 G3X975 Q9CZD3 Q8BU30 Q3UZG4 Q8VDC0 Q3U2A8 Q8BJJ2 Q8BJY7 A8Y5T6 Q14CH7 Q9CYK1 Q9CXJ1 Q7TSZ3 Q9D1M4 Q8C483 Q790I0 Q9CZU5 Q8CGC7 A0A498WGK2 Q8C0C7 Q3U6U7 E9QB02 Q9D0R2 Q61035 A2A7S7 Q3UXN3 Q3UD67 Q8R3V2 Q8R2P8 Q9D0I9 Q4FK49 GENE AND PROTEIN EXPRESSION BY JAK-STAT SIGNALING AFTER INTERLEUKIN-12 STIMULATION%REACTOME DATABASE ID RELEASE 96%8950505 Gene and protein expression by JAK-STAT signaling after Interleukin-12 stimulation O08915 P38647 Q542A3 Q543F3 D3YTQ3 P26041 Q3V157 Q5SVY2 Q545F0 Q61823 Q93092 Q5ND42 P14733 Q5RKN9 Q5DTJ2 Q4FJX9 O88569 Q3U879 A0A7R8C347 P11983 G3X9V0 P84078 Q544Y7 P13634 Q9Z2X1 Q542G9 P57784 P63321 Q61233 O09131 Q52L50 Q9CQ65 Q8BGS2 TFAP2 (AP-2) FAMILY REGULATES TRANSCRIPTION OF OTHER TRANSCRIPTION FACTORS%REACTOME%R-HSA-8866906.3 TFAP2 (AP-2) family regulates transcription of other transcription factors Q8BPN4 Q3ULB3 O35740 Q6DIA6 AURKA ACTIVATION BY TPX2%REACTOME%R-HSA-8854518.4 AURKA Activation by TPX2 Q569L8 Q6P5D4 Q80Y52 E9QQ10 Q7TSH4 Q99NF3 Q3UPW7 B8JJE7 A8IP69 Q64702 Q5SW18 Q99L00 Q5SS40 A0A494BA29 A0A494BB86 Q0VGR5 Q9JJ94 Q6IQY5 P11440 Q3TPZ2 Q9R1K9 Q8QZX2 Q6NV99 Q8BFT2 Q8BTJ3 Q6ZQ12 Q9CQS9 B1AXI9 Q3USK2 U5KVR9 A0A1D5RMI8 Q9D6F9 D3YVU3 P33215 Q8BP64 H3BK84 P68372 P63168 Q8CDL2 K3W4R5 P68369 P68368 Q3TEY6 Q3URP3 Q3TYE1 Q3UZY0 J3QP81 Q9JHU4 Q66JX5 Q80UF4 Q6F4J1 Q9R0L6 Q0VEJ0 Q8BKT8 A2AUM9 Q76MZ3 Q9D3R3 P05132 E9Q5A8 Q3TPJ8 A0A494BB26 Q3U4H0 Q3TPZ5 Q9D786 E9Q919 P99024 ABERRANT REGULATION OF MITOTIC CELL CYCLE DUE TO RB1 DEFECTS%REACTOME%R-HSA-9687139.4 Aberrant regulation of mitotic cell cycle due to RB1 defects P53995 Q541Z5 Q8BZQ7 Q8BYJ1 Q9WVM3 Q3UFC2 Q8K2H6 Q9CPX9 S4R2B6 A2A4Z0 G3X8W7 Q3UFQ4 Q3TM92 Q3TI84 Q9D3A0 Q61457 P13405 Q544H6 Q8C8M7 Q9CYB4 Q790L7 Q564P6 Q8BJ38 Q569Z9 Q3U3D4 S4R216 Q3UGB9 Q791X1 Q545C3 Q9D297 Q6ZQJ8 P46414 Q0VBK8 Q4FK45 DEFECTIVE PMM2 CAUSES CDG-1A%REACTOME%R-HSA-4043911.4 Defective PMM2 causes CDG-1a Q9DCE3 REGULATION OF PD-L1(CD274) EXPRESSION%REACTOME%R-HSA-9909648.1 Regulation of PD-L1(CD274) expression P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q52L79 Q545G0 Q548Y4 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 P62878 Q5SUR3 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 A0A286YDT6 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 P25799 Q3TKV1 Q5SX13 Q9D2U9 Q91X78 A1A550 A0A7N9VR83 Q5JCS9 Q3U957 Q544F3 Q8BX09 A2ADH1 Q3UKZ9 Q8C5H3 Q14C34 Q4FJW1 P97481 Q9EPK5 P61965 Q9CS58 Q6GU23 Q921E6 Q8BIQ9 Q8BGM7 A3KPD0 Q3UH70 Q8CJF9 O35445 P84228 Q8CGP2 Q99K94 Q8CGP0 Q3UV15 A0A0R4J0D3 Q9DBG6 Q3UII1 P15066 B2RTK3 Q8CGP7 P61804 Q9CTE0 F8VPU0 F8WI37 Q149V4 A8IP69 Q99J56 Q8CDH5 Q8VD67 B1ATC3 S4R1M3 Q3UHK8 Q8K2C7 G3UZX4 Q8VEH8 Q8R1M2 Q8CAI6 Q3U304 P46938 P01108 O54734 P01101 Q64524 Q790L7 Q8BRK8 P10853 Q02248 Q8BMR3 Q60972 Q9DBZ2 Q01853 Q545C3 Q3U573 Q80UF1 Q542K0 Q6GTY4 Q8BP64 Q8BFZ9 Q78XF5 Q8BUX6 Q80W05 Q99LT0 B2RWH3 Q62296 Q64475 Q64478 Q3U472 Q80UL2 Q5KU03 C0HKE5 Q6AXH7 Q60FD1 Q3TWR3 Q3URU8 Q3UQ34 A2RSD4 O35864 Q6ZWY9 Q91YT2 Q8BJP2 Q3UD86 Q6GQV9 P27661 Q3UCW2 Q6PAM0 Q8C402 E9PW15 B2RUG2 Q8BJ14 Q60795 SIGNALING BY PDGF%REACTOME DATABASE ID RELEASE 96%186797 Signaling by PDGF Q91ZZ2 E9PYG6 Q9Z0I9 Q8BQ28 Q8C7P2 A2RS58 Q9QZS0 P52633 B2RQQ8 Q62077 Q9D091 D3Z7D5 P35831 P11214 B0LAD9 P42232 Q8BTI9 Q9JIA0 P05622 Q03350 Q547B5 B2RTL6 Q925I7 P42337 Q05895 Q3V1T9 Q63ZW6 P35235 Q6GU23 P05480 Q8C6K9 P26618 Q61411 Q3USK4 Q8JZR2 Q80YQ1 I7HJR1 Q03160 P23188 Q8BH99 Q99K94 Q3TJP4 O08908 Q9D0D2 A0A0R4IZW4 Q9QZR9 Q8BSX1 P02463 FGFR4 MUTANT RECEPTOR ACTIVATION%REACTOME%R-HSA-1839128.3 FGFR4 mutant receptor activation A0A0R4IZY3 NEGATIVE REGULATION OF FGFR2 SIGNALING%REACTOME DATABASE ID RELEASE 96%5654727 Negative regulation of FGFR2 signaling Q8C180 Q63844 Q0VER9 Q8BN07 Q0VG15 A0A7U3JW97 O35565 A0A7U3JW51 Q8C399 P28028 Q6ZWS1 A0A7U3L6F4 P63330 Q541T2 Q544I6 P0CG50 Q3U1V5 A0A7U3JW80 E9Q2N2 Q3U1I8 B2RS85 P35235 Q76MZ3 A0A0X1KG61 P63085 CALCITONIN-LIKE LIGAND RECEPTORS%REACTOME DATABASE ID RELEASE 96%419812 Calcitonin-like ligand receptors A2AR99 Q9WUP0 Q7TNK8 Q9WUP1 Q3V1A7 P97297 Q3TNJ3 P12968 Q60755 INTEGRIN SIGNALING%REACTOME%R-HSA-354192.4 Integrin signaling B1AYC9 P98083 Q3UHZ0 Q80TM2 P31750 Q3UER8 Q9Z1S3 Q6P1E0 Q9QUG9 E9PV24 E9QPU1 O54890 Q3TGR2 Q3UQC2 Q3UZF9 P41241 P05480 Q3TZW9 Q3USK4 Q8JZR2 K7Q751 Q9CS95 Q3V3W9 Q3TJP4 Q9QUM0 Q52L50 DEFECTIVE F8 BINDING TO THE CELL MEMBRANE%REACTOME%R-HSA-9672395.3 Defective F8 binding to the cell membrane Q8BQ43 DEFECTIVE BASE EXCISION REPAIR ASSOCIATED WITH NEIL3%REACTOME%R-HSA-9629232.3 Defective Base Excision Repair Associated with NEIL3 Q8K203 DEFECTIVE ALG9 CAUSES CDG-1L%REACTOME DATABASE ID RELEASE 96%4720454 Defective ALG9 causes CDG-1l Q8VDI9 FCGR3A-MEDIATED IL10 SYNTHESIS%REACTOME DATABASE ID RELEASE 96%9664323 FCGR3A-mediated IL10 synthesis Q80TY9 Q8CED6 Q6P1E0 Q3UU15 Q3V1Q3 E9PUV2 Q62077 P84309 Q91WF3 A0A2I3BRC5 Q8K1M3 Q922R0 Q9DBC7 P68181 P26151 E9Q706 Q8CEI0 Q80SW1 Q3TJI7 A0A0B4J1G0 Q8CIH5 O88444 P70227 Q8C8N0 Q3U879 Q3TY04 Q3UUN2 P05132 D3YZ57 P14234 P08103 Q3U4Y3 H3BK84 PROCESSING AND ACTIVATION OF SUMO%REACTOME%R-HSA-3215018.5 Processing and activation of SUMO M0QWX4 G3UZA7 P63280 Q9R1T2 Q6NXL6 Q9Z1F9 Q91ZX6 SUMOYLATION OF NUCLEAR ENVELOPE PROTEINS%REACTOME DATABASE ID RELEASE 96%9793242 SUMOylation of nuclear envelope proteins P63280 EARLY SARS-COV-2 INFECTION EVENTS%REACTOME%R-HSA-9772572.4 Early SARS-CoV-2 Infection Events Q8VD65 Q6PF93 M0QWP1 Q3V1F2 Q64519 P97333 Q9JIQ8 Q3V033 Q3TTE7 Q3URC9 P51655 Q8R3X6 Q9D7F7 P43407 Q8BKV1 Q78V99 A0A1B0GR63 Q3U5S6 P13405 Q9D8B3 Q8BTS0 Q01853 Q9CQ10 Q9CZ96 H3BLN8 B1AZ39 Q3U379 P23188 E9QAM0 D3Z7W0 Q52KG8 M0QWC2 Q8K245 Q3TWB2 P75 NTR RECEPTOR-MEDIATED SIGNALLING%REACTOME%R-HSA-193704.3 p75 NTR receptor-mediated signalling Q68FM7 Q9QYH6 A0A2X0SFN9 A2AWP8 Q7TSI6 A0A140LJJ5 Q9R0C8 H3BJ45 Q91ZT5 Q5SS40 Q3U5C8 Q3TNB8 Q80VK6 Q3ZB60 P0CG50 Q66JY6 Q8CAB4 Q99P72 Q9D034 A9DA50 G5E8T4 Q6ZPF3 Q64337 A0A0R4J0X8 Q9Z0W1 E9Q5R6 Q548Y4 F6WMJ3 Q9WTZ9 P70392 Q5D0E0 Q6PEB3 Q3TQN9 Q5FWH6 Q3TMT1 B1AS67 Q3UG32 Q8BWA8 Q3UPH7 Q8VDU4 E9QK62 Q8BY35 Q7TSJ7 P70677 Q3USK4 Q9Z1E3 Q6LDU8 P25799 Q9JKX4 Q3UTH8 P70196 A0A1X7SB67 Q4VAE6 Q6P9R4 Q6P1D6 A0A0A0MQ87 P29594 Q3U7M4 Q547H1 Q5DTK3 Q8BR10 Q69ZK0 D3YYY8 E9PUE7 E9PXU2 Q3TLP8 Q3U9H3 Q8C474 Q58E49 Q0KL02 Q8C4B5 D3Z4R2 E9PUF7 Q3USZ7 Q9JM08 O70572 Q3U4P5 Q99PT1 Q3UGZ6 Q3UYK2 Q80U35 P57716 Q9CQ82 Q8C7N7 Q8C067 Q07139 INTERLEUKIN-15 SIGNALING%REACTOME%R-HSA-8983432.5 Interleukin-15 signaling P98083 Q6GU23 Q3URU8 Q3U5I5 P16297 A0A0A0MQ87 P42232 Q3USK4 Q9JIA0 Q810T6 Q3ZB59 V5SIM2 A0A0R4J0R7 Q3U1Z6 TP53 REGULATES METABOLIC GENES%REACTOME%R-HSA-5628897.6 TP53 Regulates Metabolic Genes P12787 P31750 Q91W29 Q7JCZ1 P10639 A8IP69 P43023 Q5SS40 Q8VD67 P35700 B1ATC3 O70456 Q9JLN9 Q3UHK8 Q80ZA1 Q5M9N9 Q792A4 A0A3Q4EC26 P56391 P48771 Q62425 Q8BRK8 Q5CZX0 B2RWB7 A2A5N2 Q9DCW5 Q542K0 Q8CF66 Q6NTA4 Q8BUX6 Q9CQ22 Q5FW98 Q8BGD6 Q8C6X4 Q1XG80 A0A0R4J111 G3UW70 Q7TT21 P58043 Q3UUT8 Q99K70 Q9EP53 Q3TWR3 Q80X95 V9GXN3 A4FUW1 Q3UQ34 B1AWT3 Q9JHS3 Q8BJP2 Q3UD86 A2RSF4 Q6PEE3 D3Z7P3 P63101 Q6PAM0 P68510 Q8CE74 Q7JCX7 P06745 Q9CS58 Q64445 B7ZNP9 Q9MD68 Q9JMH6 Q8BIQ9 Q8BGM7 A2RSV8 Q8CJF9 Q790Y8 Q571F8 Q3UDK5 CENTROSOME MATURATION%REACTOME DATABASE ID RELEASE 96%380287 Centrosome maturation Q569L8 Q6P5D4 Q80Y52 E9QQ10 Q7TSH4 Q99NF3 Q8BUR9 B8JJE7 A8IP69 Q64702 Q9CQ25 Q5SW18 Q8BKN5 Q8BUH2 Q6F4J0 P58854 Q99L00 Q5SS40 A0A494BA29 A0A494BB86 Q8BYN2 Q3UIT6 Q0VGR5 Q9JJ94 Q6IQY5 P11440 Q3TPZ2 Q9R1K9 Q8QZX2 Q6NV99 Q8BFT2 Q6ZQ12 Q9CQS9 B1AXI9 Q3USK2 U5KVR9 A0A1D5RMI8 Q9D6F9 D3YVU3 P33215 Q8BP64 H3BK84 P68372 P63168 Q8CDL2 K3W4R5 P68369 P68368 Q3URP3 Q3TYE1 Q3UZY0 J3QP81 Q9JHU4 Q66JX5 Q80UF4 Q6F4J1 Q9R0L6 Q0VEJ0 A2A9P6 Q8BKT8 A2AUM9 Q76MZ3 Q9D3R3 P05132 E9Q5A8 Q3TPJ8 A0A494BB26 Q3U4H0 Q3TPZ5 Q9D786 E9Q919 P99024 SWI SNF CHROMATIN REMODELERS%REACTOME%R-HSA-9932451.1 SWI SNF chromatin remodelers A0A0U1RNX8 Q3TXH6 Q99MR0 B5TZD5 Q3UID0 Q9D982 Q8VHA8 Q921K9 Q68FH8 Q6GTK4 O54941 Q8BW22 Q9CXE2 D3Z5N6 Q3US10 B2RX81 A0A0R4J175 F8VPZ9 A0A8Q0PK87 O88665 E9QAQ7 A0A0R4J1E1 F8VQD1 K4DI61 B2RRX1 Q9D007 A0A0R4J170 Q3UPK0 Q6ZWP4 A0A0G2JG60 Q505L1 DOPAMINE NEUROTRANSMITTER RELEASE CYCLE%REACTOME DATABASE ID RELEASE 96%212676 Dopamine Neurotransmitter Release Cycle Q0PD63 O88935 E9Q263 P63040 B2RXW8 Q3KN99 Q8BRU6 Q8CE19 B9EJ23 Q5D0A4 B2RUJ5 Q8CHR4 B8QI36 O88951 P60879 O88952 Q3TUM0 H6RXZ1 F7CYX4 CA ACTIVATED K+ CHANNELS%REACTOME%R-HSA-1296052.3 Ca activated K+ channels O89109 P58391 Q9CZM9 Q5SQK1 Q8C7F3 A0A1D5RMB2 Q3UXG3 Q9JIN6 PROTEIN-PROTEIN INTERACTIONS AT SYNAPSES%REACTOME%R-HSA-6794362.6 Protein-protein interactions at synapses Q9ES97 Q52KF7 Q3UP61 Q8C069 A0A338P6I6 Q7TNB5 B2RUJ5 O88951 Q5SS83 Q3TNY3 O88952 Q540I4 Q9R0N9 G3X957 Q69Z70 Q8BLY3 Q3TY61 B9EJ23 A0A0U1RPM0 A0A498WGM0 E9Q5N7 Q80XU8 Q149A4 Q3UY17 Q8C8L1 Q6PHN2 Q3TUM0 Q3TER1 F8WIG2 P0C192 A6H6M2 Q0VDP7 Q8BGS1 Q8BZ81 Q3UVU8 G3UWQ9 Q0VBP3 Q80TG9 Q14AG7 D0VYV6 Q5D052 D3YZU5 Q3V0J9 Q8C8U0 E9QK34 E9Q4F9 Q91WA6 O08599 G3X9V4 Q4ACU6 Q99JP6 A0A571BEG4 Q62418 Q4VA56 Q9CRA2 Q811B2 Q8BYM5 Q4VBF8 Q5D0A4 Q8K377 Q3UCF7 Q14DT0 Q3TQ52 H6RXZ1 A0A0R4J2C2 Q03391 Q059J3 Q69ZV6 D3YWU0 A2A6S2 P35436 A2AI21 Q810B9 B2RXW8 Q3V0U2 B8QI36 F7CYX4 CERITINIB-RESISTANT ALK MUTANTS%REACTOME DATABASE ID RELEASE 96%9717323 ceritinib-resistant ALK mutants P97793 RHOBTB1 GTPASE CYCLE%REACTOME DATABASE ID RELEASE 96%9013422 RHOBTB1 GTPase cycle Q3V3N6 Q3TR46 Q9WV02 V9GX76 Q9CTE0 B7ZMU4 Q5FWJ3 A0A0G2JF67 Q3UE22 Q8CDN6 Q3UIJ0 Q91VJ4 E9PUK6 Q3UV27 Q14AI7 Q542X7 Q8BTV2 Q5DTM8 F8WJG3 Q9Z204 Q3TRK3 FCGAMMA RECEPTOR (FCGR) DEPENDENT PHAGOCYTOSIS%REACTOME%R-HSA-2029480.3 Fcgamma receptor (FCGR) dependent phagocytosis Q8CED6 Q8BUR4 Q80Y52 Q8C7P2 Q8BHL5 Q7TSI6 Q9WV32 Q9R0C8 Q3TX55 Q9JM76 Q9ESJ4 P26151 Q5SW83 Q9R0Q6 Q8K1I7 Q4KL81 A0A0B4J1G0 Q9WTI7 Q8CIH5 Q71LX8 P42337 Q9CXQ9 Q53WY0 Q8VDU4 Q6PGK0 Q80ZW1 Q3UR47 P35991 Q6PEV3 B2RRX1 D3YZ57 Q9CPW4 P14234 Q8JZR2 Q9CVB6 K7Q751 Q3UN31 Q3ULF7 Q8BH99 O08908 D3Z4J3 Q8VHI6 P63085 Q80TR9 Q3U4Y3 Q8BH43 E9Q2D0 Q63844 A2AS98 Q6P1E0 Q8R5H6 E9PUV2 G3UW82 Q62077 Q6AXH6 Q91VR8 Q8BTI9 Q3UKP6 Q3TPY5 Q8K1X4 Q3TRQ0 Q8CEI0 Q3TJI7 Q80SW1 P16054 Q3TLP8 P70227 Q53YN4 Q8VDD5 Q8C8N0 Q8BG07 Q544Y7 Q3SYK5 Q6NVF2 Q6P6K4 Q0VBU9 O35405 A0A0R4J119 P08103 Q9D3K3 Q8BPU7 G5E884 LATE ENDOSOMAL MICROAUTOPHAGY%REACTOME DATABASE ID RELEASE 96%9615710 Late endosomal microautophagy Q8CDL2 Q3UG37 Q3TUP2 P0CG50 Q9D7F7 Q9CUD0 A8DUK0 Q78V99 A0A1B0GR63 Q99LX0 P26361 Q504P4 Q8C6G3 Q8BMZ7 Q3U711 Q9DBG5 Q810I0 Q9D8B3 P41209 Q78HU3 Q8R0J7 Q3UCW0 Q9CQ10 Q3UV99 A0A494BAR3 Q8BH48 B1AZ39 Q8C2W4 NRCAM INTERACTIONS%REACTOME DATABASE ID RELEASE 96%447038 NrCAM interactions Q6QRP1 Q52KF7 Q3UP61 Q8QZY7 Q0VGY9 Q61330 A0A338P6I6 SYNTHESIS OF BILE ACIDS AND BILE SALTS%REACTOME DATABASE ID RELEASE 96%192105 Synthesis of bile acids and bile salts Q3V1T8 Q3USU4 Q9Z0F5 Q8VCX1 Q3UEM0 Q91X34 Q6LC96 O09174 Q3UNC6 P70365 Q3B7Z2 Q9QXD1 A0A0R4J0N7 Q3U538 Q8CE59 P51660 Q3TN99 Q3V156 Q8BZR4 Q9QY30 Q3US73 Q8BX94 Q3TAX1 Q544S6 F8WH20 D3Z3X1 Q99LX3 Q91WR5 Q8R0G3 Q64505 F8WIZ7 DEFECTIVE SLC35A1 IN SIALIC ACID METABOLISM CAUSES CONGENITAL DISORDER OF GLYCOSYLATION 2F (CDG2F)%REACTOME%R-HSA-5663020.4 Defective SLC35A1 in sialic acid metabolism causes congenital disorder of glycosylation 2F (CDG2F) Q61420 PHASE 1 - INACTIVATION OF FAST NA+ CHANNELS%REACTOME DATABASE ID RELEASE 96%5576894 Phase 1 - inactivation of fast Na+ channels Q3UH54 Q3YAB0 Q9Z0V2 Q3YAB6 Q3YAA8 A2AEX0 MRNA EDITING: A TO I CONVERSION%REACTOME%R-HSA-75064.4 mRNA Editing: A to I Conversion Q91ZS8 Q3UH31 GLYCOSPHINGOLIPID BIOSYNTHESIS%REACTOME DATABASE ID RELEASE 96%9840309 Glycosphingolipid biosynthesis Q3TRR3 Z4YLR0 Q6GTI0 A0A0R4J1J3 Q32MG3 Q8K4Q7 A6H6C9 Q11204 Q920V1 Q3UF00 O88693 Q3U7I0 A0A068BIS6 Q3UUA9 Q8VDF0 Q9JHE4 Q8BGY6 Q64676 HIGHLY CALCIUM PERMEABLE POSTSYNAPTIC NICOTINIC ACETYLCHOLINE RECEPTORS%REACTOME DATABASE ID RELEASE 96%629594 Highly calcium permeable postsynaptic nicotinic acetylcholine receptors Q91X60 Q05A24 Q9ERK7 Q9R0W9 Q3UZS0 Q8BIE9 Q0VBK4 Q3USV2 Q53YK0 G3X8Z7 APOPTOSIS%REACTOME%R-HSA-109581.6 Apoptosis B1AUL6 Q63810 P54775 Q3UPK6 P14733 Q9CPS5 Q5SS40 Q8BVQ9 Q60989 P70444 P62196 Q8K3J2 B2RT97 B2RRZ7 P0CG50 Q4FJP7 Q99PH8 Q80UF7 Q80ZA1 Q3TKG4 Q542I9 Q8C6X9 Q61160 A1L3B8 P14685 Q541Z2 Q8BJQ4 Q545G0 Q8C350 Q6PEB3 P49722 Q9D8W5 P99026 Q62210 Q9R1P0 E9Q5V3 Q3TV35 O35593 Q9R1P3 P97350 Q3U5H0 Q14AQ1 E9PZW0 O55111 Q58EV4 Q5CZX0 B9EHJ3 A0A3B2WCN9 O55234 Q3UFC6 Q542H2 Q3TZH4 Q5BKQ9 P70677 Q61495 Q3U607 Q9JKV1 Q60855 O08734 Q3TXS7 P70195 A0A679AXP3 K7Q751 Q9QZM4 Q60692 E0CXB1 Q6RI64 E9PVB7 Q3TS44 Q99JI4 Q920N8 Q3TKV1 A0A1L1SVG0 Q9JIQ3 A2AGL5 Q6PAC1 Q60960 Q3V1V5 Q9D699 Z4YK94 F8WHZ9 Q62418 Q6S393 Q4FJQ4 Q3TZP5 P63101 P68510 Q8CE74 Q8C535 Q8BP66 P30681 A2AS93 Q3U9H3 Q6GU23 Q5DU30 Q3UJC3 Q8K3H0 E9JGN0 Q05A21 Q8K1S3 Q8K1S4 Q9QYH6 P31750 Q3UKP8 A8IP69 Q9WVQ5 Q5DTJ2 P43274 O70456 P43275 Q3TPJ9 P43276 P10922 Q3UHW8 Q64364 Q149Z9 Q8C8M7 Q9CYB4 A0A0R4IZW5 Q5FWJ3 Q3UE22 Q02248 Q7TSJ7 A2A5N2 Q9D297 P63085 Q8C6X4 P63168 Q63844 Q5SZA3 Q8BQK4 Q5HZH3 L0CL36 Q8BNP7 A0A2U3TZ67 Q9D8H7 A2AD85 Q80TU6 Q80YR7 Q3U335 P58281 Q53YN4 Q8R5L1 Q64HC9 Q9D0M5 Q62415 E9QJU8 Q61335 Q8C9L7 Q80XK0 A2AV75 SIGNALING BY EGFR IN CANCER%REACTOME%R-HSA-1643713.4 Signaling by EGFR in Cancer P98083 P42337 Q80Y52 Q8C7P2 Q9WVF5 Q505A4 Q62077 Q9D091 A0A0X1KG61 Q61411 Q4FJT2 Q3USK4 Q61521 Q3UWD7 Q0VEB7 Q545E4 Q61081 P0CG50 Q543J8 Q5FW64 SIGNALING BY FGFR2 FUSIONS%REACTOME%R-HSA-8853333.2 Signaling by FGFR2 fusions E9QK53 DARPP-32 EVENTS%REACTOME%R-HSA-180024.6 DARPP-32 events Q63810 P62137 P63328 Q3TUD0 G3X8U7 Q8BN07 Q76MZ3 Q3TY04 Q543F6 Q91V89 P63330 P05132 Q8K1M3 Q9DBC7 P68181 E9PVU7 Q8BIX1 Q60829 Q80XK0 H3BK84 Q3UEI1 FICOLINS BIND TO REPETITIVE CARBOHYDRATE STRUCTURES ON THE TARGET CELL SURFACE%REACTOME DATABASE ID RELEASE 96%2855086 Ficolins bind to repetitive carbohydrate structures on the target cell surface O70497 DEFECTS IN BIOTIN (BTN) METABOLISM%REACTOME%R-HSA-3323169.4 Defects in biotin (Btn) metabolism Q5SWU9 Q3UGC8 Q3UYS0 Q6PD20 Q3TZ03 A0A0R4J131 Q99MR8 Q8BP54 INTERACTION WITH CUMULUS CELLS AND THE ZONA PELLUCIDA%REACTOME%R-HSA-2534343.4 Interaction With Cumulus Cells And The Zona Pellucida Q3U478 Q9JI76 Q60718 Q059L1 Q54AJ4 Q3UX44 Q811Q3 Q812F3 P10761 SRC ACTIVATES STAT3 IN A QUANTITATIVE MANNER, THROUGH CADHERIN-11 (CDH11), RAC1 AND GP130 (IL6ST)%REACTOME%R-HSA-9958810.1 SRC activates STAT3 in a quantitative manner, through Cadherin-11 (CDH11), RAC1 and gp130 (IL6ST) Q91VS8 Q3TLP8 Q8BUR4 A0A0R4IZW5 G3X9V2 P05480 Q7TSI6 A0A1X7SB71 Q02248 Q6P1D6 Q02257 P10605 P0CG50 Q8C7Q6 Q8BSZ5 Q545R0 Q8BPU7 Q3TQN9 BIOSYNTHESIS OF SPECIALIZED PRORESOLVING MEDIATORS (SPMS)%REACTOME%R-HSA-9018678.5 Biosynthesis of specialized proresolving mediators (SPMs) A2CF88 Q05A20 Q8K355 P24527 Q05769 Q8VCC1 P48999 A2CF85 Q05421 Q9CVC8 Q91YR9 B6VGH4 Q3UQ71 A2AE91 P30355 Q9JKY7 Q2KHL4 LEWIS BLOOD GROUP BIOSYNTHESIS%REACTOME DATABASE ID RELEASE 96%9037629 Lewis blood group biosynthesis Q505A3 O54905 A6H6C9 Q3SWS0 Z4YLR0 A2A615 A0A068BIS6 Q14AE3 Q544B8 Q9JI67 Q91Y74 Q8VIB3 DEFECTIVE REGULATION OF TLR7 BY ENDOGENOUS LIGAND%REACTOME%R-HSA-9824856.1 Defective regulation of TLR7 by endogenous ligand Q599W9 FORMATION OF NEURONAL PROGENITOR AND NEURONAL BAF (NPBAF AND NBAF)%REACTOME%R-HSA-9934037.1 Formation of neuronal progenitor and neuronal BAF (npBAF and nBAF) A0A0U1RNX8 Q3TXH6 Q99MR0 B5TZD5 Q3UID0 Q8VHA8 Q921K9 Q68FH8 Q6GTK4 O54941 Q8BW22 Q9CXE2 D3Z5N6 Q3US10 A0A8Q0PK87 E9QAQ7 A0A0R4J1E1 K4DI61 B2RRX1 Q9D007 A0A0R4J170 Q3UPK0 Q6ZWP4 A0A0G2JG60 Q505L1 NUCLEOTIDE-BINDING DOMAIN, LEUCINE RICH REPEAT CONTAINING RECEPTOR (NLR) SIGNALING PATHWAYS%REACTOME DATABASE ID RELEASE 96%168643 Nucleotide-binding domain, leucine rich repeat containing receptor (NLR) signaling pathways P10639 Q3UP24 Q6GR78 P29452 Q91VJ1 P70343 Q8R4B8 Q548Y4 Q5D0E0 A0A0R4J0P5 Q62210 Q71LX8 Q8C863 Q923A8 Q2LKU9 Q54AA2 Q3U607 Q8CBT3 Q5U421 Q60521 Q3TSE5 Q8BG60 Q8VC91 P25799 Q9D5S8 Q99K90 Q569Y6 Q8CF89 A2RTT4 P70196 Q32MT1 Q9CX34 Q3UIB2 Q9WUI1 O08911 Q80TQ2 Q8CHP4 Q7TQD1 P29594 Q8BQK4 Q5HZH3 Q547H1 Q8BR10 Q80SY9 Q540J8 A2AS93 Q9JIP4 A2AIV8 Q8CFA1 Q3U5U6 Q3UV15 Q3TJ22 MITOTIC ANAPHASE%REACTOME DATABASE ID RELEASE 96%68882 Mitotic Anaphase Q6P1H6 A2AQ07 Q9ERD7 P14733 Q9JJZ2 P05213 P05214 Q9D7F7 Q3UX10 Q78V99 Q7TMM9 Q3UMM1 A0A1B0GR63 Q9D8B3 B2RSN3 Q9CQ10 Q9CWU3 Q9D6F9 B1AZ39 Q52L87 P68372 P68369 P68368 Q5FWJ9 Q8BUA6 Q6PDG0 O54962 Q8VCB1 A0A1D5RLQ0 Q3U425 Q8BTS4 J3JSA4 Q8R4R6 P62827 Q3UHW8 Q9CZW2 B8JK52 B2RVI6 Q61151 Q9D481 Q9D084 Q14A61 Q8BZ45 Q9CQU5 Q549P2 P63168 Q66JQ7 Q3UK10 K3W4R5 Q6ZQK4 O70126 P59235 Q6PD03 Q9CYC5 J3QMK1 B2RX66 O54692 Q99P69 A2RSC8 P63330 E9QME3 Q3TG35 Q9QYM8 J3QP81 Q9CY25 Q9JHU4 Q3TG33 Q3TDV6 Q8BK67 B7ZP47 H3BKZ0 Q8BHX3 Q8BSE7 Q8BH74 Q8C4M7 Q3TJM4 Q8R480 Q9CPY3 Q6ZWM8 Q9CXH7 Q6ZWU9 Q3TYJ3 Q9D0F1 Q923A2 Q76MZ3 F8WHU5 E9QKK1 F8WHU7 Q9JJ66 Q9CWU9 Q91V89 Q9CQA0 Q3TPJ8 Q3UD72 Q9ERU9 Q9D0M5 Q3U4H0 Q6PDL0 Q8BIX1 Q9CQ82 O35685 Q3UA16 Q3TTB0 Q3UPF6 F8WIA1 Q9WU62 Q3TMK9 Q9CPV1 P30276 Q8CDZ5 Q9CPV5 Q8CJF7 A0A0R4J037 Q8BN07 Q9WVA3 Q3TWG5 Q8C3Y4 Q9D1M0 Q5HZH8 Q5SW18 P54775 Q9CU62 Q3UPK6 Q9Z0W3 Q9CPS5 A0A1L1SV84 Q3U9G9 Q9ERR1 Q8BVQ9 Q6PD28 Q9CX00 Q8K1K8 Q8VDQ8 O35216 P62196 B2RT97 Q6DVA0 A0A1I7Q4A6 P0CG50 P60330 Q3UZD6 Q3UWH3 Q8BHK9 E9QPI5 A0A3B2WC92 E9Q3P4 Q3TKG4 Q8BRN9 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 P63280 Q9CQJ7 Q8VEJ9 Q8BFY9 Q6PFB2 P53995 Q541Z5 Q8BZQ7 Q8BYJ1 Q9WVM3 Q3UFC2 Q8K2H6 P11440 Q9CPX9 S4R2B6 A2A4Z0 G3X8W7 Q3TPZ2 Q3UFQ4 Q3TM92 Q3TI84 Q9D3A0 E9QP59 Q3THM8 Q8BYY5 RHO GTPASES ACTIVATE PAKS%REACTOME DATABASE ID RELEASE 96%5627123 RHO GTPases activate PAKs Q3TLP8 Q3THE2 Q8VDD5 P62141 Q3UR47 Q5SV64 Q5DTJ2 Q6URW6 A6H644 Q9DBR7 Q642K0 Q921L6 E9QPE7 B1B1A8 Q9D3K3 B1GX81 B7FAU9 G5E884 Q6ZWQ9 RHOBTB3 ATPASE CYCLE%REACTOME%R-HSA-9706019.5 RHOBTB3 ATPase cycle Q8K1C9 Q0PD48 Q61457 Q3UMA3 Q3TTE7 Q9CTE0 Q9CTN4 Q9DBG5 Q3KNA5 PHOSPHOLIPASE C-MEDIATED CASCADE: FGFR1%REACTOME%R-HSA-5654219.4 Phospholipase C-mediated cascade: FGFR1 A0A7U3L6F4 Q541T2 Q3U1V5 Q0VER9 A0A7U3JW80 Q0VG15 E9Q2N2 O35565 Q62077 Q8C399 Q6ZWS1 ACYL CHAIN REMODELING OF CL%REACTOME DATABASE ID RELEASE 96%1482798 Acyl chain remodeling of CL Q99JY0 Q3UN31 Q9DBX5 Q8BMS1 I7HJS2 B0V2Q7 ANTIVIRAL MECHANISM BY IFN-STIMULATED GENES%REACTOME DATABASE ID RELEASE 96%1169410 Antiviral mechanism by IFN-stimulated genes Q3U687 Q8BGE5 Q8CDZ5 A2ACJ2 Q3TIU4 Q8BN07 Q9CR14 E9Q5Z5 Q9D1M0 Q3TF92 E9Q9A9 Q8BHL6 Q9Z0W3 P29452 A1L347 Q3TML6 Q6ZWX6 A0A3Q4EGX3 Q3ULL5 P0CG50 Q80ZA1 Q541Z2 Q8K2I1 Q5D0E0 B2RRX1 Q8CBT3 E9QAM0 Q8BH99 Q8VC91 B2RSC8 A2AC07 A2RTT4 P63280 Q06180 Q8CI15 Q60960 Q9DBK7 Q5FWJ9 Q9DAY9 Q8BUA6 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 Q8VCB1 A0A1D5RLQ0 Q8C570 Q99NF7 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q8BPS7 Q8BTS4 J3JSA4 Q8R4R6 Q6GU23 Q4FJX1 Q8CBR3 Q99K94 Q4FJR9 C0LLJ0 Q543M7 Q9Z0E6 Q541Z5 O70456 Q3UHY8 P11440 Q3UHW8 Q9DBB5 Q9QZU9 A0JNY7 Q4KL81 Q61696 Q9QUR7 Q03963 Q3UFV9 Q3TU94 A1L0V6 Q504P4 Q3U5B1 P23188 Q60521 Q9D084 Q8BQR8 Q8C470 Q63844 Q5F2A7 P59235 Q6PD03 Q62077 E9Q9E1 Q3URU8 P63330 Q3UH31 Q9Z1K5 Q91VC3 F7DAL6 Q8BTU6 Q3U9K6 Q8BUY9 Q8BH74 Q80X90 Q8R480 A4QPC9 Q3UAR6 Q76MZ3 O55042 Q3UN58 Q8BMN7 Q9JL70 Q8VI94 Q14A90 Q9CWU9 Q8VI93 P17156 B2RQP1 Q9ERU9 Q3UNH9 Q8K469 Q9WTX2 Q8BIX1 Q3TEX6 Q9CXY6 Q61107 B7FAU9 Q45VK6 CREATINE METABOLISM%REACTOME DATABASE ID RELEASE 96%71288 Creatine metabolism Q545N7 Q04447 Q8VCS9 Q9D964 Q6PGE7 O35969 P31650 A2RTA0 Q6P8J7 A2ALM6 ESR-MEDIATED SIGNALING%REACTOME DATABASE ID RELEASE 96%8939211 ESR-mediated signaling Q3UN27 Q9D270 Q61586 Q924U4 Q9CR16 Q9CU62 B2RVZ3 Q9DC51 Q9WVH4 P40201 Q9CX58 Q9D0V7 Q1WLP7 Q52L79 Q91VY5 E0CXG4 Q91WA4 F8WI12 P35582 Q8BRZ8 Q80TC1 Q6ZQ88 F8VQL7 Q3UCD9 Q3U0X6 Q8R4E5 P30416 Q62395 Q05BA5 Q8BTS0 Q3U9V4 P97760 Q8BFX0 Q3THK3 Q8CFI7 K7Q751 B2RSH2 Q3UG14 P60898 Q3UGN1 Q3UMJ4 Q6PI63 Q3V214 P29387 A0A3Q4L2S8 A0A338P6M3 P61219 P62488 P63213 P08775 Q8CI15 Q3TQ70 Q9D2U9 Q6P8Y9 P08752 Q8BW69 P63216 E7FJU2 Q3UMY0 P61953 B2RR30 Q3UUX5 P50153 Q8C5P3 H7BX38 Q9JMF3 O55106 Q61012 Q8CE74 Q922W6 Q3UXE9 Q58E49 Q9CS58 Q3U0R5 Q9CXP8 Q54AE3 A3KPD0 Q8CJF9 Q545E4 Q9DAS9 Q9JM73 P84228 Q8CGP2 P49817 Q8CGP0 A0A1W2P736 P15066 B2RTK3 Q8CGP7 Q3UHZ0 Q80Y52 P31750 Q9WVF5 Q8C7P2 Q3UJQ1 Q149V4 Q8VD67 B1ATC3 S4R1M3 Q61521 Q3UHK8 Q0VEB7 Q543J8 Q8C0N6 Q5FW64 Q8R1M2 P41969 P01108 Q71LX8 P42337 P01101 Q14DJ8 Q4FJN2 Q64524 Q790L7 P05480 P10853 Q3U1L4 Q08024 P41245 Q61411 P46414 O08908 P63085 Q8C6X4 B2RWH3 Q63844 Q64475 Q64478 C0HKE5 Q00899 Q9D091 Q3UQ34 A2RSD4 Q3V341 Q4FJT2 Q8BQK4 Q3TG35 Q6ZWY9 Q3UWD7 Q8BJP2 Q3TG33 Q3UD86 Q6GQV9 P27661 P70365 A2RS47 Q8BJ14 Q8CE59 Q8CBR9 F8WHU7 Q60676 Q9Z0U9 G3X8Q0 Q9QWV9 Q3TN86 Q9WVG6 Q149E9 Q3UGA1 Q99J95 Q8BYY5 Q3UG07 B1AQH6 Q6RI65 Q91WU6 Q3TMK9 Q8CBD1 P75NTR SIGNALS VIA NF-KB%REACTOME%R-HSA-193639.3 p75NTR signals via NF-kB P70196 Q3U7M4 Q9Z1E3 Q547H1 P0CG50 Q5DTK3 Q8BR10 Q64337 Q9Z0W1 Q6LDU8 Q548Y4 P25799 Q5D0E0 ENZYMATIC DEGRADATION OF DOPAMINE BY MONOAMINE OXIDASE%REACTOME DATABASE ID RELEASE 96%379398 Enzymatic degradation of Dopamine by monoamine oxidase Q3UJ53 O88587 EVASION OF OXIDATIVE STRESS INDUCED SENESCENCE DUE TO P14ARF DEFECTS%REACTOME%R-HSA-9646304.4 Evasion of Oxidative Stress Induced Senescence Due to p14ARF Defects Q64364 RHO GTPASES ACTIVATE IQGAPS%REACTOME DATABASE ID RELEASE 96%5626467 RHO GTPases activate IQGAPs Q3TU98 Q3TLP8 A0A0R4IZW5 Q3UQ44 A0A0R4J1I3 Q02248 Q545R0 F8VQ29 F8WIA1 MASTL FACILITATES MITOTIC PROGRESSION%REACTOME%R-HSA-2465910.4 MASTL Facilitates Mitotic Progression P56212 P63330 P60840 Q8C0P0 Q8BN07 Q8BIX1 P11440 Q76MZ3 F6RV17 ACTIVATION OF NOXA AND TRANSLOCATION TO MITOCHONDRIA%REACTOME DATABASE ID RELEASE 96%111448 Activation of NOXA and translocation to mitochondria Q9D297 Q8C8M7 Q9CYB4 Q80ZA1 SUNITINIB-RESISTANT KIT MUTANTS%REACTOME DATABASE ID RELEASE 96%9669934 Sunitinib-resistant KIT mutants P05532 TFAP2 (AP-2) FAMILY REGULATES TRANSCRIPTION OF CELL CYCLE FACTORS%REACTOME DATABASE ID RELEASE 96%8866911 TFAP2 (AP-2) family regulates transcription of cell cycle factors Q8BPN4 Q80Y84 P01108 Q3ULB3 Q564P6 PRESYNAPTIC NICOTINIC ACETYLCHOLINE RECEPTORS%REACTOME DATABASE ID RELEASE 96%622323 Presynaptic nicotinic acetylcholine receptors Q91X60 Q05A24 Q9ERK7 F8VQK4 Q9R0W9 Q3UZS0 Q80VZ5 Q8BIE9 Q0VBK4 Q5SXG9 Q3USV2 Q53YK0 SIGNALING BY AXIN MUTANTS%REACTOME%R-HSA-4839735.5 Signaling by AXIN mutants Q7TS75 Q14DJ8 Q8BN07 Q6ZQK4 Q6PJ87 Q6PD03 Q76MZ3 Q5KU03 Q91V89 P63330 Q6PD28 Q8BIX1 Q61151 Q8BNP7 CASP4 INFLAMMASOME ASSEMBLY%REACTOME DATABASE ID RELEASE 96%9948001 CASP4 inflammasome assembly Q9D154 P70343 DEFECTIVE MMADHC CAUSES MMAHCD%REACTOME DATABASE ID RELEASE 96%3359473 Defective MMADHC causes MMAHCD Q9CZD0 Q99LS1 HEPARAN SULFATE HEPARIN (HS-GAG) METABOLISM%REACTOME DATABASE ID RELEASE 96%1638091 Heparan sulfate heparin (HS-GAG) metabolism P52850 M0QWP1 Q3V1F2 Q80UW0 Q64519 Q6P1H4 Q3V1P4 A0A1Y7VL74 Q8C089 Q9EPS3 O35310 Q8R3H7 Q08890 Q9EQ08 B2RXW6 P51655 B2RY83 Q6YGZ1 Q8R3X6 P43407 O88325 Q3UTM4 Q8BMG0 Q8BKV1 Q3U5S6 E9PZJ4 Q9QYK5 D3YVV6 Q9EQW8 Q3UHN9 Q9QZS6 Q52KJ0 Q3UIC7 H3BLN8 Q3U379 Q52KG8 Q673U1 Q3UDB5 Q3TWB2 CYTOPROTECTION BY HMOX1%REACTOME%R-HSA-9707564.6 Cytoprotection by HMOX1 P12787 Q91W29 Q6PGJ8 Q7JCZ1 Q9CY64 P43023 Q8R0L1 Q8R4B8 Q792A4 Q3V2F7 P56391 P48771 Q62425 Q544R7 Q9DCW5 Q546G4 Q8BG60 Q05AA8 Q5FW98 Q1XG80 A5D6P3 Q6LC96 Q542P9 V9GXN3 Q9QXE7 Q6GQV9 P70365 A8DUK0 Q3US24 Q8CHB6 Q7JCX7 Q8BHJ5 Q60520 Q3TZD5 Q5XJV5 Q8CE59 Q60795 Q80ZV7 Q6GU23 Q64445 Q8BYH8 Q9MD68 Q3U5U6 A2RSV8 Q3U6G1 Q9JM08 Q91VB8 Q9WVG6 Q3UP84 Q3UDK5 B1AQH6 A0A0G2JG60 DEFECTIVE RIPK1-MEDIATED REGULATED NECROSIS%REACTOME%R-HSA-9693928.5 Defective RIPK1-mediated regulated necrosis E9PZP3 Q9D2Y4 B2RRZ7 Q8C6X9 Q61160 Q3U607 Q60855 PI3K AKT SIGNALING%REACTOME DATABASE ID RELEASE 96%1257604 PI3K AKT Signaling Q4FK48 Q3UDZ1 Q544E3 E9Q8C1 A0A140T8R7 Q60989 Q9WVH4 E9QMN5 Q80ZA1 Q8BM83 Q52L79 Q78ZM1 Q6ZQ88 Q9WUD1 Q8BSJ6 Q3UUT8 Q6PFX9 A0A1Y7VKW0 Q5BKP2 B1AZ99 Q3TXI7 Q9CTM5 Q922K9 Q3UES3 Q8VHR5 A2AS93 Q3U9H3 H9T841 Q8BVZ5 Q5D095 Q3UJ95 F8VPX1 Q9CYI8 Q9QWH1 Q61521 Q0VEB7 Q543J8 Q5FW64 Q3V116 P23804 Q9CQJ4 Q3URA3 D3YY34 Q9DBY5 Q564P6 Q9QXV1 P46414 O55187 Q6DR99 Q3UEW6 Q2LC58 Q61151 O35126 Q9D0U6 P46694 Q8CHE4 Q9Z1M4 J3QM82 O35730 Q0VER9 Q6ZQK4 Q0VG15 Q505A4 Q790L8 A0A7U3JW97 Q6PD03 Q80VU4 A0A0R4IZY3 O35565 Q3UHE3 A0A7U3JW51 Q543V3 Q8C399 Q541P3 Q6ZWS1 P63330 A0A7U3L6F4 Q3V1A4 Q541T2 Q4FJT2 P81122 Q544I6 Q3UWD7 Q99N32 Q3U7M4 Q3U1V5 A0A7U3JW80 E9Q2N2 Q8BR10 Q3ZB59 Q8R4K2 Q8CAT6 Q76MZ3 Q91V89 Q9Z2D8 Q3TQG5 Q8BIX1 Q5EEX1 A0A0R4IZW4 Q8BN07 Q3TPM5 P54775 Q3UPK6 Q9CPS5 Q8BVQ9 Q6PD28 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q3TMT1 Q9D8W5 P99026 F8WHW6 Q9R1P0 Q3TV35 A9QW46 Q3UII8 O35593 Q9R1P3 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q2KHS8 Q3TXS7 P70195 Q8CBT3 Q9R190 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 B2RSC8 Q2NL51 Q6GU14 Q9WTX4 P70196 D3YZR2 G3V023 P05532 E7FJU2 Q3UZ96 Q8BTI9 Q8BKH7 O55106 Q8C5H3 Q8CE74 Q3TLP8 Q549R2 Q3UXE9 Q58E49 Q9CS58 Q3U6Q4 Q921E6 A1A4T4 Q9DB86 F8V330 Q61238 Q8CJF9 Q545E4 A0A1W2P736 Q3UHZ0 P31750 Q9WVF5 Q8C7P2 E9PXW8 Q6QI06 Q8CDH5 Q8VD67 B1ATC3 Q05144 Q9JLN9 Q3UHK8 P05622 Q3TNY3 G3UZX4 Q9EQ32 A0A338P6G9 Q812A5 Q8C5Q7 F8VQL0 A0A3Q4EC26 P42337 Q8VDU4 P05480 P35235 Q6P9T4 Q60972 D3YZ57 Q8C9G5 E9Q696 Q3UUI3 O08908 Q8CF66 Q6NTA4 P63085 Q9CQ22 Q8BGD6 Q8C6X4 Q8K4K2 Q8C180 G3UW70 Q63844 Q4KL34 Q7TT21 Q8CDB3 Q99K70 Q5KU03 Q6AXH7 Q80X95 A4FUW1 Q3UQ34 B1AWT3 Q9JHS3 E9QKI5 Q8BJP2 Q8CI98 Q3UD86 Q9R1E0 Q545Q1 E9PW15 Q8K0T3 Q8CBR9 P70181 P26618 P70182 Q9JM08 P70424 B CELL ACTIVATION%REACTOME DATABASE ID RELEASE 96%983705 B Cell Activation Q63810 Q3UZ64 Q6NZH9 P63328 Q8CED6 B7ZMP6 Q9Z1S3 G3X8U7 Q8C7P2 Q5SVY2 P35329 Q3UKJ3 P15530 Q9DBQ6 Q8C443 P54775 Q9WTX6 Q3UPK6 Q9CPS5 A4QPD3 D3YWR2 Q8BVQ9 B7ZWE5 P62196 B2RT97 P0CG50 A0A3B2WAY2 Q2TBA3 Q3TKG4 Q9EQ32 Q542I9 A1L3B8 P14685 Q545G0 P11911 Q548Y4 Q5D0E0 P49722 Q9D8W5 P99026 Q8CIH5 Q9R1P0 Q8CIS0 Q3TV35 O35593 Q8VDU4 Q9R1P3 Q5SUR3 Q14AQ1 Q58EV4 P16277 Q923A8 O55234 Q3TT90 Q542H2 Q5BKQ9 Q9JKV1 P35991 A0A286YDT6 Q61411 Q3TXS7 P70195 D3YZ57 Q60778 Q3USK4 Q8CBT3 Q9Z1E3 Q5SRY7 Q60692 E0CXB1 Q6RI64 Q8BH99 Q3TS44 P68404 Q99JI4 Q8VC91 P25799 Q3TKV1 Q3UL29 Q6P1E0 Q9D091 Q8CI98 Q3UCJ0 Q8CEI0 Q80SW1 P70227 A0A1B0GRA5 Q8C8N0 Q3TQG5 A3KCG1 Q14BR6 GENE SILENCING BY RNA%REACTOME%R-HSA-211000.5 Gene Silencing by RNA Q924C1 B2RTK3 Q5HZJ0 Q8CGP7 Q9EQM6 P62827 Q80Y52 Q149V4 Q8VD67 B1ATC3 S4R1M3 Q3UHK8 Q3U0M8 Q3TBG7 Q8R1M2 Q64524 P10853 P97760 Q8BFX0 Q8CFI7 P60898 Q6PI63 Q3V214 A0A3Q4L2S8 B2RWH3 A0A338P6M3 Q64475 Q64478 P61219 P62488 P08775 C0HKE5 Q9D2U9 Q3UQ34 Q7TMY7 Q6ZWY9 Q8BJP2 Q8VD46 Q9CWU0 F2Z429 G3X8T0 P27661 A0A0G2JFP5 E9QLX9 Q14BI7 Q8CDG1 Q8CAE2 Q8CGT6 Q99MV1 Q91XW8 Q8BVN9 Q3V086 Q9JMB7 Q9CS58 A3KPD0 Q9QZE7 Q3UNH9 Q8CJF9 Q9WTX2 F8VQ54 P84228 Q545E6 Q8CGP2 Q8CGP0 Q91YP1 SIGNALING BY LIGAND-RESPONSIVE EGFR VARIANTS IN CANCER%REACTOME DATABASE ID RELEASE 96%5637815 Signaling by Ligand-Responsive EGFR Variants in Cancer P98083 P42337 Q80Y52 Q8C7P2 Q9WVF5 Q505A4 Q62077 Q9D091 A0A0X1KG61 Q61411 Q3USK4 Q3UWD7 Q61081 P0CG50 FGFR1 LIGAND BINDING AND ACTIVATION%REACTOME DATABASE ID RELEASE 96%190242 FGFR1 ligand binding and activation A0A7U3L6F4 Q541T2 Q3U1V5 Q0VER9 A0A7U3JW80 Q0VG15 Q9Z0G0 E9Q2N2 O35565 A0A0R4J097 Q8C399 Q6ZWS1 P53-DEPENDENT G1 DNA DAMAGE RESPONSE%REACTOME DATABASE ID RELEASE 96%69563 p53-Dependent G1 DNA Damage Response P54775 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 Q3UTC9 B2RT97 P0CG50 Q543W6 Q80ZA1 Q3TKG4 A0A2R8VHX5 Q542I9 Q8BLG0 A1L3B8 Q9DB01 P14685 Q64364 Q9R1A8 Q545G0 P23804 P49722 Q9D8W5 P99026 Q61457 Q9R1P0 Q3TV35 Q544H6 O35593 Q9R1P3 P51943 Q564P6 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3UGB9 Q3TXS7 P70195 P46414 Q60692 E0CXB1 Q61456 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 B9EHX4 REGULATION OF MITF-M-DEPENDENT GENES INVOLVED IN APOPTOSIS%REACTOME%R-HSA-9824594.3 Regulation of MITF-M-dependent genes involved in apoptosis Q60520 Q58E49 Q2TV84 Q9CS58 P70349 Q3UQ34 O55179 Q8VD67 B1ATC3 Q8BQK4 A2AWP0 Q8BJP2 Q3UHK8 Q8CJF9 F8VQ54 Q3UD86 P31360 DEGRADATION OF GABA%REACTOME DATABASE ID RELEASE 96%916853 Degradation of GABA B2RS41 P61922 STIMULI-SENSING CHANNELS%REACTOME DATABASE ID RELEASE 96%2672351 Stimuli-sensing channels P69744 Q3UYE9 Q80UE6 G5E8I2 Q8BNT2 Q6H1V1 Q8K595 Q8BG22 B7ZMP6 M1H0B0 Q8C8A8 Q2TV84 A0A1B0GS49 Q9EQJ0 Q9D7Z6 Q8CIR4 Q6P069 Q3KP78 Q14AT5 Q8K424 E9Q8C1 Q8C6W8 Q75UR0 V5TCP9 Q99N57 Q3V318 A2RS45 Q3USG4 Q8R4D5 Q7TPR2 Q3TDP6 Q6NV56 D3Z0S5 Q9EPK8 E9QMI9 B2RS16 P0CG50 O88870 Q9Z2S7 Q8CBL5 Q80XP9 Q3UV52 A0A2I3BPX3 Q9WUB6 Q9WUB7 Q8K4W8 Q7TNS7 S4R1L3 Q3UW73 Q6RUT9 Q9R0A1 A0A0R4J0P0 Q9D7J8 Q8BH79 Q9WU39 Q6NXK8 A0A5F8MQB6 A0A140LJK7 E9PZQ0 G8JL82 Q5BKR2 Q8VIM4 E9QLE4 Q3TH73 E9Q9K5 Q9ERE3 Q0KK59 Q8BGT0 Q9WTR1 Q3UXW9 Q80ZZ5 Q8BWC0 Q9JJH7 Q6PB70 Q8CCQ1 Q6UJY2 P54116 Q99J21 Q6P5F7 Q3UM91 G3X9H8 Q91WD2 Q810R7 Q64347 Q8BIH6 Q5SZ93 A2AI57 SIGNALING BY FGFR1 AMPLIFICATION MUTANTS%REACTOME DATABASE ID RELEASE 96%1839120 Signaling by FGFR1 amplification mutants PLASMA LIPOPROTEIN REMODELING%REACTOME%R-HSA-8963899.3 Plasma lipoprotein remodeling A0A7U3L6A3 Q3U3R4 Q3UJG0 P16301 A0A087WPI6 A0A0R4J0M4 E9QP56 P09813 Q80WX2 P09103 Q9Z1P8 Q8C7G5 O08601 Q91XE9 P11152 Q8C3X8 Q9WTZ2 Q91VK0 P06728 P23188 Q546G4 Q00623 F6XJP7 Q0VDW9 Q3TXU4 Q3TYU0 Q3UEF5 Q8CHX6 Q3UDI6 E9Q414 ANTIMICROBIAL PEPTIDES%REACTOME DATABASE ID RELEASE 96%6803157 Antimicrobial peptides O08997 Q61114 P41251 P97361 W0UVC5 G3X8Y8 P11672 Q3UP42 Q53X15 Q67E05 Q8R2I5 A0A0R4IZY6 Q30KP0 Q7TNV9 B9EJ46 Q8K3I8 A3KGR0 A0A0R4J0S5 P35230 Q30KN8 Q059V7 P26339 Q30KP5 Q30KN1 A2AG68 Q8K3U4 Q4FK86 Q14AV3 Q543S8 P08071 Q9DA01 P07743 Q3TSV7 Q3V3L3 A0A498WFR9 Q545I1 Q9CZG9 Q3UP87 Q542B6 A1A547 Q792Y6 Q549A5 D9J349 Q9D7F1 Q91V13 B7ZMZ4 Q8BU51 P51437 DISASSEMBLY OF THE DESTRUCTION COMPLEX AND RECRUITMENT OF AXIN TO THE MEMBRANE%REACTOME DATABASE ID RELEASE 96%4641262 Disassembly of the destruction complex and recruitment of AXIN to the membrane Q7TS75 Q91VN0 Q6ZQK4 Q8BN07 Q6PJ87 Q6PD03 Q5KU03 Q99K78 B2RU64 P63330 Q6PD28 Q3UR96 Q8BNP7 Q14DJ8 E9Q967 Q76MZ3 Q02248 A0A0R4J0A9 Q0VBT1 O70421 Q91V89 P51141 Q9JIP6 Q8BQD1 Q8BIX1 P49817 Q3UEG1 Q61151 P27467 Q60838 Q8K025 APOPTOTIC FACTOR-MEDIATED RESPONSE%REACTOME DATABASE ID RELEASE 96%111471 Apoptotic factor-mediated response A0A1L1SVG0 Q63844 A2AS93 Q9JIQ3 A2AGL5 E9Q5V3 Q8R5L1 Q9WVQ5 P70677 Q5DU30 O08734 Q60989 Q8K3J2 A0A679AXP3 Q4FJQ4 Q64364 P63085 TELOMERE C-STRAND (LAGGING STRAND) SYNTHESIS%REACTOME DATABASE ID RELEASE 96%174417 Telomere C-strand (Lagging Strand) Synthesis Q8K1K3 Q8BWH5 Q91Z50 O35654 Q91VL8 B2RS36 Q6ZQJ5 Q3V252 P52431 Q3TKD1 P0CG15 E9PVJ3 Q542J9 Q8R055 Q3UXU8 E0CXE7 Q9D7K2 D3YVY9 Q4KL82 Q9CQ71 Q91WC1 Q8C2T6 B9EHJ9 P33610 Q5U4B1 Q5FW94 E9PZ97 Q8BH76 Q547B4 Q99J62 E9QM06 Q5SWN2 Q62193 Q5HZI8 SARS-COV-1 INFECTION%REACTOME DATABASE ID RELEASE 96%9678108 SARS-CoV-1 Infection Q3TT81 Q5SVY2 Q3UKJ3 P29452 Q5SS40 E9PZP3 A0A2R3XZC4 Q8R2Q8 P0CG50 Q3UHJ1 Q9D7F7 Q9R0T8 Q8R4B8 Q548Y4 Q78V99 A0A1B0GR63 Q8C863 Q14AQ1 Q54AA2 Q9D8B3 Q8BTS0 Q8BUN5 Q9CQ10 Q9Z1E3 B1AZ39 E9QAM0 M0QWC2 Q8K245 P25799 E9PYK3 H7BWY5 Q2NL51 Q3UFE4 Q3U518 Q7TMM8 G5E856 Q8CIE4 P70196 Q2EMV9 P63280 Q80UM7 F8WIK2 Q8C3J2 Q544F0 Q9DAY9 Q91Y74 Q544T4 Q3TTE7 Q8BM62 Q11204 P70277 Q544M3 P63101 A1A4T2 P68510 P97461 Q545X8 P14206 Q9DCY1 P49817 Q3UC02 D3YYB0 Q5M9M4 Q9JKK0 Q5YLW3 E3SRG8 Q3UHZ0 Q9CQR2 P62264 Q6ZWN5 A8IP69 Q5SUC3 Q9JIQ8 P50404 O70456 Q3URC9 Q9CZW5 Q561N5 Q5EBP8 Q5M9K7 Q3UHW8 Q58EA6 Q9CPR7 P13405 Q4FZE6 Q9CZX8 Q3TU94 A1L0V6 Q3TGP5 Q497N1 Q3U5B1 Q5CZY9 Q01853 A2A5N2 B2RRY4 A2AR02 Q8VD65 Q6PF93 Q3UJ82 Q5KU03 Q5HZH3 A1L361 Q3U9K6 Q6ZWU9 Q8BJ14 Q8CFA1 Q4G0C5 G3X8Q0 Q9CZ96 Q599W9 Q3UTZ4 SARS-COV-2 TARGETS HOST INTRACELLULAR SIGNALLING AND REGULATORY PATHWAYS%REACTOME DATABASE ID RELEASE 96%9755779 SARS-CoV-2 targets host intracellular signalling and regulatory pathways A2A5N2 O70456 Q3UHZ0 P31750 P49817 A8IP69 P63101 P68510 Q5SS40 Q8C6X4 Q8CE74 DEFECTIVE ALG8 CAUSES CDG-1H%REACTOME DATABASE ID RELEASE 96%4724325 Defective ALG8 causes CDG-1h Q6P8H8 PROCESSING OF CAPPED INTRON-CONTAINING PRE-MRNA%REACTOME DATABASE ID RELEASE 96%72203 Processing of Capped Intron-Containing Pre-mRNA Q9CQQ8 Q3TT81 Q9QZH3 Q3U9X2 Q9JHS9 Q6P4T2 P62322 Q91YE7 P62311 Q9CWL8 Q9CY46 Q3UJB0 Q542U7 Q497W9 Q99KP6 E9Q317 P63154 Q9D1P6 P62137 Q3UDS1 Q8C7E9 Q80X82 Q8CE71 A2AEK1 A0A2R8VK76 Q3V141 Q9CQF3 Q3UGU6 Q99LC2 P62141 Q99LI9 Q8BTS0 Q9DBR1 Q5FWJ9 Q8BUA6 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q3UBT1 Q8BQF0 Q8BPS7 Q8BTS4 J3JSA4 Q8K2W7 Q8R4R6 E0CXT7 Q8CCS6 Q9CZU3 Q3U5M9 Q3TH57 Q6ZWP0 Q8R1V7 Q62189 Q3UXT6 Q8R3F9 Q80W00 Q8BGC0 Q3UA07 A2ADR8 Q569X3 B2RY56 Q504P4 A0A1B0GRU8 Q9Z1N5 V9GXF3 Q8CCY8 P59235 Q8BHJ9 Q62093 Q9QZV9 Q3UAF1 P84104 Q3UL31 Q8VE80 E9PW20 Q80UI8 E9PUK6 Q3THA6 Q6PDM2 Q3TWW8 Q80X98 Q91VC3 Q9DC48 Q8BV04 Q8BGJ9 Q9D0B0 Q8R322 P61327 Q80SZ6 Q8BH74 Q8R3N6 Q91Z49 Q8R480 A0A0R4J0J6 Q9CWZ3 Q3UDD3 G3UZW7 Q80TU6 Q5U4D9 O08583 Q99M28 A0A286YCS0 Q8K3W3 P62315 P27048 P62320 Q9CWU9 Q14AF6 Q9ERU9 Q8CDZ5 Q9CUY2 Q9D1M0 Q3TF92 Q9Z0W3 Q9D787 P0CG50 Q8VEK3 Q8R1N0 P97760 Q8BFX0 Q3THK3 Q8CFI7 P60898 Q3UMJ4 Q6PI63 Q3V214 A0A3Q4L2S8 A0A338P6M3 P61219 P62488 P08775 Q8BG79 A0A0R4J041 B2RTE3 Q8K1J5 Q8C908 Q3TTV6 A2A4P0 A0A158SIT3 Q3UIK4 Q8BM39 Q8R149 Q8K194 Q61048 Q6P8I3 Q9D198 Q3TIX9 Q3UI45 Q8BIZ6 Q8C5G1 Q6ZWM4 A1L013 Q9D6J3 Q9D0F4 Q9DB98 Q3TQI7 Q9CWV6 Q8QZY9 Q3TUQ5 Q3UKJ7 Q9Z1M8 Q569Z5 Q8K1G9 E0CZB3 Q91V81 Q059T9 A2ALF2 Q9Z315 Q8BKT3 Q9Z2X1 Q9CPW7 Q8R344 C0HKD9 Q8R0F5 Q9D7A3 Q922U1 Q9CR80 Q91YR7 Q5SUF2 Q8VDP2 A2AER7 Q5NCR9 Q9DBM1 Q8CCF0 B9EJX8 Q8CFQ9 Q8C839 Q9EQC8 Q9CQI7 Q3TKY6 Q3TVM1 Q69ZQ2 Q5U3M2 Q3UZ01 Q9D384 Q9D361 Q8BG24 Q9CQR5 Q5EBP8 Q3U2X6 Q8BTV2 A2AQA7 Q8VIK1 F8WJG3 Q9Z204 Q570Z0 Q9CRI3 Q8CH18 Q9WV02 Q8CH02 Q9DBF7 Q8BHS3 Q3UEB3 Q6NV83 Q56A08 Q9D824 Q8VHM5 Q58E59 B2RSV4 Q6PE01 Q9CXG3 Q922V4 Q8JZX4 Q05CL7 Q7TN25 A2AR02 Q8C470 Q8C2Q7 Q5FWJ5 Q8CB58 Q99KG3 Q923D5 Q923D4 P60335 Q9CVU5 Q3UN87 Q3UCF2 Q810A7 Q9CQ49 P70333 Q8BTI8 Q9D6L8 O88569 Q9DCD2 Q543F1 P83870 G5E8G0 Q4G0C5 Q78JM7 P59708 G5E8I8 Q8BGT7 Q9CZ96 P57784 Q3UYV9 Q3UNG1 D3Z0M9 Q8BKP8 Q99MR6 RHESUS BLOOD GROUP BIOSYNTHESIS%REACTOME DATABASE ID RELEASE 96%9037628 Rhesus blood group biosynthesis A0A0R4J0A2 DEFECTIVE ADA DISRUPTS (DEOXY)ADENOSINE DEAMINATION%REACTOME DATABASE ID RELEASE 96%9734735 Defective ADA disrupts (deoxy)adenosine deamination Q4FK28 ICOS CO-STIMULATION%REACTOME%R-HSA-9927354.2 ICOS co-stimulation Q8BTI9 P42337 Q8C7P2 Q8CI98 Q3UXE9 Q544C7 O08908 Q3U6Q4 A1A4T4 Q8C5Q7 ACTIVATED POINT MUTANTS OF FGFR2%REACTOME DATABASE ID RELEASE 96%2033519 Activated point mutants of FGFR2 Q0VER9 Q0VG15 A0A7U3JW97 E9QK53 O35565 A0A7U3JW51 Q8C399 Q6ZWS1 A0A7U3L6F4 Q541T2 Q544I6 Q3U1V5 A0A7U3JW80 E9Q2N2 RESISTANCE OF ERBB2 KD MUTANTS TO LAPATINIB%REACTOME DATABASE ID RELEASE 96%9665251 Resistance of ERBB2 KD mutants to lapatinib Q61081 B7ZNX6 Q80Y52 P70424 DEACTIVATION OF THE BETA-CATENIN TRANSACTIVATING COMPLEX%REACTOME DATABASE ID RELEASE 96%3769402 Deactivation of the beta-catenin transactivating complex Q99LT0 Q3UY41 P31750 Q1JPR5 Q67FY2 Q6PFG2 Q5DTI7 Q06831 Q04891 A1A550 Q5RKW0 Q9D1C2 Q60989 P0CG50 Q8BX09 Q3UKZ9 P63101 Q8CAI6 Q8C402 Q8BNP7 Q8CE74 Q6PHU4 Q80TC1 A0A0A6YXS3 Q58E49 P61965 Q02248 Q04887 Q3U1W5 Q60I23 A0A286YDT6 Q80UF1 Q9D219 A0A0R4J1I3 Q09XV5 Q80V76 Q8BYY5 A0A0J9YU62 Q9JJN6 Q8BSS6 FORMATION OF THE HIV-1 EARLY ELONGATION COMPLEX%REACTOME%R-HSA-167158.4 Formation of the HIV-1 Early Elongation Complex Q3UZB8 A0A3Q4L2S8 A0A338P6M3 Q7TSG2 O55201 Q8C4Y3 Q7TPV0 Q542U3 P61219 P62488 P08775 Q9CQ49 Q8BG30 Q3UIA1 Q922L6 P97760 E9PWD3 Q8BFX0 P63271 Q3THK3 Q8CFI7 P51949 E9Q6K1 P60898 Q8K2X8 Q7TPY0 P49135 Q3UYV9 Q3THG5 Q3UMJ4 Q6PI63 Q3V214 SIGNALING BY EXTRACELLULAR DOMAIN MUTANTS OF KIT%REACTOME%R-HSA-9680187.2 Signaling by extracellular domain mutants of KIT P05532 TRNA PROCESSING%REACTOME DATABASE ID RELEASE 96%72306 tRNA processing Q8CDZ5 Q9D1M0 Q9Z0W3 Q3U0M8 Q8K1J6 A2AEK1 A0A2R8VK76 Q99LI9 Q5FWJ9 Q8BUA6 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 G5E889 Q8VCB1 A0A1D5RLQ0 Q9DAT5 Q3U5F4 Q8C570 Q6PEB4 Q80U93 E9QL43 Q3U425 B2RRS4 Q8BRF6 Q8CGC7 Q8BQF0 Q8BPS7 Q8BTS4 J3JSA4 Q8R4R6 E0CXT7 Q91WE3 P62827 A2AJG0 Q9CQH8 Q3TF81 Q8R040 Q5M8M3 G3UYU5 P59235 Q4VA29 A0A1W2P7Q6 B2KGA7 Q922M7 Q9CWG3 Q9DB28 Q6P7W5 Q9D4G5 Q91VR5 Q9CR08 Q9DCH2 Q8C2A2 Q6P6J0 Q99LF4 Q543M9 Q80Y20 G3X8S8 Q8BG71 Q80VD1 E9PWD4 Q9D2Q2 Q8BYR1 Q8BH74 Q9JI38 A0A0R4J205 A8C756 Q8R480 Q80WQ4 Q8BXZ8 Q8CBC7 Q9Z120 Q1HFZ0 Q80XC2 Q9D2P4 Q9JMA2 A2RSX7 Q8BYH3 Z4YJE9 G3X9K8 Q3U308 Q14A90 Q9CWU9 Q9CQT0 Q99N15 Q91WE6 Q3UFY8 E9PYE2 Q3ULP8 Q99J10 Q9ERU9 Q5I0V6 Q3UQ67 Q8JZY4 Q9JHI2 E9Q156 A0A0R4J0L2 Q80UN9 E9QKG3 Q9D0C4 BIOSYNTHESIS OF DPAN-6 SPMS%REACTOME%R-HSA-9025106.2 Biosynthesis of DPAn-6 SPMs A2CF88 A2CF85 OXIDATIVE STRESS INDUCED SENESCENCE%REACTOME DATABASE ID RELEASE 96%2559580 Oxidative Stress Induced Senescence B2RTK3 Q8CGP7 P10639 Q149V4 O35099 Q8VD67 Q9QWH1 B1ATC3 S4R1M3 Q3UTC9 Q3UHK8 P0CG50 Q80ZA1 Q3V116 Q8R1M2 Q5NCY0 Q64364 Q52L79 Q549R4 P23804 Q5SWN9 Q9CQJ4 Q3URA3 P01101 Q8C8M7 D3YY34 Q9CYB4 Q9DBY5 Q64524 Q9QXV1 Q8BJ38 P10853 Q0VE17 Q7TSJ7 Q60972 Q8C9D4 Q545C3 Q9D297 Q9D153 Q6ZQJ8 O55187 Q0VBK8 E9PUL9 Q5U421 Q3U2P8 Q60521 Q8C094 Q2LC58 Q3UTY9 P63085 Q7TT13 Q8CE90 B2RWH3 O35730 Q63844 O54992 Q64475 Q09HN3 Q64478 Q8K2U0 Q9WUI1 C0HKE5 Q6AXH7 Q9D2U9 Q6ZWY9 Q8BJP2 Q3UD86 P27661 E9PW15 Q8C5H3 Q9CS58 Q921E6 A3KPD0 Q8CJF9 P84228 Q8CGP2 Q8CGP0 REDUCTION OF CYTOSOLIC CA++ LEVELS%REACTOME DATABASE ID RELEASE 96%418359 Reduction of cytosolic Ca++ levels Q8R0X5 Q8C048 Q5DTI2 Q8K596 Q68FL0 Q6P069 S4R1C4 Q8BXN1 Q8R429 G5E829 Q3UPA8 LEUKOTRIENE RECEPTORS%REACTOME DATABASE ID RELEASE 96%391906 Leukotriene receptors Q9JJL9 A7VJD3 Q920A1 Q6NS65 Q99JA4 ANTIGEN PRESENTATION: FOLDING, ASSEMBLY AND PEPTIDE LOADING OF CLASS I MHC%REACTOME DATABASE ID RELEASE 96%983170 Antigen Presentation: Folding, assembly and peptide loading of class I MHC P27773 Q9EQH2 Q0VGU0 Q8VD65 B2MWM9 Q6PF93 Q3U6V4 Q80U83 P01898 Q31093 Q8C1E4 P01887 Q792S7 Q9D1M0 Q3U7T8 Q5SUC3 A2AA71 O19441 Q3UPL0 E9QAM0 Q6NXL1 A7VMS3 Q9D679 Q80ZX0 DEFECTIVE ABCD4 CAUSES MAHCJ%REACTOME%R-HSA-5683329.4 Defective ABCD4 causes MAHCJ Q8K0B2 O89016 HHAT G278V DOESN'T PALMITOYLATE HH-NP%REACTOME%R-HSA-5658034.4 HHAT G278V doesn't palmitoylate Hh-Np Q62226 Q80XI9 Q544P6 Q8BMT9 PEPTIDE HORMONE BIOSYNTHESIS%REACTOME DATABASE ID RELEASE 96%209952 Peptide hormone biosynthesis P01193 E9Q4F3 A0A0F7RQH1 Q04997 O08717 A0A0F7RQR1 Q3UY39 G3X9G6 Q32MU0 Q04999 Q3V2A6 DAP12 SIGNALING%REACTOME%R-HSA-2424491.4 DAP12 signaling Q8CIH5 Q3TLP8 P42337 P01887 Q6P1E0 Q8C7P2 Q7TSI6 Q62077 O54707 Q9D091 P35991 Q9R0C8 Q61411 Q3U419 Q3U0E8 D3YZ57 Q60787 Q8BTI9 Q3USK4 E9Q696 O08908 Q99NH8 Q4FJM0 FGFR2C LIGAND BINDING AND ACTIVATION%REACTOME DATABASE ID RELEASE 96%190375 FGFR2c ligand binding and activation A0A7U3L6F4 Q541T2 Q3U1V5 A0A7U3JW80 E9Q2N2 A0A7U3JW97 A0A7U3JW51 Q8C399 Q6ZWS1 BILE ACID AND BILE SALT METABOLISM%REACTOME DATABASE ID RELEASE 96%194068 Bile acid and bile salt metabolism Q3V1T8 Q3USU4 Q9Z0F5 Q8VCX1 Q3UEM0 Q91X34 Q6LC96 Q9JJL3 O09174 P51162 Q3UNC6 Q0VBB8 Q9EPQ7 P70365 Q3B7Z2 Q80WK2 A0A8V5KH54 Q9QXD1 Q8R000 A0A0R4J0N7 Q3U538 Q8CE59 P51660 Q3TN99 Q3V156 Q8BZR4 Q9EP96 Q546G4 Q9QY30 Q3US73 Q8BX94 Q3TAX1 Q544S6 F8WH20 D3Z3X1 Q99LX3 Q91WR5 Q8R0G3 A0A0R4J015 Q64505 F8WIZ7 PRE-NOTCH EXPRESSION AND PROCESSING%REACTOME DATABASE ID RELEASE 96%1912422 Pre-NOTCH Expression and Processing Q8R0X5 B2RTK3 Q8CGP7 Q149V4 Q6T264 O09009 Q8VD67 Q91ZW2 B1ATC3 Q3UPI0 S4R1M3 Q8BV60 Q3UHK8 D3Z768 Q80ZA1 Q8R1M2 Q52L79 Q8BYF1 B2RRW2 Q8C8M7 Q9CYB4 Q790L7 Q64524 Q6P3Z8 Q01705 P10853 Q3UM17 Q9D297 Q3UP87 Q6ZQJ8 Q6GTY4 P23188 Q3U4W5 B2RWH3 Q64475 O35516 P31695 Q64478 C0HKE5 Q9D2U9 Q3UQ34 Q91Y74 B2RR30 Q6ZWY9 Q8BJP2 Q5DTK3 Q3UD86 Q6GQV9 P27661 Q8R429 Q3U478 Q3UPW2 Q3UKP1 Q8BJ14 Q9CS58 A3KPD0 Q5DTI2 Q8CJF9 Q61982 P84228 Q8CGP2 Q8CGP0 Q8VIB3 INACTIVATION, RECOVERY AND REGULATION OF THE PHOTOTRANSDUCTION CASCADE%REACTOME%R-HSA-2514859.4 Inactivation, recovery and regulation of the phototransduction cascade Q3THR4 B9EHP1 Q148R9 Q542R6 P23440 Q4VA93 Q2TB46 Q3TQ70 Q4V9Z9 Q8K0A8 P52785 Q4VAA9 P29974 P43081 P20612 Q3UPX6 P15409 Q61012 Q541Z2 Q8K2I1 Q5SDA5 Q3UJC3 E9PWU1 Q920N8 Q58E65 O35655 EARLY PHASE OF HIV LIFE CYCLE%REACTOME%R-HSA-162594.4 Early Phase of HIV Life Cycle A0A0R4J0N8 Q566K0 A0A0R4J024 Q91Z50 Q5SVY2 Q8BTF7 Q3TSV7 P27641 Q60960 A0A0R4J187 O54962 P51682 Q8R055 A2BI12 REVERSE TRANSCRIPTION OF HIV RNA%REACTOME%R-HSA-162589.3 Reverse Transcription of HIV RNA Q5SVY2 DEFECTIVE CHST6 CAUSES MCDC1%REACTOME DATABASE ID RELEASE 96%3656225 Defective CHST6 causes MCDC1 Q543C5 Q543D2 Q8CAZ9 Q9QUP4 A4FUJ3 O35103 P51885 CREB1 PHOSPHORYLATION THROUGH NMDA RECEPTOR-MEDIATED ACTIVATION OF RAS SIGNALING%REACTOME%R-HSA-442742.5 CREB1 phosphorylation through NMDA receptor-mediated activation of RAS signaling Q8CCM0 D3YWU0 Q63844 Q8BW40 Q3UHZ0 A2AI21 F8WIS9 Q5FW75 Q810V8 P08551 Q52KF7 Q9QZR7 Q3UP61 Q7TPD5 Q9D091 B1AXN9 G3X9V4 A0A338P6I6 Q61411 E9PUP0 Q8BL41 P63085 P70392 Q03391 MITOCHONDRIAL BIOGENESIS%REACTOME DATABASE ID RELEASE 96%1592230 Mitochondrial biogenesis Q3V1B5 Q8R216 Q8VHJ7 Q4FJK3 Q4FJX9 O08580 Q9QXG4 B1AUX2 Q8BRK8 A0A1Y7VM56 Q6NZN1 Q3TSQ7 Q00422 Q99K73 Q542K0 Q5U421 Q3V303 Q3V3C0 Q5I0W0 Q06185 Q8R5C0 Q8R2K3 Q78IK2 P56135 Q3U7N2 P38647 Q4FK74 Q9CRB9 Q3V3E7 Q7TNS2 E9Q4M4 Q9DCZ4 Q8BGH2 Q6LC96 Q8C454 Q9WUI1 P56480 Q7JCY9 O08911 Q14BC2 Q3V0B2 Q3TWR3 Q542P9 Q8R404 P97450 A0A096P6K7 Q03265 Q5U458 Q8C2Q8 Q9CRA7 B1AV14 E9Q933 Q9QXE7 Q6GQV9 P40630 B2RSE6 P70365 Q6PAM0 Q8BGR3 Q8CHB6 P54071 Q68ED7 Q8BHJ5 Q8R1U3 Q3TZD5 Q5XJV5 Q8CE59 Q8CBR9 Q8BYH8 Q8JZM0 O70343 Q8BIQ9 Q8BGM7 Q3UV55 Q9JM08 Q9WVG6 Q91X84 Q921S6 B1AQH6 A0A0G2JG60 DEFECTIVE SLC24A5 CAUSES OCULOCUTANEOUS ALBINISM 6 (OCA6)%REACTOME DATABASE ID RELEASE 96%5619036 Defective SLC24A5 causes oculocutaneous albinism 6 (OCA6) A2ATP8 PI3K CASCADE%REACTOME DATABASE ID RELEASE 96%109704 PI3K Cascade Q8K4K2 Q8VD65 Q8C180 Q6PF93 Q3UHZ0 Q3UQ25 Q9EQU3 Q0VER9 Q8C7P2 Q0VG15 Q505A4 Q790L8 A0A7U3JW97 A0A0R4IZY3 O35565 A0A7U3JW51 Q543V3 Q8C399 Q6ZWS1 A0A7U3L6F4 Q541T2 P81122 Q8BTI9 Q544I6 Q99N32 Q3U1V5 A0A7U3JW80 E9Q2N2 Q3ZB59 Q8CE74 A9QW46 P42337 P35235 Q3UEW6 Q3UUI3 O08908 LOCALIZATION OF THE PINCH-ILK-PARVIN COMPLEX TO FOCAL ADHESIONS%REACTOME DATABASE ID RELEASE 96%446343 Localization of the PINCH-ILK-PARVIN complex to focal adhesions O55222 P09055 F8VQ28 Q3UF75 VRNA SYNTHESIS%REACTOME DATABASE ID RELEASE 96%192814 vRNA Synthesis Q921K2 DEFECTIVE TBXAS1 CAUSES GHDD%REACTOME%R-HSA-5579032.4 Defective TBXAS1 causes GHDD Q3UTF0 NETRIN-1 SIGNALING%REACTOME%R-HSA-373752.4 Netrin-1 signaling Q7TQ32 Q3UEV2 Q8BNT2 Q8K1S3 Q8BUR4 B7ZMP6 Q8K1S4 Q8C8A8 E9QPR7 Q3URW2 Q3UHD9 Q62077 Q8CBU4 Q5ND42 Q9ERC8 Q6PCX7 P61092 Q6NV56 G3UYX7 Q3UXH3 Q80TR4 Q3UP03 Q0VEM1 Q3TZP5 Q7TQG5 Q3TLP8 Q9CXQ9 E9Q4K0 Q69ZX8 P35235 P05480 C5IAW8 Q0KL02 K7Q751 Q8BH99 Q3UXW9 O09118 Q8CCQ1 Q80TR9 Q920N8 Q9Z0Y6 A0A338P760 TRANSCRIPTION OF E2F TARGETS UNDER NEGATIVE CONTROL BY P107 (RBL1) AND P130 (RBL2) IN COMPLEX WITH HDAC1%REACTOME%R-HSA-1362300.3 Transcription of E2F targets under negative control by p107 (RBL1) and p130 (RBL2) in complex with HDAC1 Q8C8M7 Q58E49 Q9CYB4 P51943 A0A1B0GRM0 Q60972 Q6PAR4 Q61502 Q9D297 Q8R0K9 P11440 B7ZN58 A0A0A6YVZ7 E9Q0Q9 P48972 COHESIN LOADING ONTO CHROMATIN%REACTOME%R-HSA-2470946.2 Cohesin Loading onto Chromatin Q3TG35 A0A1D5RLR7 E9QPI5 Q3TG33 F8WHU5 B7ZP47 Q6KCD5 F8WHU7 Q9CU62 Q3TMK9 SLC-MEDIATED TRANSPORT OF INORGANIC ANIONS%REACTOME%R-HSA-9958790.2 SLC-mediated transport of inorganic anions Q9ERP4 A0A0R4J0F7 E9Q8N8 Q9R155 Q62273 Q61609 Q3UR07 Q8BUG8 R4H243 Q9WVC8 Q61983 E9QM38 A2AQ52 Q8CIW6 A0A076FSX1 Q3UDQ8 Q543E4 Q3V0N8 B9EIV8 Q3UPH6 Q9D2V6 Q9DBP0 Q80SU6 Q8BYF6 Q7TPS4 Q9JHI4 H3BKT5 Q80ZD3 U3RF68 D3YVG0 G3X8P5 Q8R2Z3 Q53ZN9 Q8BZ82 Q80UP8 G ALPHA (I) SIGNALLING EVENTS%REACTOME%R-HSA-418594.9 G alpha (i) signalling events Q63810 P63328 G3X8U7 Q6GR78 P84309 Q543F6 Q91WF3 B2RVZ3 A0A2I3BRC5 Q542R8 Q922R0 Q9DC51 P68181 P30678 E9Q706 P62137 O88444 Q5U7A4 Q3UPA1 Q3UTM5 Q3TY04 Q3U9V4 Q3UUN2 B2RSH2 Q3UG14 Q3UGN1 H3BK84 Q8CBT5 P29387 Q3UHH5 Q80TY9 Q3UUR0 G3X8W6 Q3UU15 P63213 Q80XD3 Q3V1Q3 Q6S9I3 Q3TQ70 P08752 Q6P8Y9 Q544V2 P63216 Q8BZ39 Q3UMY0 P61953 Q8K1M3 P50153 Q542U0 H7BX38 Q9JMF3 Q8BR34 P56942 Q61012 Q8CDT4 Q80SW1 Q9JL25 Q8CCM0 A0A0R4J0N8 Z4YJQ4 P70227 Q059S5 Q91UZ1 Q8C8N0 Q9CXP8 O88536 Q54AE3 P32299 G3X9K0 P05132 Q9DAS9 Q9QY96 Q8BL41 Q544K2 Q5D078 Q8BW40 Q8CED6 F8WIS9 Q8BFU4 Q3UTR7 Q8C078 Q3UN66 Q80T41 A0A250SH12 Q8K443 Q544B4 Q0VBD7 Q8VBY2 Q6NS65 A0A0A6YWD0 Q9JL06 Q6P8R3 V9GXQ3 A0A1C7ZMY0 Q9WV18 A1KZZ4 Q01338 Q8BHK8 Q925K6 Q01337 P63330 P20612 P15409 P04918 Q9D5W0 Q53YN4 Q9DBX5 Q76MZ3 Q7TS64 Q9DBS6 A2ASF9 Q91V89 Q8BIX1 P01027 P30993 P06684 Q8BN07 P57774 Q8JZL2 Q3UVW8 Q8CI86 Q4VA93 Q3UPW0 P01193 Q3V3V2 A2AE33 Q9DBC7 Q8BGR3 Q3UZW2 Q9JKT3 Q8K1Z6 P30875 Q543T0 Q543S8 Q6IYF8 Q5Y988 Q3U1E8 A2AIY3 Q91X56 Q5Y985 Q542U1 Q8CHK2 Q642U4 Q3V2F3 Q3V2F0 Q6PDF2 G3X986 Q9JL21 Q543U8 P51682 Q543U6 Q9Z0L1 Q3U1J5 Q8BMP4 Q14AC3 Q9EQ16 Q543X1 P50228 A0A0R4J0T3 P51680 Q3UXY8 Q5QNV9 A0A0R4J0W1 Q9D1T9 Q548V9 Q8CAH1 Q61041 Q7M721 Q7M720 P30935 Q9QY42 Q7M725 Q3U4C5 Q6VZZ7 E9PZR8 Q3U5H1 Q3ZB17 G3XA00 P35343 Q5SVU3 Q7M708 Q0VB35 Q0VBT7 Q9JIL2 Q3SWR9 Q9EQI5 P05480 P49681 Q3U5L7 Q543X3 Q9Z2J6 Q9JHH5 Q8BKB0 Q925I4 Q9QYS2 Q8BVW4 P56479 Q32MD7 A2CFE9 Q544F4 Q542B6 Q3UPG3 Q496X5 E9PVU7 Q60829 O08790 G5E8D5 P56485 A2AIV3 Q3V002 P63085 Q9D677 P59529 Q6W5C0 Q3UEI1 Q9WUT7 Q546L4 A8IK50 P59530 D3Z289 Q3U6B2 P59532 Q0VGT5 Q3UR83 Q3TUD0 Q5XZF2 Q8C5J7 B9EII2 Q925D8 O88410 Q8BFQ1 Q05BD6 G3UYX5 Q9WV08 P97492 Q3UVG4 Q14BV9 Q61224 Q543V2 Q810W6 P47774 P51491 P56469 Q0VBU3 P51436 Q3V1K5 A1L151 Q14BI2 Q9ERZ4 Q2M2N7 A0A140T8J4 Q0VES5 O88853 Q7TQB8 Q0VEC4 Q7TQA4 Q7TQA5 Q9WUK7 Q7TQA6 Q3UEX0 Q0VBA6 P18340 Q8BLP9 A0A385KNU8 A0A0R4J1D6 O08858 Q3US12 P52592 Q04683 Q545V6 Q544B5 Q9Z0U9 P47936 O35188 F8VQN3 Q99MT6 A2RTH0 P33766 Q80XK0 Q3V334 Q3SXF8 Q9D8I2 Q4FJV4 SARS-COV-2 GENOME REPLICATION AND TRANSCRIPTION%REACTOME%R-HSA-9694682.4 SARS-CoV-2 Genome Replication and Transcription Q3TTE7 P13405 Q9CZ96 Q8BTS0 DEFECTS IN COBALAMIN (B12) METABOLISM%REACTOME DATABASE ID RELEASE 96%3296469 Defects in cobalamin (B12) metabolism Q9CSI4 Q8C7H1 O88968 Q9Z1P5 Q9CZD0 D3Z1G7 Q8K0B2 Q99LS1 Q9JLB4 Q99JB7 P52787 A0A0R4J0G9 A6H5Y3 O89016 ARYL HYDROCARBON RECEPTOR SIGNALLING%REACTOME DATABASE ID RELEASE 96%8937144 Aryl hydrocarbon receptor signalling O08915 Q8C696 Q71LX8 Q8CEC2 Q3U5D9 DSCAM INTERACTIONS%REACTOME DATABASE ID RELEASE 96%376172 DSCAM interactions E9QPR7 Q3TZP5 O09118 Q9ERC8 ASS1 VARIANTS CAUSE CITRULLINEMIA%REACTOME%R-HSA-9956520.1 ASS1 variants cause citrullinemia Q3UJ34 G5E8S7 TRANSPORT OF ORGANIC ANIONS%REACTOME%R-HSA-879518.5 Transport of organic anions Q3UUQ5 Q3V1K7 Q9EP96 Q05BA2 Q8BGD4 Q3TED0 Q9ERB5 Q8K078 Q9JJL3 SIGNAL TRANSDUCTION BY L1%REACTOME DATABASE ID RELEASE 96%445144 Signal transduction by L1 Q6PGJ3 Q63844 P09055 Q3TLP8 Q91YS7 Q9WVF5 P97333 Q7TSI6 O54890 Q8CDH5 E9QB01 Q3UT74 Q3TMJ8 P43406 G3UZX4 Q9QUM0 Q80YP5 P63085 G5E884 FIBRIN FORMATION%REACTOME DATABASE ID RELEASE 96%9769733 Fibrin formation P33587 Q543J5 Q3UER8 E9PV24 O54890 Q3TGR2 Q3TJ94 P49182 Q8BVN1 Q3UER0 Q543R5 Q9QUM0 Q3V3W7 HEMOSTASIS%REACTOME%R-HSA-109582.6 Hemostasis Q542A3 Q9Z1S3 Q99JW5 Q5SVY2 Q545F0 P97390 Q6GR78 A0A140T8R7 Q543F6 B2RVZ3 Q3U1Z7 Q9DC51 P68181 Q6GQT1 Q8CIH5 Q9Z257 Q811U4 Q3TY04 Q3U9V4 Q80U63 E9PX48 P14234 Q9CTT7 Q3U2Z2 Q9QZM4 B2RSH2 Q3UG14 Q546G4 Q3UGN1 H3BK84 P29387 Q6P1E0 P63213 Q8K3P1 Q91VE2 P51576 Q3TQ70 Q8CHP4 Q3UR32 P08752 Q149L9 Q6P8Y9 P63216 Q3UMY0 P61953 B1AV14 P50153 Q8C6Z4 Q5SQK1 Q8R3X6 Q9JMF3 Q3UXG3 Q61012 Q8BKV1 Q8R429 Q8BYN3 Q9ES52 P70227 Q3UR55 A0A1B0GRA5 Q8C8N0 Q9CXP8 S4R1C4 Q54AE3 Q8C147 G5E829 Q3UPA8 Q80X37 P05132 Q545P0 Q5DTI2 Q8K596 F8WGF2 Q9DAS9 A3KCG1 Q8BXN1 O54790 Q14BR6 Q544Q7 P40240 Q8R0X5 Q8C048 M0QWP1 Q9WTP7 Q80ZZ0 Q3UDP9 Q3V1F2 Q8CED6 Q5UB50 Q8K3M5 Q68FL0 Q64519 Q9CTA1 O88845 Q9CR49 P01592 Q6P069 Q8BH64 Q5EBL1 B7ZWN1 Q3U0G5 A9XMT8 A0A0A0MQ98 Q3UN66 F8VQE2 P97489 Q7M6Z4 Q91ZM2 Q9QXY6 Q6TA13 Q8VI89 Q8VDP3 Q8C0X6 A0A1Y7VK29 E9Q4K7 E7FLY0 G3X8Q6 Q6PB45 A0A0R4IZY6 E9PX57 Q6PFD6 Q3V416 Q9JKY9 B0G0X9 Q3U5S6 Q8C1W2 Q62283 Q80Y56 Q0VE17 Q3U7T8 Q3UGB9 Q61592 Q60805 H3BLN8 Q3TR66 Q61151 Q9D481 Q8BZ45 A0A0U1RNJ3 Q6ZQK4 Q542I8 Q9D8B7 Q3UHH9 Q6PD03 Q9JI59 Q3U967 Q62077 A2RSC8 G5E8F1 P63330 Q3UWD7 P51655 A0A2I3BPX3 P43407 Q61169 Q5FWB7 Q76MZ3 E9QKK1 Q91V89 Q3UD72 Q8BIX1 Q3U379 Q52KG8 Q3TWB2 Q8BN07 Q75UR0 Q8R121 Q0VBA8 P11214 Q8C871 Q4FJQ6 Q3TC45 Q6PD28 Q9D787 Q3ZB60 Q544C5 P49182 A0A0R4J088 Q3UQE3 Q3UI47 A0A0U1RPK4 Q9Z127 Q9Z1K8 Q542C8 Q9QXW9 Q571A6 Q8BGK6 P63115 Q4VA93 Q8CAH8 Q5SX13 P09535 Q8CAR0 E9QNW6 Q8BTI9 Q9DBC7 Q8C5P3 Q3UCJ0 Q8CEI0 Q3TJI7 Q9DBS5 Q91W40 Q6P9P6 Q3TLP8 P97329 Q5FW75 Q3UXE9 Q6P9L6 Q3U6Q4 Q52KG5 Q8C5K0 Q3U5F6 Q91YS4 A1A4T4 E9Q5G3 E9Q9E8 Q8CD76 Q2TB54 G4WK10 Q3V300 Q3UV83 Q545Y5 Q549Q4 F8WHM0 Q53WR6 A0A0R4J0Y5 P97792 Q6P6I8 Q61243 P84228 Q3U102 G3UXY6 Q80UL9 P13373 P17679 Q8BIF0 Q07763 Q8BQ25 Q14DT9 Q3TA56 Q6P1D3 Q3UHZ0 P31750 Q8C7P2 Q9CRX5 Q05144 D3Z3Y5 A0A0G2JED4 Q8C5Q7 P41241 P33587 Q543J5 P42337 Q8VDU4 Q9EQI5 P35235 Q9CQD1 D3YZ57 Q9DB73 E9Q696 Q5PR72 O08908 Q546L4 Q9CUT6 Q7TPG2 Q9CZM9 Q8BFQ1 Q4VAE6 Q9JIN6 P0C1Q2 Q3V341 O88792 Q3US62 A0A1Y7VLY2 P09055 Q8CC99 Q3TZW9 Q6A0A3 O35615 B7FAU9 B2RY04 B2RR03 O88186 Q9QZU3 P70452 Q3UDZ1 Q9ERL9 Q61686 Q8BUR4 Q80YP4 Q923G3 Q5DQJ3 Q3UH83 Q5RKN9 P30678 Q80ZA1 Q8CDZ9 P12032 Q3UFN1 Q6ZQ88 Q3UPA1 Q91YU7 A2CFB8 K7Q751 Q542G9 A7LM19 P43406 E9PXZ3 Q8CBT5 Q6PGJ3 Q3UHH5 P68368 Q6S9I3 O08675 Q5SX50 P40124 Q3TJ94 Q8K1M3 Q3UUX5 Q8BMJ5 Q8CCH7 P33174 Q80YC5 P26262 Q60520 Q9EPL5 Q3TB85 P30558 O88634 Q3UNK5 Q6P8R3 G5E899 A2AF47 A0A1L1SQR4 Q60787 Q546H1 Q80YQ1 Q9QUM0 Q3UR44 Q8BSU4 Q80YP5 Q01338 Q925K6 Q01337 Q8CI01 P0C191 D3YVS6 P20491 O08538 A8Y5F6 Q80YS4 Q8K357 Q8BVN1 Q9CY42 Q04519 G3X8T9 Q3UER0 Q91XH6 Q8R2S8 Q543W3 Q8BH02 Q543R5 Q8K1I3 Q8CC06 A0A0N4SVV4 Q8CFZ6 Q62469 Q3V3W7 Q69ZY2 Q62470 Q80Y26 P47867 A0A146E664 Q8BPT3 P13609 P48036 Q8C7K6 Q01102 Q00731 Q8R127 Q542C2 Q9CZ30 P16294 Q3V0P7 Q3V1T9 Q53YN4 Q19LI2 Q9DBX5 A2ASX2 Q07797 B9EHQ4 Q9DBS6 Q549D0 A2ASF9 Q3UJK4 F8WI14 E9Q7U5 A0A0R4J039 Q544Y7 Q9WVA4 Q3SYK5 P57785 Q8C139 P97290 Q6XLQ8 Q54AE5 Q548T0 Q3TEE6 Q549A5 Q9CS95 Q8BGA2 Q3UXW9 Q3TJP4 Q91VU0 Q8CCQ1 A0A0R4IZW4 Q3TJ22 A0A0R4J242 Q3ULT2 Q8BXZ1 Q549X6 Q3UP47 Q549X4 Q8BND5 Q9CXI5 B2RR26 P49766 J3JRU4 Q9ER67 Q8CAW4 Q921M7 Q61704 P70274 Q64348 Q3UJC1 P97946 Q6NV56 P97953 Q3UTF8 Q5NCU5 Q3UQC2 Q5F271 Q3UEK9 Q543R9 G3UVV6 Q5ND36 A6MDD3 Q9CZP7 Q3TJY2 Q3UZF9 Q60770 Q8C2M0 E9Q5L2 E9Q137 Q3TMT1 Q3UYJ1 Q00897 Q03160 P68404 Q8BQ43 Q920N8 Q3U320 O88783 Q9QUG9 B2KF05 A0JP53 P29477 D3YWQ0 Q6DIC8 Q8C413 Q91WC9 O88673 A4FU75 P63101 Q6P5E8 Q99LR1 Q9D375 Q6NS52 P16054 A2AHK0 Q9R1C6 Q3UKY1 Q58E49 Q3U0R5 O35719 Q924H5 Q8CA35 P49817 Q544N9 Q8BWG8 Q3TX09 Q52L50 Q64727 Q62120 B1AYC9 Q80TM2 Q3UER8 E9PV24 P18572 E9QPU1 Q7TSI6 J3JS97 Q99N57 Q4FJM5 Q9R0C8 O54890 Q3TGR2 E9Q467 Q5FW61 A1BN54 Q545X5 Q9D034 P27600 A0A0G2JF67 P05480 Q61411 Q3USK4 Q8C9G5 Q8JZR2 Q3U148 Q5U421 Q3V3W9 P63085 P47810 P98083 Q63844 Q9WVM1 Q9D091 Q921I1 A0A087WRP5 A8DUK0 A0T1G3 Q00623 Q3UP84 E9Q414 DEFECTIVE GNE CAUSES SIALURIA, NK AND IBM2%REACTOME%R-HSA-4085011.4 Defective GNE causes sialuria, NK and IBM2 Q3UW64 CELLULAR RESPONSES TO STRESS%REACTOME%R-HSA-2262752.13 Cellular responses to stress Q3V1B5 P14733 Q5SS40 P35700 Q9WVH4 Q3U0Y6 Q52L79 Q5M9N9 Q8R4B8 Q4FJX9 P09103 P62878 Q01705 Q91XE9 Q546G4 Q3V235 O88967 O88844 Q99JB2 P38647 Q9DCD0 Q8CCM0 Q8VCM5 Q3TQP6 A0A0U1RPV8 Q3V1C8 P30115 Q3U6G1 Q6GT24 Q543K2 P46412 Q545B5 Q3UDF3 Q8BL41 Q3UJ16 Q497S6 Q4FJZ6 Q3UNA7 Q3TNK3 O54790 A0A0R4J015 Q99LE6 Q8CF69 Q91WR8 A2AQU8 P97493 Q8BW40 Q4FK57 O08997 Q9CTE0 F8WIS9 A0A338P7G6 Q6PGJ8 Q8CDQ5 Q8BJ75 Q542Y0 P10639 Q9CY64 O35099 Q542X9 Q91VL8 B2RS36 P20108 A2RTD1 G5E8R8 A0A0R4J0I0 Q8R0L1 Q3V252 Q8C358 Q9QWH1 P43274 Q3UTC9 P43275 P43276 A2CG76 P10922 Q3V116 F8WH23 Q5NCY0 Q64364 Q549R4 P23804 Q5SWN9 Q9CQJ4 Q3URA3 Q61666 Q61457 Q5NCN8 P13405 Q149Z9 Q544H6 Q91WC1 D3YY34 Q8C8M7 Q9CYB4 Q9DBY5 Q4G0F8 Q564P6 P51943 Q9QXV1 Q8BJ38 Q80X22 Q569Z9 Q0VE17 Q3U3D4 Q7TPD5 Q3U7T8 Q7TSJ7 B1AXN9 Q9DCV6 Q8C9D4 Q3UGB9 Q6NSP9 Q5NTY0 Q8CGK3 Q8K3Q9 Q545C3 Q99K73 Q9D297 Q3UPN9 Q9D153 Q6ZQJ8 A0A1S6GWG8 P46414 E9QM06 Q9JIY5 O55187 Q0VBK8 E9PUL9 Q60521 Q61456 Q8C094 Q2LC58 Q3UTY9 Q7TT13 Q3UP99 P68433 Q8CHI8 Q8K1K3 Q8CE90 O35730 A5D6P3 P63168 O54992 Q5SZA3 Q8K2U0 Q9CQE6 P59235 Q6P1H4 Q93092 P40142 Q4FJT2 Q8BQK4 Q5HZH3 Q3UWD7 Q99L56 Q5DTK3 Q9JHU4 Q8BH74 Q8R480 F6VAN0 A2AG68 Q6ZWU9 Q3TYJ3 Q9CWU9 Q3TPJ8 P17156 Q9ERU9 Q80X29 Q9D0M5 Q8BLR9 Q7TQJ8 Q6PDL0 A0A0R4J0H9 Q9QXD8 Q8CDZ5 P48678 Q3TWG5 Q9D1M0 Q8C089 Q9Z0W3 A0A494BB86 A1L347 Q6PD28 Q3TML6 Q6ZWX6 Q3ULL5 Q9QZN1 Q0VBL6 Q542C8 Q2NL51 Q9D2U9 A0A0R4J1R1 Q7TQC8 Q8C5H3 Q8CE74 Q4FJW1 P97481 Q9CS58 Q6GU23 Q921E6 A3KPD0 Q8CJF9 Q9DAA6 Q921I9 P84228 Q9JHI7 Q3TPZ5 Q8CGP2 Q7TQK4 Q9D0M0 A0A0R4J0P6 Q8CGP0 Q571G2 Q3UDK5 Q3TKQ3 Q9CRA8 E9Q919 Q9CSH3 Q8BTW3 B2RTK3 Q8CGP7 P31750 Q3UG37 Q149V4 Q8CDH5 Q8VD67 B1ATC3 S4R1M3 Q9JLN9 Q3UHK8 G3UZX4 Q8R1M2 P01108 A0A3Q4EC26 P01101 Q64524 Q8BRK8 P10853 Q60972 Q01853 Q9DCW5 Q4QQL2 Q1XG80 Q8C6X4 A0A0R4J111 Q8K4K2 B2RWH3 Q64475 Q64478 Q5KU03 C0HKE5 Q6AXH7 Q6ZWY9 Q8BJP2 Q3UD86 P27661 Q3UCW2 E9PW15 Q91XC0 Q80ZV7 Q64445 Q9MD68 A0A087WNT1 A2RSV8 Q790Y8 P47876 P12787 Q3U671 Q923G3 Q5DQJ3 Q5RKN9 P43023 P50544 B2RSM1 Q80ZA1 Q3V2F7 P56391 P48771 P30416 Q8BVE2 A0A1D5RLJ8 A2A9C3 Q8CFJ9 Q8BXG6 O55091 Q9WUE4 A2AUM1 Q8BTM7 Q91WI7 Q8QZS3 Q68FD7 Q8BXK4 G3X8R1 Q921I6 Q9D4H8 D3Z5F2 Q5FW98 Q9CWQ8 Q8BV62 E9Q9H2 Q52L78 Q99L47 Q9CUY1 P48722 Q9JLV1 Q9CZJ2 Q3TYL7 Q8CI32 Q3U2G2 Q5FWJ9 Q8C6B9 Q52L52 Q8BUA6 F6ZDS4 Q61699 Q9JIH2 A6H6S8 Q6PDG0 Q9JK92 Q8BU75 A0A140LJ25 Q99M31 Q8VDP4 Q8VCB1 A0A1D5RLQ0 G3X8S5 Q9CQZ1 Q8C570 A2A5E1 Q8K0U4 Q80U93 E9QL43 D3Z0Y0 Q3U425 Q8BRF6 Q8BQF0 Q8BPS7 Q566K0 Q8BTS4 Q8R3J5 J3JSA4 Q8R4R6 Q60520 Q8CEC2 P97461 Q4VAG4 P63038 Q58E35 P86048 Q9CQD0 P62911 Q545X8 P14206 Q9CPR4 Q0VBA4 Q3UC02 D3YYB0 Q5M9M4 Q5M9M0 Q5YLW3 P47856 B2MWM9 Q91W29 Q80Y52 Q9CQR2 P62264 Q7JCZ1 Q6ZWN5 Q4FZH2 Q8BP67 Q5M9N8 Q642K1 Q9CXW4 P62717 Q9Z2R9 Q3UJF3 Q561N5 Q5M9K7 Q4FJK3 P62830 Q64337 P99027 Q9D823 Q61696 Q3UFV9 Q505A8 Q58EA6 Q4FZE6 Q9CZX8 Q4FJN2 Q564E8 Q5I0T8 Q497N1 Q504P4 Q5CZY9 Q8BG60 Q7TS75 P58043 V9GXN3 Q7JCX7 Q9D8H7 O35740 Q00731 Q53YN4 P24270 Q9JMH6 Q3UAD6 Q60760 Q3UCL2 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q8BVQ9 V9GXM1 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q548Y4 Q792A4 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q62425 Q9R1P3 Q5SUR3 Q14AQ1 Q3UAP1 Q58EV4 O55234 Q542H2 Q60864 Q5BKQ9 Q9JKV1 A0A286YDT6 Q3TXS7 P70195 Q60692 E0CXB1 Q3UPL0 Q3V405 Q6RI64 Q3TS44 M0QWC2 Q99JI4 P25799 Q3TKV1 A2A9I0 P19091 P06537 Q8C3F5 Q6LC96 Q6GTZ3 A3KN90 Q542P9 Q8BW69 E7FJU2 F8WHZ9 Q3TTE7 Q6NZM3 Q8R3E3 Q8BH52 Q3TSP4 F8VQE6 A0A2I3BPX1 Q3TQY2 Q9Z1W5 Q8CDG5 P70190 Q921X9 B9EHX4 P47758 Q8BRV3 A0A0R4J082 Q9QZB7 O89023 Q9DBG7 Q9QZB9 D3Z6H3 Q3TML0 Q7TQI8 Q9CQ71 Q91XB7 Q542Q0 Q9QYI6 Q9R207 Q810V8 Q8R1L4 A6H6B9 Q54AJ1 A9C491 Q541B1 Q3UN10 Q8C4N0 Q9EQY0 A0A2Y9CZM3 A0A0R4J0W0 Q9JKR6 Q9CY50 Q3UNH6 Q61024 Q9CPT4 Q9Z2X8 Q3UJ07 Q5SWN2 Q9D2A5 P51859 D3YVU6 Q925U4 Q62193 Q6NV63 Q5SV02 Q80TM2 Q3UJQ1 P53995 Q541Z5 Q8BZQ7 Q8BYJ1 Q9WVM3 Q3UFC2 Q8K2H6 Q9CPX9 S4R2B6 A2A4Z0 G3X8W7 Q3UFQ4 Q3TM92 Q3TI84 Q9D3A0 Q71LX8 Q9QYJ0 Q80SY3 Q9D1K2 Q9JHF5 Q8BMC1 P51863 Q9CQD8 Q544R7 A0A0A6YX18 Q9D593 Q9Z1G3 Q5U421 Q3U861 Q3U2P8 Q05AA8 Q3UDU9 Q8CF66 Q99L60 Q6NTA4 P63085 A0A0N4SVQ2 Q9CQ22 P50516 Q8BGD6 Q91YH6 P98083 Q5HZY7 G3UW70 Q63844 Q3U6G0 P50518 Q09HN3 P62814 B3VQI8 Q99K70 Q9WUI1 A0A0R4J0B6 Q3U889 Q54A87 Q80X95 A4FUW1 B1AWT3 P97369 Q9JHS3 E9QKI5 Q9QXE7 Q6GQV9 Q3UHZ2 L0CL36 P70365 A8DUK0 O70145 Q3US24 Q8CHB6 A0T1G3 Q68ED7 Q6PEM8 Q0VED9 P70362 Q8BHJ5 Q3UUZ9 Q3UBI5 Q80UU9 Q8R1U3 Q99KV1 Q3TZD5 Q5XJV5 Q8BJ14 Q8CE59 Q60795 Q8C590 Q8CBR9 Q7TPS7 Q8BYH8 Q64HC9 O70343 Q53Z05 Q810L5 Q3UV55 Q3U5U6 Q9JM08 Q91VB8 Q91YN9 G3X8Q0 Q32ME6 Q9WTZ2 Q8C9W6 Q9WVG6 Q00623 Q3UP84 Q9DBV7 Q8BYY5 Q91X84 Q921S6 B1AQH6 E9Q414 Q8CHX6 A0A0G2JG60 Q8CBD1 DEFECTIVE MMAA CAUSES MMA, CBLA TYPE%REACTOME DATABASE ID RELEASE 96%3359475 Defective MMAA causes MMA, cblA type Q9CSI4 Q8C7H1 EVASION OF ONCOGENE INDUCED SENESCENCE DUE TO P14ARF DEFECTS%REACTOME%R-HSA-9646303.4 Evasion of Oncogene Induced Senescence Due to p14ARF Defects Q64364 DENGUE VIRUS INFECTION%REACTOME%R-HSA-9839923.2 Dengue Virus Infection Q9ES97 Q3TT81 Q9QZH3 Q9JHS9 Q6P4T2 Q91YE7 Q9CWL8 Q9QXJ2 Q5SUH7 F8VQ87 Q3UJB0 Q9CUG0 Q9CWK3 Q497W9 Q99KP6 P63154 P17426 Q80Y09 Q3UJ76 Q6PEE6 Q9D1P6 Q3UDS1 Q8C7E9 Q80X82 Q8CE71 P09103 A2AEK1 A0A2R8VK76 Q3V141 Q9CQF3 Q3UGU6 Q3V1M8 Q99LC2 Q99LI9 Q8BTS0 Q5SWR1 Q60855 Q6A0C9 Q60960 Q3TJ94 P29341 Q8R3X6 Q3UBT1 Q8BKV1 Q8CCM0 Q4FJX1 E0CXT7 Q9D1Q4 Q8BL41 P14206 O70152 Q545R7 Q8CCS6 M0QWP1 B2MWM9 Q8BW40 Q3V1F2 Q80Y52 F8WIS9 Q64519 C0LLJ0 Q543M7 Q5SUC3 Q642K1 Q3V033 Q8K2T8 Q5XJE5 Q3UHW8 Q9CTY6 D6RDC7 Q61696 Q3UFV9 Q3U5S6 Q05CJ7 Q3U5E6 Q504P4 Q3UKR0 Q6SJQ0 Q3U7T8 P55144 P19096 Q2UZW7 Q61592 Q4FJV3 Q60805 Q9CZX9 A0A087WPY4 H3BLN8 Q8K3C0 Q3TR66 Q6U7R4 Q8CCF8 Q2HZ94 Q8VD65 Q6PF93 Q5F2A7 Q62093 B2RX66 P84104 E9PUK6 Q3THA6 Q6PDM2 Q3TWW8 P51655 Q80X98 Q91VC3 Q8BTU6 Q9DC48 Q8BV04 P43407 Q8BGJ9 Q9D0B0 O08583 Q99M28 P70372 P62315 P27048 Q64522 P62320 A2AB79 Q8CGP4 Q8CGP5 Q14AF6 Q549A5 Q3U379 A0AAQ4VMX2 Q52KG8 Q3TWB2 A0A3B0IP04 Q3UEK1 A0A1W2P7F1 Q3TF92 A0A2R3XZC4 P0CG50 Q8BSY1 Q4FJP7 Q9R0T8 Q8VE47 Q8C7R4 P29788 Q8VEK3 B9EHJ3 Q64525 P97760 Q8BFX0 Q3THK3 Q60778 Q8CFI7 Q9Z1E3 P60898 E9QAM0 Q66JT6 M0QWC2 Q3UMJ4 Q6PI63 Q3V214 A0A3Q4L2S8 A0A338P6M3 P63280 P61219 P62488 P08775 Q3TM87 Q8CAH8 Q9D2U9 Q9DBK7 Q6P1Y9 A0A7N9VR83 Q8BKH7 A2ADH1 Q8CEI0 A2AN08 Q6P2K2 Q8QZY9 Q3TZH7 Q569Z5 Q9JKR6 Q3U3K9 A3KPD0 Q3UCW0 A2ALF2 Q80Y51 Q3UJC3 Q9Z2X1 Q99JH8 P84228 Q8CGP2 Q8CGP0 Q91YR7 A0A0R4J0D3 A2AER7 Q9DBG6 Q4QQM3 B9EJX8 B2RTK3 Q8CGP7 Q9CX86 P61804 Q5SX75 Q3UJR8 Q6DFZ1 Q8C7P2 Q8CFQ9 Q9D8V7 Q149V4 Q8C839 Q9EQC8 Q9CQI7 Q3TKY6 Q6QI06 Q3TVM1 Q69ZQ2 Q5U3M2 B9EHN0 Q9JLN9 Q5EBP8 Q8BTV2 A2AQA7 Q9DBB5 Q812A5 Q8VDM6 Q9Z204 A0JNY7 D3YUV1 Q570Z0 Q9CRI3 Q8CH18 Q9WV02 Q8CH02 O54734 A0A3Q4EC26 Q71LX8 Q9DBF7 Q9QYJ0 Q3TU94 Q8BHS3 Q3UEB3 Q5FWJ3 Q64524 Q3TGP5 Q3U5B1 Q8CAB9 P10853 Q99LP6 Q02248 Q6NV83 Q8BMR3 Q56A08 Q9R007 P41245 Q01853 Q9D824 Q8VHM5 Q58E59 Q3U573 B2RSV4 A0A2I3BRW0 Q6PE01 Q8BP64 P23188 Q9CXG3 Q3UDU9 Q78XF5 Q922V4 Q8JZX4 Q05CL7 Q9EPL8 Q7TN25 Q9Z160 Q8BQR8 B2RWH3 Q8C470 Q3UF16 Q8C2Q7 Q64475 Q64478 Q5FWJ5 H7BX23 Q8CB58 C0HKE5 Q60FD1 E9Q9E1 Q6ZWQ7 A4FUW1 Q99KG3 A0A140LHR3 Q6ZWY9 Q923D5 Q923D4 P60335 Q91ZX1 Q9D873 Q9CVU5 Q3UN87 L0CL36 Q3UCF2 Q810A7 Q9CQ49 P70333 P27773 P70362 Q8VE91 Q8BTI8 Q6GQT6 Q9D6L8 Q99KV1 Q3TQX5 O88569 Q9DCD2 Q543F1 P83870 Q64HC9 G5E8G0 Q8VCI5 Q78JM7 P59708 G5E8I8 Q8BGT7 Q91YN9 Q00623 P57784 Q8BYY5 Q3UYV9 Q3UNG1 D3Z569 D3Z0M9 Q8BKP8 Q9D6D8 Q99MR6 GLYOXYLATE METABOLISM AND GLYCINE DEGRADATION%REACTOME DATABASE ID RELEASE 96%389661 Glyoxylate metabolism and glycine degradation Q91WK5 Q91W43 A2RSW6 O08749 Q3UEE8 Q3UEN9 Q9QXF8 P05202 Q91WH3 Q5D073 Z4YJV4 Q9D2B4 Q9D2G2 Q8CHT0 Q3T9Z2 Q8VCZ9 H7BWY3 Q9DCU9 SPECIFICATION OF THE NEURAL PLATE BORDER%REACTOME DATABASE ID RELEASE 96%9834899 Specification of the neural plate border G3UX36 Q8BPN4 P46684 Q3ULB3 P13297 Q8CE69 Q3ULR1 Q8BRF1 P48031 Q02248 A1A550 A0A2I6EDI9 Q60I23 Q3UUX5 Q3TYA7 A0A7U3JW80 P27467 NEUROFASCIN INTERACTIONS%REACTOME DATABASE ID RELEASE 96%447043 Neurofascin interactions Q9CXL6 Q6QRP1 Q6ZQ54 Q3TMX0 P12960 O54991 Q0VGY9 DEFECTIVE CYP26B1 CAUSES RHFCA%REACTOME DATABASE ID RELEASE 96%5579015 Defective CYP26B1 causes RHFCA A0A0N4SUV4 DEFECTIVE PNP DISRUPTS PHOSPHOROLYSIS OF (DEOXY)GUANOSINE AND (DEOXY)INOSINE%REACTOME%R-HSA-9735763.2 Defective PNP disrupts phosphorolysis of (deoxy)guanosine and (deoxy)inosine Q543K9 MACROAUTOPHAGY%REACTOME DATABASE ID RELEASE 96%1632852 Macroautophagy Q3TWG5 Q80U24 Q3TUP2 P0CG50 Q9D7F7 Q8K3K8 Q9DCD6 Q561N4 Q78V99 A0A1B0GR63 A0A3B2W489 Q811U4 Q9DBG5 Q6PB82 Q9D8B3 Q80U63 Q60930 Q5EBQ0 P60521 Q9CQ10 Q60932 B1AZ39 E9QAM0 Q80W47 Q91YI1 M0QWC2 Q8BGV9 Q8K245 A0A0R4J029 Q3TDQ5 Q9CR39 Q9CPX6 Q6KAU8 Q569Y6 Q3UYA5 Q6EBV9 A2RTT4 Q8CDL2 A0A0R4J065 Q91VM3 Q9D8Z6 Q5EBK1 A2AH22 Q3TM87 Q9ESK9 Q8R3R8 Q99MQ3 Q52L52 Q8R3E3 B9EHX4 P97481 Q9CPQ3 Q99LX0 P26361 Q9D173 Q3U711 P41209 Q8BIQ9 Q8BGM7 Q9QYA2 Q9CQN3 Q80Y52 Q3UG37 H3BJZ1 Q99J83 D3Z600 Q8CDH5 Q9CQY1 Q6ZQK3 Q91VR7 Q68FE2 Q9JLN9 Q3UN04 Q9CZW5 G3UZX4 Q64337 A0A3Q4EC26 Q504P4 Q8BRK8 Q01853 Q542K0 Q8CF66 Q6NTA4 Q8BUX6 Q9CQ22 Q4QQL2 Q8BGD6 Q8VD65 P63168 G3UW70 Q6PF93 Q7TT21 Q99K70 Q9EP53 Q3TWR3 Q80X95 A4FUW1 B1AWT3 Q9JHS3 A1L361 Q9JHU4 Q9CUD0 Q6PAM0 Q3TYJ3 Q3TPJ8 Q9D0M5 Q6PDL0 Q8R3J4 Q8VEL2 SYNAPTIC ADHESION-LIKE MOLECULES%REACTOME DATABASE ID RELEASE 96%8849932 Synaptic adhesion-like molecules Q9ES97 A2A6S2 P35436 Q540I4 A2AI21 Q80TG9 Q52KF7 Q3V0J9 Q3UP61 G3X9V4 Q8C069 A0A338P6I6 Q8BLY3 Q7TNB5 Q5SS83 Q80XU8 Q3UY17 Q3TQ52 Q03391 DISEASES OF PROPIONYL-COA CATABOLISM%REACTOME%R-HSA-9759785.2 Diseases of propionyl-CoA catabolism Q9CSI4 Q8C7H1 RESPONSE OF ENDOTHELIAL CELLS TO SHEAR STRESS%REACTOME%R-HSA-9860931.1 Response of endothelial cells to shear stress Q3UHZ0 Q80TM2 P31750 Q8CAW4 P84309 O08529 Q6QI06 Q91WF3 O54890 Q9EPK8 Q5SU94 A0A2I3BRC5 Q9D7J7 Q9JLN9 P53690 P68181 O88456 Q9R0T8 E9Q706 Q812A5 Q548Y4 Q5D0E0 P46938 P55284 O88444 A0A3Q4EC26 P42337 Q3UPA1 Q02248 Q3TY04 Q3U9V4 Q3UUN2 P35918 D3YZ57 Q8CBT3 Q9CWU3 Q9Z1E3 K7Q751 Q542G9 Q3UG14 P43406 Q3UGN1 O08908 Q80YP5 Q8VC91 H3BK84 P25799 P29387 Q80TY9 Q3UHH5 Q3UU15 P63213 Q3V1Q3 Q3TQ70 Q6P8Y9 P63216 P63330 Q3UMY0 P61953 Q8BTI9 Q8K1M3 P50153 Q9DBC7 Q9WUP0 Q8C5P3 Q8CI98 Q8BKH7 Q9JMF3 Q61012 P09055 A0A0R4J289 Q76MZ3 Q9CXP8 Q9JIP4 P97297 Q54AE3 P05132 Q3TZW9 A2AR99 Q3SYK5 Q9DAS9 Q8BIX1 Q99K94 Q8BWW9 Q64727 DISORDERS OF DEVELOPMENTAL BIOLOGY%REACTOME%R-HSA-9675151.5 Disorders of Developmental Biology Q99LT0 Q8BHJ5 Q60520 Q58E49 P61965 Q80ZV7 Q921N8 P05132 A0A0A0MQ73 Q9JM08 Q8BX09 Q9QXE7 Q3UKZ9 Q8BGR3 Q8CHB6 JNK (C-JUN KINASES) PHOSPHORYLATION AND ACTIVATION MEDIATED BY ACTIVATED HUMAN TAK1%REACTOME%R-HSA-450321.4 JNK (c-Jun kinases) phosphorylation and activation mediated by activated human TAK1 Q99K90 Q80SY9 Q8CE90 Q540J8 Q569Y6 Q8CF89 A2RTT4 P70196 Q8K2U0 Q923A8 Q7TSJ7 Q8CFA1 Q8C9D4 Q547H1 Q8BR10 Q8C094 Q8VC91 Q9D5S8 METABOLISM OF FOLATE AND PTERINES%REACTOME DATABASE ID RELEASE 96%196757 Metabolism of folate and pterines Q6PEM8 Q542F3 Q9CZN7 D3YZG8 Q497H7 Q8R1G5 Q8BXX7 Q8R0Y6 Q3V3R1 Q8K009 P18155 Q3UM21 G3UZ26 Q544T5 Q05685 DEATH RECEPTOR SIGNALING%REACTOME%R-HSA-73887.7 Death Receptor Signaling Q812G4 Q5SS40 Q3U5C8 Q60989 Q3ZB60 B2RRZ7 P0CG50 Q8CAB4 Q99P72 Q99PH8 A9DA50 Q9R0T8 Q8C6X9 Q61160 Q8K3K8 Q561N4 Q8C350 Q9WTZ9 Q548Y4 Q6PEB3 Q5D0E0 Q3TMT1 Q62210 Q3U5H0 Q923A8 Q6PB82 Q9WUD1 P70677 Q3U607 Q60855 Q8CBT3 Q9Z1E3 Q9QZM4 Q3TSE5 Q8VC91 P25799 Q9D5S8 O88623 Q99K90 Q8CF89 P70196 P29594 A6H6S8 A0A0A0MQ87 Q3TLP8 Q3U9H3 Q58E49 E9PUF7 Q3USZ7 O70572 Q3UGZ6 Q9JJF9 B9EHT4 Q3UCV8 O35242 Q80U35 Q9JJY3 Q3UKC1 Q3TD49 Q07139 Q68FM7 Q9QYH6 A0A2X0SFN9 A2AWP8 Q7TSI6 A0A140LJJ5 Q9R0C8 H3BJ45 Q91ZT5 Q3TNB8 Q80VK6 Q66JY6 Q9D034 G5E8T4 Q6ZPF3 Q64337 A0A0R4J0X8 Q9Z0W1 E9Q5R6 P70392 Q3UFQ4 F6WMJ3 Q3TQN9 Q5FWH6 B1AS67 Q3UG32 Q8BWA8 Q3UPH7 Q8VDU4 E9QK62 Q8BY35 Q7TSJ7 Q3USK4 Q3U2P8 Q6LDU8 Q4QQL2 Q9JKX4 Q3UTH8 A0A1X7SB67 Q80TQ2 Q3TPN5 Q3U479 Q4VAE6 Q6P9R4 Q91WA6 Q6P1D6 Q7TQD1 Q924T7 B2RUR8 P68040 Q3U593 Q8K004 E9PUE2 P39428 Q3U7M4 A1L361 Q547H1 Q5DTK3 Q8BR10 Q69ZK0 B2RUG2 D3YYY8 E9PUE7 E9PXU2 Q8C474 Q0KL02 Q9WUB0 Q8C4B5 D3Z4R2 Q9JM08 Q3U4P5 Q99PT1 Q3UYK2 P57716 Q9CQ82 Q8C7N7 Q8C067 DEFECTIVE F9 VARIANT DOES NOT ACTIVATE FX%REACTOME%R-HSA-9673202.3 Defective F9 variant does not activate FX P16294 Q8BQ43 Q80Y26 BUTYRATE RESPONSE FACTOR 1 (BRF1) BINDS AND DESTABILIZES MRNA%REACTOME%R-HSA-450385.3 Butyrate Response Factor 1 (BRF1) binds and destabilizes mRNA Q91YD3 P31750 Q3U671 F8VQ87 A2A5N2 Q9DAA6 Q921I9 Q3U2P8 Q9JHI7 Q7TQK4 Q543H2 Q9D0M0 Q571G2 Q3TKQ3 Q9CRA8 Q9CSH3 Q8BTW3 DEFECTIVE BASE EXCISION REPAIR ASSOCIATED WITH NTHL1%REACTOME DATABASE ID RELEASE 96%9616333 Defective Base Excision Repair Associated with NTHL1 O35980 REGULATION OF PTEN LOCALIZATION%REACTOME DATABASE ID RELEASE 96%8948747 Regulation of PTEN localization B2RSC8 Q60989 P0CG50 Q3UUT8 F8VPX1 Q8BSJ6 FORMATION OF THE EARLY ELONGATION COMPLEX%REACTOME%R-HSA-113418.5 Formation of the Early Elongation Complex Q3UZB8 A0A3Q4L2S8 A0A338P6M3 Q7TSG2 O55201 Q8C4Y3 Q7TPV0 Q542U3 P61219 P62488 P08775 Q9CQ49 Q8BG30 Q3UIA1 Q922L6 P97760 E9PWD3 Q8BFX0 P63271 Q3THK3 Q8CFI7 P51949 E9Q6K1 P60898 Q8K2X8 Q7TPY0 P49135 Q3UYV9 Q3THG5 Q3UMJ4 Q6PI63 Q3V214 THE CANONICAL RETINOID CYCLE IN RODS (TWILIGHT VISION)%REACTOME%R-HSA-2453902.7 The canonical retinoid cycle in rods (twilight vision) H7BWY6 Q5MJ56 A0A0R4J1M3 Q8K3M1 A0A0R4J115 Q148Q4 Q8BSF7 B2RSR0 Q5M9K1 Q58EU7 Q9R1R8 Q544Y3 D3Z6W3 Q8VCH7 Q790P4 B2RUR5 O35600 A0A0R4J0H3 Q91ZQ5 Q9R092 P15409 Q8K3P0 FORMATION OF INTERMEDIATE MESODERM%REACTOME DATABASE ID RELEASE 96%9761174 Formation of intermediate mesoderm Q9WVG7 Q541T2 B9EI61 Q569N5 Q3ULR1 G3X8Q7 Q61572 Q00288 RECRUITMENT OF MITOTIC CENTROSOME PROTEINS AND COMPLEXES%REACTOME DATABASE ID RELEASE 96%380270 Recruitment of mitotic centrosome proteins and complexes Q569L8 Q6P5D4 Q80Y52 E9QQ10 Q7TSH4 Q99NF3 Q8BUR9 B8JJE7 A8IP69 Q64702 Q9CQ25 Q5SW18 Q8BKN5 Q8BUH2 Q6F4J0 P58854 Q99L00 Q5SS40 A0A494BA29 A0A494BB86 Q8BYN2 Q3UIT6 Q0VGR5 Q9JJ94 Q6IQY5 P11440 Q3TPZ2 Q9R1K9 Q8QZX2 Q6NV99 Q8BFT2 Q6ZQ12 Q9CQS9 B1AXI9 Q3USK2 U5KVR9 A0A1D5RMI8 Q9D6F9 D3YVU3 P33215 Q8BP64 H3BK84 P68372 P63168 Q8CDL2 K3W4R5 P68369 P68368 Q3URP3 Q3TYE1 Q3UZY0 J3QP81 Q9JHU4 Q66JX5 Q80UF4 Q6F4J1 Q9R0L6 Q0VEJ0 A2A9P6 Q8BKT8 A2AUM9 Q76MZ3 Q9D3R3 P05132 E9Q5A8 Q3TPJ8 A0A494BB26 Q3U4H0 Q3TPZ5 Q9D786 E9Q919 P99024 TGFBR2 MSI FRAMESHIFT MUTANTS IN CANCER%REACTOME%R-HSA-3642279.3 TGFBR2 MSI Frameshift Mutants in Cancer Q3UNK5 Q8BQS9 FORMATION OF APOPTOSOME%REACTOME DATABASE ID RELEASE 96%111458 Formation of apoptosome A0A1L1SVG0 Q60989 Q63844 A2AS93 Q9JIQ3 A2AGL5 Q9WVQ5 P63085 Q5DU30 ERK1 ERK2 PATHWAY%REACTOME%R-HSA-5684996.6 ERK1 ERK2 pathway Q6NZH9 Q9Z1S3 Q52KF7 Q3UP61 Q05A81 P26952 A0A338P6I6 Q5SV01 E9QJS1 P16297 Q6PCP3 Q00941 Q3U1Z1 Q541Z2 Q8K2I1 A0A0R4J0R7 P62878 P62141 E9Q5D6 Q544I2 Q68FG2 K7Q751 Q9D0J4 Q3UGX2 Q8R1C2 Q8BUM3 Q3V1V5 E9QB01 P97785 V5SIM2 P08032 Q8VIE5 Q8CCM0 P48540 D3Z111 Q8BL41 Q99JW1 Q99KQ3 Q7M759 Q0VAV5 Q8VCV1 P58069 Q60790 E9PYG6 A0AAQ4VMS6 Q501K2 Q8BW40 Q9CTE0 A0A0J9YVH8 F8WIS9 Q8CAS7 A0A0R4J0K0 Q6PFQ7 Q9Z268 Q04690 Q52KF5 Q924S8 A2RTD1 Q61521 Q0VEB7 Q543J8 Q5FW64 P70392 Q9QZR7 Q6DR99 Q3UEW6 Q61151 Q9QUM0 Q8JZL1 Q3TPX5 Q6NXI4 Q0VER9 Q6ZQK4 Q0VG15 Q3UYI5 Q91WJ0 Q790L8 O88520 A0A7U3JW97 O08538 Q6PD03 Q9DAJ4 A0A0R4IZY3 O35565 E9Q8N0 Q62048 A0A7U3JW51 Q543V3 G3X9V4 Q8C399 Q6ZWS1 Q3TYC0 P63330 A0A7U3L6F4 Q541T2 Q4FJT2 Q80YS4 P81122 Q544I6 Q5HZH3 Q61193 Q3UWD7 Q99N32 Q3U1V5 A0A7U3JW80 E9Q2N2 Q3U4N2 Q8BFV3 Q6ZWM8 Q3URV7 A0A1W2P715 Q76MZ3 Q91V89 Q3TY83 Q8BIX1 A0A0R4IZW4 Q8BN07 P54775 Q3UPK6 Q9CPS5 Q8BVQ9 Q6PD28 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 Q3UZF9 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 A9QW46 O35593 Q9R1P3 Q14AQ1 Q5J7N1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 P35546 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q920N8 Q3TKV1 Q8BTM9 Q9WTX4 P59268 D3YZR2 G3V023 Q7TSZ9 Q0VAZ2 Q7TNL7 Q9ESS0 Q05922 Q3U8K3 Q1HL35 Q8CAH8 P05532 Q91W53 Q8BTI9 A0A1Y7VNZ6 Q03391 D3YWU0 P97463 A2AI21 Q91V35 Q5FW75 P08551 O35118 A1L3Q1 Q9Z0L2 Q8C1V7 Q3UET6 Q545E4 Q8BWG8 Q52L50 Q64727 Q62120 B1AYC9 Q3TU98 A2AI78 Q99MP8 Q80TM2 Q3UER8 Q9WVF5 Q8C7P2 Q80XI6 E9PV24 Q5EBQ2 E9QPU1 J3JS97 Q99N57 Q3UV75 P67778 O54890 Q3TGR2 A2A9K7 Q8CAD1 P04351 P05622 P11440 P41241 F8VQL0 P42337 P05480 P35235 Q61411 D3YZ57 A2A5N2 A0A5F8MPM1 Q3USK4 Q8C9G5 Q3TMJ8 Q8BMC3 Q3V3W9 O08908 P63085 P98083 Q8C180 Q63844 Q5SX78 Q91YS7 Q6ZPU1 O08911 Q9D091 P28028 Q3URU8 Q9JHS3 Q3TDQ8 P26618 Q60676 P70424 KEAP1-NFE2L2 PATHWAY%REACTOME%R-HSA-9755511.5 KEAP1-NFE2L2 pathway Q3UCL2 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q8BVQ9 P35700 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q9QZN1 Q548Y4 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 P62878 Q5SUR3 Q14AQ1 Q01705 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 A0A286YDT6 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q542C8 Q3TS44 M0QWC2 Q99JI4 P25799 Q3TKV1 O88844 Q7TQC8 Q8CE74 Q9DCD0 Q8VCM5 Q3TQP6 P30115 Q9Z2X8 Q545B5 D3YVU6 Q3UDF3 Q497S6 Q4FJZ6 Q3UNA7 Q6NV63 O54790 A0A0R4J015 Q99LE6 Q8CF69 A2AQU8 Q9CTE0 P31750 Q8BJ75 P10639 Q542Y0 Q542X9 G5E8R8 Q8CDH5 G3UZX4 Q64337 Q64364 P01108 Q564P6 Q8BRK8 Q569Z9 Q01853 Q3UDU9 Q8C6X4 Q7TS75 A5D6P3 P58043 Q5KU03 A0A0R4J0B6 Q93092 P40142 Q4FJT2 Q8BQK4 Q5HZH3 Q3UWD7 Q99L56 Q5DTK3 Q6GQV9 Q3US24 P70362 Q53YN4 Q8BJ14 Q60795 Q9JMH6 Q3U5U6 G3X8Q0 Q790Y8 Q3UP84 REUPTAKE OF GABA%REACTOME DATABASE ID RELEASE 96%888593 Reuptake of GABA Q8CF74 Q8VCS9 P31650 Q6PCX2 DEFECTIVE SLC35D1 CAUSES SCHBCKD%REACTOME DATABASE ID RELEASE 96%5579020 Defective SLC35D1 causes SCHBCKD A2AKQ0 RHOH GTPASE CYCLE%REACTOME%R-HSA-9013407.3 RHOH GTPase cycle A0A1L1SVG0 P63024 Q4FJQ0 Q8BTW9 Q5DTJ2 G5E8J3 P05213 Q3UVN5 Q61599 Q8C015 B6YY24 Q3TRK3 P41241 Q9ESU7 Q3TR46 P53395 Q504M6 Q3UNB6 Q3UE22 Q3U5E2 Q9QY73 Q01853 Q02257 Q99PT1 E9Q696 U3RF68 Q80Z96 P43404 Q7TMG8 G5E8A0 P49817 A6H5Y3 P54116 Q9CQ22 G5E884 Q542D9 Q3ULB5 TGFBR3 REGULATES ACTIVIN SIGNALING%REACTOME DATABASE ID RELEASE 96%9839406 TGFBR3 regulates activin signaling Q04997 Q8BRV4 Q3UY39 A0A0R4J097 PRC2 METHYLATES HISTONES AND DNA%REACTOME%R-HSA-212300.4 PRC2 methylates histones and DNA B2RTK3 B2RWH3 Q8CGP7 Q64475 Q64478 Q149V4 Q7TNS8 Q62315 C0HKE5 A0A0R4J1C0 Q6AXH7 Q9CXG9 Q9D2U9 Q02395 Q6ZWY9 A0A494BBE6 S4R1M3 P27661 Q8R1M2 E9PW15 Q8C5H3 Q9Z248 Q7TSJ0 Q64524 P10853 Q541E5 Q921E6 O88508 Q60972 A3KPD0 P84228 Q8CGP2 Q8CGP0 DEFECTIVE ABCA3 CAUSES SMDP3%REACTOME%R-HSA-5683678.4 Defective ABCA3 causes SMDP3 Q6AXE3 RAB GERANYLGERANYLATION%REACTOME DATABASE ID RELEASE 96%8873719 RAB geranylgeranylation Q549X4 Q4V9W8 Q5FW76 Q0PD63 Q0PD23 Q9JHK4 Q8BQX0 Q0PD50 Q4FJQ0 Q148R0 A0A0R4J1A1 Q0PD45 Q0PD35 Q0PD38 Q3TVF4 Q78ZJ8 Q3U0T9 Q8CAM5 Q3SXA7 Q0PD08 Q0PD20 Q0PD24 Q0PD66 Q0PD67 Q0PD30 Q0PD31 Q91Z34 Q0PD34 Q8C458 Q9CQD1 Q3ULK1 Q0PD39 Q0PD21 Q8C266 Q0PD65 Q0PD49 Q3U4W5 Q0PD53 Q3KNA5 E9QLQ7 Q9D4I9 Q4VA07 P35294 Q3TPA7 Q0PD48 Q544U7 Q543Q4 Q9CXS2 Q9CS14 Q0PD62 Q0PD64 Q3TXV4 Q0PD14 Q0PD15 Q50HX4 A2CG35 O70274 D3YUS4 Q4FJL0 RUNX2 REGULATES GENES INVOLVED IN DIFFERENTIATION OF MYELOID CELLS%REACTOME%R-HSA-8941333.2 RUNX2 regulates genes involved in differentiation of myeloid cells Q8C253 Q08024 SYNTHESIS OF ACTIVE UBIQUITIN: ROLES OF E1 AND E2 ENZYMES%REACTOME DATABASE ID RELEASE 96%8866652 Synthesis of active ubiquitin: roles of E1 and E2 enzymes P52483 Q9CQ37 Q3V321 A0A1W2P7U1 Q3U4W8 Q6ZWZ2 F8VPX1 Q8C7T5 Q541Z5 Q3U431 B9EHN0 P0CG50 D3Z647 A2RSE4 A2A4Z0 Q8C7R4 Q561N4 Q3UFQ4 Q5F239 Q8BWQ9 Q3UCS1 Q3V2N4 Q3UE37 Q6ZWQ6 Q3UCV8 WNT5A-DEPENDENT INTERNALIZATION OF FZD2, FZD5 AND ROR2%REACTOME DATABASE ID RELEASE 96%5140745 WNT5A-dependent internalization of FZD2, FZD5 and ROR2 Q6PFA2 Q3TWZ9 Q5SWR1 Q9JIP6 Q6A0C9 P17426 P22725 Q3UEG1 Q501P6 Q68FD5 Q3UJ76 Q8C3W2 Q6PEE6 ENHANCED CLEAVAGE OF VWF VARIANT BY ADAMTS13%REACTOME DATABASE ID RELEASE 96%9845619 Enhanced cleavage of VWF variant by ADAMTS13 A7LM19 E9QPU1 RESPIRATORY ELECTRON TRANSPORT%REACTOME%R-HSA-611105.8 Respiratory electron transport Q9D8Y1 Q9CPZ8 Q6P8I6 Q3U422 D3YTQ8 P12787 Q5M9P5 A2APY7 Q9CWG8 Q3TQB2 Q8K2B3 Q9D1H6 Q8BP79 Q9CQJ8 P43023 Q9CQJ1 Q9CQZ6 Q9CQZ5 Q9CQ91 Q5SUC9 Q78HW2 Q9CQ00 A2AP31 Q9CZB0 F6RBR6 A0A286YE33 Q9D7J4 Q792A4 D3YXT0 Q99LC5 Q99LC3 D3Z7Q2 P56391 Q91YT0 P48771 Q62425 Q9CQN1 O09111 Q9DB41 Q80X52 Q5SX53 Q8BH59 Q569N0 Q8C140 P08249 A0A5F8MPN8 Q5FW98 P38647 Q7JCY4 Q7JCY6 Q9MD82 Q7GIP5 Q3V406 Q4JFN6 Q8BJ03 Q9MD59 Q8CCM6 Q8K0C8 Q54AC6 Q3UDK5 Q91W29 Q7JCZ1 P05201 P05202 Q9D0M3 Q9CR68 Q8K215 Q9CQ69 Q3V2E3 Q9D857 Q9CWU6 P99028 Q8BGA9 Q8BTC1 Q3TV21 Q5NCJ9 Q9CQB4 Q9DA03 Q9CZ13 Q7JCZ3 A0A0R4J0T0 Q9DB77 D3Z4C9 Q9CZP5 Q9DCW4 Q9DCW5 Q1XG80 V9GXN3 Q497I8 E9Q3H6 Q9CR61 Q99LY9 Q8JZN5 G5E8U6 A2AMZ4 Q9CQT9 Q921G7 A2AQ17 Q9D1R1 Q7JCX7 Q9D6J6 Q925N1 Q9D2R6 Q9CQA3 Q9DCS9 Q8BUY5 Q8BH51 Q8CA44 Q8BPE4 Q9Z2I0 Q9DCJ5 Q64445 Q9CWD8 Q9CQY9 Q9MD68 Q9CXV1 Q9CQ75 Q545K0 Q9Z1P6 A2RSV8 Q9ERS2 Q9CPU2 Q8K0Z7 A0A0R4J174 Q9DC70 I6L9E0 A2AIL4 Q9CQ54 Q9DC69 Q91VD9 Q8R033 Q9CQE2 G5E8J7 D3Z568 Q9JKL4 SIGNALING BY NOTCH4%REACTOME%R-HSA-9013694.3 Signaling by NOTCH4 Q3UZZ2 Q99LH8 P31750 P54775 Q6T264 Q9WTX6 Q3UPK6 Q9CPS5 Q5SU94 Q8BVQ9 P62196 B2RT97 P0CG50 D3Z768 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q8BYF1 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 P62878 Q5SUR3 Q6P3Z8 Q14AQ1 Q01705 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q8BUN5 Q3TXS7 Q3UM17 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 Q9QUM5 O35516 P31695 Q0VGJ1 B2RR30 Q6GQV9 P63101 Q3UVN4 Q6NZC0 Q9JI71 Q8BJ14 Q3U4P5 Q3UYK2 Q499J8 P57716 Q8C7N7 METAL ION ASSIMILATION FROM THE HOST%REACTOME DATABASE ID RELEASE 96%9638482 Metal ion assimilation from the host Q91VB8 A8DUK0 PHASE I - FUNCTIONALIZATION OF COMPOUNDS%REACTOME DATABASE ID RELEASE 96%211945 Phase I - Functionalization of compounds O08915 Q8K354 E9PWK1 Q812C9 Q8K2I3 Q8C7J1 Q3UNF5 Q8R1G2 O70423 Q99PG0 Q9CW42 Q9CVF5 Q32MW1 Q8VCU1 Q9DCN2 Q922Q1 E9Q816 D3YYZ0 Q99N18 Q9CX98 Q05421 Q3UTK2 P33267 A2A8T1 Q8R164 Q9CVC8 Q3UW87 B6VGH4 Q8CC91 Q9QYY9 Q9WUD0 Q69Z91 Q9JKY7 Q3U5D9 Q6P5I3 Q2KHL4 Q9D748 Q3UKA4 Q9D816 Q3UKB9 Q9CZS1 Q8C696 Q544B1 Q91X77 Q91X75 Q9QXG4 Q05A20 Q71LX8 Q9DBX6 P24549 A0A0R4J0N7 Q8BW75 Q3UTF0 O35074 Q9EP75 Q66JY8 P37040 Q3UQH5 Q3US73 Q544S6 Q3TNA0 Q8BGU0 Q99LX3 F6Z9B9 G3UW78 Q64505 Q99N16 Q8VCT4 B0G0Y2 Q3V1T8 Q3USU4 G3UW81 Q3TWW0 Q3TXR6 B2RSR0 Q6LC96 Q61578 Q545P3 Q9CPW2 Q543T1 P01193 Q3UJ53 Q3ZAT3 P70365 P15539 Q8CE59 Q3UJ92 A0A0N4SUV4 B2RXA7 Q8CEC2 Q8K0C4 Q9CQX2 A0A0R4J061 Q9QZ82 Q8C9C1 TRANSCRIPTIONAL REGULATION BY E2F6%REACTOME%R-HSA-8953750.3 Transcriptional Regulation by E2F6 Q7TNR8 Q61686 O35730 Q9WTZ0 Q80YR6 Q9DCC5 P11157 Q6AXH7 Q8C358 Q99NA9 Q99LW6 A2CG76 Q3V116 A0A1W2P7P4 Q8VHT4 E9PW15 Q8C5H3 Q9CQJ4 Q80XB1 Q8C8M7 D3YY34 Q9CYB4 H7BX50 O35280 Q8CCI5 Q921E6 Q5DU30 Q60972 Q9D297 Q66JY4 P23798 Q2LC58 Q6NV63 Q08297 MITOCHONDRIAL IRON-SULFUR CLUSTER BIOGENESIS%REACTOME%R-HSA-1362409.6 Mitochondrial iron-sulfur cluster biogenesis Q80Y14 Q9DCB8 Q3TV21 Q9CQG7 Q61578 Q545P3 Q9CPW2 A0A0R4J0T0 Q8R0Z5 Q8K215 ACYL CHAIN REMODELLING OF PS%REACTOME DATABASE ID RELEASE 96%1482801 Acyl chain remodelling of PS Q6GTW1 Q91V01 Q6NVG1 Q3TYT9 Q8CB47 Q9DBX5 A0A0R4J150 Q9QZT4 Q8K130 Q8BH98 Q50L43 Q8VI78 Q9EPR2 G5E833 Q8R3U1 D3Z1N8 Q50L42 S4R296 Q3UG05 Q50L41 SPHINGOLIPID DE NOVO BIOSYNTHESIS%REACTOME%R-HSA-1660661.12 Sphingolipid de novo biosynthesis A5D6P3 Q9CPZ6 O09005 Q8CI15 Q5MPP0 A0A0R4J0B6 Q8BHN0 Q99K78 A2RT05 Q58E38 Q3TST8 Q8VCQ6 Q8BZ03 Q924Z4 Q8CII3 Q8R2F2 Q3B7Z2 Q9D6K9 Q5FWX6 Q9WV55 Q497L5 Q8BG54 Q1A3B0 Q62101 Q542D6 Q9D6J1 Q9D4B1 Q8R207 B8JK43 Q925E8 Q8BH80 Q9CQX2 H3BL08 Q9CQZ0 Q921I0 DISORDERS OF NERVOUS SYSTEM DEVELOPMENT%REACTOME%R-HSA-9697154.4 Disorders of Nervous System Development P05132 Q8BHJ5 Q9JM08 Q60520 Q58E49 Q9QXE7 Q80ZV7 Q921N8 Q8BGR3 Q8CHB6 METABOLISM OF PROTEINS%REACTOME%R-HSA-392499.12 Metabolism of proteins Q00941 Q3U1Z1 Q921L8 A0A0R4J1C9 Q6PB93 Q8R3I9 A0A087WPI6 Q08EC9 Q9D2N8 Q5SQF9 Q5JCT0 Q8BGY6 Q3USF0 P09813 Q14B51 Q8VI16 Q3U129 P09103 Q09324 O08832 Q59J92 Q8C7U7 Q8C7G5 A2RRI8 Q59J91 Q80W65 Q14BT6 F8WK01 Q9JJ61 Q3U8I4 Q9D4M9 Q60930 Q5EBQ0 Q60932 Q3ULF4 Q8JZQ2 P06728 Q8CD10 Q546G4 A2AIW9 O88967 Q9DB10 Z4YLR0 Q1RLK6 Q9JJ04 Q3ULR1 Q50HX4 Q3UUA9 D3YUS4 Q4FJL0 Q8K0J2 Q765H6 Q8BWP8 B1ASJ2 P51557 Q3TVJ9 Q3U7I0 Q6GQU1 Q61554 Q8C9Z1 A2A615 Q544U0 Q6P8H8 A0A338P726 P43407 Q8R0J2 Q8C3B8 Q8VDI9 Q9DBE8 Q9CPT1 Q3TAE8 Q921Q3 Q61169 Q3U478 Q8BN82 Q99N15 Q52KG8 Q3U260 Q3UG07 Q3TWB2 Q8VIB3 Q3UHJ1 Q9R0T8 Q0VGU4 Q9CZS1 Q544B1 A2A5J5 Q80ZK9 B7ZNP3 A0A1N9M8A6 D3YXY5 Q2KHS8 Q80Z37 Q3TKN7 Q3UR91 Q8K0V2 Q99LF7 Q8C5X2 Q9Z2G0 Q9Z2G1 Q9DC22 Q69ZK3 Q0VBL6 A0A0R4J0U7 B2RRW5 D3YW96 A2AKB9 Q9JLY0 Q8N7N5 Q3UT23 Q56A13 Q3UFE4 Q8BH83 Q9JIG7 Q3UV57 P63072 Q80TT8 D3YZV8 Q3UK27 Q8K2Q0 O54929 Q9CQ02 O54928 Q3TZV2 Q497T6 Q63829 Q4QQP1 Q3UD98 Q3TSY8 A2RSF1 Z4YK64 Q8BFR5 Q8R2K5 Q9D125 Q9CXW2 Q3TBW2 Q3UFJ3 Q059G7 Q9CQ06 Q8BK72 Q9D0Y8 Q9CQ40 Q8BFP9 Q9CPW3 Q99N87 Q8K0D5 A2A6T4 Q9DCJ7 Q3U8Y1 Q80ZS3 Q9D1B9 Q9D051 Q9D7N6 Q8BMF4 Q9CQL6 Q9D8P4 Q9D7N3 Q9D1N9 Q9CZR8 Q99KE1 Q9D3F3 Q9CR59 Q9CY73 Q9CQL5 Q9CQL4 O35680 Q9JIK9 Q9DCI9 Q9CQP0 A0A0R4J0L6 Q9DCU6 Q5RL20 Q05DC5 Q921S7 Q9D1I6 Q9EQI8 Q9CZ83 Q61733 A4QPC5 Q9JKF7 Q5U5I3 Q9D0G0 Q543J5 Q9CUU5 Q80X85 Q3UA95 Q8BGA9 P12658 Q14B21 D3Z2K2 D3Z641 Q9DB15 Q5M9K1 Q3TLQ4 A1L353 Q8QZY6 Q9CQF8 P21460 Q501J4 Q9CPY1 Q3V1N2 Q9CY16 F7BWT7 O89051 Q8BQ99 Q8R3S2 Q9DC71 Q3TDU5 Q9CQF0 A1E960 Q9D1H8 Q99N93 O88307 Q8K2M0 Q4JFI8 Q99N90 Q9JIY7 Q8R2L5 Q99N91 Q9CQN7 Q9D338 Q14C51 P0C7A3 Q32MU0 Q9D773 Q9CQV5 Q543L9 Q9D1P0 Q497Z7 Q04999 G3X9M0 B2RS76 Q9CPX7 Q3V2A6 Q8VDT9 Q8VCT4 Q9CQA6 Q9CUT6 Q3TI14 Q8CD51 Q9ESC5 O08717 Q3UKS6 Q542E3 Q8BU88 Q3TU20 Q542W5 Q8K2Y7 Q1XID4 Q8BGG0 E9QPQ8 Q7TQP3 Q9CQE3 Q60963 A0A1Y7VNF4 P97449 Q4VAE6 Q547J8 Q3TR43 P28738 Q5ERJ2 Q543R4 Q8R4H9 Q3US62 Q61391 Q9ESG4 P40630 Q9CZN7 Q8K1E0 F8VQC7 A0A0R4J0T8 Q3U344 Q9CQW1 Q9D0F3 Q4FJQ0 Q62356 Q3V100 Q922H4 Q8BTZ7 Q91W01 Q9DCE3 Q6AXE3 Q9D4H8 Q8BTH7 A0A0H2UKB8 P29341 Q3TF02 Q8CBE6 Q8BMK4 Q8CCV1 Q149F3 Q9DCJ9 Q9EPL5 Q3TRR3 D6RHA2 Q8K0C9 Q9D2D1 C5NTX9 Q8R2K1 Q9D997 Q3V3B1 Q6PAS1 Q148N5 A0A0R4J1J3 Q99J77 A0A217FL49 Q9DB25 Q8BVZ5 Q8BWW3 Q3UL64 Q76K27 A2AWJ3 Q99KU1 Q9D1Q4 A0ABJ3HKR5 O70152 Q3UW64 Q9WUP4 Q545R7 Q8R2Y3 Q9QZ39 Q3ULV6 Q3V0X4 Q3UHZ7 P47856 Q8R2I1 Q9CUJ6 Q99LJ8 Q5HZI6 A0A0R4J0B4 Q543I9 Q6GTI0 A0A2I3BQY4 Q61420 Q9CPT3 Q7TMC8 O35696 G5E8F4 F6UP77 Q3URC9 Q64337 Q504P4 Q545I6 P84078 Q6SKR2 Q5M8M3 Q99LB6 Q01338 Q01337 Q3UR67 Q3U1V5 Q6ZQ32 Q9D4Y2 Q14DU1 Q3UQV5 P39098 Q6NXK9 Q544T7 P42125 Q3V492 Q9CZV8 Q9CY34 Q3TXV4 D3YY91 Q0PD14 Q0PD15 P58544 Q9CQ31 A2CG35 Q4VBX4 B7ZP43 Q5FW76 F8VQK6 Q0PD23 Q8VCK5 A0A1B0GQV2 Q8BIA4 B2RPY3 Q8C565 Q8VBX0 A0A0R4J1A1 Q8K0L0 Q0PD35 A0A5F8MPW7 Q0PD38 B2KFS7 D3Z647 Q8C7R4 Q6A009 A0A0R4J1W2 Q8BJ56 Q9D3I7 Q3U5A0 V9GXH8 Q6ZPT1 Q3U410 A2AUC9 Q3UE37 Q6ZWQ6 A2A7H6 B1ASK8 Q9D5L7 B7ZNK2 Q2VPQ8 Q4U2R1 Q8BID8 Q66JT6 Q8R0L9 Q3V064 Q91W61 Q3UEV2 Q91ZT8 Q3UGI9 Q3V0B2 Q2M4H5 Q4QRK2 Q8CA72 Q3U431 Q3TTE7 Q3UGY7 Q3TD55 Q80TF4 Q6PB97 Q5XPI3 Q3TQY2 O88838 P70190 Q5F239 Q9QZB7 Q9QZB9 D3Z6H3 Q8BJL1 Q3UCS1 Q3V2N4 C0H5Y0 A9C491 Q3USR5 Q8R5B6 Q8C841 Q8BJK1 G3UWD8 Q9WV71 Q9Z2X8 Q9WV72 P51944 Q7TPD1 Q7TQF2 Q8VHS5 Q3KN92 Q8CDC1 Q3KNI9 P52483 Q3V321 Q6DIA9 G5E919 Q6ZWZ2 Q3TQF0 P61092 Q5BJ29 Q8K1C9 Q8VHP9 B9EHN0 D3Z392 Q8VDH1 Q3UQ17 G5E817 Q9QZU9 Q8BK06 Q8R2P1 Q91ZU1 A0A0J9YU62 Q7TSJ0 Q541E5 O88508 P57716 Q8C7N7 B9EHP1 Q8K409 B2RVZ3 Q8R4B8 Q059V7 Q60614 D3Z4J3 Q6PFX9 A0A1Y7VKW0 Q5BKP2 B1AZ99 Q9CTM5 Q3UES3 Q7TNB5 P46460 Q8VBX9 Q547H1 P04918 Q80SY9 Q540J8 Q3UAR6 Q99JG7 E9PYI8 Q8R4K8 P47880 Q3UQV0 P47879 Q91WM6 A0A0R4J2D3 Q3TY66 Q9WVE4 R9W2T8 Q922P8 Q548P8 O35701 G3X977 P16045 Q8R121 A0A0R4J0S2 Q8CGR6 Q0PD50 Q8R116 A0A494BB86 Q3TIZ8 Q9Z0L4 D3YU40 Q544J8 Q8K4L6 P49182 Q9D3J8 Q9D6X6 A0A494B9A6 O55188 Q8CID3 Q8R2Z5 Q542M9 Q4W8U9 Q14BR4 Q5SS12 A0A0G2JGP8 Q9R1K9 A0A1C7CYU3 Q3UYK7 Q9DBV4 Q5MJS3 Q14AV3 Q3TX21 Q05186 Q505Q3 Q8BJG6 Q6PGF7 Q5M8P3 P02772 Q3USK2 E9QLK7 Q542L0 Q8K0E2 Q6P1Y9 Q3TPX4 A0ABA7IXD2 P49935 Q8C670 Q9CXE1 Q6A002 Q3TQR3 Q3TPZ5 Q3TSD2 Q6ZQ89 A0A0R4J0K8 Q6P5E4 Q3TCI2 E9Q4X2 B7ZNP0 E9Q919 Q3UYK9 Q6DFZ1 Q7TSH4 Q0PD45 Q9CQ69 Q7JCZ3 Q91Z34 Q9DB77 Q921L5 P28663 A0A0R4J0Q9 Q3U4W5 Q0PD53 Q3KNA5 Q9Z160 A0A494BAE3 Q9JJA2 Q7TSQ9 Q9DB05 A0A0R4J0L5 Q0PD48 Q3USH9 Q8C483 Q8R1R3 Q3UCD9 Q8BTS0 S4R2K9 Q68FG2 Q3UGX2 Q8R1C2 Q3V1V5 Q0VGY9 P52479 P08032 Q8VIE5 Q6NXH2 Q03311 Q3UCV8 Q99KQ3 Q543Z1 Q8BIP0 Q8BXJ6 E9PWN3 Q922A3 Q0PD63 Q9JJL8 A2RT28 D3Z636 G5E823 Q8BW46 Q3U186 G3X975 Q9CZD3 Q8VDC0 Q3U2A8 Q8BJJ2 A8Y5T6 A0A6Q6QAE5 Q14CH7 Q3U1J1 Q9CYK1 Q6ZPV2 Q9CXJ1 Q8BV13 A0A0A0MQ89 Q8R2S9 Q8VBV7 Q8CAP3 Q3UQL2 Q8BHA0 Q9CZ04 Q6PIJ4 Q3UIT2 Q3U1C2 Q3UQN3 P51612 B1AT32 Q8R359 Q9D0K2 Q80XN0 P54869 Q8QZT1 Q3V303 Q8R2K3 Q5F2A7 Q3TY56 O70194 Q3UVY8 Q544H0 Q66JS6 Q8BMJ3 Q8QZY1 Q99JX4 Q9QZD9 Q8R1B4 Q564E5 Q8JZQ9 Q3UIG0 Q3UM46 Q5M9L0 Q8BTU6 E9PYW4 Q8BPZ8 Q3UI43 Q8VEE2 S4R2L6 P46737 Q9D8H7 Q8BZ87 A0A0R4J183 Q80YR7 Q8K3W0 P58281 Q922H1 Q64522 A2AB79 Q8CGP4 Q8CGP5 Q3UAD6 Q8CDK2 Q9CQM0 A4Q9E8 A4Q9E5 Q8C5G2 E9QLP0 D3Z1M2 Q09M02 B2RRP1 Q80UG8 Q8C1R2 A2A7P9 A2APC3 P54775 Q91V51 E9Q425 Q9WTX6 P97313 Q8C1W1 Q3UPK6 A4Q9F4 Q9CPS5 D6RI59 Q8BVQ9 E9Q6C6 Q3UDE2 B7ZWE5 P38585 P62196 G5E8R5 B2RT97 P0CG50 V9GXT8 Q9D0I4 Q9DBH5 Q3TKG4 O08547 Q542I9 A1L3B8 P58019 Q8BQL3 P14685 Q544R8 Q545G0 Q548Y4 Q8VCD3 Q91XT4 Q78XR0 P49722 Q9D8W5 P35846 P99026 Q3TZ89 Q9R1P0 Q7TSI3 G3X928 Q3TV35 Q8BXT9 Q3TLI0 O35593 Q9R1P3 Q0PD66 Q5SUR3 Q0PD67 A0A2I3BQJ1 Q14AQ1 Q3UAP1 Q58EV4 Q14BF8 Q923A8 O55234 D6RGU4 Q542H2 Q5J9A9 Q5BKQ9 A0A1W2P7S5 Q9JKV1 O35623 Q00897 A0A286YDT6 Q3TXS7 Q3SYI8 P70195 Q9CQR6 Q0PD65 Q9JME7 Q8BRF7 Q9Z1E3 D3Z4P2 Q9Z1A1 Q5SRY7 Q0P648 Q60692 E0CXB1 Q3UPL0 Q6RI64 G5E8R4 Q3TS44 Q9Z1Z0 D0EW11 Q99JI4 B7ZNW3 Q3TCN5 Q8VC91 Q8BQ43 Q3TKV1 Q3U9K9 A2A9I0 Q8K000 P19091 P06537 Q9CQA1 Q6GU14 Q9D6E1 Q2M4G9 E9Q3T8 Q3UZT5 O88783 P63280 P33242 Q8C3F5 Q6NZM9 Q6LC96 P48281 Q505F1 A3KN90 Q542P9 Q3ULQ6 Q8BW69 E7FJU2 Q8BP65 G3UZA7 Q3U5E7 Q3TYI4 O54714 P62073 Q542J9 B0QZS8 Q9CZU6 O70445 E9PZ97 Q99KI0 Q5SWN2 Q7TNG8 D3YVU6 Q9WV98 Q6NV63 Q8BWH5 Q9DBL1 A0A0R4J0P1 Q541Z5 Q3UN04 Q7M6Z0 O70492 Q545X5 P11440 A0A286YD56 Q99LG0 A2A4Z0 A0A0D2X7Z2 Q8R1C6 Q7TPW4 Q3UFQ4 Q7TNQ1 Q80VP4 Q0PD08 O89079 Q3U5R2 Q3UMA3 Q3UV20 P57096 Q3TGH8 Q0PD20 Q0PD24 A0A0R4J190 Q3UGN9 A0A1L1SV73 Q0PD30 Q07409 Q0PD31 O35465 Q02248 Q99LJ1 Q0PD34 Q0PD39 D3Z4T6 Q543Y8 Q9DCW4 Q9CQM2 Q8K356 Q8VCU2 Q5SUT2 Q9CQL0 O55029 A2AES5 Q8K339 Q9JIF7 Q80ZQ0 Q8BXX3 Q8BTP0 A0A5F8MPP4 Q3TAA8 Q91WK5 Q8BY83 Q8BW41 Q8K561 E9QM75 P18762 A0A0R4J0M9 Q9D321 D3Z4I0 A6H6E2 Q8C436 Q545T2 Q6PDC2 P35294 Q9DD23 Q3TPA7 Q3TRE5 Q8K0S5 Q6P9L4 Q8CG64 Q91X17 Q8BU59 O09101 B7ZN11 Q8C894 Q543Q4 Q6GQV9 Q9CXS2 Q9CXR4 Q7TQI3 P70365 Q5F2L2 Q3TUA9 Q920S2 Q8BG33 Q9D7S0 P35459 Q922Y1 Q3UMQ5 O08523 Q3UQY2 Q8BG28 A0A0R4J024 A0A286YCI0 Q8BJ14 O88630 Q8CE59 A2ALR9 Q8C6M1 Q99PU7 Q60795 Q9D1C3 Q3SXA6 Q5DU02 O70343 Q9D7F2 Q0PD62 Q0PD64 Q3V307 Q76N33 Q9WTK3 Q9JM08 Q3TQ02 Q8BQ86 Q80YD8 P01831 Q00623 D3Z499 Q544A3 P24721 Q9D9M2 Q9CRA0 O70274 E9Q414 B2RV73 Q3TYE5 Q9D009 Q8CBD1 Q8CB27 Q3UZW7 Q69Z66 Q4V9W8 Q9CQ37 Q8C4W3 Q9JJQ0 A0A286YDW9 Q5XJY5 Q8C2S0 Q9CQ26 O35153 A0A0R4J243 Q6GR78 Q8C2R7 B1AR34 Q8BQX0 Q5I043 Q148R0 E0CXP0 F6YX19 Q3TT00 Q80V42 Z4YJU8 Q9Z1Q3 A0A0M3HEP3 Q8BX80 P48964 Q8BG51 Q1HL20 Q78IS1 A0A1L1SQ24 Q5M9N4 Q8BWU1 B2RQC2 Q8CAM5 Q8R4G0 Q9D7Z7 Q562G0 A0A0N4SUH8 Q542M2 Q9JHH9 Q3UGP8 P62878 Q4V9U8 A2RSS2 G3X9F1 Q9CWP4 Q9QXK3 Q3U9V4 J3KMM1 D3Z7D0 A2AGL8 Q8BVJ1 Q8BTF0 Q9D721 D3Z0Y8 Q569N0 A2RSP9 Q14AT0 Q8BVP6 Q3UG14 Q8R2Y8 Q3UGN1 Q9JMI7 E9QNU1 Q91YK8 Q3V059 E9QLQ7 Q9D4I9 B2RRR9 Q05685 A0A0R4J2D0 P29387 Q4VA07 Q6ZQI3 A0A0R4J0B9 A2AIH5 Q6PAC1 Z4YJY0 Q3U4W8 Q6DFY2 P63213 P84084 A0A1Y7VM96 Q8R554 Q7JCY4 Q3TQ70 Q7JCY6 Q9MD82 Q6P8Y9 Q7GIP5 P48756 Q8BJU9 P63216 Q9MD77 Q6P8P8 Q3UMY0 Q9D6S7 P61953 Q4JFN6 Q8K126 P50153 Q3TSU6 Q9MD59 Q9JMF3 Q61012 P55095 P81615 Q9CXP8 Q54AE3 P12968 Q9DAS9 E9PZJ8 Q91WR3 E9QPG8 Q3U7H1 Q501K2 Q9CQI1 Q9CTE0 Q8R2N0 Q8BVZ6 G5E8Q8 Q3TAW7 Q80X73 Q3UHY8 Q9D0K1 Q8K2T8 A0A0R4J138 B1AUE5 Q3U319 Q924H7 Q5XJE5 Q925F3 Q9CTY6 D6RDC7 Q91YZ5 Q9BCZ4 Q7TPQ3 Q8BS97 Q8BG47 Q8K304 Q61457 Q5SWQ8 Q05CJ7 D3YUJ1 Q544H6 Q9R0A0 Q3UYS0 Q6PCN7 Q3U5E6 Q564P6 Q3UKR0 Q569Z9 Q61592 Q8CGK3 Q9JIY5 A0A087WPY4 Q3TR66 Q549P2 P63168 Q5RKT9 O70126 P59235 Q8K3I4 Q3TG35 Q544U7 Q9CUB4 Q9JHU4 Q3TG33 Q8BHX3 Q8BH74 Q8R480 Q6ZWU9 Q3TYJ3 F8WHU7 Q9JJ66 Q9CWU9 Q3TPJ8 Q9ERU9 Q9D0M5 Q6PDL0 Q4FK49 Q6PB70 Q9WU62 Q3TMK9 Q8CDZ5 Q3TWG5 Q9D1M0 Q9CU62 Q9Z0W3 Q9CPQ2 Q2TVT7 O70494 Z4YJP0 Q8R146 Q545P3 Q9D2U9 A0A7N9VR83 Q8BSI9 Q5JCS9 Q3U957 Q8BX09 A2ADH1 Q8C5H3 P97481 Q99LX0 P26361 P61965 Q6GU23 Q3UQK5 A3KPD0 O35445 P84228 Q8CGP2 Q8CGP0 Q3UV15 A0A0R4J0D3 Q9DBG6 B2RTK3 Q8CGP7 P61804 Q149V4 Q99J56 Q8CDH5 S4R1M3 Q8K2C7 Q61425 G3UZX4 Q8CAI6 P01108 P33587 O54734 B2RRA5 Q3TU94 A1L0V6 Q3TGP5 Q64524 Q3U5B1 P10853 Q8C458 Q8BMR3 Q9CQD1 Q8C266 Q01853 Q3U573 Q6GTY4 Q78XF5 B2RWH3 Q64475 Q64478 C0HKE5 Q60FD1 O35864 Q6ZWY9 Q91YT2 P27661 Q3UCW2 E9PW15 P54071 A0A087WNT1 Q9CQ75 Q9ERS2 Q91VD9 Q3U422 A2AQ07 Q5I0U7 S4R2G5 A2A5R2 Q3UIJ0 Q9QUH1 Q9D6R2 A0A0R4J0M1 Q9ERD7 Q9QZN4 Q0VAV1 Q9DBX2 Q9JJZ2 Q69Z28 P05213 P59509 Q9JKC8 E9PUF1 A0A7N9VSW1 P05214 P58459 P61759 D3YUA8 Q03350 P30678 Q80T21 Q80ZA1 Q3V1S6 A2AP31 Q9Z247 A2AE15 E9QNR5 Q9WU28 P17439 Q8BNJ2 Q3UX10 Q9CX59 Q9QXW2 Q8BGP4 G3UXC7 Q6PAS7 G3XA27 Q9Z2I8 Q7TMM9 Q3UMM1 Q9JMG2 Q4VC17 Q792E4 Q8BVY8 Q3UPR9 Q8C2W7 F8VQ75 Q9JJ06 P97807 Q9D1E6 Q91YT0 A0A0R4J0H1 P70419 Q8BYA0 Q6P4U0 Q3UPA1 Q8R2R1 Q3UTM5 Q60519 Q8CHQ0 Q8BMS2 D3Z584 Q3TTE6 O70591 Q80ZU1 Q8BMS3 Q9D8L3 Q8VCC9 Q4FK14 P11983 Q564F4 Q8BHT6 Q5EAT0 Q9D104 G3X9D2 Q9JMJ2 Q8BMA6 B2RRX1 Q3UQW9 B2RSN3 B2RXX5 P14576 D3Z1A5 A0A0A6YXB7 H3BLP9 Q52KG9 Q3UPZ0 Q4FK79 Q8BVT1 Q9CS54 F8VQ15 P16254 A1A5B7 Q9D6F9 Q542X7 Q8BGQ4 A7LM19 Q9CQF7 Q9CRC7 Q9DBR1 Q8CIV8 Q3UTY6 Q8BK80 Q059X9 P59384 Q8VC51 Q9D0J4 Q60GT3 Q8C9W3 Q52L87 Q6P0X1 Q6PD18 Q91X88 Q8CBT5 P68372 Q0VEM9 Q9D6Z1 Q3UHH5 Q3U4U6 Q3UUR0 P68369 G3X8W6 P68368 Q76JU9 Q80XD3 Q8CI15 Q6S9I3 P80316 Q8BNS3 Q5FWJ9 Q8BUA6 F6ZDS4 Q9JIH2 Q6PDG0 Q3TJ94 Q8BU75 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q545A2 Q8BPS7 Q8BTS4 J3JSA4 Q8R4R6 A0A0R4J289 Q8R1I2 P97461 Q4VAG4 Q58E35 P86048 Q9CQD0 P62911 Q545X8 P14206 Q9CPR4 Q0VBA4 Q3UC02 D3YYB0 Q5M9M4 Q5M9M0 Q5YLW3 B2MWM9 Q9CQR2 P62264 Q3UTR7 Q6ZWN5 Q4FZH2 Q8BP67 Q5SUC3 Q5M9N8 Q642K1 Q9CXW4 P62717 Q3UNK5 Q561N5 Q5M9K7 P62830 Q921K2 P99027 Q9D823 Q03963 Q3UFV9 Q505A8 Q58EA6 Q4FZE6 Q9CZX8 Q564E8 Q5I0T8 Q497N1 Q5CZY9 Q3V2S5 Q9D081 Q3TSQ7 Q6PAR0 J3QM81 B2ZAC8 Q9Z0K8 Q80YR4 Z4YJV4 Q9D2G2 Q9QZ25 Q7TS75 Q9CWQ0 Q9CR25 Q8CI01 Q7TQJ3 Q9JJF3 Q4FK50 Q5NBZ3 P63242 Q3TYD4 Q8K274 Q8R0F3 Q8CD15 Q3U0K8 Q9QXB9 Q3TXU5 P50428 B2RS80 Q32KI9 Q32KI8 A0A0R4J1N2 Q8BTU7 Q9CQK7 Q5NCQ5 Q8BFT6 Q91YJ5 Q9CQ28 B2RPW2 Q790I0 Q8BPG6 A4QMQ0 Q91ZF0 Q3U4N2 Q9CZU5 Q3V021 Q3TQN1 A0A498WGK2 Q99LN9 Q8C0C7 Q80Y26 B2WTI2 Q9CQF4 Q9CXT6 Q3U6U7 Q9D0R2 Q3U5K4 D3YXV3 Q61035 Q8BGY2 A2A7S7 Q542C2 Q3UXN3 P16294 Q3UD67 Q3TIV5 Q9JHH6 V9GXM1 Q3USI2 F8VQJ3 Q3UHL7 Q3UZF9 P01898 P01887 Q3ULG4 Q4FK54 G3X9V0 Q5HZK3 Q64525 D3Z016 Q8BJY1 Q9CQT5 Q9JK23 O35955 P28063 P08249 Q9CR00 Q9CZH3 Q5SSW2 E9QAM0 Q8BG41 Q9EST4 A2AU35 A0A0R4J256 A2AG83 Q8CF89 A2RTT4 P70196 A0A1W2P7U1 Q8BML9 Q8BU30 Q3UZG4 Q8BJY7 P01193 Q7TSZ3 Q8CGB9 Q9D1M4 Q8CGC7 O35459 E9QB02 Q6P2K2 Q58E49 Q8C3F4 P07141 Q548Q7 Q8R3V2 Q8C6Y4 Q8R2P8 Q9D0I9 E9Q4F3 A0A0F7RQH1 Q99JH8 Q9D8V7 P50404 Q9CZW5 Q14AI7 Q5DTM8 Q9Z204 Q3V3N6 P08071 A0A2I3BRW0 P23188 Q8BQS9 Q3UDU9 Q9D5H8 Q8C470 Q5FWJ5 Q60876 Q8BGD9 E9Q9E1 Q80X95 Q6ZWQ7 A0A140LHR3 Q5D0A4 Q8CHR4 Q8BNP7 P27773 Q9D2V6 Q9DBP0 P70362 Q80U83 O08691 Q8C1E4 Q9WTZ2 A2AA71 Q3UYC1 Q6NXL1 D3Z569 Q80ZX0 Q0VGU0 Q8CGY8 Q8C6X9 Q561N4 Q62210 A0A3B2W489 Q60855 S4R1M2 Q6DFW4 Q9CPR8 A0A5F8MQ33 A0A286YDG5 Q7TMI3 Q3V124 Q3TSE5 Q3UQU1 Q9R1T2 E9PVB7 A0A0R4J0C0 Q6NXL6 Q9Z1F9 Q8K392 Q91ZX6 Q3ULF5 M0QWX4 Q01320 Q64511 P38647 A0A2I3BS18 G3XA30 A0A286YDI1 Q924W5 P56480 Q7JCY9 P97450 Q03265 Q8C2Q8 Q8BH57 Q3U1J4 Q3TCH7 Q3TP81 Q3TLR7 A2RSE4 Q8CED3 Q9D7J8 Q8VCM5 P05132 Q3UDF3 P10639 A2RTD1 G5E8R8 Q9QWH1 Q3UTC9 Q3V116 F8WH23 Q64364 P23804 Q9CQJ4 Q3URA3 D3YY34 P51943 Q9QXV1 O55187 Q61456 Q2LC58 O35730 Q4FJT2 O70251 P62631 Q91VK2 Q4FZK2 P58252 Q6NZC0 O55042 A0AAQ4VMX2 P01027 F8VPQ6 Q3UZR8 Q8CHW4 Q99LD9 Q61749 Q3TML6 Q6ZWX6 Q3ULL5 Q3UKV0 Q9R1A8 Q78ZJ8 Q3U0T9 Q3SXA7 A2A9W7 Q9D404 Q8R0H9 O88696 Q8C4Z5 Q9Z110 Q6P5E6 D3YUC9 Q78J03 Q3ULK1 Q9JLC3 Q0PD21 A0A1B0GT40 Q545L9 Q0PD49 Q9D306 Q3U518 Q8C4L1 Q80UM7 Q8C3J2 A2AJ15 Q812G0 Q921V5 Q544F0 Q8BJT9 P09535 Q8CAR0 Q91Y74 Q544T4 A0A0R4J1R1 Q8BM62 Q11204 P70277 Q059T5 Q544M3 P59267 B2X2D8 A1A4T2 Q8CIG3 Q812F8 E9QK89 Q8CAU3 Q3TXU4 Q3UXY8 Q8CE69 E3SRG8 E9PXW8 Q4FZK4 Q14DJ8 G3X9G6 Q4QQL2 Q4KL34 Q8C7T5 Q00899 Q8K0T3 Q80ZV7 Q9MD68 A2RSV8 Q9D8Z2 A0A0F7RQR1 Q5EBP9 P61620 P47876 Q9CQS8 Q61686 P12787 Q9CYJ6 Q923G3 Q5DQJ3 Q5RKN9 Q04997 Q3UY39 P12032 Q3UR87 Q9WUP7 Q3TSV9 Q6P3Z8 Q8BSJ6 Q8CG19 Q8BUN5 A2AI52 A0A0R4J1I3 Q3TQG6 O88623 Q546B3 Q3TEY6 Q3UUT8 Q9DAY9 Q5D0E9 B2RR30 Q60793 Q60520 B6ZI39 P63038 Q9JHK4 Q7JCZ1 F8VPX1 Q547B5 Q9CPU7 P05125 Q6PAC3 Q80YQ1 P70340 Q8K1I3 P47867 O35718 Q7JCX7 A2RS47 Q9CS14 Q3V1T9 Q6XLQ8 B2RPW6 P23798 Q5EEX1 Q549X4 Q8BND5 Q64348 Q9CSE3 Q3UEK9 G3UVV6 A6MDD3 Q3TVF4 Q8BJR0 Q9R0P9 Q3TMT1 Q5XJH3 Q3UCQ1 Q8BWQ9 B1AUX2 P42128 Q3UWN3 Q24JP2 Q3UYJ1 Q62432 Q505L1 E9QAH1 Q810M8 Q3ULB3 A0A077K846 Q6NZM3 P47758 Q8R107 Q9DBG7 Q3TML0 Q80XB1 Q8R1L4 Q3U0R5 Q3UN10 Q9CY50 Q545E4 Q925U4 Q8BWG8 Q3UER8 E9PV24 J3JS97 Q3UI46 Q6ZQ38 D3YTZ7 Q80TQ2 Q3TPN5 Q7TQD1 Q8BU82 B2RUR8 Q921I1 E9PUE2 P53395 O08749 Q63870 PRESYNAPTIC DEPOLARIZATION AND CALCIUM CHANNEL OPENING%REACTOME DATABASE ID RELEASE 96%112308 Presynaptic depolarization and calcium channel opening A2AIS0 A2A545 Q14BH8 Q32MF3 A0A411ACY3 A0A411ACZ2 Q3ZB20 Q3TYI5 A2AAU2 A0A087WS83 Q8R5M7 D3Z3Z3 SYNTHESIS OF 15-EICOSATETRAENOIC ACID DERIVATIVES%REACTOME%R-HSA-2142770.2 Synthesis of 15-eicosatetraenoic acid derivatives A0A0R4J111 Q05769 A2CF88 O35936 Q76LV0 SIGNALING DOWNSTREAM OF RAS MUTANTS%REACTOME%R-HSA-9649948.2 Signaling downstream of RAS mutants B1AYC9 Q3TU98 A2AI78 Q99MP8 Q63844 Q8BW40 Q80TM2 Q3UER8 F8WIS9 Q80XI6 Q91YS7 E9PV24 Q5EBQ2 E9QPU1 J3JS97 Q99N57 Q3UV75 P67778 Q9D091 O54890 P28028 Q3TGR2 A2A9K7 Q8CAD1 A0A1Y7VNZ6 Q3UZF9 P41241 Q8CCM0 Q5J7N1 P05480 Q61411 A2A5N2 Q3TMJ8 Q8BL41 Q3V3W9 Q9QUM0 Q8BWG8 P63085 Q52L50 Q64727 Q62120 NAGS VARIANTS CAUSE NAGS DEFICIENCY%REACTOME DATABASE ID RELEASE 96%9955693 NAGS variants cause NAGS deficiency Q8R4H7 UPTAKE AND FUNCTION OF ANTHRAX TOXINS%REACTOME DATABASE ID RELEASE 96%5210891 Uptake and function of anthrax toxins Q8CE90 Q3TMJ8 Q8K2U0 Q91YS7 P23188 Q80Y09 DEFECTIVE INHIBITION OF DNA RECOMBINATION AT TELOMERE DUE TO ATRX MUTATIONS%REACTOME%R-HSA-9670615.2 Defective Inhibition of DNA Recombination at Telomere Due to ATRX Mutations Q3UKR0 Q61687 SUMO E3 LIGASES SUMOYLATE TARGET PROTEINS%REACTOME DATABASE ID RELEASE 96%3108232 SUMO E3 ligases SUMOylate target proteins Q61686 Q8CDZ5 Q9D1M0 Q9CU62 Q9Z0W3 Q80ZA1 Q9R0T8 Q548Y4 Q2TVT7 O70494 Z4YJP0 Q9R1K9 Q3TMT1 Q8BTS0 Q8BSJ6 Q2KHS8 Q80Z37 S4R1M2 Q6DFW4 Q9CPR8 A0A5F8MQ33 A0A286YDG5 Q9Z1E3 Q7TMI3 Q4U2R1 Q3V124 Q3UQU1 E9PVB7 A0A0R4J0C0 Q8VC91 Q8K392 Q3ULF5 P19091 P06537 Q01320 Q3ULB3 Q6GU14 Q64511 Q2M4G9 A0A2I3BS18 Q546B3 G3XA30 Q3UZT5 A0A286YDI1 P63280 P33242 Q924W5 Q8C3F5 Q3TEY6 Q6NZM9 Q6LC96 P48281 Q505F1 A3KN90 Q5FWJ9 Q542P9 Q9DAY9 Q8BUA6 Q3ULQ6 F6ZDS4 Q8BW69 A0A1Y7VKW0 Q9JIH2 E7FJU2 Q6PDG0 Q5D0E9 Q8BP65 Q3TTE7 G3UZA7 Q8BU75 Q3U5E7 Q8VCB1 Q3TYI4 A0A1D5RLQ0 O54714 Q8C570 Q80U93 E9QL43 Q542J9 Q3U425 Q8BRF6 Q8BQF0 Q8BPS7 Q8BTS4 J3JSA4 Q8R4R6 Q60520 Q80XB1 Q99LX0 Q58E49 B6ZI39 E9PZ97 Q8C6Y4 Q5SWN2 E9QK89 Q3UV15 Q6NV63 Q8BWH5 Q8CE69 E9PXW8 Q9QWH1 Q3V116 Q921K2 Q64364 Q9Z204 P23804 Q9CQJ4 Q03963 Q3URA3 D3YY34 P51612 Q9QXV1 Q3UKR0 O55187 A0A0J9YU62 Q2LC58 Q549P2 O35730 Q5FWJ5 O70126 P59235 Q3TG35 Q3TG33 E9PYW4 Q6GQV9 P70365 Q8BHX3 E9PW15 Q8BH74 Q8VEE2 Q8R480 Q8K0T3 Q8BZ87 A0A0R4J024 Q7TSJ0 Q8BJ14 Q8CE59 Q80ZV7 Q541E5 F8WHU7 O88508 O70343 Q9CWU9 Q9ERU9 Q5EBP9 P23798 Q9WU62 Q3TMK9 Q8CBD1 ACTIVATION OF BID AND TRANSLOCATION TO MITOCHONDRIA%REACTOME DATABASE ID RELEASE 96%75108 Activation of BID and translocation to mitochondria P70444 Q3UJC3 Q3TZH4 Q3U607 SERINE METABOLISM%REACTOME DATABASE ID RELEASE 96%977347 Serine metabolism A9CLV6 Q61753 A2ARQ6 Q3UEN6 Q8BHJ6 Q9QZI9 Q8R238 Q543K5 Q99LS3 Q9QZX7 Q8C6D8 CHREBP ACTIVATES METABOLIC GENE EXPRESSION%REACTOME DATABASE ID RELEASE 96%163765 ChREBP activates metabolic gene expression Q5SWU9 A0A0R4J263 Q9ESZ3 Q99MZ3 Q3V117 Q3UQB4 P19096 INTERLEUKIN-20 FAMILY SIGNALING%REACTOME DATABASE ID RELEASE 96%8854691 Interleukin-20 family signaling Q2THG5 Q6PHB0 Q9JJY8 Q3V157 Q14BK1 Q6GU23 P35235 Q9QXJ2 Q3TS18 E9Q9A6 A0A7R8GUW9 Q3URU8 E9QJS1 P42232 Q8VHM7 Q9JIA0 Q3URN4 Q80XF5 Q99K94 Q8CGK6 A0A0R4J0R7 Q62120 NFE2L2 REGULATING ANTI-OXIDANT DETOXIFICATION ENZYMES%REACTOME%R-HSA-9818027.3 NFE2L2 regulating anti-oxidant detoxification enzymes Q8CF69 A2AQU8 Q8BJ14 Q8BJ75 Q60795 P10639 Q542Y0 Q542X9 Q9JMH6 P30115 Q3U5U6 P35700 Q6GQV9 Q3UP84 Q542C8 Q4FJZ6 Q3UNA7 Q3US24 PRE-NOTCH PROCESSING IN THE ENDOPLASMIC RETICULUM%REACTOME%R-HSA-1912399.4 Pre-NOTCH Processing in the Endoplasmic Reticulum Q91ZW2 Q8BV60 O35516 P31695 Q61982 Q01705 EPIGENETIC REGULATION OF GENE EXPRESSION%REACTOME DATABASE ID RELEASE 96%212165 Epigenetic regulation of gene expression Q61686 Q61586 Q3UID0 A0A0R4J243 O88574 Q543F6 Q8CGY8 E9Q317 E9PYH6 E9QMN5 P54310 Q542H7 A6PW47 Q5SQF8 Q8BM83 Q1WLP7 Q3UFN1 A2CG63 Q9DCV3 Q8CD95 Q9Z1P8 Q6P3Z8 Q05BA5 Q8CGN5 P11152 B2RRX1 Q9CXU1 P70700 Q9CXU0 Q02614 Q9DBH1 Q3V054 Q791N7 Q76KJ5 B2RXC5 Q3TQG6 A0A0R4J1I3 P97358 E9Q6E2 A0ABA7IXJ6 Q3V1B9 Q6PDZ2 F8VPM0 Q9D4V4 Q3UHI3 F8WJB0 B2RR30 Q7M6X7 Q8C6Z4 Q7TT18 A2BI12 Q8VHR5 A2AC19 Q9Z248 Q60520 Q3UR53 G5E8N3 F8VPZ5 Q9D007 Q6ZWP4 Q8C358 Q9CZU3 Q8VIM0 A2CG76 Q3U5M9 Q9CYA6 Q8CAS3 Q3UBL8 Q3UET8 P13405 Q8C0Q5 Q6PCP0 Q3U2W2 A0A0U1RNX8 B5TZD5 Q3TYA6 Q8VHA8 Q921K9 Q6GTK4 Q8BFS8 Q8BW22 Q9CXE2 D3Z5N6 P53566 Q6PCN6 Q9Z2D8 Q3SYK5 Q3TN09 Q3TXH6 Q9DCC5 G3UY09 D3YUQ4 B1ASB6 Q9CQA5 E9PVA2 E0CYA6 Q8BLG0 Q3TMT1 D3Z041 Q99LQ1 Q91WV0 Q8BJ56 B1AUX2 Q3UII8 Q8CHV6 A0A571BEC9 Q9DA08 Q8BHI7 Q8BQR4 A2RSY1 A2A5Y4 Q9D1P2 Q2NLB9 B2RXQ8 Q2KHS8 E9Q6J5 Q9D968 E9PWD3 Q5SQY2 A0A5S8DHC4 Q8BFX0 Q3UJT0 D3YTT9 Q8CID0 Q9R190 P51949 Q9R0X0 E9Q6K1 Q9D0K8 E9QMZ0 Q9Z211 Q9CWA8 Q8K2X8 Q62392 Q7TPY0 Q8R0L9 P49135 B9EKJ4 Q3THG5 Q8BPB6 Q3UPK0 Q8VCD5 Q3V214 Q505L1 Q3UZB8 A0A338P6M3 Q7TPV0 Q542U3 P63280 Q60994 P61219 Q6LC96 Q8BIK0 Q921N8 Q9D2U9 O54941 Q9Z2E1 Q3URP1 F8VPP0 Q8BX09 Q3UKZ9 A0A8Q0PK87 Q8C5H3 Q8CGT6 E9QAQ7 Q58E49 P61965 Q3U711 Q541B1 Q921E6 A2ABV5 A3KPD0 P84228 Q8CGP2 Q8CGP0 Q544J2 B2RTK3 Q8CGP7 F8WI37 Q149V4 Q8C839 S4R1M3 P52432 Q8VHJ7 Q9D1M1 Q8R1M2 Q3TPN3 Q8VDF2 A0A5K1VVP6 Q6PHU4 Q64524 P10853 Q60972 A0A0R4J170 Q99LT0 B2RWH3 Q64475 Q64478 Q7TNS8 Q5KU03 Q62315 C0HKE5 A0A0R4J1C0 Q68FH8 Q6AXH7 Q9CXG9 Q3URK3 A0A0G2JF55 Q02395 A0A0A0MQ73 Q6ZWY9 A0A494BBE6 Q5PPR4 Q8BW39 Q5SWW4 Q9QXE7 Q6GQV9 P27661 Q9CQI9 Q99L02 P70365 E9PW15 Q8CHB6 Q6NZQ4 Q91XC0 Q8BHJ5 Q8K0T3 Q5XJV5 Q7TSJ0 Q8BJ14 Q8CE59 Q80ZV7 Q541E5 O88508 Q9Z277 O70343 Q547C4 Q53Z05 Q91ZW3 Q9JM08 Q5EBP9 E0CZG8 B1AQH6 Q6RI65 A0A0G2JG60 IRS-RELATED EVENTS TRIGGERED BY IGF1R%REACTOME%R-HSA-2428928.3 IRS-related events triggered by IGF1R Q8K4K2 Q8VD65 Q8C180 Q6PF93 Q3UHZ0 Q3UQ25 Q9EQU3 Q0VER9 Q8C7P2 Q0VG15 Q505A4 Q790L8 A0A7U3JW97 A0A0R4IZY3 O35565 A0A7U3JW51 Q9Z0Y7 Q543V3 P09535 Q9D091 Q8C399 Q8CAR0 Q6ZWS1 A0A7U3L6F4 Q541T2 P81122 Q8BTI9 Q544I6 Q99N32 Q3U1V5 A0A7U3JW80 E9Q2N2 Q3ZB59 Q8CE74 A9QW46 P42337 P35235 Q3U1L4 Q61411 Q3USK4 Q3UEW6 Q3UUI3 O08908 SIGNALING BY NTRKS%REACTOME DATABASE ID RELEASE 96%166520 Signaling by NTRKs Q3V1B5 V9GX46 Q8C4Y3 Q8BN07 E9Q8C1 Q543F6 Q8K3J2 P17426 Q9WV31 Q02067 A0A0R4J088 O35926 Q8BM83 A0A087WSU4 Q3UJ76 Q3URA9 Q542T9 Q8CDT8 Q6PEE6 Q0VGU4 Q3ZB14 A0A571BE88 Q9JHZ8 Q6PGA2 Q545T4 Q8K4K4 Q545W1 Q3UMK5 Q3TYF1 Q9WVS7 Q5SWR1 Q6A0C9 Q8BZ98 A0A0J9YUN4 Q6NXJ9 Q6GTZ3 Q8BTI9 Q3TQ52 Q544D2 Q3TLP8 Q810V8 Q6GU23 Q8BJT8 F8V330 Q9JM73 Q8CAU3 P15066 Q6PFA2 Q8C7P2 Q3TNY3 P41969 Q3UWY6 Q68FD5 Q5NCN8 P42337 P01101 Q62420 P35235 P05480 Q7TPD5 Q9CZV7 B1AXN9 Q61411 A2A5N2 Q3TCR7 A0A5F8MPM1 Q3USK4 Q8JZR2 Q3TMJ8 Q91VK0 Q5U421 Q3U2P8 P23188 Q8BMC3 F6XJP7 Q3V3W9 P70425 O08908 P63321 P63085 Q6LDU8 E9Q9B7 Q8CCG5 Q91ZZ2 P98083 Q8C180 Q63844 Q09HN3 Q3UFB7 Q91YS7 Q505A4 A2RS58 Q91WJ0 Q3UIB2 Q3UHH9 Q9WUI1 Q80VU4 Q6ZPU1 Q62077 O08911 E9Q672 Q3UHE3 Q4VAE6 Q543V3 Q6P1D6 Q9D091 G3X9V4 P28028 Q541P3 P63330 A2RSD4 Q3V1A4 P81122 Q3U207 Q3TUH8 Q8BFV3 Q8CAT6 Q8BJ14 A0A1W2P715 Q569U6 Q76MZ3 Q8CBR9 Q60929 Q91V89 Q3TY83 Q9D7X3 Q3TAR6 Q8BIX1 Q921S6 NEGATIVE REGULATION OF NOTCH4 SIGNALING%REACTOME%R-HSA-9604323.2 Negative regulation of NOTCH4 signaling P31750 P31695 Q99LH8 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P63101 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q9R1P3 Q5SUR3 P62878 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 Q3TKV1 RSK ACTIVATION%REACTOME DATABASE ID RELEASE 96%444257 RSK activation E9PUP0 Q63844 Q3UHZ0 Q810V8 P63085 Q7TPD5 B1AXN9 INTERLEUKIN-2 FAMILY SIGNALING%REACTOME DATABASE ID RELEASE 96%451927 Interleukin-2 family signaling P98083 Q5SX78 Q5SUE2 Q8C7P2 Q6P1E0 Q3V157 Q05A81 Q3URU8 P26952 Q5SV01 A0A0A0MQ87 Q3U5I5 Q6PEU8 P16297 Q00941 P42232 Q3U1Z1 P04351 Q8BTI9 Q9JIA0 Q8CI98 Q3ZB59 Q3UCJ0 V5SIM2 A0A0R4J0R7 Q9ES52 P42337 Q3UXE9 Q78PA5 P15247 Q6GU23 Q6P549 Q3UDE9 Q544I2 Q3USK4 E9Q696 Q810T6 Q99K94 O08908 Q62120 Q3U1Z6 LEISHMANIA PARASITE GROWTH AND SURVIVAL%REACTOME%R-HSA-9664433.2 Leishmania parasite growth and survival Q8CED6 P84309 A2RTD1 Q91WF3 B2RVZ3 A0A2I3BRC5 Q542R8 Q922R0 Q9DC51 P68181 P26151 E9Q706 A0A0B4J1G0 Q8CIH5 O88444 Q3TY04 Q3U9V4 Q60614 Q3UUN2 Q99JA4 D3YZ57 P14234 Q3V175 B2RSH2 Q5U421 Q3UG14 P23188 Q4FK56 Q3UGN1 Q920A1 Q3U4Y3 H3BK84 Q9Z2A9 P29387 Q80TY9 Q8C255 Q6P1E0 Q3UU15 P63213 Q3V1Q3 E9PUV2 Q62077 Q3TQ70 Q6P8Y9 P08752 P63216 Q3UMY0 P61953 Q8K1M3 P50153 Q9DBC7 Q9JMF3 Q8CEI0 Q61012 Q3TJI7 Q80SW1 E9PXU2 P70227 Q8VDD5 Q80WQ6 Q8C8N0 B7ZMW6 Q9CXP8 Q3U879 Q548A9 Q54AE3 P05132 Q9DAS9 P08103 ASSEMBLY AND CELL SURFACE PRESENTATION OF NMDA RECEPTORS%REACTOME DATABASE ID RELEASE 96%9609736 Assembly and cell surface presentation of NMDA receptors Q8CCM0 D3YWU0 A2A6S2 P35436 Q8BW40 A2AI21 F8WIS9 Q5FW75 P08551 Q52KF7 Q3UP61 G3X9V4 A0A338P6I6 A2AM72 B9EJ23 B2RUJ5 O88951 Q8BL41 Q91ZU9 O88952 Q3TUM0 Q03391 DOWNSTREAM SIGNALING OF ACTIVATED FGFR2%REACTOME DATABASE ID RELEASE 96%5654696 Downstream signaling of activated FGFR2 Q8C180 P42337 Q0VER9 Q8C7P2 Q505A4 Q0VG15 Q91WJ0 P35235 A0A7U3JW97 Q62077 O35565 A0A7U3JW51 Q9D091 Q8C399 Q6ZWS1 Q61411 A0A7U3L6F4 Q541T2 Q3USK4 Q544I6 Q3U1V5 A0A7U3JW80 E9Q2N2 MATURATION OF NUCLEOPROTEIN%REACTOME DATABASE ID RELEASE 96%9683610 Maturation of nucleoprotein Q2NL51 Q7TMM8 G5E856 Q8CIE4 Q2EMV9 P63280 F8WIK2 Q5KU03 E9PYK3 H7BWY5 TOXICITY OF BOTULINUM TOXIN TYPE A (BOTA)%REACTOME%R-HSA-5250968.4 Toxicity of botulinum toxin type A (botA) P60879 Q69ZS6 Q9JIS5 Q8BG39 INHIBITION OF VOLTAGE GATED CA2+ CHANNELS VIA GBETA GAMMA SUBUNITS%REACTOME%R-HSA-997272.3 Inhibition of voltage gated Ca2+ channels via Gbeta gamma subunits Q3ZAT1 P29387 Q9QYK8 P63213 Q544N3 Q3TQ70 Q6P8Y9 P63216 Q3UMY0 Q80T41 P61953 P50153 P48545 Q9JMF3 Q61012 Q9D3L6 Q9Z307 Q9CXP8 Q8C7Z5 Q3U9V4 Q54AE3 Q543W5 Q9WV18 Q9DAS9 Q3UG14 Q3UGN1 Q53Z04 Q8C8Y6 N-GLYCAN ANTENNAE ELONGATION%REACTOME DATABASE ID RELEASE 96%975577 N-Glycan antennae elongation Q9D306 Q3U478 Q9CUJ6 Q812G0 B1ASJ2 Q148N5 O35696 Q91Y74 Q8BM62 Q9JJ04 Q059T5 Q3U7I0 Q3U260 Q3UUA9 Q812F8 DEVELOPMENTAL BIOLOGY%REACTOME DATABASE ID RELEASE 96%1266738 Developmental Biology Q3V1B5 Q4FK48 Q3UH93 Q9Z0I9 G3X8U7 Q71VB4 Q3V157 Q9QZS0 Q9DBQ6 Q8C443 B2RQQ8 D3Z6H5 Q5ND42 D3Z7D5 Q543F6 B0LAD9 Q5SS40 Q5SV01 Q9DBN8 P17426 Q9WVH4 P68181 O88456 Q3UF24 Q52L79 Q3UJ76 Q542T9 Q6PEE6 P62878 Q9Z1P8 Q01705 Q5SWR1 P11152 Q6A0C9 Q1RME7 P27467 P20109 P07750 Q62226 Q8CIM9 P97785 A2ASM7 Q544D2 Q3UTY8 Q544P6 Q61572 Q3UR96 P31311 P31313 Q8BSP4 Q3ZB23 Q569N5 P10284 Q3TNY7 Q3ULR1 Q3TYB4 Q147Z9 Q80XI9 P81068 P48540 P81066 P31361 Q62232 G3X8Q7 Q6P5E3 P12968 Q00288 Q9WVG7 B9EI61 Q4FZJ6 Q0VEU7 Q8C718 Q9JI48 Q04744 Q8CI75 P14142 E9PYG6 M0QWP1 Q64280 P43021 P27040 A2ADM9 Q3V348 Q3TZF1 Q3UPN3 A0A2I6EDI9 Q9CYI8 Q62521 Q60750 A0A0R4IZX5 Q8C8M7 Q9CYB4 Q790L7 Q564P6 S4R216 Q3UGB9 Q545C3 Q9D297 Q3URR7 Q8K3Y3 E9Q3T6 A0A0U1RNX8 Q5SUZ5 B5TZD5 Q60696 Q8VHA8 Q921K9 Q7TMU6 Q6GTK4 Q2TA50 Q8K3I4 Q8BW22 Q9CXE2 Q3USQ2 E9QML5 D3Z5N6 Q569Z6 A0A0R4J075 Q3U207 Q544U7 J3QP81 Q544U0 Q6RI63 Q8CBL7 P43407 Q8BSE7 Q61169 O54839 Q9WUI0 A0A0A6YXS3 Q02591 Q78ZW9 Q6ZWU9 Q3U379 Q8C8K1 O09127 O08644 Q9JIA1 Q3UG07 Q9R1V7 Q50DZ7 Q03137 P54754 Q3V1R3 Q544L9 D6QSS8 Q7TQG7 Q6PFV6 Q8CA63 Q8K1S1 A0A0G2JGE9 Q8CC52 Q8BRB1 O08543 Q543Q7 Q9D7K8 G1K381 Q4FJM3 Q3USB4 Q9CZS8 Q91Z68 G3UYX7 Q91Z67 H7BX46 D3YZW1 Q3UXH3 Q3ZB60 Q9CPQ2 A0A087WSU4 Q32MD9 Q3UII8 Q8VEK3 P97350 P12242 E9PZW0 O08792 Q3TYF1 O70302 O55111 Q3V017 Q8BNF5 Q3UFC6 P23359 A0A498WFQ4 Q2KHS8 Q61495 P97760 Q8BFX0 Q9DCZ1 Q8CFI7 P60898 Q0VBL6 Q6PI63 Q3V214 A0A3Q4L2S8 A0A338P6M3 Q60994 P61219 P62488 P08775 Q64318 Q4VA93 F8VQ28 Q810K9 Q9D2U9 A0JNY9 Q78P93 A1A550 Q8C8K0 O55179 Q8BSI9 Q3UQ28 Q3UET7 Q8BTI9 A2AWP0 Q8BX09 Q0PCR6 Q3UKZ9 Q8CEI0 Q3TJI7 Q8C5H3 Q8CE74 P97481 Q9EPK5 Q3TLP8 Q3UXE9 F8VPV3 P61965 Q9CS58 Q6GU23 Q921E6 A3KPD0 Q8CJF9 P84228 Q8CGP2 Q8CGP0 A0A0R4J0D3 G5E884 B2RTK3 Q8CGP7 Q8K1S3 Q8K1S4 P31750 Q8C7P2 F8WI37 Q149V4 A8IP69 Q8CDH5 Q5DTJ2 Q8VD67 B1ATC3 S4R1M3 Q3UHK8 G3UZX4 Q8R1M2 Q3TPN3 Q8CAI6 Q8VDF2 B1GX81 Q8CGG9 Q9DAG5 A0A5K1VVP6 Q3UXZ9 Q9WVE0 P46938 A2AA28 P01108 P42337 P01101 Q64524 P35235 P10853 Q3URR1 Q60972 D3YZ57 Q80UF1 O08908 Q80W05 Q8C6X4 Q99LT0 B2RWH3 Q62296 Q64475 Q64478 Q80UL2 Q5KU03 C0HKE5 Q6AXH7 Q4VAE6 Q3UQ34 Q6ZWY9 Q8BJP2 Q8CI98 Q3TUH8 Q3UD86 P27661 Q99L02 Q6P5F4 Q8C402 Q8BNI8 E9PW15 Q60954 Q9CQ49 Q3UZR4 Q61164 Q91XC0 P09026 P02831 P09055 P17919 A0A0R4J193 A0A494B9U0 Q08624 P0C1T1 Q01822 P54841 P10628 Q0KL02 Q3V3U5 Q8C4B5 D3Z4R2 A0A087WNT1 Q03145 Q9WUT2 Q642K0 Q3UYV9 E9QPE7 Q3UX23 Q8CCL8 Q8BUR4 Q3THE2 E9Q7P2 Q8BTW9 Q80ZA1 Q542H7 B2RRW2 A0A8Q0P8A2 A2RTJ4 Q8CGN5 B2RRX1 Q3UPZ0 K7Q751 P43406 Q8BH99 O09118 Q9D4H8 Q9CYT6 Q9Z0Y6 Q3ULB5 Q8BTH7 F8VQH0 Q543C6 Q3ULJ3 P53776 Q8BQ28 Q6PB99 H3BIV5 Q19AB2 P97333 A0A0H2UKB8 P70460 Q8BGT1 Q61474 Q5SX50 P40124 Q4ACU6 Q3UHH1 A0A0A0MQ87 Q9JJV2 A2AT37 Q8K1M3 P29341 Q80TR4 H7BX38 P31245 A2ALD8 Q3TZP5 Q3TRQ0 Q9WUH2 Q8C015 Q3TF02 Q8CBE6 Q61220 A0A0R4J0N8 Q8CCV1 Q149F3 Q6PAS1 P97461 Q4VAG4 Q58E35 Q3U905 P86048 Q9CQD0 P62911 Q545X8 P14206 Q9CPR4 Q0VBA4 Q3UC02 D3YYB0 Q8CCS6 Q5M9M4 Q5M9M0 Q6PFA2 Q5YLW3 Q80Y52 Q9CQR2 P62264 Q6ZWN5 O35284 Q4FZH2 Q8BP67 O35696 Q5M9N8 Q642K1 Q9CXW4 P62717 Q3UNK5 Q561N5 Q5M9K7 P62830 P99027 Q9D823 Q68FD5 Q505A8 Q58EA6 Q4FZE6 Q9CZX8 Q3TWZ9 Q564E8 Q5I0T8 Q504P4 Q497N1 Q5CZY9 Q08024 Q80W85 Q3TCR7 Q545M0 Q8VIK3 G3UX36 Q5TIS6 P13297 Q8BKT2 B7ZMZ6 Q9JK54 Q3UND5 A6H5V4 O35565 Q541T2 Q80UI8 P81122 Q544I6 A0A7U3JW80 Q91VC3 E9Q2N2 Q3ZB59 Q62469 P61327 Q3TQN1 Q8BPT3 Q9CWZ3 P53566 P40223 Q6PZD9 G3UZW7 Q8BZ56 Q3URV7 Q99M28 H3BJM0 Q9Z0Z7 Q8K3W3 P48031 Q3UTH6 Q8VD35 P53783 Q8BSG9 Q60I23 Q6KAS7 P70327 Q80ZL6 F8VQ54 Q3UXW9 P04104 Q8CCQ1 Q8BNT2 B7ZMP6 Q8C8A8 Q2TV84 Q6NV56 Q3TZ05 Q61789 Q3USI2 Q8C5B3 F8VQJ3 G5E874 P19137 Q3UHL7 P97927 Q3UZF9 Q5DTP0 Q9R0B6 P29788 F8WHW6 Q920N8 Q3UEV2 A2BDY3 Q496T0 P70349 Q8BML9 Q6GTZ3 Q8BU30 Q3UZG4 P05532 Q8BJY7 P01193 Q3UZ96 Q544E0 O35235 A0A1Y7VNZ6 Q7TSZ3 P56450 Q8K420 Q9D1M4 A2APU5 Q4VA43 P63101 Q8CGC7 P68510 P31360 Q3UQX2 P46684 P48302 E9QB02 P97463 Q9WTW4 Q6P6L2 Q8C5F1 E9Q4K0 A0A0B6VTJ4 Q91V35 Q58E49 A0A158SIT4 Q810V8 Q69ZX8 Q8BRF1 E9QK82 Q544G7 P07141 O35118 Q04888 Q99KE3 C5IAW8 Q8R3V2 Q04887 A1L3Q1 Q9Z0L2 Q8C6Y4 Q920D3 Q8C1V7 Q8R2P8 Q3U419 Q9D0I9 Q9CRY9 Q9QUR8 B8JJE0 Q3UET6 A2AW73 S4R1M0 Q8BXZ7 Q9QY40 P70275 Q8C1S0 B1AV35 Q8BV96 Q99NH8 Q3TX09 A0A338P760 Q62178 Q7TQ32 Q5D096 Q3UZ35 Q8VCS6 Q2MHE5 A0A803Z7F8 E9QPR7 Q3SYJ1 Q5SXS3 Q3URW2 E9QQ57 P70207 Q7TSI6 Q3UHD9 Q3TMU8 Q9ERC8 P61092 Q9R0C8 Q6PCX7 Q91ZM9 A2ALS4 Q3UWF9 Q6P1J1 Q62276 A0A571BEJ4 A0A8I4RSM0 Q4FJQ7 Q3TT92 Q3UP03 Q0VEM1 Q4KL81 Q3TR46 Q71LX8 Q3UE22 P97310 Q8BQ03 P41245 Q9DB91 P23188 F6XJP7 Q3UE64 Q5F258 Q9CQ39 Q8C470 Q9D8C6 Q8BGD9 E9Q9E1 Q5D0A4 P61264 Q6GQS5 Q8BKC7 Q9JKD8 Q3U1N2 P14246 Q8K0C4 Q3U4P5 Q3UYK2 Q9CZ82 P57716 Q8C7N7 Q52KF7 Q3UP61 Q9WV32 A0A338P6I6 Q3TX55 Q9JM76 Q5SW83 Q9R0Q6 Q9CXQ9 Q3TMX0 Q9CPW4 Q9CVB6 Q3ULF7 E9PVB7 B2RRQ8 D3Z4J3 Q60841 Q91YY0 Q80TR9 Q8C6Z4 Q8R055 H9T841 P05132 Q91VL0 F7CZ64 P12979 E9PUP0 Q9QWH1 Q6IMF0 A2RSK4 P07744 P10085 Q3TRJ4 Q52KG2 Q9Z2T6 Q91YV0 Q0VEJ7 Q9D646 Q925H7 Q61301 A2A513 P33146 Q8C1I6 Q80ZV4 Q3V116 Q3ZB20 Q6PA03 Q9R0H5 Q9DCV7 Q7TQG5 Q5NCY0 Q3ZAW8 Q64364 Q497I4 Q8K198 A1L317 Q9CQJ4 Q9D7N2 Q9D638 Q3URA3 B1ATJ5 Q61666 Q91VS8 P08730 Q199A7 Q5NCN8 Q3V2D6 Q61897 Q9D746 D3YY34 A2A5X3 Q9DBY5 A2A5X6 Q3TTY5 Q9QXV1 Q9JJV5 Q08EK5 Q9D732 P11679 Q61781 Q7TPD5 A2A588 B1AXN9 Q6IFX4 P50446 Q6IME9 Q99M73 Q8K3Q9 Q99M74 Q3UPN9 A2A591 Q0VBK2 O55187 B1AQB0 B1AQ90 Q60521 Q8VED5 Q6IFT3 Q6NXH9 A2AAU2 Q2LC58 Q9QWL7 Q9Z320 Q9Z287 Q91W93 B2RTB6 Q61765 Q6RHW0 Q9D312 Q3UV17 O35730 Q544I8 B1AQ85 Q8K557 A0A087WQL6 Q60867 P05784 A2ATA7 Q8BGZ7 Q505A4 P35584 B1AQ77 P27889 Q66JY7 Q9D3H4 Q8VCW2 Q8VBX9 Q62077 E9PV64 Q99MA9 P52946 Q8CAZ5 Q6P1D6 Q9QZU5 Q05BD7 G3X9V4 Q8K0Y2 Q8CF90 Q8C7R7 Z4YJD9 Q32P04 O08755 Q548G3 Q4FJT2 Q8BRS9 Q8BQK4 G5E8P5 Q3UWD7 Q3UVN4 Q6NZC0 Q61483 Q60929 Q8CGR6 Q9ES03 P97309 Q5SQG1 Q3UQT9 Q8VIM5 F6ZP09 Q9EQN6 E9PUA2 D3Z3J6 A2AI21 Q8VDD5 Q543U1 Q80Y84 Q9Z2V4 Q8CE69 E3SRG8 Q9WVF5 Q3UG37 E9PXW8 Q8K0V4 Q6P3E7 D3Z768 Q8VHJ7 Q00196 Q543X5 Q8BYF1 A0A668KM95 Q6P9T4 P54843 A0A0R4J170 P18911 Q9D8X5 Q4KL34 Q68FH8 Q00899 A0A0A0MQ73 Q5SWW4 Q9R1E0 Q9CQI9 Q6KAM1 Q8BPN4 Q8K0T3 Q80ZV7 Q3U5L4 P70424 E0CZG8 E9QP19 Q3UID0 B9VVT6 Q3UQU2 A0A589Q4M7 P42232 Q9JIA0 Q3UP48 Q8BRV4 E9QMN5 A6PW47 Q8BM83 E9PWE4 P35582 F8VQL7 Q8R4E5 Q6P3Z8 A2ARA8 Q05BA5 A0A7R8C347 Q3UF73 S4R2K9 Q8C3I3 E9Q5D6 Q8BUN5 Q8K3F6 Q6QRP1 Q9CXU1 G3X8T7 Q1MXF9 Q9CXU0 Q8K3P5 Q3UT74 Q68FG2 Q1MXF8 Q8BZ98 Q9WTL7 A0A0R4J1I3 Q8QZY7 E9Q6E2 Q0P666 P97952 A2APX8 A0A0J9YUN4 Q9QZS3 E9PXZ3 Q6PGJ3 B1AYL0 B1AYL1 Q9JMB8 Q3UGX2 Q54AJ5 Q6ZQ54 Q0VGJ1 P26041 A0A5H1ZRM8 Q9R053 Q8R1C2 P06837 Q8CBU4 Q9DAY7 Q61330 Q9Z2B9 F8WJB0 Q3V1V5 Q9CXL6 K3W4P8 B2RR30 E9QB01 Q3UUX5 P54763 Q8K2Q9 P70232 O09114 Q3TYA7 Q3UY10 P12960 Q9QZ59 Q8CCH7 O54991 Q9JKY0 Q7TSG6 P33174 Q0VGY9 P08032 F7D6K4 A0AAQ4VMY7 Q8VHR5 Q8VIE5 Q3U1Q3 Q60793 Q60520 Q3UR53 Q5SVI6 Q9D007 Q32MF3 Q9JM73 Q3TYI5 Q6ZWP4 Q9JJZ6 A2A545 Q3UZZ2 Q7TN02 D3Z3Z3 Q6T264 Q3TMD4 Q8VIM0 B7ZWL1 Q8CAS3 Q6ZWQ9 Q3UET8 Q5CZX7 Q0VEP8 G5E899 Q5CZY5 Q4FJW2 Q61039 Q91XK0 Q3UFS3 P29812 Q9QUM0 Q80YP5 Q9QUM5 O35516 Q5F2A7 Q80UG2 Q3U593 P70340 Q8BTU6 D3Z1C5 Q544Y7 Q9Z2D8 Q3SYK5 P57785 Q8BH15 O70552 P23949 Q5XFR0 P23798 Q5EEX1 V9GX46 Q3TXH6 Q60760 Q9CWN7 P52633 P54775 Q8VH37 Q3UPK6 Q9CPS5 Q9CQA5 Q8BVQ9 P62196 B2RT97 P0CG50 E0CYA6 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q548Y4 Q792A4 P49722 Q9D8W5 Q3TMT1 P99026 Q9R1P0 P58871 Q3TV35 O35593 Q9R1P3 Q14AQ1 Q58EV4 Q3UYJ1 O55234 Q542H2 Q2NLB9 Q5BKQ9 Q9JKV1 P35546 Q3TXS7 Q3UM17 P70206 P70195 Q62432 P05208 Q8BLR7 P97347 Q9R190 Q3UIX3 Q9R0X0 P18165 Q9D140 Q03160 Q60692 E0CXB1 Q99L44 Q6RI64 B2RVZ0 Q62267 Q3TS44 Q7TMD7 Q99JI4 Q9D8D6 Q3UPK0 Q8BM14 Q6DFX0 P25799 Q8VCD5 A0A0B4J1F9 Q3TKV1 Q3U4B4 Q3U320 Q9D952 Q505L1 Q8BJ43 P55850 Q544V1 Q6GU14 Q3ULB3 Q148R4 Q9CQ73 P63280 Q543E3 P33242 A0A0B6VRH9 Q32ME9 Q8VEG6 Q6NZM9 Q9D7I9 Q9QY23 Q6LC96 Q9CR91 Q7TPC1 Q542Q1 Q9CQM7 Q542P9 O54941 A0A0R4J293 Q9JK95 G5E8D1 Q3UQD7 Q3UST6 A0A0B6VSR0 Q3U5E7 A0A8Q0PK87 E9QAQ7 Q3U0R5 Q3TZH7 A0A571BEH9 A0A140LHG7 A2ABV5 Q02257 Q545E4 Q6NV63 Q68FM7 Q80TM2 F6XC54 Q3UJQ1 Q4FJM5 O54890 B2RWT9 A0A0R4J0X8 Q3TPZ2 F8VQL0 Q62159 Q62420 E9QK62 A0A0R4IZW5 P05480 Q02248 P51863 Q3TT90 Q3U1N3 Q9CQD8 Q3UR47 Q5SV64 O09126 Q61411 A0A0A6YX18 Q6URW6 A2A5N2 Q8BS94 A0A5F8MPM1 Q3USK4 Q9Z1G3 Q3TMJ8 Q5U421 P63085 P50516 Q549B6 P98083 Q5HZY7 Q8C180 Q63844 P50518 Q91YS7 P62814 Q9WUI1 Q3U889 O08911 Q9D091 Q9QXE7 Q6GQV9 P70365 Q8CHB6 Q6NZQ4 Q8BHJ5 Q3TZD5 Q5XJV5 Q8BJ14 Q8CE59 Q63ZW6 Q8C6K9 Q8BYH8 O70343 Q53Z05 Q8C9D0 Q9JM08 Q9WVG6 I7HJR1 Q8BYY5 Q61080 Q9D0D2 Q545R0 Q9QZR9 Q921S6 B1AQH6 Q8BSX1 A0A0G2JG60 P02463 OLIGOMERIZATION OF CONNEXINS INTO CONNEXONS%REACTOME DATABASE ID RELEASE 96%190704 Oligomerization of connexins into connexons Q8C4N2 Q3UJE9 A0A654IEJ3 RHO GTPASES ACTIVATE ROCKS%REACTOME%R-HSA-5627117.5 RHO GTPases Activate ROCKs Q3TR46 Q62159 Q3THE2 Q8VDD5 Q3UE22 P62141 Q4VAE6 Q4FJM5 Q3UR47 Q5SV64 Q544Y7 Q6URW6 Q8BS94 A6H644 Q9DBR7 Q642K0 E9QPE7 G5E884 Q6ZWQ9 FORMATION OF PARAXIAL MESODERM%REACTOME DATABASE ID RELEASE 96%9793380 Formation of paraxial mesoderm P54775 Q6T264 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 D3Z768 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 Q8BYF1 P49722 Q9D8W5 P99026 Q9R1P0 B2RRW2 Q3TV35 O35593 Q9R1P3 Q6P3Z8 Q14AQ1 Q01705 Q58EV4 Q02248 O55234 A2RTJ4 Q542H2 Q5BKQ9 Q9JKV1 Q3TXS7 Q3UM17 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 P27467 Q3TKV1 Q8BKT2 Q9JK54 Q3UND5 A6H5V4 B2RR30 Q8CIM9 Q6GQV9 Q8C402 Q61483 Q78ZW9 Q3ULR1 Q8BJ14 P70327 Q03137 NOTCH1 INTRACELLULAR DOMAIN REGULATES TRANSCRIPTION%REACTOME%R-HSA-2122947.6 NOTCH1 Intracellular Domain Regulates Transcription Q3UZZ2 Q3UY41 Q0VGJ1 Q3UG37 Q6NZM9 E9PXW8 Q6PFG2 Q5DTI7 Q6P3E7 Q6T264 Q9WTX6 Q8VH37 B2RR30 P0CG50 D3Z768 Q9QXE7 Q6GQV9 Q3UCW2 Q8CAS3 Q8BYF1 Q8CHB6 Q3TMT1 P01108 Q8BHJ5 A0A668KM95 Q58E49 Q5SUR3 P62878 Q8BJ14 Q6P3Z8 Q01705 Q80ZV7 Q6P9T4 Q543U1 Q3UM17 Q9JM08 Q9DBX7 Q499J8 E9Q6E2 Q9QUM5 N-GLYCAN TRIMMING IN THE ER AND CALNEXIN CALRETICULIN CYCLE%REACTOME DATABASE ID RELEASE 96%532668 N-glycan trimming in the ER and Calnexin Calreticulin cycle Q3U518 Q6ZQI3 B2MWM9 Q80UM7 A2AJ15 Q99J56 Q8BJT9 Q5SUC3 A0A0R4J1R1 Q91YT2 Q3U957 P0CG50 Q8K2C7 Q8BX80 Q542I9 A1A4T2 P27773 Q922Y1 Q3UQN3 A0A286YCI0 Q01853 O35445 Q6GTY4 Q3TSD2 Q925U4 Q6ZQ89 A0A0R4J0K8 Q6P5E4 Q3TCI2 E9Q4X2 B7ZNP0 Q3UYK9 HIV TRANSCRIPTION ELONGATION%REACTOME%R-HSA-167169.4 HIV Transcription Elongation Q3UZB8 A0A3Q4L2S8 A0A338P6M3 Q7TSG2 O55201 Q8C4Y3 Q7TPV0 Q542U3 P61219 P62488 P08775 Q9CQ49 Q8BG30 Q3UIA1 G3X956 Q3UWX7 A0A087WNT1 Q922L6 P97760 E9PWD3 Q08943 Q8BFX0 P63271 Q3THK3 Q9QWV9 Q8CFI7 P51949 E9Q6K1 P60898 Q8K2X8 Q7TPY0 Q99J95 P49135 Q3UYV9 Q3THG5 Q8CB77 Q3UMJ4 Q6PI63 Q3V214 O08856 TP53 REGULATES TRANSCRIPTION OF DNA REPAIR GENES%REACTOME%R-HSA-6796648.5 TP53 Regulates Transcription of DNA Repair Genes Q7TSG2 Q8C4Y3 Q80ZA1 Q4FZK4 P54279 Q52L79 Q3TZI5 Q9JK91 P01101 P97760 Q3UQJ0 E9PWD3 Q8BFX0 Q3THK3 Q8CFI7 P51949 E9Q6K1 P60898 Q8K2X8 Q7TPY0 P49135 Q14AX6 Q3THG5 Q3UMJ4 Q6PI63 Q3V214 Q3UZB8 A0A3Q4L2S8 A0A338P6M3 O55201 Q7TPV0 Q542U3 P61219 P62488 P08775 B9EHX4 Q8BG30 Q3UIA1 G3X956 O35280 Q3U3M5 Q3UWX7 Q8CBR9 A0A087WNT1 Q69ZA1 Q922L6 Q8K368 Q08943 P63271 Q9QWV9 E9QK89 Q8CBR3 Q99J95 Q3UGT8 Q8CB77 Q6NV63 Q7TQK0 O08856 CELLULAR HEXOSE TRANSPORT%REACTOME DATABASE ID RELEASE 96%189200 Cellular hexose transport Q9ET37 A2A4V1 Q8K0H7 B1ARZ3 D3YXA7 Q8BLF7 P14246 P17809 A0A7U3L6A3 Q2TK26 Q9QXI6 B2RRB2 Q5SWY8 Q3UDF0 Q3T9X0 Q8VDT1 P14142 DEFECTIVE CSF2RB CAUSES SMDP5%REACTOME DATABASE ID RELEASE 96%5688849 Defective CSF2RB causes SMDP5 Q6P8P8 Q00941 P50404 Q3U1Z1 Q9CQI1 S4R2L6 FORMATION OF THE TERNARY COMPLEX, AND SUBSEQUENTLY, THE 43S COMPLEX%REACTOME%R-HSA-72695.4 Formation of the ternary complex, and subsequently, the 43S complex Q5YLW3 Q9CQR2 Q3TY56 P62264 O70194 Q3UVY8 Q6ZWN5 Q544H0 Q66JS6 Q8BMJ3 Q8QZY1 Q99JX4 Q9QZD9 Q8R1B4 Q3TML6 Q8JZQ9 Q3UIG0 Q6ZWX6 Q3ULL5 Q3UM46 Q561N5 Q5M9L0 Q5M9K7 Q58EA6 Q4FZE6 Q9CZX8 Q6ZWU9 Q497N1 Q5CZY9 P97461 Q545X8 P14206 Q3UC02 D3YYB0 Q5M9M4 TICAM1, RIP1-MEDIATED IKK COMPLEX RECRUITMENT%REACTOME DATABASE ID RELEASE 96%168927 TICAM1, RIP1-mediated IKK complex recruitment Q569Y6 Q62210 A2RTT4 P70196 Q60855 E9PZP3 Q8CBT3 P0CG50 Q80UF7 Q3TSE5 Q99MB1 Q8VC91 Q3UFQ4 Q4QQL2 Q5D0E0 OXYGEN-DEPENDENT PROLINE HYDROXYLATION OF HYPOXIA-INDUCIBLE FACTOR ALPHA%REACTOME DATABASE ID RELEASE 96%1234176 Oxygen-dependent proline hydroxylation of Hypoxia-inducible Factor Alpha P54775 Q3UPK6 Q9CPS5 Q8BVQ9 Q3TTE7 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 Q3UCW2 A1L3B8 P14685 Q545G0 Q3UFQ4 P49722 Q9D8W5 P99026 Q91XC0 Q9R1P0 P97481 Q3TV35 O35593 Q9R1P3 P62878 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 A0A087WNT1 Q9JKV1 Q3TXS7 P70195 Q80X29 Q7TQJ8 A0A0R4J0H9 Q60692 Q9QXD8 E0CXB1 Q0VBL6 Q6RI64 Q3TS44 Q9D4H8 Q99JI4 Q4QQL2 Q3TKV1 ACTIVATION OF PUMA AND TRANSLOCATION TO MITOCHONDRIA%REACTOME DATABASE ID RELEASE 96%139915 Activation of PUMA and translocation to mitochondria Z4YK94 Q9D297 Q62415 E9QJU8 Q8C8M7 Q9CYB4 Q80ZA1 Q5CZX0 BIOSYNTHESIS OF DPAN-3 SPMS%REACTOME DATABASE ID RELEASE 96%9025094 Biosynthesis of DPAn-3 SPMs Q05769 A2CF88 P48999 A2CF85 DASATINIB-RESISTANT KIT MUTANTS%REACTOME DATABASE ID RELEASE 96%9669914 Dasatinib-resistant KIT mutants P05532 LONG-TERM POTENTIATION%REACTOME DATABASE ID RELEASE 96%9620244 Long-term potentiation Q8CCM0 D3YWU0 A2A6S2 P60761 P35436 Q8BW40 A2AI21 F8WIS9 Q5FW75 P08551 Q4LG64 Q52KF7 Q3UP61 P05480 G3X9V4 A0A338P6I6 Q7TNB5 Q6DR99 Q8BL41 Q03391 METABOLIC DISORDERS OF BIOLOGICAL OXIDATION ENZYMES%REACTOME DATABASE ID RELEASE 96%5579029 Metabolic disorders of biological oxidation enzymes Q3USU4 Q3TWW0 A0A0R4J018 Q61578 Q8C7J1 Q545P3 Q6XL48 Q9CPW2 Q32MW1 Q3UJ53 Q63886 Q3ZAT3 A0A0R4J050 A2AKQ0 Q9CX98 Q3UTK2 Q8K010 P15539 Q3UTF0 Q3UJ92 A0A0N4SUV4 B2RXA7 Q66JY8 Q4FK56 Q3UQH5 Q9QZ82 Q5M9P0 Q541E2 Q4FJZ6 Q3UNA7 Q91X83 Q8BGU0 Q53YJ1 Q99LX3 MISCELLANEOUS SUBSTRATES%REACTOME%R-HSA-211958.5 Miscellaneous substrates B0G0Y2 G3UW81 E9Q816 Q99N18 D3YYZ0 Q9DBX6 Q9CX98 A2A8T1 Q3TNA0 Q8BGU0 Q9JKY7 Q99N16 ASP-3026-RESISTANT ALK MUTANTS%REACTOME DATABASE ID RELEASE 96%9717264 ASP-3026-resistant ALK mutants P97793 SIGNALING BY FGFR3 FUSIONS IN CANCER%REACTOME%R-HSA-8853334.5 Signaling by FGFR3 fusions in cancer Q7TSI8 MET INTERACTS WITH TNS PROTEINS%REACTOME DATABASE ID RELEASE 96%8875513 MET interacts with TNS proteins F8VQL0 P09055 Q8C9G5 Q8BZ33 Q8BWF4 ACTIVATION OF KAINATE RECEPTORS UPON GLUTAMATE BINDING%REACTOME DATABASE ID RELEASE 96%451326 Activation of kainate receptors upon glutamate binding P29387 Q6PAQ0 Q8CI86 Q8C825 P63213 Q52KF7 Q3UP61 Q80WU3 B1AS29 Q8BMF5 Q3TQ70 Q91X97 Q3UPW0 Q6P8Y9 A0A338P6I6 P63216 Q3UMY0 Q3V3V2 P61953 P50153 Q9JMF3 Q61012 Q9CXP8 Q3U9V4 Q54AE3 Q9DAS9 Q3UG14 Q3UGN1 FLT3 SIGNALING%REACTOME DATABASE ID RELEASE 96%9607240 FLT3 Signaling E9Q4S7 F8VQH0 Q8R4L0 Q4FJX0 P31750 Q8C7P2 Q6P1E0 Q60760 Q9D091 P42232 Q9JIA0 Q9WVH4 P0CG50 Q3ZB59 D3Z3Y5 Q6PEB3 Q8CE74 P41241 A9QW46 P42337 P35235 Q548Q7 A0A0X1KG61 Q61411 Q3U0E8 D3YZ57 Q3USK4 E9Q696 P46414 Q3UEW6 P08103 Q9JLY0 Q8C6X4 CA-DEPENDENT EVENTS%REACTOME DATABASE ID RELEASE 96%111996 Ca-dependent events Q80TY9 Q8BW40 F8WIS9 Q3UU15 Q3V1Q3 Q4VA93 P84309 Q8C078 Q3UN66 Q91WF3 A0A2I3BRC5 Q8K1M3 Q922R0 Q9DBC7 P68181 Q8VBY2 E9Q706 Q8BGR3 Q8CCM0 O88444 Q9D5W0 Q53YN4 Q9DBX5 Q7TS64 Q9DBS6 Q3TY04 A2ASF9 Q3UUN2 P05132 Q8BL41 P63085 H3BK84 IP6 AND IP7 TRANSPORT BETWEEN CYTOSOL AND NUCLEUS%REACTOME DATABASE ID RELEASE 96%1855229 IP6 and IP7 transport between cytosol and nucleus Q8CDZ5 P59235 Q9D1M0 Q5FWJ9 Q8BUA6 Q9Z0W3 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q8BH74 Q8BPS7 Q8R480 Q8BTS4 J3JSA4 Q8R4R6 Q9CWU9 Q9ERU9 PROCESSIVE SYNTHESIS ON THE LAGGING STRAND%REACTOME DATABASE ID RELEASE 96%69183 Processive synthesis on the lagging strand Q9CQ71 Q91Z50 Q8C2T6 B9EHJ9 O35654 P33610 Q5FW94 Q6ZQJ5 Q8BH76 Q547B4 Q5SWN2 P52431 Q542J9 Q8R055 Q62193 MRNA SPLICING%REACTOME DATABASE ID RELEASE 96%72172 mRNA Splicing Q9CQQ8 Q3TT81 Q9QZH3 Q3U9X2 Q9JHS9 Q6P4T2 P62322 Q91YE7 P62311 Q9CWL8 Q9CY46 Q3UJB0 Q542U7 Q497W9 Q99KP6 E9Q317 P63154 Q8BTS0 Q3UBT1 Q9CZU3 Q3U5M9 Q3TH57 Q6ZWP0 Q62189 Q3UXT6 Q8BGC0 Q3UA07 A2ADR8 Q569X3 B2RY56 Q504P4 A0A1B0GRU8 Q9Z1N5 Q8BHJ9 Q62093 P84104 Q80UI8 E9PUK6 Q3THA6 Q6PDM2 Q3TWW8 Q80X98 Q91VC3 Q9DC48 Q8BV04 Q8BGJ9 Q9D0B0 P61327 Q9CWZ3 G3UZW7 Q80TU6 O08583 Q99M28 Q8K3W3 P62315 P27048 P62320 Q14AF6 Q9CUY2 Q3TF92 Q9D787 Q8VEK3 Q8R1N0 P97760 Q8BFX0 Q3THK3 Q8CFI7 P60898 Q3UMJ4 Q6PI63 Q3V214 A0A3Q4L2S8 A0A338P6M3 P61219 P62488 P08775 Q8BG79 B2RTE3 Q8K1J5 Q8C908 Q3TTV6 A2A4P0 A0A158SIT3 Q8BM39 Q8R149 Q8K194 Q61048 Q6P8I3 Q9D198 Q3TIX9 Q3UI45 Q8BIZ6 Q8C5G1 Q6ZWM4 A1L013 Q9D6J3 Q9D0F4 Q9DB98 Q3TQI7 Q9CWV6 Q8QZY9 Q3TUQ5 Q3UKJ7 Q9Z1M8 Q569Z5 Q8K1G9 E0CZB3 Q91V81 Q059T9 A2ALF2 Q9Z315 Q8BKT3 Q9Z2X1 Q9CPW7 Q8R344 C0HKD9 Q8R0F5 Q9D7A3 Q922U1 Q9CR80 Q91YR7 Q5SUF2 Q8VDP2 A2AER7 Q5NCR9 Q9DBM1 Q8CCF0 B9EJX8 Q8CFQ9 Q8C839 Q9EQC8 Q9CQI7 Q3TKY6 Q3TVM1 Q69ZQ2 Q5U3M2 Q3UZ01 Q9D384 Q9D361 Q8BG24 Q9CQR5 Q5EBP8 Q3U2X6 A2AQA7 Q8VIK1 F8WJG3 Q9Z204 Q570Z0 Q9CRI3 Q8CH18 Q9WV02 Q8CH02 Q9DBF7 Q8BHS3 Q3UEB3 Q6NV83 Q56A08 Q8VHM5 Q58E59 B2RSV4 Q6PE01 Q9CXG3 Q922V4 Q8JZX4 Q05CL7 Q7TN25 A2AR02 Q8C2Q7 Q5FWJ5 Q8CB58 Q99KG3 Q923D5 Q923D4 P60335 Q9CVU5 Q3UN87 Q3UCF2 Q810A7 Q9CQ49 P70333 Q8BTI8 Q9D6L8 O88569 Q9DCD2 Q543F1 P83870 G5E8G0 Q4G0C5 Q78JM7 P59708 G5E8I8 Q8BGT7 Q9CZ96 P57784 Q3UYV9 Q3UNG1 D3Z0M9 Q8BKP8 Q99MR6 GAB1 SIGNALOSOME%REACTOME%R-HSA-180292.5 GAB1 signalosome A6H659 P42337 Q8C7P2 Q9WVF5 Q505A4 P35235 P05480 F8VQ28 Q4FJT2 Q61521 Q3UWD7 Q0VEB7 Q545E4 Q543J8 Q5FW64 P41241 NTRK3 AS A DEPENDENCE RECEPTOR%REACTOME DATABASE ID RELEASE 96%9603505 NTRK3 as a dependence receptor Q8K3J2 Q8C4Y3 Q3TNY3 DEVELOPMENTAL LINEAGE OF MAMMARY GLAND MYOEPITHELIAL CELLS%REACTOME%R-HSA-9927432.2 Developmental Lineage of Mammary Gland Myoepithelial Cells Q4FJT2 Q3UWD7 Q545E4 G BETA:GAMMA SIGNALLING THROUGH PLC BETA%REACTOME%R-HSA-418217.5 G beta:gamma signalling through PLC beta P29387 Q8CI86 P63213 Q9CXP8 Q3U9V4 Q3TQ70 Q54AE3 Q3UPW0 Q6P8Y9 P63216 Q3UMY0 Q3V3V2 P61953 P50153 Q9DAS9 Q3UG14 Q9JMF3 Q3UGN1 Q61012 FXIIA ACTIVATES PLASMA KALLIKREIN-KININ SYSTEM%REACTOME DATABASE ID RELEASE 96%9970672 FXIIa activates plasma kallikrein-kinin system B2RTK3 B2RWH3 Q8CGP7 Q64475 Q64478 Q149V4 Q6S9I3 C0HKE5 Q9D2U9 Q6ZWY9 S4R1M3 Q545X5 P27661 Q80YC5 P26262 Q6GQT1 Q3UA95 Q64524 Q8R5L1 P10853 A0A0R4J039 A3KPD0 P97290 Q7TMR0 P84228 Q8CGP2 P04104 Q8CGP0 SUMO IS CONJUGATED TO E1 (UBA2:SAE1)%REACTOME DATABASE ID RELEASE 96%3065676 SUMO is conjugated to E1 (UBA2:SAE1) G3UZA7 Q9R1T2 Q9Z1F9 IRAK4 DEFICIENCY (TLR2 4)%REACTOME%R-HSA-5603041.4 IRAK4 deficiency (TLR2 4) Q3UER8 E9PV24 Q64HC9 G3X8Y8 P35991 Q3TGR2 Q3U7M4 Q3UV88 Q8C6Z4 Q3UP42 Q542S6 Q53X15 Q4FJP7 Q91V77 L0CL36 B9EJ46 Q8R4K2 SIGNALING BY MAP2K MUTANTS%REACTOME%R-HSA-9652169.2 Signaling by MAP2K mutants Q63844 Q3TMJ8 Q91YS7 P63085 DEFECTIVE CSF2RA CAUSES SMDP4%REACTOME DATABASE ID RELEASE 96%5688890 Defective CSF2RA causes SMDP4 Q6P8P8 Q00941 P50404 Q3U1Z1 Q9CQI1 S4R2L6 PARASITE INFECTION%REACTOME%R-HSA-9664407.3 Parasite infection Q8BUR4 Q8BHL5 Q7TSI6 Q9WV32 Q9R0C8 Q3TX55 Q9JM76 Q9ESJ4 Q5SW83 Q9R0Q6 Q8K1I7 Q4KL81 A0A0B4J1G0 Q9WTI7 Q9CXQ9 Q53WY0 Q8VDU4 Q6PGK0 P35991 Q6PEV3 B2RRX1 D3YZ57 Q9CPW4 P14234 Q8JZR2 Q9CVB6 K7Q751 Q3ULF7 Q8BH99 D3Z4J3 Q8VHI6 P63085 Q80TR9 Q3U4Y3 Q8BH43 E9Q2D0 Q63844 A2AS98 Q6P1E0 Q8R5H6 G3UW82 Q6AXH6 Q91VR8 Q3UKP6 Q3TPY5 Q8K1X4 Q3TRQ0 Q8CEI0 Q3TJI7 Q3TLP8 Q8VDD5 Q3SYK5 A0A0R4J119 P08103 Q8BPU7 CRMPS IN SEMA3A SIGNALING%REACTOME%R-HSA-399956.3 CRMPs in Sema3A signaling A0A803Z7F8 Q3SYJ1 Q80UG2 A0A158SIT4 P97333 Q5KU03 P70207 Q3TMU8 Q543F6 P70206 D3YZ57 Q6P1J1 Q3TT92 Q8CGG9 Q542T9 A0AAQ4VMY7 GAMMA-CARBOXYLATION, TRANSPORT, AND AMINO-TERMINAL CLEAVAGE OF PROTEINS%REACTOME%R-HSA-159854.5 Gamma-carboxylation, transport, and amino-terminal cleavage of proteins Q61592 B2RS80 Q3TJ94 P33587 Q8CI01 Q542C2 P16294 Q3TR66 P23188 Q80Y26 DEFECTIVE CHST3 CAUSES SEDCJD%REACTOME DATABASE ID RELEASE 96%3595172 Defective CHST3 causes SEDCJD Q8BS97 Q3TSQ8 A0A0R4IZX5 Q3URZ9 Q3TNY9 Q71M36 O88199 Q3UKR1 SIGNALING BY ALK FUSIONS AND ACTIVATED POINT MUTANTS%REACTOME DATABASE ID RELEASE 96%9725370 Signaling by ALK fusions and activated point mutants Q8K0Z5 Q9JJY8 P97287 Q8C7P2 Q9WTX6 E9QJS1 Q3U5I5 B1ATC3 Q9JIA0 P0CG50 A0A1Y7VJP4 Q80ZA1 Q3UZF9 Q64337 Q52L79 Q68FD5 P23804 P13405 P42337 Q9CWJ9 P62878 Q5SUR3 Q564P6 Q8CAB9 Q3TZH4 Q7TSJ7 Q3UPN9 P43404 Q9Z1A1 Q3UPL0 Q8C094 O08908 P63085 Q9CUT6 Q8C180 Q63844 Q5SUZ5 P26041 Q91WJ0 Q8C8U0 Q62077 Q6P0A4 Q543V3 Q9DAY9 F6ZDS4 Q3UQ34 O55179 Q8BTI9 Q3US10 A2RSY7 Q8BJP2 Q6NZM3 Q9DBC7 Q3UE89 Q6P1H7 P97793 Q5SUZ7 E9Q555 Q3UD86 Q8VD75 Q80YV2 Q99NF7 Q4FZK2 O55106 Q3UCJ0 Q3UYZ6 F8WJ93 Q7TQC8 Q3UXN3 Q7TSJ0 Q58E49 Q569U6 Q8VDD5 Q9CS58 Q6ZQ32 Q6GU23 Q3U879 P26687 Q8CD76 Q9ERU9 Q8CJF9 Q99K94 Q64727 RESISTANCE OF ERBB2 KD MUTANTS TO OSIMERTINIB%REACTOME DATABASE ID RELEASE 96%9665247 Resistance of ERBB2 KD mutants to osimertinib Q61081 B7ZNX6 Q80Y52 P70424 TOLL LIKE RECEPTOR 10 (TLR10) CASCADE%REACTOME DATABASE ID RELEASE 96%168142 Toll Like Receptor 10 (TLR10) Cascade Q3V1B5 Q8BN07 Q6GR78 Q3UEB8 Q9WTX6 P0CG50 Q80ZA1 Q8C6X9 P41969 Q52L79 Q548Y4 Q5D0E0 Q5SWN9 Q5SRW7 Q5NCN8 P01101 Q5SUR3 Q923A8 Q7TPD5 Q7TSJ7 B1AXN9 Q3U607 Q8C9D4 A0A286YDT6 Q60778 Q8CBT3 Q9Z1E3 Q3TMJ8 Q5SRY7 Q5U421 Q3U2P8 Q60521 Q8C094 P63085 Q8VC91 P25799 Q9D5S8 Q99K90 Q569Y6 Q8CE90 Q8CF89 A2RTT4 Q63844 Q09HN3 P70196 Q8K2U0 Q9WUI1 P63330 Q3U7M4 Q547H1 Q3TUH8 Q8BR10 Q8R4K2 Q8BFV3 Q3UY00 P04918 Q80SY9 Q540J8 E9QMH7 Q3UAR6 Q9CR56 Q5EBQ4 D3Z6V8 A0A1W2P715 Q810V8 F8VQ72 Q99JG7 Q76MZ3 Q8CBR9 Q8CB40 Q3TL44 Q8CEC5 E9QNX4 Q8CFA1 I3PQW8 Q60929 Q62151 Q91V89 E9PYI8 Q8VC16 Q3TY83 Q9D7X3 A0A0R4J174 Q3TAR6 E9QPQ6 Q8BIX1 Q3UV15 DEGRADATION OF GLI1 BY THE PROTEASOME%REACTOME DATABASE ID RELEASE 96%5610780 Degradation of GLI1 by the proteasome P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q8BVQ9 P62196 B2RT97 P0CG50 P68181 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P49722 Q9D8W5 P99026 Q9R1P0 Q3TV35 O35593 Q8C863 Q9R1P3 Q5SUR3 P62878 Q14AQ1 Q58EV4 O55234 Q542H2 Q5BKQ9 Q9JKV1 A0A286YDT6 P05132 Q3TXS7 P70195 Q60692 E0CXB1 Q6RI64 Q3TS44 Q99JI4 P47806 Q9QZS3 Q3U0Z8 Q3TKV1 N-GLYCAN ANTENNAE ELONGATION IN THE MEDIAL TRANS-GOLGI%REACTOME DATABASE ID RELEASE 96%975576 N-glycan antennae elongation in the medial trans-Golgi Q9D306 Q3U478 Q5RKT9 Q9CUJ6 Q8C4L1 A2RSS2 Q812G0 B1ASJ2 Q921V5 Q99LJ1 Q148N5 O35696 Q91Y74 Q8BM62 A0A0F7RQH1 Q9JJ04 Q8BQ86 Q059T5 Q3U7I0 B2X2D8 G3X9G6 Q3U260 Q3UUA9 Q812F8 TRANSPORT OF MATURE MRNA DERIVED FROM AN INTRONLESS TRANSCRIPT%REACTOME%R-HSA-159231.4 Transport of Mature mRNA Derived from an Intronless Transcript Q8CDZ5 Q8C470 V9GXF3 P59235 Q9D1M0 Q5FWJ9 Q8BUA6 Q9Z0W3 F6ZDS4 Q9JIH2 Q6PDG0 Q8BU75 Q8VCB1 A0A1D5RLQ0 Q8C570 Q80U93 E9QL43 Q3U425 Q8BRF6 Q8BQF0 Q8BH74 Q9CQ49 Q8BPS7 Q9D1P6 Q8R480 Q3UDS1 Q8BTS4 J3JSA4 Q80X82 Q8R4R6 A0A2R8VK76 O08583 Q3UGU6 Q9CWU9 Q9D824 Q9ERU9 E0CXT7 Q3UYV9 SIGNALING BY WNT%REACTOME%R-HSA-195721.7 Signaling by WNT Q63810 P63328 G3X8U7 Q9DBQ6 Q60989 Q9JJJ7 P17426 A0A1L1SQ24 Q3UJ76 Q6PEE6 Q80TC1 P62878 E9Q967 Q3U9V4 Q5SWR1 Q0VBT1 P70701 Q8C6P4 P51141 A2AI52 Q542J1 Q9JIP6 Q6A0C9 Q3UG14 A0A0R4J1I3 Q3UGN1 Q8R5M2 Q1RME7 P27467 Q6PDY6 Q60838 P29387 O70283 Q61086 P63213 Q61091 Q3TQ70 Q5SX50 Q6P8Y9 Q6PFX9 P63216 Q3UMY0 P61953 Q9CTM5 P24383 P50153 Q3UES3 Q9JMF3 Q8BRC7 Q61012 Q8BSC0 Q3TQ59 Q3UTY8 Q3UR96 Q3U1Q3 Q3ZB23 P70227 Q8BLL2 Q8C8N0 Q9CXP8 Q80U72 Q54AE3 O70421 Q9CUZ6 Q8C718 Q8BQD1 Q9DAS9 P22725 Q3UEG1 P22727 Q6PFA2 Q8CED6 Q9CTE0 F8WIS9 Q3UN66 Q8K4P8 Q8BZM0 Q5XJE5 Q68FD5 Q3TWZ9 Q3U1C2 Q3U5E6 Q61151 P68433 Q7TS75 Q6ZQK4 Q6PD03 Q6PFG2 P63330 A0A0A6YXS3 Q76MZ3 Q60I23 Q91V89 Q8BIX1 A0A0R4J1M1 Q501P6 Q8C3W2 Q8BN07 P54775 Q9WTX6 Q3UPK6 Q9CPS5 Q8BVQ9 Q6PD28 Q9CSE3 P62196 B2RT97 P0CG50 Q3TKG4 Q542I9 A1L3B8 P14685 Q545G0 P40336 P49722 Q9D8W5 Q3V440 Q3TRJ1 P99026 Q9R1P0 Q9QZ88 Q3TV35 Q6DID7 O35593 Q9R1P3 Q5SUR3 Q14AQ1 Q58EV4 Q923A8 O55234 Q542H2 A0A0R4J0A9 Q5BKQ9 Q9JKV1 Q99N43 Q3U1W5 A0A286YDT6 A3KMI3 Q3TXS7 P70195 Q0P5Y9 Q8BFU0 Q9DCU8 Q99P68 E9QLK7 D3Z6S4 Q60692 Q9D219 E0CXB1 Q09XV5 Q6RI64 Q80V76 Q3TS44 Q8BZR7 P68404 Q91ZD4 Q8C4U3 Q99JI4 Q9JJN6 Q8K272 Q3TKV1 Q8BSS6 Q8K025 O54908 Q9Z1P4 Q5SSZ7 Q9QYZ8 Q3UI35 Q91VN0 B1ASC1 Q8CI86 Q8K1S7 Q542R6 Q1JPR5 P23440 Q67FY2 Q8BND1 Q06831 Q4VA93 Q8VEJ3 Q99K78 Q8CAH8 Q9D2U9 A0JNY9 Q3UPW0 Q3TYU1 Q543S2 Q04891 A1A550 Q3TV73 B2RU64 Q8K0A8 Q5RKW0 Q9D1C2 Q3V3V2 A2AE33 Q8BX09 Q3U5C7 Q3UKZ9 P63101 Q8CE74 Q3TLP8 Q58E49 P61965 Q9CS58 Q04887 Q3UQK5 A3KPD0 Q3TYD9 Q8CJF9 P84228 Q8CGP2 P49817 Q8CGP0 B2RTK3 Q8CGP7 P31750 Q8BTF1 Q149V4 Q3UJQ1 J3JS97 Q8CDH5 Q8VD67 B1ATC3 S4R1M3 Q05144 Q3UHK8 O70492 G3UZX4 Q8R1M2 Q8CAI6 Q6PHU4 P01108 Q2TJ95 Q14DJ8 Q64524 P10853 Q02248 A0A0R4J170 Q80UF1 A0A0J9YU62 Q91YZ2 Q99LT0 B2RWH3 Q64475 Q3UY41 Q64478 Q6PJ87 Q5KU03 Q5DTI7 C0HKE5 Q3TYE1 Q4VAE6 Q3TY70 Q3UQ34 Q6ZWY9 Q8BJP2 Q3UD86 Q6GQV9 P27661 Q8C402 Q8BNP7 Q14A12 Q8BJ14 P70181 Q8BYY5 FOCAL ADHESION PI3K AKT MTOR SIGNALING PATHWAY%WIKIPATHWAYS_20260410%WP2841%MUS MUSCULUS Focal adhesion PI3K Akt mTOR signaling pathway P54310 A2AFM9 E9QK53 Q3URU8 P53347 P33896 P97927 Q80YS4 A0A7U3JW51 Q00731 Q9Z0W1 Q8CI98 F8VPL2 Q3UUJ4 E9Q929 Q3UCW2 Q8C5B3 P81122 Q91YS7 A0A7U3JW69 Q6PD28 Q99N57 Q925I7 Q9EP53 A0A0N4SV71 P11087 Q9ERZ4 Q8BS01 P07141 Q9D091 A0A7R8GV68 B2RVA4 Q0VB73 B7ZNP9 A6H686 A0A7U3L6A3 Q8BTI9 Q3USI2 Q3TX57 Q3UWQ4 Q8CE84 A0A0U1RNJ3 P12657 Q3U9V4 Q0VG15 Q564P6 Q8R1U3 Q544V2 Q8C470 A0A0R4J082 Q8CBR9 Q9D1R7 Q6NXV8 Q06138 Q8CE74 Q3V0P7 Q3UAD6 Q3URV7 Q3UP14 Q3TYW1 A0A7U3JW80 Q8BVM1 P63213 Q9JK24 Q3UZF9 Q8BQ25 Q71LX8 Q3TQ70 P63330 P46414 D3Z7D5 E9QKI5 P63216 Q5EEX1 P97481 P61953 Q61411 P50153 O89096 Q6PE70 Q3USK4 Q9JMF3 Q9ESQ1 Q5SU94 Q9CPQ2 G5E874 Q9DB16 Q91XE9 Q9WVF5 P14142 Q0VF19 A2ARA8 A0A7U3JW97 Q5BLK1 Q543V3 Q9CXP8 Q3U9H3 P26011 Q63844 Q3TRK8 Q61789 C9VZF2 O70343 F8VQJ3 E9QPU1 Q80Y52 Q99L56 Q9Z1E4 Q3U962 Q8BLF7 Q76MZ3 Q80Z71 O55095 Q8BLG2 Q9D2A5 Q9D7K8 P20826 A1A4T4 Q8VC91 P04351 G5E8F1 Q9CZS8 Q8BH52 Q60945 F6RV17 P28481 Q8BIX1 Q0VBL6 Q8C5N1 Q0VER9 Q0VE17 Q790L8 P63085 P26618 A0A7R8C3E4 P09055 O35565 P35582 Q6ZWS1 Q8C399 Q4FJL0 A0A7U3L6F4 Q7TT21 P30558 Q541T2 Q5SWU9 Q6PB82 B1AYH7 V5SIM2 Q544I6 Q9JLI2 G3X9K0 E9PXZ3 O54890 Q8BN07 Q544I2 Q3UWD7 Q5D0E0 Q547B5 Q3UHZ0 Q3U1L4 P31750 Q9WTN3 Q810G5 P40223 Q810G6 Q8C7P2 Q5J7N1 Q810G2 Q6LDU8 Q810G3 B2RTL6 Q6NXW2 P29788 P26952 Q8BG02 Q54AE3 Q0VED9 Q0P688 A0A7R8C4Y5 B1AWB9 Q8CAR0 O08538 Q80X73 Q9DAS9 O08543 Q9R0G6 Q540C2 Q3UES7 Q8CI19 P01325 E9Q2N2 Q6ZWR4 Q80ZL6 Q8VD65 Q61711 Q61151 Q62120 Q9JLN9 Q7TMJ8 Q0PD50 Q8K1A4 A0A0R4IZW4 Q80YQ1 Q9Z0Y7 Q8C9Z1 Q61719 Q6ZQK4 Q3V4A1 Q3TZ05 P70372 Q60876 P29387 Q3TPM5 Q3UUT8 Q540E6 Q6PD03 Q542I8 Q03145 Q9QUM0 Q0PD65 B2RQQ8 Q80YP5 Q8BMC0 Q8C5Q7 Q5DTP0 P49766 Q6P8Y9 A0A3Q4EC26 P42337 Q3TVI5 Q62347 Q60841 Q3UKC8 Q62469 Q8BYI9 P29477 Q3UFZ2 P35918 K7Q751 Q8C9G5 Q3TMJ8 Q8BRK8 E9QAN8 Q3U3T9 Q61012 Q8BXX8 Q8C5P3 Q8VCB3 Q3UST0 A0A0R4IZY3 Q8CHE4 P23804 P17809 Q9R0B6 P02463 O54718 Q9Z1M4 Q3UNH6 Q3TZS3 A0A0G2JGE9 Q8C3J7 Q62470 Q8BGD9 Q3UHL7 I7HJS8 A2A864 Q3UJ07 P43406 Q9R1E0 P16297 A0A0R4J0R7 A0A7R8C3J8 Q8C9W4 Q91V89 Q3USB4 B9EHQ4 Q8CF69 Q8CC06 J3QM82 Q8CDS6 Q9Z0T9 O08908 Q05895 Q78ZJ8 P19137 Q544B4 P97946 Q03350 Q3UT74 Q0VBD0 Q8BUX6 Q8CIM9 Q61081 Q9WVH4 A2AS93 Q9QZR9 Q3UGN1 Q8C6X4 F8WGF2 H3BKX8 P05532 Q3U5I5 F8VQL0 Q544A5 Q3U905 O70167 P97953 Q3UTV9 Q9JL06 P14246 Q7TSI8 E9Q2T3 A4FUW1 Q5KU03 Q3UMY0 P05622 Q50HX4 Q3TB85 A0A0M6L0K7 FATTY ACID BETA OXIDATION STREAMLINED %WIKIPATHWAYS_20260410%WP3588%MUS MUSCULUS Fatty acid beta oxidation streamlined P51880 Q3UNC6 D3Z041 Q5EBJ0 Q8BH95 Q99JY0 Q91YN3 Q542H7 Q544D7 Q8R1X1 P42125 Q7TQD5 Q3UN55 Q53YP5 Q924X2 Q8C6Z4 P45952 E9Q9W4 A0A0R4J083 Q3V2F7 Q61425 Q91VE0 P50544 E9PUC2 Q3TN99 Q07417 G3X8Y7 Q9Z2Z6 Q4FJK0 Q8BMS1 Q8QZT1 Q3UC67 DELTA NOTCH SIGNALING PATHWAY%WIKIPATHWAYS_20260410%WP265%MUS MUSCULUS Delta Notch signaling pathway E9Q696 O88507 O35730 Q8C402 Q6T264 Q62120 Q52L79 Q3UH86 O35615 Q9WVF5 Q63844 Q4V9X1 Q9WTX6 Q3UV27 P70340 Q3U4P5 Q02067 P63085 Q8CHB6 P31695 Q6PFG2 Q0VGJ1 Q9DA19 Q569Z9 P23188 O88574 Q8BJ14 E9PXU2 Q9JI71 D3YUA8 Q8BYF1 Q80ZA1 Q3UVN4 Q9JHE6 Q61483 Q8BUN5 B2RRW2 A2A884 Q9QZS3 O08908 Q8C863 Q9QUM5 Q80ZV7 Q3UWD7 Q3TMT1 Q548Y4 O35516 Q3V1B5 Q91ZW2 P31750 Q60520 Q9QYE5 Q3UYK2 Q6GR78 Q6NZC0 Q8C7P2 Q544D1 E3SRG8 Q61010 Q3UPI0 Q5SUR3 Q3UZZ2 Q00899 O89006 D4QGC2 Q01705 Q9CQR7 Q499J8 Q9CV75 P57716 A2AEY2 Q3UGB9 Q6GU23 Q9Z1E3 Q8C7N7 Q5KU03 Q64299 Q58E49 E9PWE4 Q61982 P12960 Q3UM17 SPHINGOLIPID METABOLISM INTEGRATED PATHWAY %WIKIPATHWAYS_20260410%WP4690%MUS MUSCULUS Sphingolipid metabolism integrated pathway Q1A3B0 A2RT05 Q810K3 Q58E38 Q3TST8 Q8VCQ6 Q99JY8 Q542D6 O09005 Q924Z4 Q8CII3 Q9D6J1 Q9D4B1 Q04519 O88693 Q8R2F2 Q78P93 Q61469 Q3UDY2 Q3TRG1 Q8K4Q7 Q64676 Q9D6K9 Q8R0X7 H3BL08 Q8CI15 G PROTEIN SIGNALING PATHWAYS%WIKIPATHWAYS_20260410%WP232%MUS MUSCULUS G protein signaling pathways Q3TQ70 P63216 P61953 Q61411 P50153 Q9JMF3 Q9D091 Q9CXP8 Q3TUD0 P84309 Q6P8Y9 Q920N8 Q8CI86 Q8CBS2 Q91WF3 Q9D5W0 Q3UDC9 Q3UKC8 Q53YN4 Q3U1N3 E9PUF7 P68181 Q80XK0 A0A2I3BRC5 Q542R8 P63328 Q9DC51 Q3UG14 E9PVU7 P05132 Q61012 B2RSH2 Q5DTK3 Q9DBC7 Q6P5G2 Q8K1M3 P30678 E9Q706 Q6ZQD9 Q8BSJ2 Q9D034 Q9DBS6 Q3UN66 Q3UEI1 O88845 Q4VA93 Q5FWX6 Q543S2 H3BK84 O88444 A2ASF9 Q3UKY1 Q3UPA1 Q4VAE6 Q8VBU5 Q62101 Q80TY9 Q8C8N0 Q059U9 E9QQ10 A1L3T6 H3BIV5 Q4KL21 Z4YKV1 P27600 Q3TY04 Q9CTT7 Q3UU15 Q3UUN2 Q8CBT5 Q3UHH5 Q3V1Q3 P68404 Q3V341 P16054 O88502 Q8BHK8 Q3ZAT1 O88987 A0A140LJJ5 Q5J7N1 Q3UKW2 Q8BI47 Q3UGN1 B2RRE0 P08752 Q3U9V4 Q54AE3 Q9DAS9 Q3UMY0 OVARIAN INFERTILITY%WIKIPATHWAYS_20260410%WP273%MUS MUSCULUS Ovarian infertility Q8C5N1 Q3ZAT3 Q7TPZ4 Q3TUC3 Q8CBD1 Q4FK45 Q8CHB6 P46414 Q04519 Q8BUN5 Q3UX44 A0A0R4IZY8 B9EHX4 Q8C610 Q04997 Q3UPZ2 Q6ZWQ0 Q9JK91 Q543A9 Q3UPN9 P33242 Q8CAT6 Q6RI65 P48281 Q545C3 P30730 P10761 Q3USS1 B2RQM3 Q8BW69 A0A1W2P736 OXIDATIVE STRESS RESPONSE%WIKIPATHWAYS_20260410%WP412%MUS MUSCULUS Oxidative stress response Q53ZD4 Q542Y0 Q9JMH6 Q5U421 Q3UT69 A0A0U1RPV8 Q61133 Q542X9 Q3UJ53 Q3UNA7 Q4FJX9 Q05A20 A0A1D5RLN7 Q8C9D4 P97493 Q63886 P08228 P24270 P47791 Q3U5U6 B3VQI8 A0A0A6YVV2 G3X8Q0 Q569U6 Q5CZY4 P25799 P46412 P01101 CHEMOKINE SIGNALING PATHWAY%WIKIPATHWAYS_20260410%WP2292%MUS MUSCULUS Chemokine signaling pathway Q3TQ70 P63216 P61953 Q8CI98 Q61411 P50153 Q3USK4 Q9JMF3 Q99N57 Q9D091 P25799 Q9CXP8 Q8BWG8 A2CFE9 Q63844 P48298 Q8CB26 Q542B6 Q3V3W9 Q8BMC3 Q3TST4 Q91UZ1 Q548V9 Q922R0 Q9WVL7 Q9QXJ2 Q6AXC2 Q8BP13 Q8CEI0 Q543S8 P41241 Q9CXQ9 Q3U1E8 Q8VDU4 A1A4T4 Q52L50 Q8VC91 Q545B5 F8VQ28 Q53WY0 Q2NL51 P18340 Q3UDE9 Q642U4 Q3TLP8 Q9WUT7 Q548P0 Q3UXE9 P84444 Q3ZB17 Q542T1 P63085 Q3V2F3 F6R5P4 P35343 Q05144 Q5SVU3 Q546S6 Q3UBI5 Q9JL21 Q9R0C8 P60766 Q5XZF2 P28028 Q9QUG9 F8VQM2 Q69ZK0 Q8JZR2 Q3U1J5 Q0VB35 G3XA13 Q04683 P14234 Q9EP84 Q9JIL2 A0A0A0MQ87 O88410 Q5D0E0 P98083 Q548Y4 Q99K94 Q9EQ16 Q543X3 P31750 P50228 Q6A0A3 Q3TR46 P51676 G5E884 Q8C7P2 A9Z1Z1 Q5J7N1 Q6ZPF3 Q7TSI6 Q4V9Z9 Q3UPW0 Q8BPU7 Q9EQI5 P51682 A0A5F8MPM1 Q810W6 Q54AE3 Q3U5L7 Q5STT8 Q3U9T8 Q149U7 P51680 A2AMS8 Q6GU23 S4R1K3 Q9Z1E3 Q5QNV9 Q9DAS9 Q6P1D6 Q5QNW0 Q3V3V2 O35188 Q6P8R3 P47774 P08103 P27784 Q7TS64 Q60778 A2RS58 J3JS97 Q62120 Q8CBT3 A2RTH0 A0A0R4J0N8 Q3TJP4 Q8BVW4 P42232 Q3UE22 Q3U0A4 P29387 Q8C5Q7 P84309 Q6P8Y9 Q8CI86 P42337 Q91WF3 Q3UKC8 Q53YN4 P68181 A0A2I3BRC5 K7Q751 Q3TMJ8 Q9DC51 Q3UG14 Q61012 P05132 B2RSH2 E9Q706 O88444 Q4VAE6 A0A0R4J0R7 Q80TY9 O08908 Q3UU15 Q3UUN2 Q3V1Q3 B2RVA4 P68404 Q3V341 Q8BTI9 Q9WVH4 Q3UGN1 Q8C6X4 P08752 Q3U9V4 Q3U5I5 Q8CE74 Q5KU03 Q3UMY0 P63213 GLYCOLYSIS AND GLUCONEOGENESIS%WIKIPATHWAYS_20260410%WP157%MUS MUSCULUS Glycolysis and gluconeogenesis Q3UX28 O08749 Q9WV38 P35576 S4R2G5 P17751 Q5FWB7 Q3U7Z6 Q8BP54 P52480 P09411 P08249 Q548Z6 P14142 A0A5F8MPN8 Q3UER1 A0A6I8MX27 P06745 E9Q8S8 Q8CD98 P35487 Q8BMF4 Q3UEI4 Q3TKP4 P05063 Q6GQU1 Q9Z2V4 Q5NCI4 Q8BKZ9 D2KHZ9 O08528 Q9D023 Q8BVP2 Q3UFJ3 Q8BLF7 Q545V3 P47857 Q9QXD6 Q9D051 Q8C605 Q564E2 P09041 Q5FW97 P21550 P05201 Q5SVI6 P05202 P17809 P14246 IL 1 SIGNALING PATHWAY%WIKIPATHWAYS_20260410%WP37%MUS MUSCULUS IL 1 signaling pathway Q7TT37 Q8C833 Q923A8 Q60778 Q3U0Y6 P63085 Q7TSJ7 Q3V2X3 Q8CBT3 Q8CFA1 O88456 Q8BR10 Q64337 P10749 P70196 Q3U7M4 Q99K90 Q5SRW7 Q62077 Q6P6I8 Q544K4 Q3UF24 Q4FK69 F7AT44 Q548Y4 P25799 Q3V341 P31750 Q63844 Q3TMJ8 Q9Z1E3 Q8R4K2 P29452 Q8CF89 Q542W1 P35235 Q0VB14 TNF ALPHA NF KB SIGNALING PATHWAY%WIKIPATHWAYS_20260410%WP246%MUS MUSCULUS TNF alpha NF kB signaling pathway Q6ZWP4 G5E8L8 Q71LX8 Q9D8W5 Q66X19 P63330 P29594 Q60846 O70591 A2T4N6 A6H6S8 Q812G4 P63101 O35305 P58283 P68510 Q9Z2F6 O55234 Q3UG37 Q3UD58 O54941 A0A286YDT6 Q3U607 Q60855 Q61382 P39428 P70677 Q3TQ02 Q99JI4 Q8BQ03 Q3V141 Q543M7 Q3UHU8 P25799 Q3TDP6 Q60737 Q4FJQ4 O54714 Q3TSE5 A2A5N2 Q542W3 E9QM75 Q9R0T8 Q547H1 Q80Y52 A4QPD3 Q3U479 Q8BVQ9 Q8C0C2 Q549T4 B2RT97 Q3ZAS1 Q8C6X9 Q53WR6 Q9QYP6 Q76KJ5 Q3TKG4 Q61084 Q8VC91 Q3UV15 Q8BSJ6 Q5SS40 Q62210 Q9CT51 F8VQC7 Q9CXE2 A1L361 Q3U593 A0A338P6M3 Q9WTX6 Q5BLJ7 Q99JG7 Q6GQV9 Q9D1M1 Q8BH30 Q52L97 Q80TQ2 Q545F4 Q80ZU1 P68040 Q3UMS9 Q3UHJ1 O88878 Q8CEC5 Q7TQD1 Q3UCH0 Q0VGP9 Q4FJN2 Q6PB66 Q5PR15 A8IP69 Q3TXS7 Q3UEB8 Q9EST8 Q505A4 P63280 Q8C2D3 P97414 Q564E8 Q3TMT1 Q5D0E0 Q5SRY7 Q548Y4 Q3UQJ0 Q99K94 Q8VDP4 A0A1W2P7U1 P31750 A2RSF1 Q9WVS7 Q3UHI3 B7FAU9 Q3URU2 D3Z5N6 P35550 O88623 P05480 Q8CDH5 Q5SUR3 A0A0R4J170 Q9Z1E3 Q58E49 Q60778 Q8CBT3 K7Q751 P05132 Q8CF89 P35235 Q7TT37 Q8C3J7 P70196 Q99K90 Q059U9 Q544K4 Q3TCU2 P62918 P52432 P54731 Q9D5S8 E9PZP3 Q91YJ5 I3PQW8 P70268 Q3U4T8 B2RRZ7 Q0VAV5 Q3V341 Q3TYX4 Q3UPK0 P70700 P63166 Q545P4 Q61081 P49817 G3UZX4 Q505L1 Q61160 Q3T9A3 A0A3B2WAY2 Q3TUH8 Q5EBQ2 Q9CR56 Q3U706 Q542I9 O35242 Q3UQL2 Q3UID0 A1L3B8 Q91VC3 Q8CE74 P14685 Q3UQ44 Q3TQX5 Q3UQU1 F8VQ72 Q5KU03 E9QLC2 Q3V1B9 Q8VIG6 Q8K220 Q3UC02 HYPERTROPHY MODEL%WIKIPATHWAYS_20260410%WP202%MUS MUSCULUS Hypertrophy model Q8C833 Q3U0Y6 Q6NZC0 Q00731 A0A7R8C347 Q64318 P19182 P12979 Q2PMY2 Q8C470 Q3TX21 Q9CR42 Q60876 P15066 Q540E2 A0A6F8X1J9 Q5FW64 Q4FJW1 Q542U4 Q3TJY2 INTEGRIN MEDIATED CELL ADHESION%WIKIPATHWAYS_20260410%WP6%MUS MUSCULUS Integrin mediated cell adhesion Q8BQ25 Q61411 Q6PE70 Q3USK4 Q8C9D4 Q91YS7 Q99N57 A2ARA8 Q8BS01 P26011 Q3V3W9 P41241 Q52L50 F8VQ28 G5E8F1 Q3TLP8 P63085 P09055 Q05144 Q9R0C8 P60766 P28028 Q0VGP9 Q8JZR2 E9PXZ3 O54890 P98083 Q3UHZ0 P31750 Q9WVS7 Q3TR46 G5E884 Q7TSI6 P05480 A0A5F8MPM1 Q9ESK3 P15409 Q9DBT6 Q80VZ1 Q3ULB5 B1GX81 P51637 Q9R1S8 A0A0R4J0X8 Q924U4 Q6J756 Q61532 A1BN54 Q8BUR4 Q80TM2 Q3TJP4 Q5SWN9 Q91ZZ2 Q5NCN8 Q3UE22 P70274 Q14A12 Q8VCR8 D3YZ57 Q8BTW9 E9QNA7 P70460 Q3UTF3 Q6P5G0 O08911 O55222 Q80XR8 Q8CAD1 Q542I8 Q60521 Q8CBM0 Q9QUM0 Q64727 O08529 Q8BPT3 Q80YP5 Q9D805 Q5DTJ2 Q62469 K7Q751 Q3TMJ8 Q3TZS3 Q62470 O88456 A2A864 P43406 Q3UF24 Q8CC06 Q9Z0T9 O08908 Q3UT74 Q0VBD0 P49817 Q8CE84 A0A0U1RNJ3 Q8C6X4 H3BKX8 Q3U5I5 Q8CE74 Q3TB85 P53 SIGNALING%WIKIPATHWAYS_20260410%WP2902%MUS MUSCULUS p53 signaling Q4FK45 Q80YQ1 Q3U607 Q3UUT8 P70677 O70456 Q8K3J2 P11440 E9QN92 Q56A15 Q790L7 P22339 A2RSF4 Q4FZK4 Q3UTC9 Q5HZK4 Q8C350 Q6PEE3 S4R216 Q3UMH6 P30276 Q3TQW9 O35280 Q5NC86 Q3UII2 Q543W6 P00015 E9QPK4 Q542Q3 Q61457 Q544H6 P70444 Q64364 P70124 P23804 P61092 A0A0G2JGP8 Q497S6 P58043 Q9JM54 A2AHZ2 Q9JK95 B2RVL4 Z4YK94 Q9JJ72 A2AEP2 Q9R0S0 Q9ERV7 Q3UHD1 P11157 Q80WV2 Q5DU30 Q7TT21 Q3UR87 G5E899 B9EI21 G3UWD8 Q80ZA1 A0A0R4J250 Q0VBK8 Q9R1A8 A2AS93 Q564P6 B9EHX4 Q8CAR0 Q3UGB9 Q545C3 HFE EFFECT ON HEPCIDIN PRODUCTION%WIKIPATHWAYS_20260410%WP3673%MUS MUSCULUS Hfe effect on hepcidin production Q5SZ87 A0A2R8W6T9 Q7TQ32 Q6GTZ3 B2RPW6 Q8BRW3 Q9EQ21 LEPTIN AND ADIPONECTIN%WIKIPATHWAYS_20260410%WP683%MUS MUSCULUS Leptin and adiponectin Q542K0 Q5SWU9 Q53YY4 Q53YY3 Q8BUX6 Q7TQD5 Q60994 Q544U0 Q3TWR3 Q640Q2 SPLICING FACTOR NOVA REGULATED SYNAPTIC PROTEINS%WIKIPATHWAYS_20260410%WP1983%MUS MUSCULUS Splicing factor NOVA regulated synaptic proteins Q7TQG5 A2ALS4 J3QP81 Q924U4 E9PV14 B9EJ23 A0JNY3 P06796 Q6P5G0 Q3V341 Q64348 Q8R4G0 Q8C094 Q8BSI9 E9PYN1 K4DI58 Q91VL8 Q91UZ1 S4R2K9 Q80W45 Q80T41 G3X9V4 Q78TF3 D0VYV6 G5E829 Q3UXG3 Q548T0 Q9CV75 Q6PAQ0 Q9EPL2 M0QWP1 P70232 Q3UY10 Q9Z0E0 A0A571BEG4 O08543 B2RRQ8 A2AI21 Q811B2 P22723 Q8C8Y6 Q8BW40 GPCRS SMALL LIGAND%WIKIPATHWAYS_20260410%WP353%MUS MUSCULUS GPCRs small ligand Q9Z0L1 A0A385KNU8 P70263 P52592 Q9Z0U9 Q8CC99 B2RS62 Q62035 Q91VE4 Q544V2 P47936 Q6PDF2 Q5FW61 Q543A9 O08530 Q3SXF8 Q8BNT7 Q14AC3 EBV LMP1 SIGNALING%WIKIPATHWAYS_20260410%WP1243%MUS MUSCULUS EBV LMP1 signaling Q0VE17 Q923A8 P63085 Q7TSJ7 Q8CBT3 Q8BR10 Q80Y52 P70196 Q5XZF2 Q544K4 Q61084 Q3UV15 Q8VC91 Q8BVJ7 P39428 Q642U4 Q5D0E0 Q3U593 Q548Y4 P25799 B2RRZ7 IL 7 SIGNALING PATHWAY%WIKIPATHWAYS_20260410%WP297%MUS MUSCULUS IL 7 signaling pathway Q3URU8 P63085 Q4FK45 P42232 Q61411 Q9R1E0 D3YZ57 A0A0R4J0R7 Q3USK4 P81122 Q8C9W4 Q91YS7 V5SIM2 Q99N57 Q5SX13 P97287 Q68FD5 P13405 P51943 B9EKI5 Q3TGH8 Q543V3 P98083 Q3UGN9 Q99K94 A0A0X1KG61 Q3U9H3 Q8K3J2 P31750 Q9JIA0 Q63844 A0A0R4J0H1 P16277 Q6PEB3 Q8C7P2 Q9WVH4 Q3U5I5 Q8CEI0 Q3TMJ8 Q3UGB9 Q6GU23 Q545C3 Q5KU03 Q3UDE9 GPCRS OTHER%WIKIPATHWAYS_20260410%WP41%MUS MUSCULUS GPCRs other A0A385KNU8 P52592 O08530 Q3SXF8 Q3YL73 Q64264 Q8VGM2 Q8VGM1 Q3UVW8 P18762 Q8VGU8 Q8VGU7 Q9JKL1 A1L151 Q7TRD6 Q9JIP6 Q8BJN8 Q8VGL4 Q3SXA2 A1KZZ4 Q8VGD8 Q8VGD6 A0A0R4J0Y0 Q8CAH1 Q60755 P97751 Q60879 Q8VF18 Q9EPT1 Q9EQ52 Q9EPT0 W8W3M0 Q8VGK5 Q3U4C5 Q7TQZ0 Q9DC42 Q91X56 Q9EQ48 Q8BFT1 Q542U1 Q3U5H1 Q9EPS9 Q549B6 Q9EPS4 Q9JL21 Q9EPS5 Q9EQ45 Q9EQ46 Q9EPS6 Q9EQ47 Q9EPS7 E9PZJ7 Q9EQ41 Q62342 Q0VAX9 Q9D4F9 A0A0D9SEG9 Q9EPB8 Q8VGJ4 Q91V95 Q8VGB9 P61168 Q3V3A3 Q7TRB7 P30731 Q8VFX8 Q8VFX7 Q8K209 O08858 Q8VGR3 Q8VF79 Q9CUZ6 A0A0R4J0J4 Q8VGR5 Q3UEG1 Q7TRI7 Q8VGI1 B1ARL3 B2RQS5 A0A0B4J1E4 A2RSZ3 Q99JA4 Q9Z1V5 Q99LE2 Q0VAZ7 Q7TRX4 E9Q2J5 Q9WUF1 S4R1K3 A0A0R4J0M0 G5E8I3 Q9Z282 Q8VGX7 A2RS76 Q7TRW7 Q8VIC9 P47774 Q9R0M0 Q9EP79 L7MU75 O35161 Q9QWU6 Q8VH13 Q9ERT2 Q3UN16 Q9QY00 Q78GE8 Q8VFM9 Q3V0U2 Q9EQ90 P56450 Q7TRX2 Q7TRX1 Q8VIC7 Q8VFE6 Q0VBE5 Q8VGG9 Q60883 Q7TQT8 Q61614 Q60889 A0A0N4SVQ3 Q61616 Q14A42 Q9WV18 Q9JJL9 Q9QY96 G3X8R9 Q9R216 Q05A83 P47937 Q0VBN7 Q7TRF6 K7N686 W4VSP8 A0A0R4J100 Q924X8 H3BLP0 Q61224 Q9D1T9 O70421 Q8VEZ6 P34971 Q8VGN4 Q60890 Q14C10 Q8VFL0 Q60892 B2RXU4 Q9EP51 G3X9U3 A0A1L1SUG9 H3BJ46 CYTOPLASMIC RIBOSOMAL PROTEINS%WIKIPATHWAYS_20260410%WP163%MUS MUSCULUS Cytoplasmic ribosomal proteins Q5BLK1 Q6ZWX1 Q642K1 P97461 Q9CXW4 Q497E9 P62717 Q4VAG4 Q5M8Q0 P14115 Q58E35 Q5BLJ7 Q58ET1 Q9Z1M4 P63323 Q99JL6 Q7TPD5 O09167 P62274 P62911 Q5M9K9 Q561N5 Q5M9K7 Q5M8M8 Q545X8 B1AXN9 Q5EBQ6 Q4VAF2 Q3UCH0 Q9D1R9 Q642L7 Q5RKP3 P14206 Q5PR15 Q9CPR4 Q5M8R8 P62918 Q5M9P1 Q5M9L7 Q5BLJ9 Q6ZWV3 P99027 Q9D823 Q52KP0 Q564E8 Q5M9M4 Q5BLK0 Q564F3 D3YTQ9 Q5M9M0 Q5BLK2 Q505A8 Q58EA6 Q6ZWU9 Q5YLW3 Q4FZE6 Q059I1 Q5M9M5 P62947 Q9CZX8 Q9D7P1 Q5I0T8 Q810V8 Q9CQR2 P62264 Q58EU3 P62267 Q497N1 Q4FZH2 Q5CZY9 Q6ZWV7 Q5M9J8 Q8BP67 P27659 P62862 Q5M9N8 P47964 Q3UC02 ALPHA 6 BETA 4 INTEGRIN SIGNALING PATHWAY%WIKIPATHWAYS_20260410%WP488%MUS MUSCULUS Alpha 6 beta 4 integrin signaling pathway O09118 Q3UN27 O35566 B7ZNX6 Q3SYK5 Q8BG22 Q9JLN9 S4R1P5 Q8C6B2 Q3TJI7 Q9D7Z6 Q545K4 P63101 E9PZW0 Q8CI98 Q62190 P68510 Q07563 Q62432 D3YZ57 Q5FWJ3 Q8C5B3 Q3TZ05 P81122 Q60876 G5E874 Q9WVF5 P70677 Q543V3 O70456 Q8C5Q7 Q3U9H3 Q5DTP0 A2A5N2 Q61789 P42337 F8VQJ3 Q53YN4 K7Q751 Q5SS40 Q3TLP8 Q3UXE9 Q4VA93 Z4YK94 Q3UHL7 A2A864 Q4VAE6 P14206 Q8CC06 Q8BUN5 O08908 P19137 P98083 P31750 Q8BTI9 Q3USI2 G5E884 Q8C7P2 P05480 Q564P6 Q3U5I5 F8VQL0 Q8C470 P19091 Q6S393 P70424 WNT SIGNALING PATHWAY%WIKIPATHWAYS_20260410%WP539%MUS MUSCULUS Wnt signaling pathway P63330 A0A0J9YU62 A0A0R4J0A9 Q9Z2T9 Q8CCM0 A0A286YDT6 D3YWU0 M0QWU0 Q99N57 Q543D7 A0A0R4IZW5 Q542J1 Q3UR74 Q91YZ2 P27467 Q9DCE6 G5E8T6 Q8CFR9 A0A338P6I6 P53783 Q60737 Q8BWG8 Q69ZU8 Q5D0E9 Q63844 Q8BRC7 Q3USK2 Q3U454 Q3UUX5 Q3UR96 Q3ZB23 E9Q967 Q9D219 Q8BTF1 P22725 O88665 Q8C4U3 P51141 Q9JIP6 Q9JJN6 Q02257 Q8BPN4 Q91YV0 Q91ZX6 Q8BL41 Q9DBG9 Q6PJ87 G3X8Q7 Q61091 Q02248 Q3UP61 Q60838 Q14DJ8 Q3TLP8 Q8K025 P24383 Q9WTX6 O54908 Q3UQK5 Q3TQ59 Q3TV73 P63085 Q9QUR7 P62696 Q8BNP7 Q3UI35 Q8BLL2 Q91VN0 Q6GQW8 Q3U1C2 E9Q5K6 Q8BJ14 Q6P5E3 Q3ULQ6 Q91ZD4 Q04887 B2RU64 F8WIS9 Q3TYE1 Q8C3W2 Q8BUN5 P31750 Q9CUZ6 E3SRG8 Q3UEG1 Q8CDH5 Q5SUR3 E9PWE4 Q8C402 J3JS97 Q52L79 Q9R216 P11440 Q790L7 O70421 Q923A8 Q7TSJ7 Q4VA93 Q4VAE6 P68404 P63166 Q8C094 G3UZX4 Q3T9A3 P33242 Q6RI65 Q5KU03 Q8BW40 KENNEDY PATHWAY%WIKIPATHWAYS_20260410%WP1771%MUS MUSCULUS Kennedy pathway O54804 Q3USD5 Q54AG5 P49586 Q9D4V0 Q811Q9 Q505E1 D3YU39 Q99LH2 A7MCT6 Q9Z1X2 Q61907 Q8R0X7 Q8BGS7 TOLL LIKE RECEPTOR SIGNALING%WIKIPATHWAYS_20260410%WP88%MUS MUSCULUS Toll like receptor signaling Q8CBT3 Q8CFA1 Q5U421 Q8BR10 Q3UHJ1 P70196 Q3U7M4 Q99K90 Q3U607 P70677 Q60521 Q5D0E0 P25799 L0CL36 Q3TPY5 Q80US8 Q03963 Q62172 Q9R0T8 Q99MB1 G3X8Y8 Q61160 O09198 Q80UF7 Q542S6 Q8BJQ4 Q3U9K6 Q3ZAS1 Q3UV15 Q8VC91 Q8R4K2 A1L361 Q0VB14 IL 6 SIGNALING PATHWAY%WIKIPATHWAYS_20260410%WP387%MUS MUSCULUS IL 6 signaling pathway Q3URU8 P63330 Q5U421 Q61411 Q3USK4 Q91YS7 Q6PD28 Q99N57 P70677 P13405 P25799 P01101 Q3U9H3 Q9JIA0 Q63844 Q80Y52 Q76MZ3 Q8CEI0 Q8VDU4 F8VQ28 Q3UDE9 Q3TLP8 Q8BIX1 Q6GQV9 Q3TV73 P63085 Q545F4 Q8BJ14 Q505A4 P14234 Q8BN07 P98083 Q99K94 P31750 Q8C7P2 Q3U2P8 A2RTD1 Q8BG02 Q3UKR0 Q66JY7 Q8CFK4 E9Q8C1 B1AUL6 Q4KL34 P27512 Q543F6 Q6GU23 Q543N6 Q542T9 Q99J95 Q58E49 P35991 Q9CWU3 Q61526 E9QJS1 Q9ES52 P08103 O35718 Q6ZWR4 P70365 Q8C5K4 O08648 Q61151 Q8CGG9 Q62120 Q6PDI9 Q52L79 Q8BJW6 Q8K2U0 Q6P549 Q3ZB59 P42232 Q6ZQK4 D3YZ57 Q60876 Q6PD03 Q60521 Q53YN4 K7Q751 Q3TMJ8 Q8BXX8 P35235 Q923A8 Q7TSJ7 Q7TPD5 Q8C3J7 Q9R1E0 Q62077 Q91V89 O08908 Q9WVH4 A2AS93 Q3U5I5 Q8C470 Q3UPN9 Q3URV7 Q5KU03 P19091 P70424 MIR 127 IN MESENDODERM DIFFERENTIATION%WIKIPATHWAYS_20260410%WP3991%MUS MUSCULUS miR 127 in mesendoderm differentiation Q8BRV4 P57785 E3SRG8 Q78ZW9 A0A338P791 P37172 G5E8P5 P43021 Q62432 P97766 SELENIUM MICRONUTRIENT NETWORK%WIKIPATHWAYS_20260410%WP1272%MUS MUSCULUS Selenium micronutrient network A6H5Y3 Q9CVF2 Q9MD68 P48999 P70274 Q497H7 Q9Z0R9 Q3UTF0 Q91WN4 P24270 Q91WR8 P47791 Q91XF0 O35074 Q9JLJ1 Q76LV0 A0A0A6YVV2 O09114 Q7JCZ1 Q8BNP8 Q920L1 A0A0R4J111 P46412 PEROXIREDOXIN 2 INDUCED OVARIAN FAILURE%WIKIPATHWAYS_20260410%WP4835%MUS MUSCULUS Peroxiredoxin 2 induced ovarian failure Q8K3J2 Q9QZ82 Q56A15 E9PXG7 Q5M9N9 P51557 P70677 DRAVET SYNDROME SCN1A A1783V POINT MUTATION MODEL%WIKIPATHWAYS_20260410%WP5298%MUS MUSCULUS Dravet syndrome Scn1a A1783V point mutation model Q9JLN9 Q3UJ53 A0A7U3JW69 Q9WV18 A0A6I8MX27 P25799 A0A3Q4EC26 P42337 Q3UF73 Q8R5M7 P70303 Q8JZR7 Q544F7 Q1MXF9 Q8BLF7 Q1MXF8 P35918 Q544N3 Q149G3 O08599 Q8BKH7 Q544N9 Q564E2 Q8BW75 Q9QZR7 Q812A5 Q8C7Z5 Q60829 P03995 E9PZM4 Q0P666 P97952 A2APX8 P17809 D3Z7P3 Q3U593 Q8C0W8 Q8C069 A2AIS0 Q6PCX2 A0A411ACY3 Q548L6 Q548L4 P15105 P35436 Q9DCP2 Q7TNB5 P63141 Q53WT3 Q3UYK6 Q9D0J1 D3Z3Z3 Q147Z9 Q543Z0 Q3UY17 A0A076FSX1 F8WIS9 Q9WUI1 Q60770 Q9QYS2 A2A545 Q6QI06 Q544G1 Q8C446 Q543U3 Q8CAB3 A2AVJ5 Q3TYI5 P31750 Q3ZAT1 Q80T41 D0VYV6 A2AI21 HEART DEVELOPMENT%WIKIPATHWAYS_20260410%WP2067%MUS MUSCULUS Heart development Q80ZL6 P70340 P63085 Q0VGJ1 O35565 Q00731 G5E8P5 Q9QUM5 Q62226 Q61039 Q9ES03 Q3V1B5 Q3UZ64 Q61572 P49766 Q6DIA6 Q0VEP8 Q3UU71 Q3ULR1 Q5CZX7 E3SRG8 Q9JM73 Q3UET7 Q61169 Q3UYJ1 Q8BTH7 Q5SQG1 Q9QY61 Q3UQT9 Q01705 Q542A5 Q9R229 Q9DBQ6 P97953 Q53Z43 Q3UQU2 B9EI61 Q8K120 P21274 Q8C443 Q810F8 Q02248 Q61526 P35235 LAC PHE PATHWAY%WIKIPATHWAYS_20260410%WP5240%MUS MUSCULUS Lac Phe pathway Q6P8Q2 Q9D1A2 MECHANISMS ASSOCIATED WITH PLURIPOTENCY%WIKIPATHWAYS_20260410%WP1763%MUS MUSCULUS Mechanisms associated with pluripotency Q3URU8 Q8CI98 Q62432 Q3UCW2 A0A0J9YU62 Q99N57 A0A0R4IZW5 P70677 Q91YZ2 P27467 A4QPD3 P22725 P51141 Q8BPN4 Q8BSJ6 Q02248 Q14DJ8 O54908 P70340 Q6GQV9 Q9QUR7 Q52L97 Q8BNP7 Q91VN0 E9Q5K6 Q8BJ14 Q6P5E3 Q3ULQ6 Q80ZA1 Q8BUN5 Q505A4 P63280 Q3TMT1 Q548Y4 Q3V1B5 Q60520 Q3UYK2 E3SRG8 A0A0R4J170 Q00899 Q01705 E9Q8C1 Q3UGB9 Q6GU23 Q58E49 Q3UM17 P70365 Q8C402 Q6PDI9 Q78ZW9 A0A338P791 P37172 P43021 Q924Z4 Q790L7 Q3U1N3 Q3UMH6 P05132 Q64364 Q3UN66 Q9JK95 Q3UR87 Q6GTZ3 B2RPW6 Q62226 Q61039 Q3UU71 Q3ULR1 Q61169 Q564P6 Q8CBR9 Q9D007 A0A7U3JW80 P35419 A1A550 Q5EBP9 Q6NVA3 O70494 Q7TPZ4 Q3UY41 Q3TUC3 Q62521 D3YUQ4 Q9Z2D8 Q04999 Q8C358 Q8VIH1 E9QP19 A2CG76 Q9CR59 Q61687 Q61411 Q7TNS8 Q9EPL8 A2BEG5 Q8C5H3 Q3USK4 Q9Z2E1 Q3UY30 Q05CJ7 Q3V116 Q64280 Q5NC82 Q5NCY0 F8VPV3 Q3UI45 P48031 E9QKZ2 G3X8Q0 G3X9H8 Q32NY6 E9PVB7 Q543V3 P25799 Q5XJE5 O70230 P01101 Q505F1 D6RDC7 Q63844 E9QMN5 Q9D5H8 Q3UF16 P43136 O88673 A0JNY9 Q8BM83 Q61666 Q8C5F1 Q3TX64 Q921E6 Q1WLP7 Q76MZ3 Q8VEN2 F8WH42 E9Q179 Q8BJN8 F8VPX1 Q80X37 Q8C6Y4 A0A0N4SUQ5 Q3U1J4 Q3URK3 Q6NZM9 G3UWN2 Q9Z1N7 A0A2I6EDI9 Q3V293 E9Q7U5 O35207 Q8CCI5 Q6ZQ88 F8VQD1 Q3UII1 Q4VA98 P63085 E9QM06 Q548Q7 Q3UHW8 P09055 Q3TXI7 Q921K2 Q8K420 Q0VEC9 Q9JJD0 Q8BP39 P84244 Q60I23 Q54AE9 Q5DTI7 Q62315 A0A1B0GRM0 Q9CXC9 Q9R069 Q541E5 Q2NLB9 Q8CCV5 Q3UW53 Q53ZY9 O88508 Q6PR54 Q99LI5 A0A5F8MPC9 Q547B5 P48972 A0AAQ4VMY7 Q2KHS8 P31750 Q9R190 Q7TNL3 Q8K2T8 P09405 Q3TR46 A0A0R4J1C0 Q543L9 Q546B3 Q3TPN3 Q3UV64 Q08288 P10085 Q8VDF2 Q6ZPI0 Q3TF92 Q3ULB3 Q3V0H4 Q61164 Q9ER73 E9PUG8 Q3UNW5 P01108 A0A7U3L698 Q3U5E6 Q9Z0Z7 Q08943 A2ADM9 P41230 Q3UES7 Q60848 B2RSF1 P01325 Q9CQJ4 Q6NV63 P08103 Q60972 Q3U8M7 Q8VD35 Q02395 A0A0A0MQ73 E9QK22 Q9JLN9 Q8C6P8 Q80UF1 Q9CYI8 Q3UJQ1 A0A0R4J254 Q3UE22 Q8R2L1 Q9JLB4 Q7TSZ8 Q8CGY8 A2BDY3 Q3UNK5 Q80X22 Q7TSJ0 Q3TYD9 Q8C796 Q3TPM5 A0A3Q4EGX3 Q3UUT8 Q3TJW2 Q3TZF1 F8VQL7 Q8VHR5 Q3URR7 Q3UST6 Q60793 B7ZN41 Q3UKU5 Q921S6 Q6AXH7 Q91ZW3 Q9CU65 Q8VEK3 B1AUX2 Q3V348 Q4VA43 Q62347 Q8CHI8 Q8C535 F8V330 O70421 A0A023ULC4 Q3V3U5 Q3TQ52 B2RS24 Q99PI8 E9PW15 P26687 Q3TMJ8 P23804 P35235 Q3UPK0 P63166 Q8CIM9 Q3U5I5 Q5KU03 Q8K220 CALCIUM REGULATION IN CARDIAC CELLS%WIKIPATHWAYS_20260410%WP553%MUS MUSCULUS Calcium regulation in cardiac cells Q3TQ70 P63216 P63101 P61953 P50153 P68510 Q9JMF3 Q8CCM0 Q9ERZ4 Q8BWG8 A2A5N2 Q3TST4 P18762 Q8BP13 Q8BL41 Q5SS40 F8WIS9 A8IP69 Q9EP84 Q54AE3 Q9DAS9 J3JS97 P29387 O70456 P84309 Q920N8 Q8CI86 Q91WF3 Q8R5M7 Q3UKC8 Q53YN4 P34971 P68181 A0A2I3BRC5 Q542R8 Q8C7M8 Q8BNE5 Q9DC51 Q32MD7 Q3UG14 Q9DBL0 Q5D078 Q61012 Q8BZV1 B2RSH2 Q3UI56 E9PZQ0 Q9DBC7 Q6ITT2 Q545P0 Q8K1M3 Q542R4 Q8BFU4 E9Q706 Q80ZZ5 Q548M7 O54851 Q3TP50 Q3UN66 Q68FL0 A2AIS0 Q3UTM5 Q542U0 Q3UY68 Q4VA93 O08849 Q543S2 A0A654ICX2 Q8C4N2 H3BK84 O88444 Q8BR34 P48545 Q3UKY1 A0A589Q4M7 B2MWM9 Q3UPA1 A0A654IER4 Q8BXN1 Q62101 A0A8I4RSM0 D3Z3Z3 A0A654IEJ3 Q80TY9 Q8C8N0 Q3UKJ3 Q8R0X5 Q9JL25 Q8C048 G3X8W6 Z4YJQ4 Q80XD3 Z4YKV1 A2A545 A3KML3 Q3TY04 P70227 Q8C677 P63248 Q3UU15 Q3UUN2 Q3URC5 A0A0A6YWD0 A0A087WS83 Q3UHH5 Q0VBU3 Q3V1Q3 P68404 Q544Q7 A2ANQ2 Q3V341 P16054 Q3UP63 Q542M8 Q8CED6 Q8BGR3 Q3ZAT1 Q920H4 Q3UJE9 Q3UR55 S4R1C4 Q3UGN1 Q0PCR6 P12657 A0A140LJK7 P08752 Q3U9V4 Q5DTI2 P97492 Q9WV27 Q8C5J7 Q3UUR0 Q3UPZ2 G5E829 Q544K2 A0A654ICB8 F6QYE1 Q3UWF8 P0DP28 P61014 Q8BQU6 Q03717 Q3UMY0 P63213 Q8BW40 CYTOKINES AND INFLAMMATORY RESPONSE%WIKIPATHWAYS_20260410%WP222%MUS MUSCULUS Cytokines and inflammatory response Q549G3 O78196 Q0VE17 Q3U1Z6 Q3U0Y6 Q3V0U3 P20109 Q3ZAX5 A2RTH0 P10749 Q3UNK5 P07141 A0A7R8GV68 Q0VB73 Q99L56 A0A7R8C347 A2RTD1 P04351 Q5SX78 Q5SX77 Q3U879 Q6W5C0 Q3TSV7 P07750 Q544C8 Q3U593 Q5SV01 OXIDATION BY CYTOCHROME P450%WIKIPATHWAYS_20260410%WP1274%MUS MUSCULUS Oxidation by cytochrome P450 Q3ZAT3 Q64505 Q3UTK2 E9Q816 Q3KNK3 Q32MW1 B2RSR0 Q53YJ1 B2RXA7 Q3TWW0 Q80Y48 Q9DCN2 Q05A20 B6VGH4 Q3US73 Q66JY8 Q99N16 P37040 Q544Z9 Q9DB73 Q3UJ92 A0A0R4J061 Q9DBX6 Q99LX3 Q3UQH5 Q3TNA0 Q9CX98 Q05421 P15539 P33267 A0A0N4SUV4 Q9CQX2 Q9QZ82 Q8BGU0 Q8K0C4 Q3USU4 A0A0R4J0N7 Q544S6 Q3TDX8 Q6A152 ENDOCHONDRAL OSSIFICATION%WIKIPATHWAYS_20260410%WP1270%MUS MUSCULUS Endochondral ossification A0A7U3JW51 Q00731 P42232 Q3UNK5 Q9Z2T9 Q3TQ02 Q3TYX7 Q5R252 B9EHC3 Q8C4K8 P97503 Q3TUP2 Q3U9V5 Q9Z0L6 Q8BNJ2 Q8BGP4 P05132 P09535 P11214 Q61282 Q6NZM9 Q62371 Q8CDZ9 Q791X1 Q3U1Q3 P19788 P28481 P41245 P63058 G3X9S2 Q8BSS6 Q3UI47 P23359 Q3TTE6 Q0VBA8 P97401 Q924X4 P41593 Q8JZK9 Q8CFE6 Q05306 Q80XI9 Q54AE5 Q3UWV5 P19324 Q543M3 Q541T2 Q04887 Q9JM84 Q8BRW3 Q547B5 Q99K94 Q3V1B5 Q3U1L4 P31750 Q8CIM9 Q3UKW2 Q53Z43 Q06138 Q8CAR0 Q7TSI8 Q3UP14 IL 2 SIGNALING PATHWAY%WIKIPATHWAYS_20260410%WP450%MUS MUSCULUS IL 2 signaling pathway O35718 E9Q696 Q3U8M7 Q3URU8 A2RS58 Q62120 Q8CBT3 Q9JLN9 Q5U421 Q3ZB59 P42232 Q8CI98 D3YZ57 Q3USK4 P81122 Q91YS7 Q99N57 Q3TGH8 Q543V3 P25799 A0A7R8GV68 Q3UGN9 A0A0X1KG61 Q8C5Q7 Q9JIA0 Q63844 P42337 Q62347 A0JNY9 Q80Y52 Q8CEI0 Q3TMJ8 Q8VDU4 P04351 Q3UDE9 P35235 P63085 Q7TSJ7 Q8C3J7 P68040 P16297 A0A0R4J0R7 Q3UBT1 P06537 Q3UCJ0 Q8JZR2 Q3U1I8 V5SIM2 Q8K3Q9 Q8JZQ9 Q8BQK4 O35716 O89051 O08908 Q3UP99 Q544I2 Q3U0W1 Q6P1E0 Q8C3F4 P98083 Q548Y4 Q6PD21 Q99K94 Q3UJ82 Q3V341 P31750 Q8BTI9 Q8C094 Q9WVH4 Q8C7P2 Q5J7N1 Q3UPW0 Q3U2P8 Q3U5I5 Q8C470 Q6GU23 GPCRS CLASS B SECRETIN LIKE%WIKIPATHWAYS_20260410%WP456%MUS MUSCULUS GPCRs class B secretin like Q0P543 A2AR99 Q6NXJ9 Q3U9R0 H7BX37 Q9DC42 H7BX15 A0A0G2JGM8 Q923X1 P41593 P32082 D3Z6J2 Q3ZAT0 Q546Q8 Q3UN81 Q5ERJ2 A0A158RFU9 Q14BH6 O35659 Q60755 P97751 Q91V95 NOD LIKE RECEPTOR NLR SIGNALING PATHWAY%WIKIPATHWAYS_20260410%WP1256%MUS MUSCULUS Nod like receptor NLR signaling pathway P54763 Q923A8 B7ZNX6 Q7TSJ7 Q8CBT3 Q8VC91 P27512 Q5D0E0 Q548Y4 ADIPOGENESIS GENES%WIKIPATHWAYS_20260410%WP447%MUS MUSCULUS Adipogenesis genes P54310 Q8CBD1 P53347 Q5EEX1 P97481 Q3UCW2 P81122 P14142 A0A0R4J061 G3X8Q0 P13405 Q32NY6 Q543V3 Q9JIA0 A0A0N4SUV4 O70343 Q542H7 Q3UR96 Q9QXJ2 P51141 F8WH42 Q02248 Q3U593 Q8C5N1 Q8CHB6 P97401 P06537 A0A1B0GRM0 Q8BUN5 O35716 Q80ZV7 Q99K94 Q3V1B5 Q9WTN3 A2RTD1 Q66JY7 Q8R0K9 Q3V405 Q3UU47 Q3U711 Q8CAR0 Q6LC96 Q6PAR4 Q6GU23 Q3U320 Q9Z0Z7 Q62092 Q571G1 Q8C991 Q1RME7 Q547C4 Q3UTR7 P01325 Q5BMX4 Q546I3 O35718 Q80VR4 P70365 O88507 Q566K0 E9Q9V9 P48678 Q3U5E7 Q6PDI9 Q8BPQ2 Q9EPK5 Q6GU14 Q9CYB4 Q4VA08 P42232 Q3UP47 Q9Z0Y7 Q99JB0 P12242 P11152 A0A0R4J1M1 Q8BM19 Q3UNK5 Q8CE59 Q3U207 B9EHY2 Q149J9 Q91WS0 E9PWN0 Q3UE64 Q91X41 O35074 P53566 Q9Z1N6 P52633 E9QNZ9 Q80TC1 Q8K4K2 Q3UKU5 Q8CD95 Q921S6 A0A0R4J0T5 Q9DAU5 P25233 Q545W1 Q99KQ4 Q3U0R5 P22339 Q9Z2V4 Q542P9 Q62347 A0A0R4J0G0 Q9EPW2 Q545F0 A0A0R4J225 O70421 Q8C350 Q3U5D9 Q60929 P98063 Q3UMH6 Q9CWA8 Q9WUI0 Q8C3F5 P26687 Q8CBL7 Q8CGN5 O54718 Q9R1E0 G5E899 Q60994 Q544U0 Q3ULR1 Q3UYJ1 Q3UPN9 B9EI61 P21274 A0A0M6L0K7 RETINOL METABOLISM%WIKIPATHWAYS_20260410%WP1259%MUS MUSCULUS Retinol metabolism P22935 P18911 A0A0R4J1M3 Q8VCH7 E9Q9V9 Q3KNZ2 Q64FW2 Q3U5E7 Z4YJC9 Q540P4 Q99PE8 Q61009 Q8BSF7 Q91ZQ5 Q8VCR0 Q58EU7 P11152 Q9QYY9 P24549 P62965 Q059R7 A0A0R4J061 Q05421 A0A0N4SUV4 Q8C6Z4 Q62148 H7BWY6 A0A1B0GST5 Q91W19 Q6LC96 Q3UKA4 Q544Y3 D3Z6W3 Q3UIA4 Q05AC0 Q7TSR6 Q6DFX0 G5E8W9 B2RUR5 METAPATHWAY BIOTRANSFORMATION%WIKIPATHWAYS_20260410%WP1251%MUS MUSCULUS Metapathway biotransformation Q8BQ86 Q3ZAT3 P48774 Q9DB82 A2AE89 Q9D566 Q53ZD4 Q91X34 Q64505 Q9QUP4 Q3UTK2 Q99LL3 E9Q816 Q3UVC9 Q673U1 Q32MW1 D3Z6E3 Q61133 Q6XL43 B2RSR0 Q53YJ1 Q78ZC4 B2RXA7 P70691 Q3TWW0 Q6PGB6 Q80Y48 Q8CG76 Q05A20 Q6XL48 B6VGH4 Q9EP78 Q62452 Q3US73 Q66JY8 Q3UHN9 Q99N16 Q80V53 Q63886 D3YVP5 Q6PDD0 P47791 Q3UN22 Q3UJ92 Q9QZS6 O35310 A0A0R4J061 A0A0A6YVV2 Q9DBX6 Q80XJ7 Q99LX3 Q8VCX1 Q3UQH5 Q9DCY6 Q3TNA0 A2AQK4 Q9CX98 Q8BVG8 P46412 Q05421 Q8CDQ5 P15539 Q8BIV6 P33267 Q3UIC7 Q8C9C1 A0A0N4SUV4 Q8CES0 Q8BGU0 Q9CPU4 Q8K0C4 Q9D939 Q3USU4 O88199 Q8VE10 A0A0R4J0N7 Q8VD73 Q544S6 Q3UDY1 Q6A152 Q80WV3 Q8BWQ1 Q541E2 B9EHC3 Q8VHG0 O88587 Q9QYK5 Q9JIY7 Q9QWG7 Q76LV0 A0A0R4J111 Q9QZ82 A0A1B0GST5 Q91W19 A2RSS2 A0A0R4J1C9 P0CC03 A2AE91 P13745 Q9EQW8 Q8CD65 P63046 Q5RL51 Q3UG98 Q8K224 P30115 Q8R3H7 E9PWK1 P10648 Q3UY35 Q9JJA0 Q9JHE4 P52843 Q64435 A0A0A6YWX7 B2RXW6 Q9DCM2 O09131 Q3V1B8 Q3TRA1 Q76EC5 P61315 P52850 Q80UW0 Q3UTM4 P19157 E9PZJ4 Q9D2S1 Q3UPV6 Q3UQ71 P24472 Q9D9X3 P40936 Q8K2I3 Q91XE0 D3YVV6 Q8C7J1 A0A0R4J018 A0A0R4J0R4 Q52KJ0 MISMATCH REPAIR%WIKIPATHWAYS_20260410%WP1257%MUS MUSCULUS Mismatch repair Q9QZ11 Q9JK91 P52431 P54276 Q5SWN2 Q8R055 Q5U4B1 Q3TZI5 Q542J9 IRON HOMEOSTASIS%WIKIPATHWAYS_20260410%WP1596%MUS MUSCULUS Iron homeostasis Q921I1 Q3U0Y6 A2RTD1 Q5SZ87 Q7TQ32 Q3URV7 P09528 Q9JHI9 Q9EQ21 Q9CPX4 Q811J3 Q3U593 Q80T19 Q9JKX3 TGF BETA SIGNALING PATHWAY%WIKIPATHWAYS_20260410%WP113%MUS MUSCULUS TGF beta signaling pathway Q3URU8 Q8C402 Q52L79 Q80YQ1 Q61411 Q62432 Q3UNK5 Q9Z2T9 P25799 P01101 Q63844 Q9D5H8 Q3UR96 F8WH42 Q02248 Q3U1Q3 Q3U593 Q8BSG9 P70340 Q3UVC6 Q6GQV9 Q3UY39 Q9D0L6 Q8BNY0 A2RTJ4 Q8BQS9 Q3UAM9 Q8K420 Q3TB81 A8Y5G5 Q3TVD4 P97454 Q8BJ14 O35182 Q3V017 G5E899 A0A0R4J097 Q3UKJ3 Q8CG19 Q8BUN5 Q9Z0T9 B2RPW6 Q3UWD7 Q547B5 Q99K94 Q0VEP8 Q8C094 Q3ULR1 E3SRG8 A0A7R8C347 Q6GU23 EICOSANOID METABOLISM VIA CYTOCHROME P450 MONOOXYGENASES%WIKIPATHWAYS_20260410%WP4349%MUS MUSCULUS Eicosanoid metabolism via cytochrome P450 monooxygenases Q542P9 Q9DBD9 Q3TNC5 P56656 P56655 Q99N16 Q91WL5 Q3UQ71 E9Q7C8 Q9EP75 Q3UEF2 Q6XVG2 B0G0Y2 O88833 Q3UEM4 Q9D816 TCA CYCLE%WIKIPATHWAYS_20260410%WP434%MUS MUSCULUS TCA cycle O08749 Q8BP54 P08249 A0A5F8MPN8 Q8K2B3 Q91VA7 P97807 P35487 Z4YJV4 Q8BMF4 Q9CZB0 Q544J2 Q8BFP9 Q4FJR4 Q9D6R2 Q9CXV1 Q8BKZ9 Q9Z2I8 Q9WUM5 Q3TKM5 Q9CQA3 Q9Z2I9 Q3UFJ3 Q504M2 Q99KI0 Q9JK42 A8Y5Q1 Q9D051 Q9D2G2 Q9CZU6 P54071 MACROPHAGE MARKERS%WIKIPATHWAYS_20260410%WP2271%MUS MUSCULUS Macrophage markers P31996 Q61238 A0A077S2U6 B7ZMW6 Q4FJP7 Q05144 A0A0R4J088 O88324 Q545Y5 Q3U1T8 PROTEASOME DEGRADATION%WIKIPATHWAYS_20260410%WP519%MUS MUSCULUS Proteasome degradation Q3ULG4 Q9CPS5 Q9R0P9 Q9D8W5 Q4FK54 P62196 P0CG50 G3X9V0 Q5HZK3 Q9DBK7 Q8BJY1 Q9DBG6 Q4QQL2 Q545G0 C0HKE7 P49722 O35955 O55234 P99026 Q9R1P0 P28063 Q9R1P3 Q9CR00 Q14AQ1 Q3UT95 Q58EV4 Q5BKQ9 Q542H2 P01898 Q99JI4 Q8BMR3 B9EHN0 P27661 P70195 Q60692 Q6RI64 E0CXB1 Q3TS44 A2RSE4 A0A0R4J256 A2AG83 Q3UFQ4 Q3TKV1 Q78XY9 B2RTM4 Q8BVQ9 B2RT97 Q3TKG4 A0A7R8C347 Q542I9 A1L3B8 P14685 P54775 Q3UA95 Q3UPK6 IL 4 SIGNALING PATHWAY%WIKIPATHWAYS_20260410%WP93%MUS MUSCULUS IL 4 signaling pathway O35718 E9Q696 Q566K0 Q3URU8 Q8CGG9 Q62120 A0A0R4J0N8 Q5U421 Q8CI98 D3YZ57 Q3USK4 P81122 P52633 Q543V3 P25799 Q3UGN9 A0A0X1KG61 Q3U9H3 Q9JIA0 Q63844 P42337 O54928 Q53YN4 Q3TX09 E9PYG6 Q8BVT9 Q8BNM4 P41969 K7Q751 Q5HZH3 Q3U5L4 Q925B0 Q5DTK3 P35235 Q6GQV9 P63085 Q5FWX6 Q8C3J7 Q3UBI5 Q8BJ14 Q62077 A0A0R4J0R7 Q3UCJ0 Q9WUI1 V5SIM2 Q8K3Q9 O35716 O08908 P98083 Q548Y4 Q99K94 Q3V341 P31750 Q8C7P2 P05480 Q3U5I5 Q3U905 Q8CBR9 P07750 E9QJS1 Q9ES52 LIPIDS MEASURED IN LIVER METASTASIS FROM BREAST CANCER%WIKIPATHWAYS_20260410%WP4627%MUS MUSCULUS Lipids measured in liver metastasis from breast cancer B2RUR5 OMEGA 3 OMEGA 6 FATTY ACID SYNTHESIS%WIKIPATHWAYS_20260410%WP4350%MUS MUSCULUS Omega 3 omega 6 fatty acid synthesis D3Z041 Q91YN3 Q9Z0R9 Q06G06 Q9R0H0 Q543J1 E9PUC2 O55137 Q3UN31 Q8BHI7 Q6P2K2 Q9DBX5 Q8C178 Q6GTW1 Q920L1 OXIDATIVE PHOSPHORYLATION%WIKIPATHWAYS_20260410%WP1248%MUS MUSCULUS Oxidative phosphorylation Q06185 Q9CR61 Q3V406 Q9DCJ5 Q99LY9 Q9CQY9 D3Z568 A2AP31 Q7JCY4 P56480 Q7JCY9 Q7JCY6 Q4FZG9 Q9MD82 D3YXT0 Q03265 Q7GIP5 Q3U422 Q9CQ75 Q5M9P5 Q1XID4 Q9CRA7 Q99LC3 Q9DB20 Q9Z1P6 Q9MD77 Q5I0W0 Q62425 P56135 Q9CPQ8 Q9CR84 Q9CPU2 E9QPX3 Q545F5 D3YTQ8 Q4FK74 P56383 Q3TZH4 Q9DCX2 Q9DC70 Q9D6J6 Q14BC2 Q9DCT2 Q9CQJ8 Q4JFN6 Q91YT0 P97450 Q3UWN7 Q9CQZ5 P52503 Q9CQ54 Q91VD9 Q9DC69 Q9CQ91 Q9DCS9 Q7JCZ0 G5E814 Q9MD59 GPCRS ODORANT%WIKIPATHWAYS_20260410%WP1397%MUS MUSCULUS GPCRs odorant Q5QD04 Q7TQB0 Q91ZC6 Q7TQB9 W8W3F5 E9PY61 Q8VEX5 Q60878 Q8CB97 Q80WT4 Q0VFY9 Q3UQ38 Q7M721 Q91ZC1 Q91ZC0 Q9QY42 Q5QD13 Q7M725 A6H6B4 Q3TZA7 Q7TQA5 Q7M724 Q5QD15 Q7M723 A0PK62 Q7M722 Q8BL07 Q5QD17 Q91ZB5 A0A0R4J0P3 A0A140T8Q9 P43142 Q8CIP3 A0PK66 Q7TQA6 Q8BG55 E9PZR8 Q3YL73 Q8BM96 Q7TQP0 Q3UEX0 Q91WD0 W8W3Q3 Q7M710 D3Z6S4 D8KZH8 Q7M713 A1L151 Q8BX79 Q9D8F3 Q7M711 Q7M718 Q7M715 A0A571BEJ4 Q3V3Z3 Q3U6B2 Q0VAY0 A0A0R4J0Y0 P51491 Q8BZR7 Q8VGR9 Q8VGR8 Q60879 Q6DID7 Q8VG13 Q8VGI5 Q9EQ52 Q059L0 Q1WKE2 W8W3M0 Q8VG09 Q7M707 O54798 W8W3G3 Q7M709 B2RTA0 Q9EQ48 B9EII2 Q925D8 Q542U1 Q0VEZ4 Q3U5H1 Q7TT36 Q8VG03 Q8BZR0 G5E8Q8 Q3U3F9 Q9EQ45 Q497D3 G3X9C3 A2AWR3 Q148Z6 A2ALD4 A6H654 Q8C419 Q6PI62 Q0VAX9 Q61121 Q8VEC3 A0A0D9SEG9 G3X8Y6 Q9EPB8 A0A2I3BPD5 A0A1Y7VLJ5 O54897 Q4V9R2 Q1XA02 Q3V3A3 Q91ZV8 Q148S2 P30731 Q8VES2 Q60884 A3KPP7 Q60886 D8VER2 Q60888 Q9Z1P4 E9QKE8 Q149M3 Q9Z2J6 Q9EQQ3 Q8BXS7 Q8VGI1 Q05AA1 Q60881 Q99MU1 Q8VFL9 A2RSZ3 A7E1Z8 B2RQ58 Q7TRF3 Q99LE2 Q8BS95 Q0VAZ7 A0A142CHG4 A0A0R4J0W1 Q8C010 Q3UG61 A0A0R4J0M0 F8VQN3 Q925I4 Q99MT7 P15409 Q8BUD0 A2RS76 Q60891 Q3UQ21 Q8VIC9 Q8VGE3 Q8R0T6 Q9EP79 Q8VFK7 Q8VEZ0 Q6ZWR2 Q8BPS4 Q7TN51 Q8K087 Q3UN16 A2A8K5 Q9QY00 Q0VBG4 Q78GE8 P0C5I1 Q8VFM9 Q58Y75 E9QNM5 Q8VIC7 Q60883 Q14A42 Q05A83 Q0VBN7 A0A0R4J100 Q60890 B2RXU4 Q8BYC4 P23275 Q8VG42 Q8VEY3 P35412 Q8VFK2 P35413 B2RXV6 G3UW97 SELENIUM METABOLISM SELENOPROTEINS%WIKIPATHWAYS_20260410%WP108%MUS MUSCULUS Selenium metabolism selenoproteins O70494 Q52L79 Q9JMH6 A0A0U1RPV8 P97364 Q5FWB9 P70274 Q9JJL8 Q3UY43 Q6P1B6 Q3U597 Q9QXV5 P63300 Q91ZI8 Q5PR15 A0A0R4J069 Q9BCZ4 Q91WR8 Q3UQA7 Q8BP74 Q80TA1 F8VQL7 Q9JLJ1 Q60795 Q3U1C4 Q76LV0 A0A0A6YVV2 Q9D599 G3X8Q0 Q9JLC3 Q80VC6 Q9DBC0 Q548Y4 P25799 D3Z2R5 A0A0R4J111 P46412 Q3UGH6 P01101 Q8VCN5 P62342 P17563 A0A0R4J135 A0A0R4J110 Q8VHC3 Q8C483 Q3V2F7 OSTEOCLAST SIGNALING%WIKIPATHWAYS_20260410%WP454%MUS MUSCULUS Osteoclast signaling Q0VE17 P33896 Q8BFQ3 Q3UDC9 Q5HZY7 A0A0R4IZW4 P69744 O35305 Q05117 O35235 Q3UK97 Q545T0 O54890 Q547B5 GPCRS PEPTIDE%WIKIPATHWAYS_20260410%WP234%MUS MUSCULUS GPCRs peptide A0A0R4J0N8 Q8BVW4 P56450 Q0VBE5 Q61614 P47937 Q542B6 Q3UVW8 P56479 Q3V1K5 Q3SWS4 Q543S8 Q496T0 Q6P8H4 P21729 A1KZZ4 A0A1Y7VN85 O88853 O08790 Q0VBD7 Q3ZB46 P30875 Q3SWR9 Q543T0 Q61041 P32299 P30993 Q9WUT7 Q8BU69 P29754 Q3U1H9 O54798 Q32MS1 Q3ZB17 P30548 A0A0N4SVY6 Q3TPL0 Q61212 P35343 Q542U1 Q0VEH1 Q8BKB0 Q5U7A4 Q8BLP9 Q544P9 Q9JL21 A2ACT4 P48302 P30935 A0A0R4J1D6 A0A0B6VTJ4 Q9WU02 P33766 Q3US12 Q8BZV9 Q544G7 Q543U8 Q04683 Q78U67 O88410 Q9EQ16 Q543X3 O08858 P51676 P51682 Q3U5L7 P51680 P30730 B2RQM3 P47774 GLUCURONIDATION%WIKIPATHWAYS_20260410%WP1241%MUS MUSCULUS Glucuronidation Q8BWW3 Q8BZF8 Q8K154 Q6GQU1 Q6XL43 Q8BWQ1 P70691 Q6XL48 Q63886 Q6PDD0 Q7TSV4 Q3U548 Q3TS38 Q3U6X6 D3Z748 Q8R084 Q80X89 ESC PLURIPOTENCY PATHWAYS%WIKIPATHWAYS_20260410%WP339%MUS MUSCULUS ESC pluripotency pathways E9QK53 Q3URU8 A0A7U3JW51 Q8CI98 Q61411 O89096 Q3USK4 A0A0R4J0A9 Q91YS7 A0A7U3JW69 Q99N57 Q542J1 Q9WVF5 Q0VF19 P27467 A0A7U3JW97 P01101 Q8BRC7 Q3UR96 Q3ZB23 E9Q967 Q99L56 P22725 P51141 Q9JIP6 F8WH42 Q61091 Q02248 Q60838 Q14DJ8 P24383 Q0VER9 P70340 Q3UVC6 Q3TQ59 Q790L8 P63085 P26618 A2RTJ4 Q8BNP7 O35565 Q8BLL2 Q91VN0 Q6ZWS1 Q0VEC9 Q8C399 P97454 A0A7U3L6F4 O35182 P28028 Q541T2 Q544I6 Q505A4 Q3UWD7 P31750 Q9WVS7 Q9CUZ6 E3SRG8 Q3UEG1 Q6NXW2 Q66JY7 P01108 A0A7U3L698 Q6GU23 Q1RME7 E9Q2N2 Q80ZL6 Q61532 Q6PDI9 Q52L79 Q9JLN9 Q5SWN9 A0A0R4IZW4 Q5NCN8 P70274 P37172 A0A0R4J1M1 Q6P5G0 O08911 Q3UUT8 Q8CAD1 Q60521 Q3UKU5 Q9R216 O70421 Q3UFZ2 P41969 Q3TMJ8 A0A0R4IZY3 P23804 P35235 B2RPW6 O08908 A0A7U3L6A3 P70701 Q6PDY6 Q8CIM9 Q5SW83 Q3UU71 Q3U1V5 Q3ULR1 Q8C718 P22727 Q8C6P4 Q8C6X4 O70283 Q61086 Q0VG15 Q3UTY8 Q3U5I5 Q53Z43 Q8CE74 Q7TSI8 Q5KU03 A0A7U3JW80 Q3USS1 P05622 HYPOXIA DEPENDENT DIFFERENTIATION OF MYOBLASTS%WIKIPATHWAYS_20260410%WP5025%MUS MUSCULUS Hypoxia dependent differentiation of myoblasts P46414 Q5U421 Q00731 A2RSK4 Q564P6 Q91YE3 Q3UCW2 P12979 Q5SX40 Q542A5 Q8BLR9 Q01705 Q0VEJ7 METHYLATION%WIKIPATHWAYS_20260410%WP1247%MUS MUSCULUS Methylation Q0VB50 Q91X83 Q99LB6 Q99J57 Q9D9X3 P40936 A2AQK4 A0A0R4J018 O88587 SPHINGOLIPID METABOLISM OVERVIEW%WIKIPATHWAYS_20260410%WP4344%MUS MUSCULUS Sphingolipid metabolism overview Q1A3B0 A2RT05 Q810K3 Q58E38 Q3TST8 Q8VCQ6 Q99JY8 Q542D6 O09005 Q924Z4 Q8CII3 Q9D6J1 Q9D4B1 Q04519 O88693 Q8R2F2 Q78P93 Q61469 Q3UDY2 Q3TRG1 Q8K4Q7 Q64676 Q8R0X7 H3BL08 Q8CI15 SYNTHESIS AND DEGRADATION OF KETONE BODIES%WIKIPATHWAYS_20260410%WP543%MUS MUSCULUS Synthesis and degradation of ketone bodies Q9D0K2 Q80XN0 P38060 P54869 Q8QZT1 P38 MAPK SIGNALING PATHWAY%WIKIPATHWAYS_20260410%WP350%MUS MUSCULUS p38 Mapk signaling pathway Q923A8 Q545F4 Q8K2U0 Q5U421 Q61411 P60766 Q3U1I8 Q60855 Q60521 P98083 B2RRZ7 Q99K94 Q921S6 Q9D5H8 Q62347 Q3TUH8 Q3U2P8 Q3U5I5 P41969 Q8C6X9 Q3UKR0 Q8CBR9 Q3V405 Q9QZR7 P01108 Q8CDZ9 O35099 Q9DBX5 F8VQ72 Q8CEW1 A0A1Y7VKX4 A0A1W2P7P4 Q3TLP8 EXERCISE INDUCED CIRCADIAN REGULATION%WIKIPATHWAYS_20260410%WP544%MUS MUSCULUS Exercise induced circadian regulation P97784 P97785 Q5NTY0 Q61471 Q9CXF3 T1ECW4 P42669 Q7TMB3 O88532 P46425 A2AS98 O35484 Q3UV55 Q8C6J1 Q5J8K6 Q31621 Q9WV55 Q3UHZ2 Q9R1P0 Q58E59 P10853 Q9DCP9 Q8C8R0 Q8C4N0 Q9D6F9 Q504P4 O09101 Q8CEC4 G3UZA7 O54942 Q9DCC5 A0JNY7 G3XA48 Q80WR3 Q8C9W6 B2RTM2 O35973 P19639 Q3UEG0 Q9QYS9 Q545U0 Q99K90 Q3U548 Q8BN07 P63166 Q0VEJ7 Q3UPN9 Q8C7E7 Q9R194 INSULIN SIGNALING%WIKIPATHWAYS_20260410%WP65%MUS MUSCULUS Insulin signaling P54310 G5E8L8 Q5U421 Q8CI98 Q61411 F8VPL2 Q3USK4 Q8C9D4 Q91YS7 Q99N57 Q9EP53 P14142 B9EKI5 Q543V3 P01101 A0A0X1KG61 Q63844 Q8BMC3 Q14B83 Q3UPT4 Q66L42 Q5SS83 Q9Z1E4 Q3U0D7 Q80ZZ0 Q9CUT6 Q3UW73 Q3ULK1 Q9ER71 Q9WTI7 E9PUP0 P60879 Q6PF93 Q61084 Q05BG3 O35426 Q1HKZ5 Q6ZWM8 Q8R527 Q3V0J9 Q9D3L3 E9Q6Q8 Q3TLP8 Q8BH64 Q9ERE3 G3X9S2 Q60700 Q3UI47 Q3UXE9 A0A0A0MQ82 P40124 Q8BV99 P63085 Q6PGA2 Q8CHR4 P70452 Q9WV89 Q05144 Q540I4 Q3UEQ1 A0A0G2JED4 Q3UTY9 Q60760 Q7TT13 Q7TT21 Q9Z2B9 A2ASX2 Q80XI6 Q3TXK1 Q9R062 Q3TZW9 Q8JZR2 Q3UIB2 Q8CE90 Q3UEB8 Q3UQS4 P84078 O35716 Q505A4 G3X9U0 A0A0A0MQ87 Q5D0E0 P98083 Q3UHZ0 Q3U1L4 P31750 Q9WVS7 Q8C7P2 A0A5F8MPM1 E9Q8C1 O35718 Q8VD65 O08648 Q61532 Q52L79 Q9JLN9 Q8K2U0 Q6P549 Q5SWN9 Q91ZZ2 Q5NCN8 Q9Z0Y7 E9QNA7 Q60876 Q6P5G0 Q3TPM5 O08911 Q3UUT8 Q540E6 Q60521 Q8K4K2 Q8CD98 Q8C5Q7 Q920N8 P42337 Q53YN4 P47857 P41969 Q3TMJ8 O08599 Q8BRK8 Q5DTK3 Q8VCB3 P17809 P35235 O54718 Q9Z1M4 Q923A8 Q7TSJ7 Q7TPD5 Q4VA93 Q8C3J7 Q3UKY1 Q9R1E0 B1AXN9 Q544K4 Q9WUI1 Q60770 O08908 P68404 Q3V341 Q8BUX6 Q8BTI9 Q8C094 Q9WVH4 Q9JM73 Q3TUH8 Q3U5I5 Q810V8 Q8C470 O70167 Q548T0 Q8CE74 Q8CAT6 O35099 F8VQ72 Q5KU03 A0A1Y7VKX4 FATTY ACID BETA OXIDATION%WIKIPATHWAYS_20260410%WP1269%MUS MUSCULUS Fatty acid beta oxidation P54310 O08749 P11152 P17751 Q54AG5 H7BX88 Q64521 Q8BJ56 Q9WU65 Q8BVD4 Q9CPP7 Q3TYU0 Q9QXG4 D3Z041 Q3TET2 Q8BH95 Q99JY0 Q91YN3 Q8R1X1 P42125 Q7TQD5 Q3UN55 Q924X2 P45952 A0A0R4J083 Q61425 P50544 E9PUC2 Q07417 Q9Z2Z6 Q4FJK0 Q8BMS1 Q8QZT1 Q3UC67 SPINAL CORD INJURY%WIKIPATHWAYS_20260410%WP2432%MUS MUSCULUS Spinal cord injury O09118 Q9Z0W1 Q5FWJ3 P70677 P13405 P01101 Q63844 Q548V9 B9EHC3 Q543S8 Q61282 P04351 P41245 P28481 Q3U593 P63085 Q5SVU3 Q04887 Q80ZA1 Q3U1J5 Q3UZW2 L0CL36 A0A0U5JAA2 V5TDK8 Q3TR46 Q8BXZ7 Q91V35 Q9Z0Y6 Q541P3 A7VJD3 Q99P72 A0A0B6VRH9 B2RSM1 A0A7R8C347 Q03137 Q3U3D2 A2RTD1 Q8C4M8 P70207 Q3URZ9 G3UYX7 Q01102 Q3TCW6 P01108 P48540 Q3UGB9 Q3U967 A0A0R4IZX5 Q545Q1 Q5F2A4 Q8BVA3 F8VPK6 Q3TF68 Q80TR4 Q8BR89 Q6PCX7 P97484 Q3U8M7 P06837 Q61176 Q5D096 Q4FJV4 Q3ZB60 Q91X93 A2RTH0 Q8BS97 P06684 Q9CYB4 Q62159 Q61502 Q3TSQ8 Q4FJM5 Q8CAB4 Q4FJM3 E9Q415 Q3UNK5 P11440 Q790L7 P29477 Q3UMH6 Q99PI8 P63328 Q5NC86 Q3UN31 P03995 Q6GTW1 P02463 Q8C833 Q3U0Y6 Q4VA93 P30548 Q8C4N2 P10749 Q4VAE6 Q3UKJ3 F8WGF2 Q8CAT6 Q545C3 A2AI21 P07750 STEROID BIOSYNTHESIS%WIKIPATHWAYS_20260410%WP55%MUS MUSCULUS Steroid biosynthesis E9PXG7 Q53YJ1 P51660 P70385 P51658 Q8C5N9 Q61694 Q3UIU9 Q3UJ12 Q790P4 Q7TPU0 Q3UER0 P26149 HEDGEHOG SIGNALING PATHWAY%WIKIPATHWAYS_20260410%WP116%MUS MUSCULUS Hedgehog signaling pathway Q9D4I9 Q4FZH3 Q60520 Q6GQV9 P11440 Q8C774 Q3U0Z8 O35595 A0A286YD87 Q3TYX7 Q80XI9 Q5R252 Q3TQW9 Q8BJN8 P09535 Q69ZM6 Q7TN16 P47806 Q62226 Q544P6 Q8BKI7 IL 3 SIGNALING PATHWAY%WIKIPATHWAYS_20260410%WP373%MUS MUSCULUS IL 3 signaling pathway Q3URU8 P63330 Q5U421 P63101 Q8CI98 Q61411 Q3USK4 Q99N57 P25799 Q3U9H3 A0A0X1KG61 Q9JIA0 Q63844 Q6PEB3 A2A5N2 Q3V3W9 Q8CEI0 Q8VDU4 F8VQ28 Q2NL51 P41245 Q3TLP8 P63085 Q548Q7 Q545F4 Q05144 P68040 P60766 Q3UCJ0 Q8JZR2 Q8BQK4 Q505A4 Q6P1E0 Q8C3F4 P98083 Q99K94 P31750 G5E884 Q8C7P2 Q5J7N1 P05480 Q3U2P8 P26952 Q8CFK4 Q01102 B1AUL6 Q6LC96 Q6GU23 Q3U320 E9QJS1 Q9ES52 P08103 E9Q696 O35718 A2RS58 Q8CGG9 Q62120 Q3U5E7 Q3ZB59 Q91ZZ2 P42232 Q5NCN8 D3YZ57 P52633 Q64727 Q8K3J2 P42337 Q3YAB0 Q549P2 Q62347 A0A0J9YUN4 P17679 Q3UG07 Q8VH33 Q3TPX5 Q9CWS2 P26955 K7Q751 D3Z4T5 Q5HZH3 Q3TMJ8 O35280 Q3U5L4 P05132 P17809 P35235 Q9Z1M4 Q7TSJ7 Q4VA93 Q9R1E0 Q6GTZ3 O08908 P68404 Q545P4 Q8C094 Q3U5I5 Q8CBR9 Q5SX77 Q5KU03 GDNF RET SIGNALING AXIS%WIKIPATHWAYS_20260410%WP4820%MUS MUSCULUS GDNF RET signaling axis P97785 Q61572 Q3U0R5 Q3ULR1 Q3TYX7 Q6P5E3 Q8C9D0 Q9D0P8 Q7M6Y2 G3UYX7 Q2PZL6 A0A0A6YXS3 Q3US12 P48540 P35546 B9EI61 Q569N5 Q3TNY7 G3X8Q7 Q8VDG4 Q53ZU1 Q02248 Q19AB2 POLYOL PATHWAY%WIKIPATHWAYS_20260410%WP1265%MUS MUSCULUS Polyol pathway Q3UDY1 Q64442 Q3UER1 E9Q1Q9 EUKARYOTIC TRANSCRIPTION INITIATION%WIKIPATHWAYS_20260410%WP567%MUS MUSCULUS Eukaryotic transcription initiation Q8BFX0 P59470 Q3ULN2 Q9D1M1 Q3TN86 F8VPY2 Q3TSW1 Q8CFI7 P51949 E9Q6K1 Q3UIR2 P60898 Q9D0D5 Q7TPY0 P49135 Q8VCP8 Q3THG5 Q3UMJ4 Q3UT56 Q6PI63 Q3V214 Q62311 Q8VI33 O55222 Q3UZB8 P52432 Q9D2C6 Q9R1C0 Q3TWE8 Q7TPV0 Q542U3 P62488 P08775 P61216 P70700 Q3UHI3 Q6RI65 P97760 Q91WD1 E9PWD3 A0A338P6M3 NOTCH SIGNALING PATHWAY%WIKIPATHWAYS_20260410%WP29%MUS MUSCULUS Notch signaling pathway Q6GQV9 Q3U4P5 Q6T264 P31695 Q3UH86 Q9DA19 E9PXU2 Q9JI71 A0A0J9YU62 Q3UVN4 Q61483 B2RRW2 Q9QZS3 Q91YZ2 Q80ZV7 Q3TMT1 Q3V2I2 O35516 B2RR30 Q6GTF1 Q6PDK8 Q9QYE5 Q6P3Z8 Q3UYK2 A0A0R4IZY1 Q3UIR3 Q3UND5 A0A0R4J0F4 O09009 Q61010 E9Q967 E9Q3J1 Q3UPI0 Q3UZZ2 P51141 D4QGC2 Q01705 Q499J8 Q9CV75 P57716 Q8C7N7 Q58E49 Q60838 Q61982 Q3U593 Q3UM17 PPAR SIGNALING PATHWAY%WIKIPATHWAYS_20260410%WP2316%MUS MUSCULUS PPAR signaling pathway Q546I3 P13011 A0A087WPC3 Q9QXD1 E9Q9V9 G4WK10 Q9DBM2 P0CG50 Q548W7 Q64505 Q2XU92 Q6T707 Q6GU14 P12242 P11152 E9QNA7 Q9Z0R9 O55222 Q91X41 Q99LX3 P51880 Q3UNC6 D3Z041 Q5EBJ0 Q91YN3 Q9Z2V4 Q542H7 Q542P9 Q544D7 A0A0R4J0G0 A0A0R4J0N7 Q8R1X1 Q7TQD5 Q3UN55 Q53YP5 Q924X2 Q8C6Z4 P45952 E9Q9W4 A0A0R4J083 Q3V2F7 Q8CGN5 Q9R0H0 Q91VE0 E9PUC2 Q3TN99 Q8C178 Q3UC67 Q8VCR0 Q91WL5 B0G0Y2 O88833 Q60994 Q9WU65 Q3UHZ0 Q3TET2 Q921H8 Q99PU5 G5E8A9 Q3TQP6 A2A8T1 Q8BGD5 E9QP56 Q5DX24 O35728 Q497I3 Q99PL7 Q9EPL5 Q6LC96 P09813 Q00623 Q3UKM0 P54869 P32020 Q91WU1 Q3UFS5 Q9Z1P8 Q547C4 P51162 Q8C7G5 A0A087WS15 HEPATOCYTE GROWTH FACTOR RECEPTOR SIGNALING%WIKIPATHWAYS_20260410%WP193%MUS MUSCULUS Hepatocyte growth factor receptor signaling A2RS58 P63085 Q7TSJ7 Q52L79 Q8BUR4 P09055 Q91ZZ2 Q61411 Q3USK4 Q91YS7 Q8JZR2 Q99N57 Q3UUT8 Q505A4 Q8BPT3 P01101 Q63844 P42337 Q3V3W9 G5E884 Q3UPT4 P05480 E9PYG6 Q3U5I5 K7Q751 F8VQL0 P41969 Q8C9G5 Q3TMJ8 Q52L50 Q6GU23 F8VQ28 Q3UDE9 P35235 MYOMETRIAL RELAXATION AND CONTRACTION PATHWAYS%WIKIPATHWAYS_20260410%WP385%MUS MUSCULUS Myometrial relaxation and contraction pathways Q3TQ70 P47880 P63216 Q3TNJ3 Q3UT69 Q3UQV0 P63101 P47879 P61953 P47876 P56485 P50153 P68510 A2RTV8 Q3UJF3 Q00422 Q8CIH5 Q9JMF3 Q8CBQ2 Q8CCM0 E9Q0U9 O35427 P97297 Q497E4 D3YU40 Q9Z319 Q8VCQ8 P51667 P33680 G3X8Q0 P68134 Q9CZ19 P25799 Q8CIT0 P43142 Q3U0G5 P01101 Q4KL81 Q8BWG8 Q9QUQ3 G5DDB7 Q9WUP0 A2A5N2 Q9WUP1 B2RRX1 Q545V4 Q3V1A7 Q3TST4 Q6R6I7 A2AHK0 Q8BP13 Q8BL41 Q5SS40 F8WIS9 A8IP69 Q9EP84 Q3UP99 Q3ZAT0 A2RTD1 Q54AE3 Q4FJW1 Q9DAS9 J3JS97 Q52L79 Q8VCR8 P29387 O70456 P84309 Q920N8 Q8CI86 Q91WF3 Q62347 Q3UKC8 Q53YN4 P68181 Q9CWS2 A0A2I3BRC5 Q8BNE5 Q32MD7 Q3UG14 E9PVU7 Q5D078 Q61012 Q8C5P3 E9PZQ0 Q9DBC7 Q8K1M3 Q8BFU4 E9Q706 Q80ZZ5 Q3TP50 Q3UN66 Q68FL0 Q3UTM5 Q3UNH6 Q542U0 Q4VA93 O08849 A0A0N4SVY6 Q8C4N2 H3BK84 O88444 Q8BR34 Q3UKY1 P10749 Q3UJ07 Q8VBU5 Q62101 Q3UR87 D3Z3Z3 Q62077 Q80TY9 Q8C8N0 Q8R0X5 Q9JL25 G3X8W6 Z4YJQ4 Q8CF69 Q80XD3 Z4YKV1 A3KML3 Q3TY04 P70227 P63248 Q3UU15 Q3UUN2 A0A0A6YWD0 Q3UHH5 Q3V1Q3 P68404 Q3V341 P16054 Q8CED6 O09131 Q3UGN1 A0A140LJK7 Q3U9V4 F8WGF2 Q5DTI2 P97492 Q8C5J7 Q544V2 Q3UUR0 Q544K2 Q8CBR9 P0DP28 Q3UMY0 P63213 Q8BW40 NA K ATPASE SRC SIGNALING%WIKIPATHWAYS_20260410%WP5051%MUS MUSCULUS Na K ATPase Src signaling P51637 Q8VD65 Q924U4 A2RS58 Q4FK45 Q61532 Q52L79 Q9JLN9 Q8BUR4 Q3TJP4 Q5SWN9 Q91ZZ2 Q8CI98 Q5NCN8 Q61411 P70274 Q14A12 D3YZ57 Q3USK4 Q8BTW9 Q91YS7 Q6P5G0 O08911 Q99N57 Q3UUT8 O55222 Q8CAD1 Q9WVF5 P70677 Q60521 Q5DTJ2 Q8C5Q7 Q3U9H3 P16277 Q3TSE5 Q56A15 Q790L7 P42337 Q3V3W9 Q60989 Q8VCT9 Q8VDN2 S4R216 Q05AA8 P35918 Q8BQI4 P41969 K7Q751 G3X9X7 Q8C015 O55095 Q3TMJ8 Q3TJU8 Q6J9G1 B2RQ20 P00015 Q8VDU4 A1A4T4 Q52L50 Q62210 Q545P0 Q02248 Q3TLP8 P63085 Q7TSJ7 P26618 Q05144 Q5DU30 P28028 Q8JZR2 Q8BQK4 P14234 O08908 P98083 Q3U1L4 P31750 Q9WVS7 Q8BTI9 Q8C094 P49817 G5E884 Q8C7P2 A2AS93 P05480 Q8C6X4 Q3U5I5 F8VQL0 A0A5F8MPM1 Q8CE74 Q5KU03 P05622 Q3ULB5 P70424 B1GX81 P08103 LUNG FIBROSIS%WIKIPATHWAYS_20260410%WP3632%MUS MUSCULUS Lung fibrosis P20109 Q3ZAX5 A0A0R4IZW4 E9PZW0 Q3UNK5 Q3U5U6 Q60795 P48298 Q3V1A7 A0JNY9 Q3UG07 Q99L56 Q9WVL7 Q8C9G5 Q543S8 Q6P8P8 Q9CQI1 Q9Z2D6 P29268 Q3TNY7 Q920A1 A4QPC5 Q9CV93 A0A0R4J0P6 P12032 P41245 Q544E0 Q3U593 P02798 P48759 Q8BVG4 Q3UXU8 P23359 Q8BGF6 E9Q3G7 Q0VBA8 P54320 Q545E4 Q0VGM9 Q8BGI4 Q3TB81 Q5SVU3 Q6ZWS1 P10749 Q5XZF2 Q541T2 Q3U1J5 Q544I6 B2RPW6 Q3UWD7 Q547B5 Q0VB73 A2RTD1 Q3U5L7 Q3UPN9 Q8CAR0 Q5SX78 Q5QNV9 Q5QNW0 P07750 Q5SV01 INFLAMMATORY RESPONSE PATHWAY%WIKIPATHWAYS_20260410%WP458%MUS MUSCULUS Inflammatory response pathway E9Q696 Q3UZF9 Q05A81 Q3UHL7 Q549R2 P43404 Q80YQ1 Q8CDB3 Q0VEI3 P16297 Q3TZ05 V5SIM2 G5E874 P11087 Q05895 Q544I2 Q3USI2 Q545P4 Q3TX57 Q3TVI5 F8VQJ3 Q3U479 A0A7R8C347 P29788 Q3U905 Q61238 P27512 P04351 P07750 Q5SV01 AMINO ACID CONJUGATION OF BENZOIC ACID%WIKIPATHWAYS_20260410%WP1252%MUS MUSCULUS Amino acid conjugation of benzoic acid Q9QXG4 Q91XE0 KIT RECEPTOR SIGNALING PATHWAY%WIKIPATHWAYS_20260410%WP407%MUS MUSCULUS Kit receptor signaling pathway A2RS58 Q3SYK5 Q8CGG9 Q62120 Q3TJI7 P42232 Q61411 D3YZ57 Q3USK4 Q99N57 Q68FD5 B9EKI5 A0A0X1KG61 Q8C5Q7 Q3U9H3 Q9JIA0 O54928 E9PYG6 P26955 D3Z4T5 Q8CEI0 Q3TMJ8 P20826 Q8C6Y4 Q8VDU4 P35235 P63085 Q4VA93 A0A0G2JED4 Q60760 Q8BJ14 Q9CX99 Q80ZN2 A0AAQ4VMS6 Q62077 Q3TT90 A0A0H2UKC0 Q8K4S1 Q3UCJ0 Q9JLY0 Q8JZR2 Q3TUR5 Q03160 Q8C1K3 Q3UWF9 O35716 Q9QZM4 P14234 Q924S8 O08908 Q8C3F4 P98083 Q99K94 P68404 P31750 Q8C7P2 Q7TSI6 P05480 P05532 Q3U5I5 Q810V8 Q8CFK4 Q3UTV9 Q6GU23 P35991 Q9ES52 P08103 MIRNAS AND TFS IN IPS CELL GENERATION%WIKIPATHWAYS_20260410%WP2375%MUS MUSCULUS miRNAs and TFs in iPS Cell Generation Q58E59 Q9Z1N5 A0A2I6EDI9 P83870 Q059T9 Q62189 Q60I23 OMEGA 9 FATTY ACID SYNTHESIS%WIKIPATHWAYS_20260410%WP4351%MUS MUSCULUS Omega 9 fatty acid synthesis P13011 Q920L5 D3Z041 A0A498WFQ4 Q91YN3 Q9Z0R9 Q543J1 E9PUC2 O55137 Q8BHI7 Q6P2K2 P19096 Q920L1 Q548M4 ESTROGEN SIGNALING%WIKIPATHWAYS_20260410%WP1244%MUS MUSCULUS Estrogen signaling Q3TQ70 Q8CBT3 Q52L79 Q5U421 Q61411 Q3USK4 Q3UG37 O55222 G3X8Q0 P25799 P01101 Q790L7 P42337 Q8BMC3 Q62347 P41969 Q3TMJ8 P05132 Q61012 Q8VC91 Q6NZM9 P97760 A0A338P6M3 E9PWD3 Q8BFX0 Q6GQV9 Q3ULN2 Q3TN86 P63085 F8VPY2 Q8CHB6 Q8CFI7 P51949 E9Q6K1 Q3UIR2 P60898 Q9D0D5 Q7TPY0 Q8BJ14 P49135 Q8VCP8 Q3THG5 Q3UMJ4 P28028 Q3UT56 Q6PI63 Q3V214 Q62311 Q8VI33 Q3UZB8 Z4YKV1 Q8BQK4 Q9R1C0 Q7TPV0 Q542U3 P62488 Q3TMT1 Q5D0E0 P08775 P61216 P31750 Q8BMP4 Q60520 E7FJU2 Q6P9T4 Q8C094 E9PXW8 Q8VH37 Q9JM08 P61219 P05480 Q3U5I5 Q6RI65 Q58E49 Q6NV63 FATTY ACID OMEGA OXIDATION%WIKIPATHWAYS_20260410%WP33%MUS MUSCULUS Fatty acid omega oxidation Q05A20 B6VGH4 Q3UKA4 Q9D748 Q544B1 Q9QYY9 P24549 Q05421 MAPK SIGNALING PATHWAY%WIKIPATHWAYS_20260410%WP493%MUS MUSCULUS Mapk signaling pathway P29594 Q5U421 Q8C9D4 Q91YS7 Q3U607 Q99N57 Q9WVF5 P70677 Q504P4 Q9D091 P25799 P01101 Q8BWG8 Q4FJQ4 Q63844 Q9D5H8 Q3V3W9 Q3UPT4 Q8C6X9 Q52L50 Q8VC91 Q1HKZ5 Q8CDZ9 Q3TLP8 Q3U593 Q60700 A0A0A0MQ82 Q8BV99 Q3TV73 P63085 Q8BQS9 Q545F4 Q05144 Q3UTY9 Q7TT13 P60766 P28028 Q80XI6 Q80ZA1 Q8JZR2 Q3UIB2 Q8CE90 Q3UEB8 A0A0A0MQ87 Q3UWD7 Q5D0E0 Q3V1B5 P31750 Q9WVS7 B7FAU9 G5E884 Q5J7N1 Q541P3 Q6LDU8 Q8BFV3 Q9ESS0 Q8CEI8 Q3U2P8 Q80WU9 Q6ZQ29 Q3UKR0 Q99PH8 Q9Z1S3 Q3U8K3 Q3V405 B2RX66 P15066 G3X8U7 P00536 P01108 Q9EQE3 Q545B6 Q4FJP7 Q3U7T8 Q545Q1 P70392 Q1HL35 Q3TY83 Q04690 Q497S1 Q63810 Q3TPJ9 Q6P1F1 Q8BTM9 Q9JJV3 Q8C5K4 Q91YU7 O08648 A2RS58 Q60676 J3JS97 Q61532 Q3UFB7 Q52L79 P58069 Q6P3C8 Q8K2U0 A0A1W2P715 Q80VU4 A0A0R4IZW4 Q9DBN8 Q5NCN8 Q8BUM3 Q61696 Q9JI10 Q99NF7 Q8K130 Q3UNK5 Q3TRG2 O54992 A0A0R4J174 Q6P5G0 O08911 Q3TZF1 Q60521 Q5DTJ2 Q3V348 Q53YN4 Q8C350 E9PYG6 Q3TPX5 Q80XK0 Q3UMH6 P41969 P63328 Q3TMJ8 P05132 Q5SVI6 P29452 Q8CF89 Q6GTW1 Q3UN66 Q8C833 Q923A8 Q3U0Y6 Q7TSJ7 Q3UKY1 P10749 P70196 B1AXN9 Q99K90 Q544K4 Q4FK69 Q8CF69 P27600 P68404 Q3V341 Q8C094 A2AS93 Q9JM73 Q8C6X4 Q3U5I5 Q8CBR9 Q8CE74 O35099 F8VQ72 A0A7U3JW80 P05622 A0A1W2P7P4 TRANSLATION FACTORS%WIKIPATHWAYS_20260410%WP307%MUS MUSCULUS Translation factors Q545K4 Q8CHW4 Q60876 Q5F2A7 Q99LD9 O70251 Q3TML6 Q3UFP6 P63242 P62631 Q3UKV0 Q3UZR8 P29341 Q91VK2 A0JNY7 Q4FZK2 Q80VV3 E9Q9E1 Q58E64 Q5M9L0 Q3UM46 Q8BTU6 Q6ZWX6 Q62029 Q9Z2R9 Q3UGC7 Q9Z0N2 O70194 Q3UVY8 Q3TQR3 Q8BQR8 Q8CEC8 Q544H0 Q3TF02 Q4FJR7 Q9QZD9 Q8R1B4 Q3ULL5 Q564E5 Q3UIG0 P58252 D3Z3J6 Q4V9T8 Q61749 Q7TQC8 Q8BGD9 Q8JZQ9 Q03963 Q8C470 TYROBP CAUSAL NETWORK IN MICROGLIA%WIKIPATHWAYS_20260410%WP3625%MUS MUSCULUS Tyrobp causal network in microglia Q542I8 A0A0A6YVV2 Q9JIA0 A2CFE9 Q9D5H8 Q8BNM4 G5E8F1 Q8BH52 Q3U1Q3 P57725 Q8CA06 Q9JHF5 Q8VC04 Q545H9 P23949 Q9Z2U4 Q8BMT4 S4R270 Q8BQ30 E9Q467 Q8VD57 E9Q9E8 Q9Z1K8 Q8CB93 Q9Z175 A1E5L0 P01027 Q8CHR6 Q3UE89 Q9Z0J0 Q9ESU7 Q9JL25 D3Z3Y5 Q3U419 Q5F271 B1AYC9 B2RQ18 Q8K1X4 Q99LB4 Q4FK35 Q54AA2 Q5SSK2 O70145 Q547B5 Q3V3L3 D3YXZ5 P54843 P0C6B7 Q80YV1 Q8BGA2 Q02105 Q545P4 A0A571BE88 A0A0U1RNJ3 Q3V1B8 Q810V8 Q2PMY2 Q3TSV7 CHOLESTEROL METABOLISM WITH BLOCH AND KANDUTSCH RUSSELL PATHWAYS%WIKIPATHWAYS_20260410%WP4346%MUS MUSCULUS Cholesterol metabolism with Bloch and Kandutsch Russell pathways P13011 Q8BP65 Q9EQC4 Q64505 Q3US73 Q9Z0R9 Q8C5N9 Q91X41 Q99LX3 Q920L1 G3XA48 D3Z041 Q91YN3 Q8K0C4 Q543J1 O55137 E9PUC2 Q8BHI7 Q6P2K2 Q8QZT1 Q8JZK9 P19096 A0A498WFQ4 Q9WTN3 A0A140LIT2 Q8BFZ6 Q3U1N2 Q8CAY6 Q8BV96 Q8BLN5 Q8VCH6 Q9CZZ6 Q8BPY1 Q3TQK8 Q3THA3 Q9CRA4 Q3V3I6 Q4FJN9 Q9Z0F5 P70245 Q3UYC1 Q8BM54 Q3UEB4 P54869 Q0VDW9 Q61263 Q3US15 O88908 Q547C4 P53798 Q3U9G9 O88822 ACE INHIBITOR PATHWAY%WIKIPATHWAYS_20260410%WP396%MUS MUSCULUS ACE inhibitor pathway P29754 P06281 P00796 D3YTY9 Q3US12 Q3TU20 Q8C5P3 Q3UTR7 P32299 EICOSANOID METABOLISM VIA LIPOXYGENASES LOX %WIKIPATHWAYS_20260410%WP4348%MUS MUSCULUS Eicosanoid metabolism via lipoxygenases LOX Q9QXD1 Q9DBM2 Q8VDQ1 Q91YR9 Q3V175 Q8C255 Q8K355 Q4FK56 P24527 Q8VCC1 A2CF85 Q9Z2A9 A2CF88 Q99N16 Q91WL5 Q9EP75 B0G0Y2 Q76LV0 A0A0A6YVV2 O88833 P48999 Q9CPU4 A0A0A6YWX7 Q921H8 Q9R0H0 Q3UQ71 Q8C178 DISTAL CONVOLUTED TUBULE 1 DCT1 CELL%WIKIPATHWAYS_20260410%WP4183%MUS MUSCULUS Distal convoluted tubule 1 DCT1 cell Q7TPR2 Q80UE6 Q543E4 Q9Z307 Q06138 Q9WUB6 A2AQL0 FOCAL ADHESION%WIKIPATHWAYS_20260410%WP85%MUS MUSCULUS Focal adhesion Q3UZF9 Q8BQ25 Q4FK45 D3Z7D5 P97927 Q00731 Q8CI98 Q6PE70 Q3USK4 Q8C5B3 Q9ESQ1 Q91YS7 G5E874 Q99N57 Q925I7 Q91VS8 B1B1A8 Q9WVF5 Q9DBR7 P11087 Q3UGT9 A2ARA8 Q642K0 Q8BS01 P97393 F8WHW6 F6XC54 Q3U9H3 Q4KL81 P26011 Q3TSE5 P16277 Q61789 B2RRX1 Q3V3W9 F8VQJ3 E9QPU1 Q99L56 Q8VCT9 Q3U962 Q05AA8 Q8BQI4 G3X9X7 Q80Z71 O55095 Q8C015 Q3TJU8 Q6J9G1 B2RQ20 Q8VDU4 A1A4T4 Q52L50 F8VQ28 G5E8F1 Q62210 P28481 Q3TLP8 P63085 P26618 P09055 Q05144 P60766 P28028 Q8JZR2 Q9JLI2 Q8BQK4 E9PXZ3 P14234 O54890 Q3UWD7 P98083 Q547B5 Q3UHZ0 P31750 Q9WVS7 Q3TR46 B7FAU9 G5E884 Q8C7P2 P05480 B2RTL6 P29788 A0A5F8MPM1 B1AWB9 Q8CAR0 Q80X73 Q8CI19 Q3ULB5 B1GX81 P08103 P51637 Q8VD65 Q61711 Q924U4 A2RS58 Q61532 Q52L79 A1BN54 Q8BUR4 Q80TM2 Q3TJP4 Q5SWN9 A0A0R4IZW4 Q91ZZ2 Q80YQ1 Q5NCN8 Q3UE22 P70274 Q4FJM5 Q8C9Z1 Q14A12 Q8VCR8 D3YZ57 Q8BTW9 Q3TZ05 P70460 Q6P5G0 O08911 Q3UUT8 O55222 Q8CAD1 Q542I8 Q60521 Q8CBM0 Q9QUM0 Q64727 B2RQQ8 Q80YP5 Q5DTJ2 Q8C5Q7 Q5DTP0 P49766 P42337 Q790L7 Q3TVI5 Q60841 Q62469 Q8BYI9 S4R216 K7Q751 P41969 Q8C9G5 Q3TMJ8 Q3UST0 Q9R0B6 P02463 Q3TZS3 Q7TSJ7 Q62470 Q3UHL7 I7HJS8 A2A864 P43406 Q4VAE6 Q3UF24 Q8CC06 Q9Z0T9 O08908 Q05895 P19137 P97946 Q03350 Q3UT74 Q0VBD0 Q8BTI9 Q3USI2 Q8C094 Q3TX57 P49817 Q8CE84 Q9QZR9 A0A0U1RNJ3 Q8C6X4 H3BKX8 Q3U5I5 F8VQL0 Q544A5 P97953 Q8CE74 E9Q2T3 Q5KU03 Q3TYW1 P05622 Q3TB85 P70424 SEROTONIN RECEPTOR 2 AND STAT3 SIGNALING%WIKIPATHWAYS_20260410%WP2079%MUS MUSCULUS Serotonin receptor 2 and STAT3 signaling Q62120 Q6GU23 Q3UHH5 Q543D4 HISTONE MODIFICATIONS%WIKIPATHWAYS_20260410%WP300%MUS MUSCULUS Histone modifications Q8BY71 Q8C358 A2CG76 Q58E49 Q3TMT1 OXYLIPINS PATHWAYS%WIKIPATHWAYS_20260410%WP5140%MUS MUSCULUS Oxylipins pathways Q9JHF7 Q05769 B2RXY7 P48999 Q9DB60 O35936 Q3V175 Q8K355 Q4FK56 P24527 Q8VCC1 A2CF85 A2CF88 Q9Z0R9 Q3UTF0 Q3UQ71 O35074 A0A0A6YVV2 O09114 Q8BNP8 Q920L1 CIRCULATING MONOCYTES AND CARDIAC MACROPHAGES IN DIASTOLIC DYSFUNCTION%WIKIPATHWAYS_20260410%WP4474%MUS MUSCULUS Circulating monocytes and cardiac macrophages in diastolic dysfunction Q543S8 Q5SVU3 Q3U879 Q547B5 MITOCHONDRIAL GENE EXPRESSION%WIKIPATHWAYS_20260410%WP1263%MUS MUSCULUS Mitochondrial gene expression Q8BGR3 B1AUX2 Q99K73 O70343 Q62347 Q8R3J4 Q6NZN1 Q3V3C0 B2RSE6 P81069 Q8CHZ9 Q8JZM0 P40630 Q8VHJ7 Q00422 A7UQY4 P63328 O08580 G3X8Q0 PTF1A RELATED REGULATORY PATHWAY%WIKIPATHWAYS_20260410%WP201%MUS MUSCULUS Ptf1a related regulatory pathway B2RR30 Q01705 A2ATA7 Q99MA9 P52946 P48437 O35565 Q02248 Q3UZZ2 Q3V2I2 Q3UM17 TRYPTOPHAN METABOLISM%WIKIPATHWAYS_20260410%WP79%MUS MUSCULUS Tryptophan metabolism Q8R519 Q3ZAT3 Q3UKB9 Q3TSI5 Q3V1N7 D3YXV1 Q3U6U7 Q78JT3 Q3UTK2 B1AV77 Q9WVM8 Q5DTH1 Q6NSV5 P24549 Q05A20 B6VGH4 P24270 Q9EP75 Q9D816 Q8BVD4 Q05421 Z4YJV4 P33267 Q8BH95 Q3USU4 Q544B1 Q8VCH6 Q62148 Q61425 Q8BW75 Q5SUV8 Q8VCW3 Q14A64 P40936 Q8K4H1 G3X8P9 Q9CT51 Q8CC91 Q99N15 P23804 Q9JHZ8 Q8QZT1 A0A0R4J285 Q9CX58 APOPTOSIS%WIKIPATHWAYS_20260410%WP1254%MUS MUSCULUS Apoptosis Q60778 P29594 Q8CBT3 Q52L79 Q8K2U0 Q812G4 Q8C9D4 Q3U607 Q60855 P39428 Q5SX13 P70677 P97287 P25799 Q3U9H3 Q8K3J2 Q4FJQ4 Q3TSE5 Q6PEB3 Q549P2 Q8C535 Q60989 Q3U479 Q8C350 Q549T4 Q8C6X9 Q5HZH3 P09535 Q8VC91 Q62210 P70444 P29452 P23804 Q3U593 Q9JM54 Z4YK94 P70343 Q3UHJ1 P70345 Q0VB76 Q5DU30 Q9EPU5 Q6ZPE9 P97431 Q3TH93 Q80ZA1 A2RSY7 Q3U5H0 P62816 Q5SUZ5 Q5CZX0 Q8BQK4 Q9Z2F7 Q542T3 Q9QZM4 O08734 Q3U169 Q9JIQ3 Q8BP66 Q5D0E0 Q3U2Z2 Q548Y4 Q542S2 B2RRZ7 Q8VD70 Q3U1L4 P31750 Q545P4 Q8C7P2 A2AS93 Q61160 A0A3B2WAY2 Q3U9K6 Q99PH8 P01108 Q8CAR0 Q9Z1E3 F8VQ72 Q60848 Q3TPJ9 ALANINE AND ASPARTATE METABOLISM%WIKIPATHWAYS_20260410%WP240%MUS MUSCULUS Alanine and aspartate metabolism Q8BJY7 E9PX09 Q91YI0 Q566C3 Q548L6 P54822 Q548L4 Q3UEN9 Q3UJ34 Q8R3P0 P61922 Q8BP54 P05201 H7BX88 P05202 HEME BIOSYNTHESIS%WIKIPATHWAYS_20260410%WP18%MUS MUSCULUS Heme biosynthesis P70697 Q3UQA3 A2AFM1 Q4QRK2 Q3V0B2 P36552 Q9DD05 Q3UKR3 Q3UPG1 LEPTIN INSULIN SIGNALING OVERLAP%WIKIPATHWAYS_20260410%WP578%MUS MUSCULUS Leptin insulin signaling overlap O54718 Q8C5Q7 O35718 P31750 Q3UXE9 Q62120 Q548Q7 A2AHK0 Q9Z0Y7 P81122 Q3TPM5 Q6GU23 O35716 Q544U0 P01325 Q543V3 Q3UHZ0 Q640Q2 STRIATED MUSCLE CONTRACTION%WIKIPATHWAYS_20260410%WP216%MUS MUSCULUS Striated muscle contraction E9Q1W3 Q3ULT2 P62737 Q9DC77 P49813 O88990 Q9D1R6 M0QW57 Q9CQ19 B2RQQ1 Q545G3 P19123 P13412 Q62234 P20801 Q3UIK0 Q5FWJ3 Q5FW75 Q6IRU2 P09542 Q8BP43 Q497F1 Q8BHM1 Q497E4 Q3UUB1 P51667 P68134 Q9CZ19 Q4KL81 Q5SX40 Q6P6L5 F6QYE1 Q3V1K9 Z4YNB2 Q9WUZ5 Q3UQS9 Q5XKE0 P13541 P13542 B2RXX9 Q545T7 Q6P3Z7 Q3TVB8 Q8K0Z5 Q8C139 WHITE FAT CELL DIFFERENTIATION%WIKIPATHWAYS_20260410%WP2872%MUS MUSCULUS White fat cell differentiation Q3U5E7 Q6GU14 P42232 Q9R1E0 Q3V017 P06537 Q3U207 Q5SUZ5 Q545R0 Q3UE64 H9T841 Q91X41 P53566 Q3UST6 Q60793 Q80TC1 Q9JIA0 Q9WTN3 Q3U0R5 Q62347 Q9EPW2 Q3U9K6 Q8C3F5 Q8CBL7 Q3V405 Q3UPN9 Q3U320 Q9Z0Z7 Q3V293 Q1RME7 A1A550 P01325 MIR 193A AND MVP IN COLON CANCER METASTASIS%WIKIPATHWAYS_20260410%WP3979%MUS MUSCULUS mir 193a and MVP in colon cancer metastasis Q4FK45 Q790L7 P01108 Q3UR88 Q60865 Q3U7S9 ALZHEIMER 39 S DISEASE%WIKIPATHWAYS_20260410%WP2075%MUS MUSCULUS Alzheimer 39 s disease Q8C5K4 P11152 Q3U607 P70677 Q9CUU5 O08529 Q03391 Q8R429 P61022 A0A3Q4EHJ0 Q3U9H3 Q9D6P8 Q4FJQ4 F6VAN0 Q63844 Q3TXU4 Q9D869 Q8CI86 A0A0R4J2C6 Q3U454 O55042 Q8CGB9 Q9EQY0 Q91UZ1 A2A6S2 Q3U479 Q7TNI3 Q8C350 E9Q575 Q3UK27 Q61391 Q80XK0 Q9JM83 P63328 P70444 Q99N15 Q7TQC8 Q3U593 Q3U4P5 P63085 P35436 A0A589Q4M7 P10749 Q5DU30 E9PXU2 A0A8I4RSM0 Q8C8N0 Q8R0X5 Q80ZA1 Q3UF24 P70227 Q3UHH5 Q6GTF1 Q8CED6 Q3UYK2 Q6GR78 Q6NZC0 A2AS93 Q61160 Q0PCR6 A0A140LJK7 F8WGF2 Q3UPW0 Q5DTI2 G3X9V4 Q9CQR7 G3X8U7 P57716 Q543F6 Q542T9 Q5KU03 A2AI21 Q3V3V2 Q497S1 Q63810 FACTORS AND PATHWAYS AFFECTING INSULIN LIKE GROWTH FACTOR IGF1 AKT SIGNALING%WIKIPATHWAYS_20260410%WP3675%MUS MUSCULUS Factors and pathways affecting insulin like growth factor IGF1 Akt signaling Q8C3J7 Q9JLN9 P09055 P47880 Q3UQV0 P47879 P47876 Q9R1E0 Q62432 Q3UR87 Q3UUT8 Q8BUN5 O55222 D3YU40 Q543V3 P25799 Q3U1L4 Q542K0 P31750 Q8BFP9 O70343 Q3U479 Q8BI36 P27040 Q6NVF2 Q3U1Z9 F8WH23 Q540E2 Q8CFN7 Q8CAR0 Q3U593 NEURAL CREST DIFFERENTIATION%WIKIPATHWAYS_20260410%WP2074%MUS MUSCULUS Neural crest differentiation E9QK53 Q3UG37 A0A0R4IZW5 Q91YZ2 P48031 P27467 P25799 Q3UUX5 Q3UR96 E9Q967 Q8C4K8 P51141 Q8BPN4 Q91YV0 Q8C6Y4 Q3UV15 Q6NZM9 Q02248 Q60838 P28481 Q14DJ8 Q3UQK5 P70340 P23359 Q790L8 Q02067 P31695 P09055 Q0VGJ1 Q9JI71 Q541T2 Q04887 Q8K3Q9 Q61483 Q3TMT1 O35516 Q6P9T4 E9PXW8 Q8VH37 Q9JM08 Q3UZZ2 Q01705 Q499J8 Q58E49 Q61982 Q3UM17 Q80ZL6 Q5D096 Q4FJM5 A2BDY3 P26687 Q542S0 Q543U1 Q569N5 P70660 G3UX36 Q5SXS3 P03995 Q91ZK4 Q543C6 E9QK82 P29812 Q2EY15 Q8CE69 Q8BM92 P70327 Q6P3E7 Q61663 Q3TYA7 Q3UZH5 O35690 A0A0R4J0E2 Q0VBT1 I7HJS8 Q8BNI8 Q6PFG8 Q543P4 Q3UZ96 A0A668KM95 Q4FK48 A0A654IEJ3 P17919 A0PJL6 Q3UN59 P46684 G3X9C7 Q3UYK5 Q61865 Q8BRF1 Q04888 Q6GTZ3 Q8CIM9 Q8BSI9 Q3ULR1 Q3UND5 Q61086 Q8BTH7 Q5SQG1 Q7TSI8 Q5KU03 A1A550 GLUTATHIONE AND ONE CARBON METABOLISM%WIKIPATHWAYS_20260410%WP730%MUS MUSCULUS Glutathione and one carbon metabolism Q4FK56 Q3UNA7 Q9Z2A9 Q7TSJ0 Q497H7 Q541E5 P47791 Q91WT9 A2RSW6 A0A0R4J0G9 Q76LV0 O88508 A0A0A6YVV2 Q790Y8 P97449 O35490 Q9CZN7 Q4FJZ6 A0A0R4J111 P46412 Q8K010 A6H5Y3 H3BKT5 Q8VCN5 Q8BJ64 G3UZ26 Q5M9P0 O88844 Q541E2 Q91X83 Q99LB6 PDGFR ALPHA AND STMN1 COOPERATE TO EXACERBATE CYTOTOXIC EFFECTS OF VINBLASTINE%WIKIPATHWAYS_20260410%WP4398%MUS MUSCULUS PDGFR alpha and STMN1 cooperate to exacerbate cytotoxic effects of vinblastine P26618 Q545B6 AMINO ACID METABOLISM%WIKIPATHWAYS_20260410%WP662%MUS MUSCULUS Amino acid metabolism Q3UKT3 Q9Z186 Q61176 O08691 Q8QZS1 O70423 Q9DBM2 Q6P5I3 P35505 Q3TSQ7 Q99L13 Q61024 Q99J99 P23738 Q8VDC0 Q3UJ53 Q9CSI4 O08749 Q9Z110 Q8QZR1 Q9D0I9 Q8BP54 P52480 P47791 P08249 A0A5F8MPN8 A2AQK4 Q8VCN5 Q9Z2V4 Q8BKZ9 Q541E2 Q3UFJ3 P45952 Q61425 Q564E2 Q5SUV8 Q3UKA4 Q8VCW3 P05201 G3UWN2 P05202 Q9JHZ8 D3Z7P3 Q3U6U7 P15105 Q9QYY9 P24549 Q91WT9 O35490 Q8K2B3 Q4FJZ6 P97807 Z4YJV4 Q91YI0 Q544J2 O88844 Q8BGT5 Q3UJ34 Q8BHN0 Q9CXV1 E9QMT1 Q91XD4 Q9D748 Q9WUM5 Q921H8 Q8R1A8 Q543H0 Q3UEN6 Q99MR8 Q8CBC8 Q99KI0 Q8BU30 P00860 Q8C196 Q9D2G2 P97355 Q9CZU6 Q0VB50 Q3UTR5 Q3V117 Q64237 P24529 P24472 Q790I0 Q9CZU5 P38060 P54869 Q9DBF1 A2RT28 Q9WU79 Q5SX75 P35419 Q8CE60 Q69Z91 Q8CGC7 PENTOSE PHOSPHATE PATHWAY%WIKIPATHWAYS_20260410%WP63%MUS MUSCULUS Pentose phosphate pathway P47968 D3Z4X1 P40142 B2KGF0 Q9DCD0 Q93092 Q790Y8 FIBRIN COMPLEMENT RECEPTOR 3 SIGNALING PATHWAY%WIKIPATHWAYS_20260410%WP5128%MUS MUSCULUS Fibrin complement receptor 3 signaling pathway Q0VE17 Q8CBT3 Q3ZAX5 Q8CFA1 Q8BR10 Q5SVU3 P70196 Q4VAE6 Q3U7M4 Q3U419 Q3UER8 D3Z6G2 E9PV24 Q542I8 P20491 Q64HC9 Q6P1E0 Q3V1T9 B9EKI5 Q5D0E0 Q61805 Q548Y4 P25799 Q3TGR2 P31750 L0CL36 P42337 Q99MB1 A4QPD3 P05480 Q548V9 Q80UF7 Q542S6 P29477 Q8BJQ4 Q3U9K6 A2RTD1 P11214 Q8VC91 Q4FJP7 G5E8F1 Q8R4K2 Q6W5C0 Q3U593 T CELL RECEPTOR SIGNALING PATHWAY%WIKIPATHWAYS_20260410%WP480%MUS MUSCULUS T cell receptor signaling pathway Q3SYK5 Q3USK4 Q91YS7 A2AQL0 B9EKI5 Q8BH99 S4R1M0 P01101 A0A0X1KG61 E9QLZ9 Q9JIA0 Q8BHB3 A0A0R4J0H1 Q63844 Q60749 E9Q4S7 Q62418 Q3V3W9 Q4FJX0 Q8K1I7 Q5U3L0 Q547H1 Q3UPT4 Q8CAX3 Q8C503 A0A0R4J0P5 Q3TCT5 Q6PB99 P29352 Q3V3I1 Q8CEI0 B2RUR0 Q6P5P1 Q3UU54 B2RQ20 E9Q0N2 A0A0R4IZX1 Q8VDU4 P68368 Q549Q4 A0A338P6G9 F8VQ28 A0A3B2W812 Q53WY0 Q3U0E8 Q61599 Q02248 A6H6M1 Q3UP61 Q3UDE9 Q60787 A2ALK8 Q8BZ03 Q3V299 Q3UP78 B7ZWE5 Q3U4Y3 Q6GQV9 Q8BH43 P63085 A6H659 Q99JP6 Q9EQR5 Q9QZS8 Q05144 F6WMJ3 Q5D0E4 P43404 Q561M1 P99024 Q68SN8 Q9CX99 Q9R0C8 Q8CIS0 P60766 P35831 Q546H1 P28028 Q3UND0 Q9QUG9 Q9D7X3 A0A0R4J212 Q3UCJ0 Q3TCR7 Q8JZR2 Q8R4L0 A0A0A0MQ87 Q6P1E0 Q8C3F4 P98083 Q6PD21 Q99K94 P31750 Q3TPY5 Q6A0A3 P09405 E9PXW8 G5E884 Q8C7P2 Q61010 Q7TSI6 P05480 Q5STT8 G3X8U7 E9Q696 A0A0R4J0X8 A2RS58 Q52L79 Q3ZB59 Q91ZZ2 P42232 Q5NCN8 D3YZ57 Q80X22 P70460 Q80XR8 Q920N8 Q62347 E9PYG6 K7Q751 Q3TMJ8 P35235 Q62077 A0A0R4J0R7 Q8C8N0 D3Z3Y5 O08908 Q3U5I5 Q3UPN9 Q8C443 F8VQ72 Q3TSV7 REGULATION OF CARDIAC HYPERTROPHY BY MIR 208%WIKIPATHWAYS_20260410%WP1526%MUS MUSCULUS Regulation of cardiac hypertrophy by miR 208 A0A654ICB8 Q540E2 Q8R1H0 Q5SWW4 B2RXX9 Q3UYJ1 ID SIGNALING PATHWAY%WIKIPATHWAYS_20260410%WP512%MUS MUSCULUS ID signaling pathway Q3ULG4 E9Q696 Q00731 P13405 P51943 Q543V3 P25799 Q545W1 A0JNY9 P35918 P41969 O55095 G3X8Q7 Q61457 Q02248 P70340 Q3TVD4 P97454 Q0VEI3 A0A1B0GRM0 Q8BUN5 G3UVX2 Q6GTZ3 Q545T4 Q8CAI6 Q02650 Q8BRW3 Q61288 Q3UWD7 Q544D2 P41158 Q548Y4 V9GX46 Q3UU13 Q3U1L4 Q00288 Q9WTN3 Q3UU71 E3SRG8 Q6LDU8 P10085 Q3UZZ2 A2RSK4 P12979 Q0VEJ7 Q8CAR0 Q3UGB9 Q6PAR4 Q4FJW1 P21274 E9PWE4 IL 9 SIGNALING PATHWAY%WIKIPATHWAYS_20260410%WP10%MUS MUSCULUS IL 9 signaling pathway O35718 Q78PA5 Q9JIA0 P31750 Q63844 P15247 Q3URU8 Q01853 P63085 Q8C7P2 Q3UJQ1 P42232 Q3U5I5 A0A0R4J0R7 P81122 Q3TMJ8 Q91YS7 V5SIM2 Q6GU23 P35235 E9QJS1 Q543V3 P98083 Q99K94 AFLATOXIN B1 METABOLISM%WIKIPATHWAYS_20260410%WP1262%MUS MUSCULUS Aflatoxin B1 metabolism B6VGH4 A2AE89 Q9DCY6 E9PWK1 Q8CG76 NUCLEOTIDE GPCRS%WIKIPATHWAYS_20260410%WP207%MUS MUSCULUS Nucleotide GPCRs Q8BLG2 Q3U4C5 Q8BMJ5 Q3UQ86 Q60614 A0A0R4J289 Q8CAH1 Q0VBT7 A7VJD3 Q8CAU3 G3X8R9 Q8BMC0 GLYCEROLIPIDS AND GLYCEROPHOSPHOLIPIDS%WIKIPATHWAYS_20260410%WP4345%MUS MUSCULUS Glycerolipids and glycerophospholipids Q3USD5 A2AHK0 A0A0C3SFZ5 A0A0U1RPV3 Q61586 D3Z1N8 Q8K2C8 Q54AA6 P98191 Q6NVF2 Q9DCV3 Q8K4X7 Q54AG5 P49586 Q9D4V0 Q61469 Q505E1 D3YU39 Q99LH2 Q8BJ56 E9QNZ9 Q9Z1X2 Q61907 MAPK CASCADE%WIKIPATHWAYS_20260410%WP251%MUS MUSCULUS Mapk cascade Q60700 G5E8L8 Q5D096 P63085 Q52L79 Q8K2U0 Q5U421 Q5SWN9 Q61411 P28028 Q8C9D4 Q91YS7 Q99N57 O08911 Q8CAD1 Q60521 Q9D091 Q63844 Q8CI86 Q5J7N1 Q3U1N3 P41969 Q3TMJ8 Q3V403 Q60790 Q61084 Q80ZL4 F8VQ72 COMPLEMENT AND COAGULATION CASCADES%WIKIPATHWAYS_20260410%WP449%MUS MUSCULUS Complement and coagulation cascades Q8BSB7 O88174 Q61129 Q80YC5 P08607 D3YTY9 P33587 A0A0A6YY75 Q9DC83 A0A0R4J032 P06684 A2BI31 Q3TJ94 Q3TYN1 Q3UP47 Q543W3 Q9JHH6 E9Q6D8 P39039 Q3UEG8 Q80Y26 A0A3B0IP04 Q543J5 Q5ND36 P97290 Q91WP0 E9Q8I0 P14106 Q3UER0 Q9CTX0 Q542C2 Q3TR66 Q3V1T9 Q9DAC2 Q14DT6 P16294 Q3TGR2 Q8BQ43 O88783 D3YXF5 E9QPU1 P11214 Q0VBD7 P30993 Q0VBA8 Q5U7A4 P01027 P30558 G5E899 Q02105 P26262 P49182 Q61475 E9QAP4 A0A0R4J088 A0A2R8VHR3 Q8BVN1 Q545X5 Q6GQT1 Q91Y47 P21180 SIDS SUSCEPTIBILITY PATHWAYS%WIKIPATHWAYS_20260410%WP1266%MUS MUSCULUS SIDS susceptibility pathways P51637 Q3TYN1 Q3UJ53 G3X8Q0 P25799 Q543D4 Q3UUQ5 Q8C3I3 Q8K1A6 Q3USV2 Q3U0R5 Q64264 A0A183ZRM3 O70343 Q3USA2 Q62347 Q922M5 O55144 F8V330 Q9ERK7 Q6P1H7 Q62066 Q80V49 P31360 Q8VHJ7 A0AAQ4VMX2 Q9DBV7 Q8C3F5 Q8BJT8 A0A6I8MWW7 Q60857 E0CXR7 Q8CGV2 P35546 Q5SUV8 Q53Z09 Q8BRS9 Q53YK0 Q3UVH8 P97751 Q9JHZ8 Q80ZZ5 Q3U593 Q02067 O35690 Q8BJ14 Q3UBT1 P06537 P97414 Q6NXJ9 Q546Q8 Q3UZZ2 A2RTD1 Q54AE3 Q61164 Q499J8 Q3U320 Q3URV7 Q3U879 P19091 MECP2 AND ASSOCIATED RETT SYNDROME%WIKIPATHWAYS_20260410%WP2910%MUS MUSCULUS Mecp2 and associated Rett syndrome Q32MD9 O70494 Q3UJG0 Q3U6V4 Q5D096 A0AAQ4VMX8 Q548L6 Q4FJX4 Q3TYA7 Q8CHB6 Q3ZB60 O35969 Q545V6 Q3TMK9 Q3UNH4 Q9CYB4 Q8C2Q7 B0R0C1 Q922U1 B2X2D8 Q9Z2X1 Q542Q5 Q541T2 Q3UBT1 Q3UE64 G3X8Q0 Q6AXH7 Q3V1B5 Q60520 Q62347 Q541P3 Q3UVW8 F8V330 Q0VG15 P31360 Q61164 Q9Z2D6 Q3URK3 P56476 B1Q2W7 A2AI21 Q3TYV5 Q04690 A0A7U3JW80 P17208 D3YYY8 Q544F9 MIR 1 IN CARDIAC DEVELOPMENT%WIKIPATHWAYS_20260410%WP608%MUS MUSCULUS miR 1 in cardiac development Q9Z0V2 Q61039 Q9JKQ4 GLYCOGEN METABOLISM%WIKIPATHWAYS_20260410%WP317%MUS MUSCULUS Glycogen metabolism Q6ZWR4 Q61151 P63330 Q6ZQK4 Q9D6Y9 Q9ET01 Q9R062 Q91V89 Q8CBA7 Q9WUB3 Q6PD28 Q9DB30 F8VPN4 P07934 Q8CI94 Q6PD03 Q6PE66 Q3U548 A0AAQ4VMQ4 Q8BN07 Q3U6X6 A0A3Q4EHJ0 Q3UKW2 Q9Z1E4 Q76MZ3 Q8BG02 P0DP28 Q8BXX8 Q8VCB3 Q543N6 Q2NL51 Q5KU03 Q9CWU3 Q8BIX1 ETHANOL METABOLISM RESULTING IN PRODUCTION OF ROS BY CYP2E1%WIKIPATHWAYS_20260410%WP4265%MUS MUSCULUS Ethanol metabolism resulting in production of ROS by CYP2E1 Q3TMJ8 Q91YS7 Q7TSJ7 Q60795 Q53YN4 O54790 G3X8Q0 Q3UP84 Q3U0G5 Q05421 ROBO4 AND VEGF SIGNALING PATHWAYS CROSSTALK%WIKIPATHWAYS_20260410%WP3864%MUS MUSCULUS Robo4 and VEGF signaling pathways crosstalk G3UYX7 Q00731 P05480 A0A1L1SUF8 P35918 Q3TLP8 GPCRS ORPHAN%WIKIPATHWAYS_20260410%WP1398%MUS MUSCULUS GPCRs orphan Q8BPS4 E9PY61 Q91WD0 Q3UQ38 G5E8Q8 Q99MU1 Q9D8F3 A2AWR3 Q148Z6 Q8BS95 F8VQN3 A0A2I3BPD5 A0A1Y7VLJ5 Q8BUD0 Q6DID7 Q3UQ21 A0A140T8Q9 Q3V3A3 PROSTAGLANDIN SYNTHESIS AND REGULATION%WIKIPATHWAYS_20260410%WP374%MUS MUSCULUS Prostaglandin synthesis and regulation Q4FJV4 P70263 Q8CC99 B2RS62 Q8VCC1 P48302 Q91VE4 Q6PDF2 Q9CPQ2 Q3UTF0 Q61614 Q8BNT7 O35074 O09114 Q921D0 P48036 Q4JHD9 Q3UKV9 Q05769 Q543T1 Q3TC45 Q6NZB9 Q9QZ82 S4R1F2 Q545I9 Q542G9 O35639 Q543A9 Q3UI56 Q9DBX5 Q544E0 TRANSCRIPTIONAL ACTIVATION BY NFE2L2 IN RESPONSE TO PHYTOCHEMICALS%WIKIPATHWAYS_20260410%WP1245%MUS MUSCULUS Transcriptional activation by Nfe2l2 in response to phytochemicals P10648 P54843 Q7TSJ7 Q4VA93 P42337 Q542Y0 Q9Z2X8 Q8R3V2 Q3UNA7 P54763 Q3UPN9 Q3U5U6 Q60795 Q4FJZ6 GPCRS CLASS C METABOTROPIC GLUTAMATE PHEROMONE%WIKIPATHWAYS_20260410%WP327%MUS MUSCULUS GPCRs class C metabotropic glutamate pheromone Q3V0U2 G5E8D5 D2DFA9 Q80T41 G5E8C3 Q05BD6 G3XA00 Q3UUY8 Q4VA56 Q14BI2 J3JS84 Q8CFQ7 Q9QYS2 Q9WV18 Q9QY96 GPCRS NON ODORANT %WIKIPATHWAYS_20260410%WP1396%MUS MUSCULUS GPCRs non odorant P56485 E9Q0U9 Q542J1 Q9ERZ4 Q6R6I7 Q920A1 Q61091 P41593 Q8BLL2 Q0P543 A2AR99 Q8BMP4 Q6NXJ9 Q3U9R0 Q8BMJ5 H7BX37 H7BX15 Q3UQ86 A0A0G2JGM8 Q60614 A0A0R4J289 Q923X1 P32082 Q0VBT7 Q8CAU3 D3Z6J2 Q3ZAT0 Q546Q8 Q3UN81 Q5ERJ2 A0A158RFU9 Q14BH6 O35659 Q8BFQ3 P56479 Q3V1K5 Q3SWS4 Q496T0 Q6P8H4 P21729 A0A1Y7VN85 Q0VBD7 Q3ZB46 P30875 Q3SWR9 Q543T0 Q61041 P32299 P30993 Q8BU69 P29754 Q3U1H9 Q32MS1 P30548 A0A0N4SVY6 Q3TPL0 Q61212 Q0VEH1 Q8BKB0 Q3UHD1 Q5U7A4 Q8BLP9 Q544P9 A2ACT4 P48302 P30935 A0A0R4J1D6 A0A0B6VTJ4 Q9WU02 P33766 Q3US12 Q8BZV9 Q9QYS2 Q544G7 Q543U8 Q78U67 P12657 G5E8D5 Q61086 Q80T41 D2DFA9 G5E8C3 Q05BD6 Q544V2 G3XA00 Q3UUY8 Q4VA56 Q14BI2 Q543A9 Q8CFQ7 A0A1B0GSX9 Q76JU9 Q544F4 Q9QXZ9 Q5UCB4 O08675 P30730 Q9JKT3 Q8K1Z6 P58308 B2RQM3 Q8BZ39 Q6IYF8 P59529 A1KXK3 Q8VCK6 Q8JZL2 P59528 Q546L4 P59530 Q540P3 Q9Z0L1 Q543V2 A0A385KNU8 Q9JKA3 P70263 Q14AA9 P52592 P59532 Q9Z0U9 Q05AD1 Q8CC99 Q2M2N7 B2RS62 G3X986 Q62035 Q01338 Q91VE4 Q01337 P47936 Q6PDF2 Q53Z46 Q5FW61 Q923Y8 Q0VDP6 O08530 S4R2T0 Q3SXF8 Q3U507 Q8BNT7 Q14AC3 Q543X1 Q9WV08 P51436 Q0VES5 Q0VEC4 A0A0R4J0T3 E0CY28 O88634 O35457 Q543D4 O08707 Q14AW8 Q3TU81 Q3UVG4 Q7TQB8 Q8BFU7 Q542B6 Q7M720 Q64264 Q0VDU3 Q7TQA4 Q9WUK7 Q3UVW8 Q6YNI2 P18762 Q08AU6 Q6VZZ7 Q7TQP3 Q9JKL1 Q0VBA6 Q5Y988 Q5Y985 Q9JIP6 Q7M712 Q543S8 Q8BLG2 Q8BJN8 Q4VA00 A0A494BA82 Q02152 A1KZZ4 Q6VMN6 B3Y5T0 O88495 Q6NS65 Q8CAH1 C5H7S2 Q60755 Q925K6 P97751 Q0VB49 P49681 Q924H0 Q3UZ41 Q3V2S5 Q9WUT7 Q91ZE5 Q8K4Z6 B1ASC0 Q3U4C5 G3X9C6 Q3ZB17 A0A1C7ZMY0 Q9DC42 Q99MT6 Q91X56 B6VJS3 Q8K0A3 P35343 E9QQ21 Q9D8I2 Q549B6 Q9JL21 P30558 G3X9K0 Q04683 Q91V95 P61168 O88410 Q9EQ16 Q543X3 Q8K209 O08858 P51676 Q9CUZ6 A0A0R4J0J4 A7VJD3 Q3UEG1 B2RQS5 Q810W6 Q99JA4 Q3U5L7 P51680 S4R1K3 Q9Z282 P47774 Q9R0M0 O35161 A0A0R4J0N8 Q8BVW4 Q3V0U2 P56450 Q0VBE5 Q61614 Q61616 Q9WV18 Q9JJL9 Q9QY96 G3X8R9 Q9R216 Q8BMC0 P47937 Q61224 Q9D1T9 O70421 P34971 Q9DBL0 A0A1L1SUG9 Q8BZV1 Q542R4 Q544B4 Q0VBU3 A2ANQ2 Q3UP63 Q920H4 Q9JL06 APOPTOSIS MODULATION BY HSP70%WIKIPATHWAYS_20260410%WP166%MUS MUSCULUS Apoptosis modulation by HSP70 Q4FJQ4 P29594 A2AS93 B1AU25 Q61160 Q3U479 Q8C350 Q61696 Q5DU30 Q8C9D4 Q3U607 Q60855 P70677 P70444 F8VQ72 P25799 Q3TPJ9 ELECTRON TRANSPORT CHAIN%WIKIPATHWAYS_20260410%WP295%MUS MUSCULUS Electron transport chain B2RTM2 Q9CR68 Q9D881 P48962 Q9D6D0 P12787 Q9CQC7 Q3UDK5 P43023 Q9CPQ1 Q549J5 Q9CQB4 Q9CQZ6 O35143 Q545A2 Q9CPX8 Q8C2Q8 Q5SUC9 Q7JCZ3 P56391 P48771 Q8K2B3 Q569N0 F6RBR6 Q54AC6 Q9CZ13 Q9CZB0 Q9DB77 Q792A4 Q545K0 A0A0A0MQJ8 Q7JCX7 Q9CXV1 Q8BJ03 Q9CQ69 P99028 Q64445 Q9CQA3 A2RSV8 I6L9E0 Q5NCJ9 Q5FW98 Q9DCW5 P12242 Q7JCZ1 Q9MD68 Q06185 Q9CR61 Q9DCJ5 Q99LY9 Q9CQY9 D3Z568 A2AP31 Q7JCY4 P56480 Q7JCY9 Q7JCY6 Q9MD82 D3YXT0 Q03265 Q7GIP5 Q3U422 Q9CQ75 Q5M9P5 Q9CRA7 Q99LC3 Q9DB20 Q9Z1P6 Q9MD77 Q5I0W0 Q62425 P56135 Q9CPQ8 Q9CPU2 E9QPX3 Q545F5 D3YTQ8 Q4FK74 P56383 Q9DCX2 Q9DC70 Q9D6J6 Q14BC2 Q9DCT2 Q9CQJ8 Q4JFN6 Q91YT0 P97450 Q9CQZ5 P52503 Q9CQ54 Q91VD9 Q9DC69 Q9CQ91 Q9DCS9 Q7JCZ0 Q9MD59 B CELL RECEPTOR SIGNALING PATHWAY%WIKIPATHWAYS_20260410%WP274%MUS MUSCULUS B cell receptor signaling pathway Q4FK45 Q5U421 Q3USK4 Q8CIH5 Q91YS7 Q99N57 P13405 P51943 B9EKI5 Q5BLK1 F8WHW6 Q3UHU8 Q8BH99 S4R1M0 A0A0X1KG61 Q4FJQ4 Q63844 P16277 Q6PEB3 Q5U3L0 Q3UPT4 A4QPD3 Q8CEI0 P41241 Q8VDU4 Q8VC91 Q53WY0 Q2NL51 Q02248 Q3UDE9 Q60787 Q3UP78 B7ZWE5 P63085 Q9EQR5 P43404 A0A0G2JED4 Q8CIS0 P28028 A0A0H2UKC0 A0A0R4J212 Q3UCJ0 Q8JZR2 Q8R4L0 Q8BQK4 Q3UWF9 Q505A4 A0A0A0MQ87 Q6P1E0 Q5D0E0 P98083 Q548Y4 Q99K94 Q3UHZ0 P31750 Q6P9T4 E9PXW8 Q8C7P2 Q7TSI6 Q8BFV3 Q3U2P8 Q9JK42 Q9WV32 Q3TX55 Q61152 Q8CFK4 Q5STT8 D3YU01 Q3UL29 G3X8U7 P15530 Q6NZH9 Q3UGB9 Q9JM76 Q6GU23 Q3TQG5 Q9Z1E3 Q544E3 P35762 Q80ZJ1 P35991 Q9JHL0 Q3UJ95 Q14AA1 Q63810 Q9EQ32 Q9ES52 P08103 E9Q696 Q91XU3 P70181 P70182 Q5FWJ5 A2RS58 Q9CPW4 Q9CVB6 Q8CBT3 Q52L79 P35329 Q3ULF7 Q9DC83 D3YWR2 A0A1W2P715 Q3TJP4 B0F3S4 Q3ZB59 Q91ZZ2 Q9ERS5 Q99LJ5 Q3UPA8 Q91XQ5 P11911 D3YZ57 Q3UZ35 E9Q415 Q6P5G0 Q8C5Q7 Q8K3J2 Q920N8 Q62347 Q53YN4 E9PYG6 S4R216 K7Q751 P41969 P63328 Q3TMJ8 Q61457 Q8CA06 P35235 Q544F9 Q923A8 Q7TSJ7 Q8C3J7 Q4VAE6 Q9R1E0 Q62101 Q3THG5 Q62077 Q8C8N0 Q0VBK8 O08908 P68404 Q3UZ64 P16054 Q8CED6 Q5SW83 A2AS93 Q3U5I5 Q810V8 Q8CBR9 Q9DBQ6 Q8C443 Q545C3 Q5KU03 MONOAMINE GPCRS%WIKIPATHWAYS_20260410%WP570%MUS MUSCULUS Monoamine GPCRs G3X9C6 B6VJS3 Q543V2 Q01338 Q01337 S4R2T0 Q61616 P51436 Q0VES5 Q9ERZ4 Q0VEC4 P61168 Q0VBU3 Q543D4 Q14AW8 A2ANQ2 Q3UP63 Q3UVG4 Q920H4 Q64264 Q61224 P12657 P18762 P34971 B2RQS5 A0A494BA82 Q02152 Q9DBL0 A0A1B0GSX9 B3Y5T0 Q8BZV1 Q925K6 Q542R4 SEROTONIN AND ANXIETY RELATED EVENTS%WIKIPATHWAYS_20260410%WP2140%MUS MUSCULUS Serotonin and anxiety related events P01101 Q64264 Q3ZAT0 Q8K3R3 Q9WV31 P63328 E9QK34 S4R2T0 Q5F271 Q03391 Q8CIT0 Q543D4 P68404 CELL CYCLE%WIKIPATHWAYS_20260410%WP190%MUS MUSCULUS Cell cycle Q3SYK5 Q4FK45 P46414 Q9CYB4 Q9DBN8 Q61502 Q3UNK5 Q3UG37 Q9WUV0 Q542F4 Q9CZF7 P60330 A0A0R4IZW5 Q3UI57 Q3UR71 Q3UR74 Q9JK30 Q3UI99 P48964 P13405 Q8BQ03 P51943 Q66JY4 P97310 P97313 A0A5F8MPZ4 Q66JV6 Q59IX1 P11440 B2RS44 Q3TPZ2 Q3TDV6 Q9WVA3 A2A7G7 Q61456 Q5HZH8 A1L2Z0 A0A1Y7VJB9 E9QN37 Q8C5L1 S4R216 A0A0R4J145 Q3UMH6 A0A0A6YWY1 P30276 Q9CQJ7 Q3TQW9 Q8BJ38 O35280 P47810 Q8K1K8 Q8VHT4 Q543W6 Q9D297 Q6ZQJ8 E9QPK4 Q9ESG9 Q9JJ66 Q6NZM9 Q61457 Q3UZD6 Q542J9 Q544H6 Q64364 P23804 E9PWD3 A2AEP2 Q569Z9 Q8BJ14 Q80ZA1 Q0VBK8 A8IP69 Q8BUN5 Q3TMT1 Q3U4T8 Q6P9T4 E9PXW8 Q9JM08 E3SRG8 Q564P6 B9EHX4 Q8R0K9 Q3UGB9 Q6PAR4 Q545C3 Q5KU03 Q58E49 ERBB SIGNALING PATHWAY%WIKIPATHWAYS_20260410%WP1261%MUS MUSCULUS ErbB signaling pathway G3V023 P63085 Q7TSJ7 Q3SYK5 Q4VA93 Q545E4 Q52L79 P46414 Q9JLN9 Q61411 Q62077 Q3USK4 Q8BTW9 F8WIS9 Q60876 Q8JZR2 Q8CE90 Q9WVF5 Q505A4 G3X9U0 Q8CAD1 Q3UWD7 Q8BH99 Q3U9H3 Q9JIA0 Q8BMC3 P05480 Q8C6X4 Q564P6 Q3U5I5 K7Q751 P41969 Q3TMJ8 P01108 A1A4T4 Q5FW64 Q9WTX4 Q543J8 Q5KU03 Q4FJT2 Q61521 Q6DR99 Q61526 Q61527 P70424 D3YZR2 FATTY ACID OXIDATION%WIKIPATHWAYS_20260410%WP2318%MUS MUSCULUS Fatty acid oxidation Q8BWT1 Q8BL03 Q61425 Q8BH95 O08601 P50544 Q07417 Q7TQD5 Q3UN55 P45952 SIGNAL TRANSDUCTION OF S1P RECEPTOR%WIKIPATHWAYS_20260410%WP57%MUS MUSCULUS Signal transduction of S1P receptor P31750 Q8CI15 Q63844 O70572 P63085 Q61532 Q91X56 Q8CI86 B9EHG7 Q9WVM1 P52592 Q8C6X4 P08752 Q5NCN8 Q9Z0U9 Q58E38 O70167 Q9DC51 O08530 O08911 Q8CE74 B2RSH2 ONE CARBON METABOLISM AND RELATED PATHWAYS%WIKIPATHWAYS_20260410%WP1770%MUS MUSCULUS One carbon metabolism and related pathways Q91X34 Q542X9 Q3UNA7 Q4FJX9 Q497H7 P08228 Q91WR8 P47791 Q76LV0 A0A0A6YVV2 A0A0R4J111 P46412 Q8CDQ5 A6H5Y3 Q8VCN5 A0A0J9YUN4 Q541E2 Q6NVF2 Q548L6 Q548L4 Q9DBT9 P60334 Q9QXF8 Q80SW1 Q544L2 A0A2R8VHX0 Q544T5 Q3TWI2 Q3TNK3 Q3ULU3 Q91WS4 H7BWY3 Q54AG5 P49586 Q9D4V0 Q91WT9 Q811Q9 D3YU39 O88508 A7MCT6 O35490 Q9CZN7 Q61907 Q8BGS7 Q4FJZ6 O54804 Q3USD5 Q8BJ64 G3UZ26 Q8CBC8 Q91X83 Q99J57 ESTROGEN METABOLISM%WIKIPATHWAYS_20260410%WP1264%MUS MUSCULUS Estrogen metabolism A2AE89 Q9D566 Q64435 Q542Y0 Q3UTK2 P70691 O88587 Q05A20 B6VGH4 Q62452 Q63886 Q91W19 P13745 ARACHIDONATE EPOXYGENASE EPOXIDE HYDROLASE%WIKIPATHWAYS_20260410%WP1250%MUS MUSCULUS Arachidonate epoxygenase epoxide hydrolase Q3UQ71 Q64445 P12787 GLOBO SERIES SPHINGOLIPID METABOLISM%WIKIPATHWAYS_20260410%WP5305%MUS MUSCULUS Globo series sphingolipid metabolism Q920V1 Q9JI67 Q8VI38 A6H6C9 OXIDATIVE DAMAGE RESPONSE%WIKIPATHWAYS_20260410%WP1496%MUS MUSCULUS Oxidative damage response P46414 Q9DC83 Q8K2U0 A6H6S8 P06684 Q5U7A4 Q3TYN1 Q3UHJ1 P70196 Q5DU30 P60766 A0A3B0IP04 Q8C9D4 Q3UIB2 Q9JJX7 P39428 Q8BQK4 P14106 P70677 Q9CTX0 O08734 Q14DT6 P25799 Q3U9H3 Q56A15 Q02105 Q545P4 A2AS93 A0A3B2WAY2 Q564P6 Q3UMH6 G3X9X7 Q8C6X9 P00015 Q542J9 Q791X1 F8VQ72 A0A1Y7VKX4 Q3U593 P21180 P30993 DOPAMINERGIC NEUROGENESIS%WIKIPATHWAYS_20260410%WP1498%MUS MUSCULUS Dopaminergic neurogenesis Q80ZL6 Q8VD35 Q02067 G5E8P5 Q60I23 P24549 Q3UNK5 Q543W2 Q60867 P48031 P13297 Q3TZM2 Q61327 O35160 P47806 Q62226 Q6GTH9 Q8BKI7 Q8BRU6 Q3TYI4 Q3UR96 Q3USA2 A0A6I8MWW7 Q99MA9 P35546 Q5SUV8 P24529 Q6GU23 Q8BRS9 Q791X1 MIR 222 IN EXERCISE INDUCED CARDIAC GROWTH%WIKIPATHWAYS_20260410%WP2928%MUS MUSCULUS miR 222 in exercise induced cardiac growth H3BKM3 O88904 Q5D0E9 P46414 WNT SIGNALING PATHWAY AND PLURIPOTENCY%WIKIPATHWAYS_20260410%WP723%MUS MUSCULUS Wnt signaling pathway and pluripotency Q3UN27 P63330 Q4FK45 A0A0J9YU62 A0A0R4J0A9 Q8C9D4 Q542J1 Q91YZ2 P27467 Q8BRC7 Q3UR96 Q3ZB23 E9Q967 P22725 Q76MZ3 P51141 Q9JIP6 Q80X37 Q91YV0 Q61091 Q02248 A0A2I6EDI9 F6RV17 Q60838 Q14DJ8 Q8BIX1 P24383 Q3UQK5 Q6GQV9 Q3TQ59 Q3TV73 Q0VBA8 Q8BNP7 Q8BLL2 Q91VN0 E9Q5K6 Q8BJ14 Q60I23 B2RU64 Q80ZA1 Q3TYE1 Q8BN07 Q9CUZ6 Q3UEG1 Q8BG02 Q66JY7 P01108 Q543N6 Q1RME7 Q9CWU3 Q546I3 Q6ZWR4 Q8C402 Q61151 Q52L79 Q6ZQK4 A0A0R4J1M1 A2BDY3 B7ZN41 Q9R216 Q920N8 Q790L7 Q53YN4 O70421 S4R216 Q9DBV7 Q5DTK3 Q3UN66 Q923A8 Q4VA93 Q9WVM1 Q3UKY1 Q4VAE6 Q62101 P68404 Q3V341 P16054 P70701 G3X9V2 Q6PDY6 A0A1L1SRE8 Q9QUH1 Q8C094 Q149T7 Q8C718 Q5SW18 P22727 Q8VE28 Q8C6P4 Q3UMK5 O70283 P27889 Q61086 A2A3Z3 Q3UTY8 Q5KU03 A1A550 MRNA PROCESSING%WIKIPATHWAYS_20260410%WP310%MUS MUSCULUS mRNA processing Q3UV27 Q03963 Q99J95 Q3UEG8 Q3U1C4 A0AAQ4VMX8 Q8C2Q7 Q922U1 Q9Z2X1 Q9CTT7 Q6NVA3 Q3TUC3 T1ECW4 Q58E59 A0JNY7 Q9QYS9 A0JNY9 E9Q179 P48962 P09405 Q3TF92 Q6NV63 Q5FWJ5 Q8VEK3 P70196 A0A2R8VHX0 P62918 P62488 P08775 Q9CQ49 Q8QZY9 Q60900 A0A0A6YXQ8 F7CVW0 Q8JZN2 Q9D2U5 A0A2R8VK76 Q571G2 Q62093 Q91VC3 Q3UAF1 E9PZY8 J3QPR1 Q3TQX5 Q3UH31 Q91YZ8 F8WJG3 Q3U5M9 E0CXT7 Q3USH5 Q8R0B4 Q3UC02 Q7TN25 Q8CE71 Q9DC48 A0A1D5RLR3 Q3TG35 Q6ZWP0 Q9D104 Q91VR5 Q921F4 Q8CCS6 D3YTQ3 Q9D3U4 Q9CQ21 Q3U9X2 G5E872 Q8C0N6 Q6ZWM4 Q3UCL2 Q91WT4 Q8C570 Q9DBR1 Q99N16 E9PXW3 A2ALF2 Q8R3F9 Q3UXT6 Q80Y51 Q8R2D7 Q6ZWN5 Q8C2Q3 Q3V141 A2A3V1 Q62084 Q9DB01 P11928 V9GXF3 Q3TMD4 Q9CPW2 Q9CPW7 A0A0R4J0U8 P84104 A0A0R4J041 Q3TE41 P62315 P27048 O70445 Q8C9D3 Q9Z204 Q542V3 Q8CB58 Q544Z3 Q8R0F6 Q8R0F5 Q8JZQ2 Q6PDM2 Q3TWW8 Q9D0T1 Q80X98 P54823 Q9CQX6 P62320 Q80TR8 Q8BGC0 A0A8Z1S2G3 Q3UGU6 Q05C51 Q9CR89 Q5BLJ7 Q549F9 Q9D384 Q9CR83 Q9QXX8 D3Z4S9 Q8CB40 A2ADR8 A0A1B0GQZ1 Q8VIJ6 Q5CZX8 A0A0G2JGX2 A2ACP1 B2RY56 Q921I9 Q99KG3 O35698 P16254 Q3UBT1 Q8BQ46 F8VQ54 Q99LI9 Q14AF6 Q8JZQ9 E9PUF4 Q6NZQ3 Q91YR7 Q923D4 Q9Z1N5 Q6P5B5 A2A4P0 P83870 Q8BMC4 Q059T9 Q62189 Q3UKR8 Q8C996 P60335 Q91Z31 B9EI57 Q5SU48 Q9CX97 Q61048 Q8K469 Q3TTE0 Q8CI75 P35550 E9PUG7 Q3V086 Q9CVU5 Q9CX86 Q8CBI1 Q9CQK3 Q91YP6 Q3UZ01 Q8BMA6 Q9R0B7 D3Z5I9 Q8CFQ9 Q45VK6 P62309 Q8C839 Q3UDD3 Q3UN87 P62305 Q3UN82 A2APF7 Q9CQI7 Q9CQQ8 Q9CUY2 Q61074 A2AG09 Q9D0M0 Q8BMH2 Q3UGN4 Q8BTV2 Q9D0L8 Q3U3F6 E9PUK6 Q9CPN8 Q7TSY6 Q3TVM1 Q4VA08 Q9JHI7 Q62176 P70333 Q920A7 Q9QZS0 Q80YT9 Q9JHI2 Q80XR5 Q99LC2 A0A0N4SUH4 Q8K2W7 Q8R3C6 Q5SVX3 Q80Y20 A3KG57 Q5U3M2 Q9CU62 Q8BPK8 P29341 Q8R3C7 P14576 Q9QY15 A0A0R4J0T5 A9DA50 Q569X3 Q3UKX1 Q5FWA0 Q8VC52 Q8BTU6 A0A1B0GRU8 A0A2K6EDK7 Q62029 Q91VM5 A0A494B9C0 D3YX51 S4R2L4 Q9CWZ3 Q80YR9 O55201 Q8BQR8 Q80YR5 Q3TJ75 Q8BTS0 Q544H0 Q8BHR2 Q5EBP8 Q14C24 Q9CSH3 Q9CQD0 Q3UZG4 Q564E5 E9QML5 Q99LX0 Q8K0G8 Q921W2 A2AEK1 O88569 Q9DBB5 Q61655 Q9CXQ0 Q9Z2F2 Q8C5G1 Q543F1 Q9CY16 Q3UR91 G5E8G0 Q80SZ6 G3X9I4 Q14AR0 Q8BWL5 Q3UGB5 Q9DCC1 Q9D4E6 O08583 Q8R4X3 Q78JM7 S4R1W5 P59708 Q61474 Q570Z0 Q8BZ94 Q9CQH8 Q3TTB3 Q8BG24 Q8VHZ7 P60824 Q8BGS0 Q9JLI8 Q9CZ96 Q9DAE2 Q9WV02 D3YXZ5 B2RS80 Q8BV04 Q5BL18 Q9CRI3 Q66JV4 Q5EAT0 S4R1S7 Q99J64 Q8BG13 Q8CH02 E9PWH1 Q9D8S5 P57784 Q8C9T5 Q6VY05 Q8CH09 Q9CQF3 Q8C470 Q9D0B0 Q9CQF0 Q9D1D4 Q8VI93 Q8BHS3 Q9DBE7 Q91VE6 Q3UEB3 Q564E6 Q921Y2 Q8R1V7 Q9ESC5 F8WI22 Q9CY46 Q8BPZ1 Q8C7E9 B1ATC3 Q3UNG1 Q3U0L2 P57722 Q8BHJ9 Q91YA2 Q8CFC7 Q8BM39 Q8CII5 Q8VEH2 B2RQP1 Q4FK11 Q6NV83 Q3UDS1 B7ZNI2 Q8C7D3 Q5SUE7 Q8VHM5 Q9JJY4 Q9DAY9 Q8BQZ3 Q6NSQ7 Q80TU6 B2RSV4 D3Z588 A2ALM6 Q3URR1 Q3UZA6 Q8CGC6 Q5BLK1 Q3TT81 A0A0G2JEP0 A0A2R8VHX5 Q9QZH3 Q3UNH9 F8WJA0 Q9DBZ2 Q60856 P28271 O70343 D3Z1R6 Q6PE01 Q3TTW5 Q8CBY0 Q9CXG3 Q91V81 A0A158RFV1 Q91VY9 Q05BM5 Q8VHJ7 Q3UIA1 A7UQY4 B9EIA2 Q5ND52 Q91YE7 Q5SUH5 E9Q109 P21440 E9QKD1 Q3THA6 J3QMX0 Q3US38 F8WHX0 Q3UJB0 G8JL74 F8WGU3 E9Q9A9 Q9CX58 Q3TRV3 Q9CRA8 Q3UA07 Q9CWK3 Q8JZX4 A0A0H3XWX3 Q059Z2 Q6PHZ5 Q6PCP0 Q497W9 P22518 Q4FJV9 Q8R326 Q544C9 Q545E6 G3X8S6 Q99M28 Q8R1N0 A0A0A0MQD1 A1L349 E9QP07 Q0P688 P70372 Q3UR88 Q9CXW4 Q4VAG4 P62274 P62911 Q545X8 Q5EBQ6 Q9D823 Q52KP0 Q5BLK0 Q5BLK2 Q505A8 Q6ZWU9 Q4FZE6 E9QMT1 Q059I1 Q9D7P1 Q5I0T8 P62264 P62267 Q4FZH2 Q5M9N8 HYPOXIA DEPENDENT PROLIFERATION OF MYOBLASTS%WIKIPATHWAYS_20260410%WP5024%MUS MUSCULUS Hypoxia dependent proliferation of myoblasts B7ZNP9 P31750 Q9JLN9 Q3V1A7 Q00731 Q6ZWS1 P10085 A2RSK4 Q7TT21 Q62432 P12979 Q8C9G5 Q9CPU7 Q540E2 Q8CFN7 Q8CAR0 Q8BUN5 Q540E6 Q9EP53 CHOLESTEROL BIOSYNTHESIS%WIKIPATHWAYS_20260410%WP103%MUS MUSCULUS Cholesterol biosynthesis Q8K0C4 A0A140LIT2 Q8JZK9 Q8BV96 Q8BLN5 Q3TQK8 Q3THA3 Q9CRA4 Q4FJN9 Q3UYC1 Q3UEB4 Q3US15 P53798 G3XA48 O88822 PRIMARY FOCAL SEGMENTAL GLOMERULOSCLEROSIS FSGS %WIKIPATHWAYS_20260410%WP2573%MUS MUSCULUS Primary focal segmental glomerulosclerosis FSGS Q3ULT2 O35566 P46414 A0A0A6YY75 Q80TM2 Q9QZS0 D3YZ57 Q5FWJ3 Q3UNK5 A0A0R4J0A9 Q3TZ05 O55222 Q64727 Q8BH99 A0A0J9YUN4 Q61391 K7Q751 A0A6I8MWW7 Q8BL41 G3X8Q7 A0A3B2W812 Q542J9 Q791X1 Q02248 O54908 Q62470 P09055 Q549R2 Q91VN0 A2A864 P43406 Q62077 Q543M3 P97431 Q8K4S1 Q3UVN4 E9QLA5 F2Z4A3 A3KML3 Q6P6L2 Q3UWY6 Q9D7B2 O54890 Q3UF75 Q3URF1 Q791G4 Q199A7 Q9QZS7 O35114 Q6NV56 Q63ZW6 P31750 L0CL36 Q4FJV3 Q8VDD5 Q8CBE6 Q3USI2 Q8BJL0 Q8BSI9 P11679 G5E8B6 Q9QZR9 A0A4X8 C0LL94 Q8C123 E9PVX6 Q564P6 P29788 Q01705 M0QWP1 Q545X5 EGFR1 SIGNALING PATHWAY%WIKIPATHWAYS_20260410%WP572%MUS MUSCULUS EGFR1 signaling pathway G5E8L8 Q3URU8 Q5U421 Q8CI98 Q61411 Q62432 Q8C5H3 Q3USK4 Q8CIH5 Q7TPR2 Q91YS7 Q60855 Q99N57 Q9WVF5 G3X8Q0 B9EKI5 Q9D091 Q8BH99 P01101 Q8BY71 A0A0X1KG61 Q9JIA0 Q63844 A2A5N2 E9QM75 Q9QXJ2 Q05AA8 G3X9X7 P41241 Q9CXQ9 Q8VDU4 Q61084 F8VQ28 Q3UDE9 Q3TLP8 Q3UXE9 P63085 Q9QZS8 Q3TVD4 Q60760 Q9R0C8 P60766 P35831 A2ASX2 Q3TT90 F8WIS9 Q3UCJ0 Q8JZR2 Q03160 Q8CE90 Q14AF6 Q8BUN5 O35716 Q505A4 G3X9U0 Q8C863 A0A0A0MQ87 Q3UWD7 P41158 P98083 Q99K94 P31750 Q9R190 Q60520 Q9WVS7 Q3TPY5 P11679 Q62172 G5E884 Q8C7P2 Q5J7N1 Q7TSI6 P05480 P17426 Q5F258 Q8CEI8 Q9DCV7 Q80WU9 Q3TK48 Q9CQD1 Q9CZV7 Q925P3 Q3U8K3 Q8BQ28 P15066 Q14BR4 Q8BWW9 P01108 Q9JJ00 Q8C067 Q6GU23 Q3TVI6 G3X9H5 Q3UJA5 Q543F0 Q58E49 A0A8I4SYN6 Q80VP1 A0AAQ4VMU6 Q80ZW1 Q3UFL4 O35718 Q9QWL7 Q80XC3 Q924U4 B2RS85 O08648 A2RS58 Q3UHF8 Q62120 Q9JJU8 Q52L79 Q3UPW2 O88520 P05784 Q3TJP4 Q6P549 Q5SWN9 E9Q632 Q3ZB59 Q8K3H0 P42232 Q5NCN8 Q9ERS2 Q62384 Q62420 Q8CCG5 Q8VD75 Q6ZPU1 Q80ZL3 Q5ND42 Q8K1S5 Q8CAD1 P53566 Q8C5Q7 Q58E64 P42337 O55042 Q62347 A0A0J9YUN4 Q3TX09 E9PYG6 Q9CWS2 P41969 Q3TMJ8 O08599 Q6NVF2 E9QAN8 Q5DTK3 Q9DBC7 P35235 Q542U0 Q7TSJ7 Q7TPD5 Q4VA93 Q8C4N2 Q9R1E0 B1AXN9 Q62101 Q62077 Q544K4 O08908 P68404 Q3V341 G3X9V2 Q8BTI9 P49817 A2AS93 Q3TUH8 Q5EBQ2 Q3U5I5 Q810V8 Q3UPN9 F8VQ72 Q6S393 ACETYLCHOLINE SYNTHESIS%WIKIPATHWAYS_20260410%WP175%MUS MUSCULUS Acetylcholine synthesis P35487 O54804 Q543Z1 Q8BQV2 P49586 Q3UFJ3 Q61907 WNT SIGNALING%WIKIPATHWAYS_20260410%WP403%MUS MUSCULUS Wnt signaling Q61151 Q4FK45 Q52L79 Q6ZQK4 A0A0R4J1M1 Q8C9D4 Q149J3 Q542J1 Q9Z1N6 P27467 Q9R216 Q8BRC7 Q920N8 Q790L7 Q3UR96 Q3ZB23 E9Q967 Q53YN4 O70421 P22725 S4R216 P51141 Q9JIP6 Q5DTK3 Q61091 Q02248 Q60838 Q14DJ8 Q3TLP8 P24383 Q3UN66 Q3TQ59 Q4VA93 Q0VBA8 Q8BNP7 Q3UKY1 Q4VAE6 Q62101 B2RU64 Q3TYE1 P68404 Q3V341 P16054 P70701 Q6PDY6 A0A1L1SRE8 Q9QUH1 Q8C094 Q5SW18 Q9CUZ6 P22727 Q8C6P4 Q3UMK5 O70283 Q3UEG1 Q61086 Q3UTY8 P01108 Q5KU03 Q1RME7 IL 5 SIGNALING PATHWAY%WIKIPATHWAYS_20260410%WP151%MUS MUSCULUS IL 5 signaling pathway Q3U8M7 A2ALS4 Q3URU8 A2RS58 Q62120 P46414 Q52L79 Q5U421 P63101 Q91ZZ2 P42232 Q61411 Q91YS7 A0A3Q4EGX3 Q99N57 P30355 Q3TMX0 Q542I8 Q06831 P25799 A0A0X1KG61 Q8C5Q7 Q8K3J2 Q9JIA0 Q63844 P48999 Q8BMC3 Q53YN4 S4R216 P26955 P41969 Q8CEI0 Q8VDU4 G5E8F1 Q9DBX5 Q02248 Q2NL51 Q3UDE9 Q8CA06 P35235 Q3TLP8 Q3V299 P63085 Q05A81 A0A0G2JED4 P16297 Q3UCJ0 Q3TCR7 O35716 O08908 Q6P1E0 P98083 Q99K94 P68404 P31750 Q8C094 Q9WVH4 Q8C7P2 Q5J7N1 Q3U5I5 Q810V8 Q8CBR9 Q6GU23 Q9Z1E3 Q5KU03 P35991 P08103 Q5SV01 EICOSANOID SYNTHESIS%WIKIPATHWAYS_20260410%WP318%MUS MUSCULUS Eicosanoid synthesis Q05769 Q543T1 P48999 V5TDK8 O35936 Q3V175 Q8K355 Q4FK56 P24527 A2CF85 A2CF88 Q3UTF0 P30355 Q3UN31 O35074 Q8K1N1 O09114 Q8BWM0 Q8BNP8 MIR302 367 PROMOTING CARDIOMYOCYTE PROLIFERATION%WIKIPATHWAYS_20260410%WP2904%MUS MUSCULUS miR302 367 promoting cardiomyocyte proliferation Q3UZ05 Q8VHE2 P46938 Q3T9U1 GLUTATHIONE METABOLISM%WIKIPATHWAYS_20260410%WP164%MUS MUSCULUS Glutathione metabolism Q9D7X8 Q8K010 P15626 Q9CQG1 O88844 Q3V175 Q61133 Q4FK56 Q541E2 Q3UNA7 Q9Z2A9 D3YVP5 P13745 P47791 Q76LV0 A0A0A6YVV2 Q790Y8 P97449 Q9DCY6 Q4FJZ6 A0A0R4J111 P46412 STATIN PATHWAY%WIKIPATHWAYS_20260410%WP1%MUS MUSCULUS Statin pathway Q3UJG0 P34928 Q3TXU4 O08601 P06728 A0A1L1SRE8 Q3U454 P16301 Q64505 Q61009 Q8BV96 Q8BPY1 P11152 Q54AA6 E9QP56 Q00623 Q61263 Q3UFS5 Q3TYU0 EICOSANOID LIPID SYNTHESIS MAP%WIKIPATHWAYS_20260410%WP4335%MUS MUSCULUS Eicosanoid lipid synthesis map Q05769 Q06G06 P48999 B9EKS7 Q3UN31 Q9DBX5 O09114 Q6GTW1 Q8BNP8 SREBF AND MIR33 IN CHOLESTEROL AND LIPID HOMEOSTASIS%WIKIPATHWAYS_20260410%WP2084%MUS MUSCULUS SREBF and miR33 in cholesterol and lipid homeostasis Q9WTN3 A0A1L1SRE8 Q542P9 O70343 Q9JLN9 Q3UKP1 Q53Z05 Q3U1N2 Q91X41 Q6KAM1 Q8BV96 NOVEL JUN DMP1 PATHWAY%WIKIPATHWAYS_20260410%WP3654%MUS MUSCULUS Novel Jun Dmp1 pathway P63085 Q52L79 Q9CYB4 Q61411 P28028 Q80ZA1 Q91YS7 Q8K3Q9 Q99N57 P84078 Q8CAD1 Q3UP99 P13405 Q569U6 Q9D091 P01101 Q63844 Q790L7 Q5J7N1 O55188 Q3U1N3 Q3TMJ8 P01108 Q545C3 Q64364 P23804 MATRIX METALLOPROTEINASES%WIKIPATHWAYS_20260410%WP441%MUS MUSCULUS Matrix metalloproteinases Q3UN27 Q54AE5 Q3UG07 P57748 O70138 Q9WTR0 Q80U46 Q3U435 D3Z6I1 Q3U9V5 Q3UQT3 O88676 P53690 Q3TCW6 Q8CGV8 Q9EPL5 Q3USH7 A1L3D0 Q9R0S2 Q9R0S3 P18572 Q8BSJ3 Q3UW97 Q3KP74 P12032 P41245 Q922W6 Q3U593 O54732 BLOOD CLOTTING CASCADE%WIKIPATHWAYS_20260410%WP460%MUS MUSCULUS Blood clotting cascade Q00558 O88783 Q80YC5 Q0VBA8 E9QPU1 Q3TJ94 G5E899 Q80Y26 Q5ND36 P11214 Q3UER8 E9PV24 Q3UER0 Q542C2 Q3V1T9 Q91Y47 P16294 Q3TGR2 Q542A3 Q8BQ43 TRIACYLGLYCERIDE SYNTHESIS%WIKIPATHWAYS_20260410%WP386%MUS MUSCULUS Triacylglyceride synthesis P54310 P13707 Q3TET2 Q9D517 Q80W94 Q9CT84 G3XA61 Q9D1E8 A0A0R4J263 Q91ZV4 A2AL50 Q61586 Q9CWA8 Q99JY8 P11152 Q54AA6 Q9DCV3 Q8K4X7 Q61469 Q8BJ56 Q9WU65 Q9CPP7 Q3TYU0 MICROGLIA PATHOGEN PHAGOCYTOSIS PATHWAY%WIKIPATHWAYS_20260410%WP3626%MUS MUSCULUS Microglia pathogen phagocytosis pathway Q3UXE9 Q05144 Q91Y57 P97369 Q8CI98 Q3UBI5 Q99NH8 F8VPL2 Q3U6G0 Q14A12 Q9R0C8 P26151 Q546H1 Q3U6Q4 Q9JKE1 Q14DT9 Q8CIH5 A0A3B0IP04 Q3UCJ0 Q3U419 Q8K1X4 P14106 Q542I8 B3VQI8 O08908 P20491 Q6P1E0 O70145 Q8C5Q7 Q8BTI9 Q02105 P42337 Q8C7P2 Q7TSI6 Q9WV32 Q8CEI0 Q8VDU4 Q6PF93 G5E8F1 Q3TLP8 P08103 COMPLEMENT ACTIVATION CLASSICAL PATHWAY%WIKIPATHWAYS_20260410%WP200%MUS MUSCULUS Complement activation classical pathway D3YXF5 Q02105 A0A0R4J032 P06684 Q3TYN1 E9Q6D8 P01027 A0AAQ4VMX2 A2A998 A0A3B0IP04 Q8BH35 P14106 Q61475 Q9CTX0 A0A2R8VHR3 Q14DT6 P21180 BIOGENIC AMINE SYNTHESIS%WIKIPATHWAYS_20260410%WP522%MUS MUSCULUS Biogenic amine synthesis Q548L6 Q548L4 P23738 Q3UJ53 O88587 Q0VB50 Q543Z1 Q3UEH8 Q64237 Q8BQV2 Q5SUV8 P24529 Q14A64 Q9JHZ8 A0A0R4J285 TYPE II INTERFERON SIGNALING IFNG %WIKIPATHWAYS_20260410%WP1253%MUS MUSCULUS Type II interferon signaling IFNG O35718 Q3U8M7 Q3U6V4 Q0VE17 Q3URU8 Q62120 P10749 Q3U6G0 Q63953 Q5SUZ5 Q544J7 A4UUI2 Q5SX13 Q4FJR9 O35716 Q8HW99 Q6GTM0 Q3TV26 Q3UKQ7 B2RTM0 Q3U2Z2 P15261 Q99K94 A0A0R4J256 Q03963 Q53YN4 Q548V9 P29477 A0A7R8C347 Q9QXJ2 Q3U5L4 P18340 P35235 ONE CARBON METABOLISM%WIKIPATHWAYS_20260410%WP435%MUS MUSCULUS One carbon metabolism Q8C358 A2CG76 Q544L2 Q544T5 Q7TSJ0 Q497H7 Q541E5 A2RSW6 A0A0R4J0G9 O88508 O35490 Q9CZN7 Q9CWJ9 Q3V3R1 A6H5Y3 Q8R0Y6 H3BKT5 Q8BXX7 Q64737 G3UZ26 P18155 Q5M9P0 Q9D110 O88968 Q0VDM6 Q3V021 Q91XD4 Q91X83 Q99LB6 ANDROGEN RECEPTOR SIGNALING PATHWAY%WIKIPATHWAYS_20260410%WP252%MUS MUSCULUS Androgen receptor signaling pathway Q99NG0 Q9QZS2 Q9JLQ4 Q3UGU8 Q8CBD1 Q9CXF3 Q3UL03 Q05BA5 Q7TSG2 P68510 Q9Z2T9 Q3U607 Q99N57 Q543D7 Q9WVF5 P70677 G3X8Q0 P13405 Q4FJQ4 O54714 Q3ZAS1 F8VQ28 Q02248 Q9CX58 Q6GQV9 P63085 Q5DTH1 Q9D881 Q3TVD4 P48962 Q8BJ14 Q3ULQ6 P06537 Q80ZA1 Q9CXC9 Q8BUN5 P63280 Q53ZY9 Q80ZV7 Q548Y4 P31750 Q60520 E7FJU2 B7FAU9 E3SRG8 P05480 A2RTD1 Q8CAR0 Q6GU23 Q99J95 Q58E49 Q3ULB5 Q6NV63 P70365 Q6PDI9 Q52L79 Q3UJQ1 Q8K3H0 Q9DBN8 Q61696 Q14A12 Q8CE59 Q3TYD9 Q3UUT8 F8VQL7 P11440 Q790L7 Q3V3U5 Q3TMJ8 Q61457 P29452 P23804 E9PWD3 B2MWM9 Q7TPY0 Q3THG5 Q3UMJ4 G3UWD8 Q61081 P49817 B9EKI3 Q2M4G9 G3XA54 Q9WTP3 E9Q5D6 Q53WV7 Q3TGU7 Q9JMG9 Q9WTZ0 Q8CBR9 Q62227 Q3UST3 Q9WUD1 Q9EPL5 C4PFH5 P33242 P62827 Q3TTX5 Q8BQ09 Q9CUY1 Q3UP14 P30681 Q3THK3 Q3TWH3 P19091 Q62219 M0QWX4 Q00196 A0A1W2P736 BURN WOUND HEALING%WIKIPATHWAYS_20260410%WP5056%MUS MUSCULUS Burn wound healing Q8VCZ9 Q8C4N2 Q8R4B8 Q8CAW4 Q00731 Q9JJ28 Q3UR70 P29477 Q3UNK5 Q5FW64 Q8C5P3 P11087 P68134 P19137 Q3U593 APOE AND MIR 146 IN INFLAMMATION AND ATHEROSCLEROSIS%WIKIPATHWAYS_20260410%WP3592%MUS MUSCULUS ApoE and miR 146 in inflammation and atherosclerosis Q3U5L4 L0CL36 Q3TXU4 Q3UV15 G3X8Y8 Q8BR10 P70196 Q548Y4 FATTY ACID BIOSYNTHESIS%WIKIPATHWAYS_20260410%WP336%MUS MUSCULUS Fatty acid biosynthesis Q9QXG4 D3Z041 Q8BWT1 Q8BH95 Q91YN3 Q8R1X1 Q9D9V3 Q99MZ7 Q3TLP5 Q9D7J9 O35459 Q5SWU9 Q9ESZ3 Q9DCS3 Q61425 Q3V117 Q8BP54 E9PUC2 Q4FJK0 Q547C4 P19096 Q3UC67 WNT SIGNALING IN KIDNEY DISEASE%WIKIPATHWAYS_20260410%WP3857%MUS MUSCULUS Wnt signaling in kidney disease Q3TQ59 Q7TSJ7 Q8BNP7 Q8BLL2 Q8R4B8 Q91VN0 Q4VAE6 A0A0R4J1M1 Q8C9D4 Q3TYB3 A0A286YDT6 Q8VI56 Q542J1 P27467 Q9R216 Q8BRC7 P70701 Q6PDY6 Q8C094 Q3UR96 Q9CUZ6 Q8C718 Q3ZB23 P22727 Q8C6P4 E9Q967 O70421 O70283 Q3UEG1 Q61086 Q3UTY8 P22725 P51141 Q9JIP6 P20826 Q6PJ87 Q61091 Q02248 Q5KU03 Q1RME7 Q60838 Q14DJ8 P24383 G1 TO S CELL CYCLE CONTROL%WIKIPATHWAYS_20260410%WP413%MUS MUSCULUS G1 to S cell cycle control Q4FK45 P46414 Q9CYB4 Q61502 Q9WUV0 Q542F4 Q9CZF7 Q3US51 Q8C2T6 Q3UI57 Q9D153 Q3UR71 Q9CQ71 Q9JK30 Q8C8M7 Q3UI99 P33610 P48964 P13405 Q549R4 Q8BQ03 Q62193 P97310 Q5FW94 Q80XH7 O54956 Q66JV6 Q59IX1 P11440 Q790L7 Q61456 Q5HZK4 Q8C5L1 S4R216 Q3UMH6 Q8BJ38 P47810 Q8VHT4 Q9D297 Q5SWN2 Q6ZQJ8 Q9ESG9 Q61457 Q542J9 Q544H6 Q791X1 Q64364 P23804 E9PWD3 P51949 Q3THG5 Q80ZA1 Q0VBK8 Q3U4T8 Q564P6 B9EHX4 Q8R0K9 P01108 Q3UGB9 Q6PAR4 Q545C3 MITOCHONDRIAL LONG CHAIN FATTY ACID BETA OXIDATION%WIKIPATHWAYS_20260410%WP401%MUS MUSCULUS Mitochondrial long chain fatty acid beta oxidation D3Z041 Q9DBM2 Q91YN3 P42125 Q7TQD5 Q3UN55 Q99MZ7 P45952 A0A0R4J083 Q61425 P50544 E9PUC2 Q07417 P32020 Q9Z2Z6 Q8BMS1 EICOSANOID METABOLISM VIA CYCLOOXYGENASES COX %WIKIPATHWAYS_20260410%WP4347%MUS MUSCULUS Eicosanoid metabolism via cyclooxygenases COX Q546I3 Q9QXD1 Q9DBM2 Q8VDQ1 Q91YR9 P70263 Q8CC99 Q8VCC1 Q5FW61 Q99N16 Q3UTF0 Q91WL5 Q8BNT7 Q9EP75 O35074 B0G0Y2 O88833 O09114 Q8BNP8 Q05769 Q543T1 Q9DB60 Q9Z2J6 Q3UDY1 Q921H8 Q06G06 Q9R0H0 Q3UN31 Q9DBX5 Q8C178 Q6GTW1 OXIDATIVE STRESS AND REDOX PATHWAY%WIKIPATHWAYS_20260410%WP4466%MUS MUSCULUS Oxidative stress and redox pathway P48774 A2AE89 Q53ZD4 Q9JMH6 P46425 A0A0U1RPV8 Q4FK56 Q61133 Q542X9 Q3UY43 Q3UNA7 Q4FJX9 Q9Z2A9 D3YVP5 Q9DCD0 P08228 Q91WR8 P47791 Q60795 B3VQI8 Q76LV0 A0A0A6YVV2 Q9DCY6 A0A0R4J111 P46412 Q8CDQ5 P10639 Q9D7X8 Q6GTR6 Q9JHF7 P15626 Q8VI47 Q05769 G3X9N2 P48999 Q99JP7 Q9CPU4 P19639 G5E8M7 Q8BG37 Q99K73 Q5M9N9 B2RXV9 Q6GT24 P28571 G3UX05 Q3TED0 Q53ZW9 Q541E2 A0A338P7G6 Q3TYR5 O08807 P99029 Q9CPY7 Q53Z59 Q53X15 Q80X37 A7DTG9 Q542C8 P35700 P20108 Q3UP42 G3UWD6 D3Z7P3 Q3TLP8 P97369 Q3UBI5 Q3UYK6 Q3U6G0 Q3TNK3 Q9ESU7 A2AE91 P13745 Q91WT9 Q790Y8 P97449 P30115 O70145 Q4FJZ6 P10648 Q8K010 Q543T1 O88844 A0A0A6YWX7 Q9DCM2 Q9Z2X8 O09131 P19157 P54071 Q9D2S1 P24472 Q6P8Q2 PURINE METABOLISM%WIKIPATHWAYS_20260410%WP2185%MUS MUSCULUS Purine metabolism Q3UY30 Q8C2T6 Q5NC82 P33610 Q5FW94 Q80XH7 O54956 P52431 A0A0R4J091 Q3UBP0 Q3UGA8 P50096 Q8BMC5 B9EIE9 G3X9S2 A0A338P6M3 Q9WTP6 Q548F2 Q8C5R8 Q3UWA6 Q9D1M1 B9EK13 Q9DBT5 Q3V1C8 Q542R6 Q8K1R3 P62876 Q9CQ36 P23440 Q9R0Y5 Q8CDV7 Q3V2L8 Q8BXH3 E9Q9M1 Q5PR72 Q543K9 B9EHJ9 Q7TPG2 Q80YP4 E9PZ91 Q8C108 Q5NC81 Q8BVU5 Q6DYE8 A0A1L1SRX2 Q8BH76 Q6P3D0 Q32MW4 A0A0G2JEH8 A2A9X5 Q5SUR0 A0A494BB18 Q9DCL9 Q3UHI3 B2RX77 P54822 Q3TDQ8 A3KFX0 Q6VVW5 E9Q9G1 P61219 Q91ZQ1 Q6P906 Q3V1D3 Q5SDA5 E9Q7K1 Q8BUH2 O35654 P08030 Q4FK28 Q8BSU4 P07742 Q8K0L2 A0A0U1RPR8 Q6NZM8 Q3UYQ0 Q99KS6 Q3U0P5 Q9CS42 D3YXS1 Q504N4 Q9JKX6 Q6NXY9 Q791N7 Q9WV85 Q8BIW1 Q9DCZ1 Q9WV84 Q9D8C9 Q99L27 Q32M07 Q3TQC7 P00493 A0A0U1RQ53 Q547B4 Q9D020 B2RXC6 Q3UQ25 Q543J0 Q8K0A8 Q921R1 Q920P5 Q3UAT9 P61249 F8WIC0 P52785 P52480 Q545E8 A0A0A0MQC3 Q8BFW6 B2RRH9 P0C1Q2 Q8VCF1 B2RR84 Q3U489 Q8VCE6 Q8BSQ5 A0A3Q4L2S8 Q9CVF2 Q60I30 Q3TUD0 Q3UEI4 E9Q9T4 P84309 A0A0G2JF67 Q0VEE0 Q3UH83 Q8CBS2 Q9D7G0 Q91WF3 Q9D5W0 Q6PEE3 A0A2I3BRC5 E9PVU7 Q6P5G2 E9Q706 P97760 Q91WD1 Q9DBS6 P59470 Q3UEI1 Q3TSW1 Q8CFI7 O88444 A2ASF9 P60898 P11157 Q8VBU5 Q8VCP8 Q80TY9 Q6PI63 Q3V214 Q8VI33 P52432 Q9D2C6 Q7TSV4 Q3TWE8 Q3UU15 Q3UUN2 Q3U6X6 P62488 P08775 Q3V1Q3 Q9CWJ9 O88502 P70700 Q64737 Q8BI47 Q3V1B9 FOLIC ACID NETWORK%WIKIPATHWAYS_20260410%WP1273%MUS MUSCULUS Folic acid network A6H5Y3 Q9CVF2 P48999 Q9JMH6 A0A0U1RPV8 Q497H7 P63300 Q9Z0R9 Q91WN4 P24270 Q91WR8 P47791 Q91XF0 Q91WT9 O35074 Q9JLJ1 Q76LV0 A0A0A6YVV2 O09114 Q9JLC3 Q8BNP8 A0A0R4J111 P46412 TGF BETA RECEPTOR SIGNALING PATHWAY%WIKIPATHWAYS_20260410%WP258%MUS MUSCULUS TGF beta receptor signaling pathway B7ZNX6 Q5U421 Q62432 Q9Z2T9 Q8CCM0 A0A286YDT6 Q504P4 Q8C8M7 G3X8Q0 P13405 Q9DCE6 Q569U6 P01101 Q9D5H8 P51141 Q80X37 Q8BL41 Q8CDZ9 Q02248 Q14DJ8 Q9WTX6 Q8BSG9 Q3UQK5 Q6GQV9 Q3UHW8 Q8BQS9 Q3UAM9 Q3TB81 A8Y5G5 Q3TVD4 Q8BJ14 O35182 A0A0R4J097 Q80ZA1 A0A1B0GRM0 F8WIS9 Q8K3Q9 Q8BUN5 G3XA13 Q61288 Q3V1B5 E7FJU2 Q8C7P2 E3SRG8 Q5SUR3 Q64318 Q3UKR0 Q61164 Q8R0K9 P15066 Q9CV75 P01108 Q4KL34 Q3UGB9 Q6PAR4 Q4FJW1 Q58E49 Q9CWU3 P70365 Q91YU7 Q8C402 J3JS97 Q52L79 Q5SWN9 Q61502 Q4QQL2 Q3UE22 Q3V4A1 Q3UNK5 Q3UT95 Q60521 P48964 P46938 P11440 Q790L7 Q3UFQ4 Q3UGA1 Q91YJ2 Q6P8X1 P62878 Q53YN4 Q8C590 Q3V3U5 Q3TI84 Q60929 Q8BYJ1 Q9WVM3 B9VVT6 P30276 Q8BIZ6 Q9DBV7 P09631 Q3U3D4 Q541Z2 Q9QZD9 Q76N33 Q9D297 Q3TAA7 G3X8W7 P43407 Q8BYY5 Q61457 Q3TM92 Q9CSE3 Q8K1M3 B2RUC7 Q8CF89 Q3UMA3 Q8BZQ7 Q8K2H6 Q3UFC2 Q7TPS7 Q6X7S9 Q923A8 Q9CWK8 Q5NCU5 Q7TSJ7 Q3V1Q8 Z4YK94 Q91YD3 Q5SWR1 A2RSD4 O35864 P53995 Q80U93 Q9Z0G0 Q9CQN1 Q9R1E0 Q6NZD2 Q8BRF6 Q3UKJ3 Q0VBK8 Q3TY04 B2RPW6 O08908 P68404 B2RR30 P63166 Q0VEP8 P49817 Q9WVH4 Q2M4G9 Q564P6 Q8CBR9 P48281 Q545C3 P19091 Q8BW40 REGULATION OF ACTIN CYTOSKELETON%WIKIPATHWAYS_20260410%WP523%MUS MUSCULUS Regulation of actin cytoskeleton Q3UZF9 E9QK53 A0A7U3JW51 Q5EEX1 A2AS98 Q8CI98 F8VPL2 O89096 Q3USK4 Q91YS7 A0A7U3JW69 Q99N57 B1B1A8 Q9WVF5 Q9DBR7 Q0VF19 Q9ERZ4 A0A7U3JW97 F8WHW6 Q9D091 F6XC54 Q4KL81 E9QLZ9 Q63844 B2RRX1 Q99L56 Q8C015 P41241 Q8VDU4 Q6PF93 A1A4T4 F8VQ28 Q53WY0 Q3TLP8 Q3UXE9 Q0VER9 Q790L8 Q8BH43 P63085 P26618 Q8BNP7 Q05144 O35565 F6WMJ3 Q6ZWS1 Q8C399 A0A7U3L6F4 P60766 P30558 P28028 Q541T2 Q8JZR2 Q544I6 A0A0A0MQ87 Q3UWD7 Q3TR46 G5E884 Q8C7P2 Q5J7N1 Q6NXW2 Q5F258 P00536 A0A7U3L698 Q4FJP7 Q9DAS9 Q544E3 Q545T7 Q3UJ95 Q3ULB5 P01325 B1GX81 E9Q2N2 Q91XU3 P70181 Q80ZL6 Q8VD65 A0A0R4J0X8 P70182 Q9CPW4 Q61532 A1BN54 Q8BUR4 Q3TJP4 A0A0R4IZW4 Q3TJ94 Q3UE22 Q14A12 Q8BTW9 P09542 Q6P5G0 Q64727 Q8BPT3 Q5DTJ2 Q8C5Q7 P42337 Q3UDC9 Q3U1N3 E9PUF7 Q3TPX5 Q3UFZ2 K7Q751 Q3TMJ8 E9QAN8 Q0VBD7 A0A0R4IZY3 Q542R4 P32299 Q9D034 Q4VAE6 Q6ZWX2 F8WHT2 Q5SV64 Q6U7H8 G5E832 Q8CCL8 Q91VR8 Q3TU98 A0A498WGL8 P27600 Q6PGK0 Q3UG32 O08908 A0A0R4J2A0 Q5SX50 Q9CTF6 Q9Z207 Q8R5H6 Q0VBU3 Q3UHW9 Q544Y7 Q6AXH6 Q3TQN9 A0A7U3L6A3 P26041 Q8BTI9 Q8CIM9 Q8CBU4 Q920H4 Q9DD19 Q3U1V5 Q3UR47 Q3UKP6 Q6PAC1 Q7TSG6 P12657 Q8CEJ4 Q0VG15 O70167 Q7TSI8 A0A7U3JW80 P05622 EPO RECEPTOR SIGNALING%WIKIPATHWAYS_20260410%WP1249%MUS MUSCULUS EPO receptor signaling P63085 Q62120 P42232 Q80ZN2 Q3USK4 P81122 Q91YS7 Q99N57 O35716 Q8C3F4 Q543V3 P98083 Q99K94 S4R1M0 Q8C5Q7 P31750 Q9JIA0 Q63844 Q8BFP9 P05480 E9PYG6 Q3U5I5 Q3TMJ8 Q0VED9 Q3UTV9 Q6GU23 DEREGULATION OF RENIN ANGIOTENSIN SYSTEM BY SARS COV INFECTION%WIKIPATHWAYS_20260410%WP4965%MUS MUSCULUS Deregulation of renin angiotensin system by SARS CoV infection P29754 Q3US12 Q3TU20 Q3URC9 HOMOLOGOUS RECOMBINATION%WIKIPATHWAYS_20260410%WP1258%MUS MUSCULUS Homologous recombination Q547B4 Q08297 Q5SV02 B9EHX4 A0A0A0MQB1 Q9R207 O35654 P97929 Q8VEE2 Q8BRV3 P52431 Q5SWN2 Q8BH76 MICRORNAS IN CARDIOMYOCYTE HYPERTROPHY%WIKIPATHWAYS_20260410%WP1560%MUS MUSCULUS MicroRNAs in cardiomyocyte hypertrophy E9QK53 Q6PDI9 Q8CBT3 Q9JLN9 Q8K2U0 Q5U421 Q5SWN9 Q8CI98 Q5NCN8 Q3UE22 Q3UNK5 A0A0R4J0A9 Q91YS7 Q8CHW4 Q8CCM0 Q6P5G0 Q99N57 B1B1A8 Q60521 P27467 P25799 Q8C5Q7 Q63844 P42337 Q9R0T8 O70421 P22725 P51141 Q9JIP6 A7UQY4 F8WH42 P63328 Q3TMJ8 Q8VC91 Q6NZM9 Q02248 Q8CF89 Q544E0 Q6DR99 Q3U593 Q3TLP8 Q3UXE9 P63085 Q7TSJ7 Q91VN0 Q4VAE6 A0A668KM95 Q54AE9 Q3THG5 Q541T2 Q544K4 Q8CE90 O08908 Q3UWD7 Q5D0E0 Q8C3F4 Q3UHZ0 P68404 Q3U1L4 P31750 Q9WVS7 Q8BTI9 V5TDK8 Q3TR46 Q6P9T4 E9PXW8 Q8C7P2 Q3UKW2 Q3UYJ1 Q541U3 Q542V6 G3X8U7 Q8BND1 Q8CAR0 Q8CE74 D3Z630 Q8K120 Q6GU23 P05125 Q5KU03 Q99J95 Q3V3V2 Q3UTR7 COMPREHENSIVE IL 17A SIGNALING%WIKIPATHWAYS_20260410%WP5242%MUS MUSCULUS Comprehensive IL 17A signaling Q3UZF9 Q91VR7 Q58EV5 Q3UMP4 Q9JKR6 H3BKK4 Q9CXW3 Q5EBL1 P42669 Q60710 O08997 B1AU76 P17879 M0QWC2 Q61687 A0A087WRY3 Q6P5E4 Q62432 Q3U893 Q4FJX9 Q9DAY9 B1B1A8 Q9WVF5 P70677 P11087 Q8BQ03 P68134 Q62084 Q05769 Q99L56 Q9WVL7 Q6PF93 P29268 Q542J9 P41245 Q3TLP8 Q0VBA8 Q4FJL0 O35182 P60766 Q5XZF2 Q80ZA1 Q3U1J5 Q8BUN5 Q8BQK4 Q548Y4 Q99K94 P31750 P50228 E9PVX6 A2RTD1 Q8CAR0 O08538 Q9JM76 Q6GU23 Q5QNV9 Q9DAS9 Q8BVA3 Q5QNW0 Q545X5 B1GX81 Q60972 P06837 P62737 Q9CPW4 Q62120 Q9CVB6 Q9JLN9 A2RTH0 A0A0R4IZW4 Q3UNK5 B9EHY2 Q542F4 Q14AQ1 Q3UI57 Q3UR71 P97310 Q59IX1 D3YXF5 Q8C5L1 P68181 P53690 Q3UKA4 Q3UI56 Q922W6 Q64337 P10749 Q3UZ96 Q4VAE6 Q4FK48 P01027 B2RPW6 Q9CTF6 Q3U4T8 Q61554 Q62087 A8DUK0 A8DUK4 Q9EPU0 E9QAM0 B9EHJ3 Q8R016 GPCRS CLASS A RHODOPSIN LIKE%WIKIPATHWAYS_20260410%WP189%MUS MUSCULUS GPCRs class A rhodopsin like Q8CB97 P56485 Q9QY42 Q9ERZ4 Q545V4 Q3UEX0 P51491 O54798 Q497D3 Q61121 O54897 Q60884 Q8BMP4 Q8BMJ5 D8VER2 Q3UQ86 Q60614 A0A0R4J289 Q0VBT7 Q8CAU3 Q9Z2J6 Q9EQQ3 Q05AA1 B2RQ58 Q99MT7 P15409 Q8VGE3 Q8VEZ0 Q3UUQ5 P56479 Q3V1K5 Q3SWS4 Q496T0 P21729 A0A1Y7VN85 O88853 O08790 Q0VBD7 Q3ZB46 P30875 Q3SWR9 Q543T0 Q61041 P32299 P30993 Q8BU69 P29754 Q3U1H9 Q32MS1 A0A0N4SVY6 Q3TPL0 Q61212 Q0VEH1 Q8BKB0 Q5U7A4 Q8BLP9 Q544P9 A2ACT4 P48302 P30935 A0A0R4J1D6 A0A0B6VTJ4 Q9WU02 P33766 Q3US12 Q544G7 Q543U8 Q78U67 P12657 Q543A9 A0A1B0GSX9 Q544F4 Q9QXZ9 O08675 P30730 B2RQM3 Q546L4 Q543V2 A0A385KNU8 P70263 Q8CC99 B2RS62 Q62035 Q8VG49 Q01338 Q91VE4 A4FUQ5 Q01337 P47936 Q8VGA9 Q6PDF2 Q5FW61 Q80ZX9 Q9Z1V0 Q9EQB6 S4R2T0 O88537 Q8BNT7 Q9EQB7 Q14AC3 Q543X1 A0A0R4J8U2 Q9WV08 K7N662 P51436 O88536 Q0VES5 Q9EQB2 Q0VEC4 Q9EQB4 Q9EQB5 Q8VET5 O88634 Q8VGG4 O35457 Q543D4 Q9EQA9 O08707 Q9EQA5 Q14AW8 Q9EQA6 Q3TU81 Q9EQA2 Q3UVG4 Q9EQA4 Q9EQA0 Q542B6 Q8CA29 Q3YL73 Q64264 Q7TRN0 Q920G5 K7N678 Q9WUK7 Q7TRM9 Q3UVW8 P18762 Q62007 E9Q438 Q9QZ19 Q0VBA6 Q9QZ18 A1L151 Q8VFN4 Q9EQ99 Q8VFN3 Q543S8 Q9EQ95 A0A494BA82 Q9EQ96 Q02152 Q9EQ97 A1KZZ4 Q9EQ98 B3Y5T0 Q9QZ22 O88495 Q9EQ91 Q9EQ92 Q9EQ93 Q925K6 Q9EQ94 Q0VB49 Q9EPG6 Q9EPG2 P34983 Q3UZ41 Q9EQ84 Q9EQ86 Q9WUT7 Q9EQ87 Q9EPF7 Q9EPF8 Q3U4C5 Q9EPF5 G3X9C6 Q3ZB17 Q9EPF6 A0A1C7ZMY0 F8VQN7 Q99MT6 B6VJS3 Q9EP55 Q60893 P35343 Q7TRE6 Q542U1 Q8C5S9 Q9D8I2 Q7TRE4 P30558 Q9D4F9 Q04683 O88410 P30731 Q543X3 O08858 P51676 A7VJD3 P51682 A2RSZ3 Q99JA4 Q3U5L7 Q9Z1V5 P51680 A0A0R4J0M0 Q9QWU6 Q9ERT2 A0A0R4J0N8 Q8BVW4 Q9EQ90 P56450 Q9WV18 G3X8R9 Q61224 Q9D1T9 P34971 Q9DBL0 Q8BZV1 Q542R4 Q0VBU3 A2ANQ2 Q3UP63 P23275 P35412 P35413 GENE REGULATORY NETWORK MODELLING SOMITOGENESIS %WIKIPATHWAYS_20260410%WP2852%MUS MUSCULUS Gene regulatory network modelling somitogenesis Q01705 P70327 Q80ZL6 Q61483 B2RRW2 Q2WG76 Q8BKT2 P27467 Q3UZZ2 A6H5V4 Q03137 PARKINSON 39 S DISEASE%WIKIPATHWAYS_20260410%WP3638%MUS MUSCULUS Parkinson 39 s disease Q9R0P9 P29594 Q5U421 Q9DBK7 A0A3B2W489 Q5DU30 Q3UX07 Q3TPH5 Q9QY42 Q99MQ3 Q5F239 Q561N4 Q9JJZ4 Q9WUI1 B1ASK8 Q3UIB2 Q9Z2Q6 O08911 Q3V1N2 Q3U431 P70677 Q9QZU9 Q9CQG8 Q9JIY5 B9EHN0 Q61327 Q4FJQ4 Q56A15 O55042 A2AS93 Q78XY9 Q5SUV8 P24529 Q61457 Q99LX0 Q544H6 Q3TPJ9 Q8CGC7 BDNF PATHWAY%WIKIPATHWAYS_20260410%WP2152%MUS MUSCULUS BDNF pathway Q8K3J2 Q62347 Q541P3 Q9Z0W1 P60766 G5E899 Q80ZA1 Q6P5G0 P11214 Q8BQK4 Q8C180 Q3UHE3 Q3V1T9 Q3TLP8 P98083 NUCLEAR RECEPTORS%WIKIPATHWAYS_20260410%WP509%MUS MUSCULUS Nuclear Receptors Q546I3 Q8BP65 P18911 E9Q9V9 Q3U5E7 Q6GU14 Q8VCR0 Q8C6J1 P06537 Q8CCV5 Q91X41 Q53ZY9 Q3UST6 Q32NY6 Q501P6 Q0P525 Q3UZT5 Q78ZM1 Q3TYI4 Q5FW96 A0A0R4J096 E7FJU2 Q542P9 P43136 Q1WLP7 Q3ZAS1 B9VVT6 Q8C3F5 O08580 P33242 Q6LC96 P48281 Q545Q1 P19091 Q6DFX0 P63058 Q8BW69 A0A1W2P736 SEROTONIN AND ANXIETY%WIKIPATHWAYS_20260410%WP2141%MUS MUSCULUS Serotonin and anxiety P01101 P01193 Q3V318 Q64264 Q3V0U2 Q544F7 Q8K3R3 Q9WV31 P63328 S4R2T0 Q8BL41 Q5F271 Q8BZV1 P58252 Q8BPK8 Q8CIT0 Q543D4 P68404 NUCLEAR RECEPTORS IN LIPID METABOLISM AND TOXICITY%WIKIPATHWAYS_20260410%WP431%MUS MUSCULUS Nuclear receptors in lipid metabolism and toxicity Q546I3 P18911 Q3U5E7 Q64505 Q6GU14 Q99PE8 Q3TWW0 B6VGH4 Q66JY8 Q91X41 A0A0R4J061 Q3TNA0 Q0P525 Q05421 Q5FW96 Q8VI47 Q9QY30 Q542P9 P21447 Q9WUD0 A0A0R4J0N7 Q61285 Q3V1T8 A0A0G2JDI9 A0A0R4J015 Q8BPY1 P21440 P48281 Q0VDW9 Q6DFX0 BMP SIGNALING PATHWAY IN EYELID DEVELOPMENT%WIKIPATHWAYS_20260410%WP3663%MUS MUSCULUS BMP signaling pathway in eyelid development Q63844 P70340 E9QK53 Q61572 Q6DIA6 Q8C094 Q545E4 Q52L79 Q04999 Q3ULR1 E3SRG8 O35565 P97454 Q9QYZ8 Q8C4U3 Q01705 B9EI61 Q9WVF5 F8VQ72 Q62226 OSTEOBLAST SIGNALING%WIKIPATHWAYS_20260410%WP238%MUS MUSCULUS Osteoblast signaling Q9Z0L6 P26618 Q3U1V5 P41593 P11087 P05622 O35235 Q5SZA1 Q3UK97 P86547 G13 SIGNALING PATHWAY%WIKIPATHWAYS_20260410%WP298%MUS MUSCULUS G13 signaling pathway O08648 Q8C3J7 Q8C6B2 Q8CI98 Q3UE22 Q4VAE6 P60766 Q8C9D4 Q3TU98 O08908 Q5SX50 P70268 F6XC54 Q3UHW9 Q544Y7 Q8BTI9 Q3TR46 P42337 Q3UR47 Q3UKW2 E9PUF7 P70402 G3X9X7 E9QQ33 A0A8Q0Q6H9 Q3UNB6 Q8BWR8 Q9CXQ9 F6SBR5 P62141 Q3UQ44 Q53WY0 Q544E3 Q61599 Q545T7 Q3TLP8 B1GX81 Q9D034 DYSREGULATED MIRNA TARGETING IN INSULIN PI3K AKT SIGNALING%WIKIPATHWAYS_20260410%WP3855%MUS MUSCULUS Dysregulated miRNA targeting in insulin PI3K AKT signaling Q3UXE9 A2RS58 Q4FK45 P46414 Q9JLN9 Q3USK4 Q5SWU9 Q99N57 Q9JLI2 Q540E6 Q8BQK4 O35716 P11087 B2RQQ8 P19096 Q3U9H3 Q63844 Q6PEB3 Q3TX57 Q8C7P2 Q3TVI5 Q5SS83 Q922R0 Q0P688 Q542L0 Q8K1M3 REGULATION OF PGC1A EXPRESSION BY A GSK3B TFEB SIGNALING AXIS IN SKELETAL MUSCLE%WIKIPATHWAYS_20260410%WP4763%MUS MUSCULUS Regulation of Pgc1a expression by a Gsk3b Tfeb signaling axis in skeletal muscle O70343 Q5KU03 Q8C5F1 FAS PATHWAY AND STRESS INDUCTION OF HSP REGULATION%WIKIPATHWAYS_20260410%WP571%MUS MUSCULUS FAS pathway and stress induction of HSP regulation Q923A8 Q3U0Y6 Q7TSJ7 P48678 Q52L79 Q545F4 Q8K2U0 Q921K2 Q812G4 Q5DU30 Q3U607 Q8BQK4 P54731 P70677 P13405 Q8BP66 P97313 Q5DTJ2 Q4FJQ4 G5E884 A2AS93 Q547H1 Q8C535 Q61160 Q8C350 Q3U2P8 Q3UKR0 Q99PH8 P14733 Q3V1V5 Q8BV52 Q61599 Q09HN3 F8VQ72 Q3V159 Q3U593 Q3TPJ9 ELONGATION OF VERY LONG CHAIN FATTY ACIDS%WIKIPATHWAYS_20260410%WP4491%MUS MUSCULUS Elongation of very long chain fatty acids P13011 Q920L5 Q9EQC4 A0A498WFQ4 Q6T707 Q9Z0R9 Q99PL7 Q543J1 Q8BHI7 Q9D2Y9 Q547C4 P19096 Q920L1 Q548M4 ECTODYSPLASIN A SIGNALING IN HAIR FOLLICLE DEVELOPMENT%WIKIPATHWAYS_20260410%WP3652%MUS MUSCULUS Ectodysplasin A signaling in hair follicle development O54908 Q8VEJ3 Q5D0F1 A0A0U5JAA2 Q5R252 Q3UV15 Q9R187 P47806 Q62226 Q9CQN4 Q548Y4 P25799 Q8K220 Q3UV69 HYPOXIA DEPENDENT SELF RENEWAL OF MYOBLASTS%WIKIPATHWAYS_20260410%WP5023%MUS MUSCULUS Hypoxia dependent self renewal of myoblasts Q0VGJ1 P10085 Q3UZZ2 A2RSK4 Q9R1E0 Q564P6 Q3UCW2 P12979 Q5SX40 Q01705 G3UX36 Q3UAD6 Q9QUM5 NON HOMOLOGOUS END JOINING%WIKIPATHWAYS_20260410%WP1242%MUS MUSCULUS Non homologous end joining P27641 Q8BRV3 A0A0R4J024 Q3KNJ2 A0A0R4J187 Q5SV02 P97313}