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}