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 D3ZUI1 A6IY99 A6K613 A6HB14 A6JTW0 L-CYSTEINE DEGRADATION III%BIOCYC%PWY-5329 L-cysteine degradation III B0K020 A6HSJ9 A6JHC9 L-GLUTAMATE DEGRADATION (VIA 4-AMINOBUTANOATE)%BIOCYC%PWY0-1305 L-glutamate degradation (via 4-aminobutanoate) A6KS02 C9E895 ESTRADIOL BIOSYNTHESIS II%BIOCYC%PWY-7306 estradiol biosynthesis II F1LPY2 P20812 DOCOSAHEXAENOATE BIOSYNTHESIS III (6-DESATURASE, MAMMALS)%BIOCYC%PWY-7606 docosahexaenoate biosynthesis III (6-desaturase, mammals) A6I009 A6HNK4 Q920L7 A6JS69 METHYLGLYOXAL DEGRADATION VI%BIOCYC%MGLDLCTANA-PWY methylglyoxal degradation VI A6IZ97 GLUTARYL-COA DEGRADATION%BIOCYC%PWY-5177 glutaryl-CoA degradation A6HXG6 A6IY64 A6J4J7 A6KP31 L-ASPARAGINE BIOSYNTHESIS%BIOCYC%ASPARAGINE-BIOSYNTHESIS L-asparagine biosynthesis A6IDW3 PHYTOL DEGRADATION%BIOCYC%PWY66-389 phytol degradation A6HF75 A6KFH7 MENAQUINOL-4 BIOSYNTHESIS II%BIOCYC%PWY-7998 menaquinol-4 biosynthesis II D3ZG27 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 A6JMP0 O54857 A6HPH2 A6JGG8 F7FA04 F1M2D6 A6IA11 A6JLD7 Q9WVR3 F1M978 D4AD37 Q5XIU8 A6JKN6 F1M981 A6IXU0 A6HXB9 A6J9B8 L-CYSTEINE BIOSYNTHESIS III (FROM L-HOMOCYSTEINE)%BIOCYC%HOMOCYSDEGR-PWY L-cysteine biosynthesis III (from L-homocysteine) Q9EQS4 A6JK04 SUPERPATHWAY OF PYRIMIDINE DEOXYRIBONUCLEOTIDES DE NOVO< I> BIOSYNTHESIS%BIOCYC%PWY-7211 superpathway of pyrimidine deoxyribonucleotides de novo< i> biosynthesis A0A8I5ZMM2 A6KFB7 A6HAY1 F7F0L0 A6JR36 Q5U2N0 A6I3C3 A6HB00 A6IRJ8 A6JZ28 A6HI34 Q99NI1 A6HD87 D4ADQ1 Q63707 Q9QXL7 A6HI35 A6KJ39 MOLYBDENUM COFACTOR BIOSYNTHESIS%BIOCYC%PWY-8171 molybdenum cofactor biosynthesis A0A8I6A9T9 SEROTONIN AND MELATONIN BIOSYNTHESIS%BIOCYC%PWY-6030 serotonin and melatonin biosynthesis A6HKX7 D3ZMA5 B3GSH5 A6JBC3 A6IGK2 ZYMOSTEROL BIOSYNTHESIS%BIOCYC%PWY-6074 zymosterol biosynthesis A6IDN2 F7FG10 A6JGK3 A6KSY6 &GAMMA;-LINOLENATE BIOSYNTHESIS%BIOCYC%PWY-6000 γ-linolenate biosynthesis A0A8I5ZUY7 Q6AYT9 Q66HN6 A6JPN3 A6I009 Q7TN78 A6I8M8 A6KQU4 MRNA CAPPING II%BIOCYC%PWY-7379 mRNA capping II A6IXX4 D3Z980 D3ZH30 A6JJV9 PEPTIDO-CONJUGATES IN TISSUE REGENERATION BIOSYNTHESIS%BIOCYC%PWY-8355 peptido-conjugates in tissue regeneration biosynthesis A6HE07 F1LMM5 A0A8I6AV04 P36970 A6IZW1 A6HG42 A6HUX5 SUPERPATHWAY OF GERANYLGERANYLDIPHOSPHATE BIOSYNTHESIS I (VIA MEVALONATE)%BIOCYC%PWY-5910 superpathway of geranylgeranyldiphosphate biosynthesis I (via mevalonate) A6KRN6 Q62967 P22791 A6I5W9 Q5RK24 A6I512 A6J6C0 A6K9C8 A6J4J7 A6KP31 L-GLUTAMINE DEGRADATION%BIOCYC%GLUTAMINDEG-PWY L-glutamine degradation A6KSA8 A0A0G2KAN7 L-TYROSINE DEGRADATION%BIOCYC%TYRFUMCAT-PWY L-tyrosine degradation P32755 A6IZ42 A6JCP0 Q6AYR0 NORADRENALINE AND ADRENALINE DEGRADATION%BIOCYC%PWY-6342 noradrenaline and adrenaline degradation F2W8B1 A0A8I6ATS6 F1LN88 A6JZX2 A1L128 P19643 B6CZ62 A6HF75 N< I>-ACETYLGLUCOSAMINE DEGRADATION II%BIOCYC%PWY-6517 N< i>-acetylglucosamine degradation II A6IAP9 A6HCQ3 F7FL82 L-HISTIDINE DEGRADATION%BIOCYC%PWY-5030 L-histidine degradation G3V6S5 A6JKC1 A6IFY6 D3ZIC2 NADH REPAIR%BIOCYC%PWY-6938 NADH repair B0BNM1 URACIL DEGRADATION I (REDUCTIVE)%ARACYC%PWY-3982 uracil degradation I (reductive) A0A0G2K355 A6HR83 Q03248 SUPERPATHWAY OF INOSITOL PHOSPHATE COMPOUNDS%BIOCYC%PWY-6371 superpathway of inositol phosphate compounds A6JMP0 A0ABK0LEK8 O54857 D4A5Q1 A6IKG8 F1LNJ8 A6I4B9 A0A8I6GLE1 R9PXY3 A6I383 A0ABK0LHB6 D4AEE6 Q3MID5 F7ESC7 F7F9A3 A6I190 Q9R0I8 A6KEC3 A6I3V0 F1LNK2 D3ZFJ0 A6IMM6 Q45QJ5 D4A4I3 G3V839 D3ZYT8 A6II98 A6I9J7 G3V7Z5 A6HIM4 M0RC47 A6J2N0 A6IJH1 D3ZVF3 A6HPH2 D3ZTF6 P24135 A6JGG8 A0ABK0LMR7 F1M2D6 A6I328 A6JHA5 A6JLD7 O89040 Q9WVR3 B5DFA2 G3V605 G3V845 D3ZMA2 Q5XIU8 A6JKN6 D3ZQM7 G3V9W5 F1M981 F1LSW6 A6HXB9 D3ZE56 A6J9B8 A6K2T7 L-PROLINE DEGRADATION%BIOCYC%PROUT-PWY L-proline degradation A0A0G2K2S1 METHYLGLYOXAL DEGRADATION I%BIOCYC%PWY-5386 methylglyoxal degradation I F1LQI1 A6JJX3 L-ALANINE DEGRADATION%BIOCYC%ALANINE-DEG3-PWY L-alanine degradation A6KDD7 A6HSC5 ACETATE CONVERSION TO ACETYL-COA%BIOCYC%PWY0-1313 acetate conversion to acetyl-CoA D3ZZN3 A6KI41 D3ZGU2 SPERMINE AND SPERMIDINE DEGRADATION I%BIOCYC%PWY-6117 spermine and spermidine degradation I F7F9S8 A6HFS3 A6HXH1 O08590 Q6P9U6 L-TYROSINE BIOSYNTHESIS%BIOCYC%PWY-6134 L-tyrosine biosynthesis Q6AYW2 ACYLCERAMIDE BIOSYNTHESIS AND PROCESSING%BIOCYC%PWY-8042 acylceramide biosynthesis and processing A0A1W2Q6E6 Q2KMM4 B1H294 A6KH40 A0ABK0LQA1 G3V7V3 HOMOCARNOSINE BIOSYNTHESIS%BIOCYC%PWY66-421 homocarnosine biosynthesis UMP BIOSYNTHESIS%BIOCYC%PWY-5686 UMP biosynthesis Q63707 A0A8I5ZMM2 A6IRJ8 GUANOSINE NUCLEOTIDES DEGRADATION%BIOCYC%PWY-6608 guanosine nucleotides degradation Q9JKB7 P85973 F1LQS6 SUPEROXIDE RADICALS DEGRADATION%BIOCYC%DETOX1-PWY superoxide radicals degradation A6IJH8 A6KP26 A6JLB7 A6HNR6 MYO< I>-INOSITOL BIOSYNTHESIS%BIOCYC%PWY-2301 myo< i>-inositol biosynthesis F1M978 A6KA27 A6IXU0 AEROBIC RESPIRATION I (CYTOCHROME C)%BIOCYC%PWY-3781 aerobic respiration I (cytochrome c) Q8SEZ5 A6J7M2 Q8SEZ1 A6I8R0 A6ITQ1 A6INE7 A6KQV2 A6IZM8 D4A3V2 Q8SEZ0 A6HN87 D4A0T0 D3ZFQ8 F7FFG0 A6HEC7 A6JUU5 A6JV65 A6IPF8 Q641Z9 A6IE84 Q7H113 B2RYU4 F7FE81 Q7H115 B5DER0 A6I395 D3ZF13 A6J329 A0A1W2Q6F8 B4F7B9 B5DEL8 A0A0G2KAA3 A6J4E0 F7F040 A6K8N7 A6IIR1 A6IG10 A6J4V5 A6I5S1 Q8HID1 Q8HID0 A6IP76 A6IV38 A9UMV7 B0BNE6 D4A7L4 A6JUG4 Q5XIH3 Q64576 A6JRE2 Q8HIC9 Q641Y2 B2RYS0 Q8HIC6 D3ZCZ9 Q8HIC5 A6IDY9 Q8HIC4 A6J1U7 O54755 A6IHQ7 D3ZLT1 DOLICHOL AND DOLICHYL PHOSPHATE BIOSYNTHESIS%BIOCYC%PWY-6129 dolichol and dolichyl phosphate biosynthesis A0A140TAI0 D3ZFM4 Q5U2T2 D3ZLM6 A6K200 PURINE NUCLEOTIDES DE NOVO< I> BIOSYNTHESIS%BIOCYC%PWY-841 purine nucleotides de novo< i> biosynthesis A6JCX0 A6JRN6 Q6P9U9 G3V918 A6JCW8 Q4V7C6 A6HAY1 Q6P2A5 D4AEP0 D4AB17 A6ISG8 A6I3C3 A6JTQ0 A6IEC0 A6KFG3 Q71RR7 A6HI34 A6HSY1 Q99NI1 A0ABK0LVX3 A6HD87 D4ADQ1 Q9QXL7 A6HI35 NAD SALVAGE PATHWAY IV (FROM NICOTINAMIDE RIBOSIDE)%BIOCYC%PWY3O-4106 NAD salvage pathway IV (from nicotinamide riboside) Q0HA29 A6I0K2 A0JPJ0 GABA SHUNT%BIOCYC%GLUDEG-I-PWY GABA shunt A6KS02 C9E895 A6K4M1 A6KFS5 A6KLE7 PENTOSE PHOSPHATE PATHWAY (OXIDATIVE BRANCH)%BIOCYC%OXIDATIVEPENT-PWY pentose phosphate pathway (oxidative branch) G3V8D5 A6KRP9 UBIQUINOL-10 BIOSYNTHESIS (LATE DECARBOXYLATION)%BIOCYC%PWY-5872 ubiquinol-10 biosynthesis (late decarboxylation) D3ZG27 A6IIF5 A6I8H4 A0ABK0LF53 A6JTS3 Q499N4 A0A8I6AN07 Q4G064 GUANOSINE NUCLEOTIDES DE NOVO< I> BIOSYNTHESIS%BIOCYC%PWY-7228 guanosine nucleotides de novo< i> biosynthesis A6HD87 D4ADQ1 Q6P9U9 Q9QXL7 A6HI35 Q4V7C6 A6HAY1 A6I3C3 A6IEC0 Q71RR7 A6HI34 Q99NI1 SERINE AND GLYCINE BIOSYNTHESIS%BIOCYC%SER-GLYSYN-PWY serine and glycine biosynthesis A6J0P9 Q5U3Z7 A6K3D6 Q68FU2 B2RZ78 A6HF57 PURINE DEOXYRIBONUCLEOSIDES SALVAGE%BIOCYC%PWY-7224 purine deoxyribonucleosides salvage A6HD87 Q9QXL7 A6HI35 D3ZDE4 G3V6E9 A6I3C3 Q71RR7 A6HI34 Q99NI1 THYROID HORMONE METABOLISM II (VIA CONJUGATION AND OR DEGRADATION)%BIOCYC%PWY-6261 thyroid hormone metabolism II (via conjugation and or degradation) F1LTB8 P70551 Q6T5F3 P24389 A6I9A5 GLUTAMINYL-TRNA^{GLN< SUP> BIOSYNTHESIS VIA TRANSAMIDATION%BIOCYC%PWY-5921 glutaminyl-tRNAgln< sup> biosynthesis via transamidation A6KSA8 A0A0G2KAN7 A6IDW3 VITAMIN K-EPOXIDE CYCLE%BIOCYC%PWY-7999 vitamin K-epoxide cycle A6IZ00 Q497C4 A0ABK0LBR3 B2GUU6 MELATONIN DEGRADATION I%BIOCYC%PWY-6398 melatonin degradation I D4A820 Q64678 P04799 P20812 A6JZ36 Q4V8D1 A6J0C1 F1LTB8 A6I9A5 PURINE DEOXYRIBONUCLEOSIDES DEGRADATION%BIOCYC%PWY-7179-1 purine deoxyribonucleosides degradation A6JX48 P85973 GLUTATHIONE-MEDIATED DETOXIFICATION I%BIOCYC%PWY-4061 glutathione-mediated detoxification I B6DYQ2 G3V983 B6DYQ4 B6DYQ7 A6JJ95 B6DYQ6 A6JV75 A6HUW1 A6IDL5 Q6AXY0 A6HUV7 B6DYP8 B6DYQ9 B6DYP7 B6DYQ8 Q9QXT3 B6DYQ0 G3V7W7 TETRAHYDROFOLATE SALVAGE FROM 5,10-METHENYLTETRAHYDROFOLATE%BIOCYC%PWY-6613 tetrahydrofolate salvage from 5,10-methenyltetrahydrofolate G3V918 G3V6S5 ICOSAPENTAENOATE METABOLITES BIOSYNTHESIS%BIOCYC%PWY-8399 icosapentaenoate metabolites biosynthesis F1LMM5 P30349 A6ICR0 PUTRESCINE BIOSYNTHESIS I%BIOCYC%PWY-40 putrescine biosynthesis I A6ITV7 PHOSPHATIDYLETHANOLAMINE BIOSYNTHESIS II%BIOCYC%PWY4FS-6 phosphatidylethanolamine biosynthesis II D3ZRW8 A6K7M9 A6HUQ6 A6HLG4 A6IMX1 A0A9K3Y7I0 CARNOSINE BIOSYNTHESIS%BIOCYC%PWY66-420 carnosine biosynthesis CHOLESTEROL BIOSYNTHESIS III (VIA DESMOSTEROL)%BIOCYC%PWY66-4 cholesterol biosynthesis III (via desmosterol) A6HLW2 A6HRM0 A6HYE0 A6K6F7 Q9EQS5 A6JKC8 A6JYN2 A6KP43 A6IDN2 F7FG10 A6JGK3 A6KSY6 PYRIMIDINE DEOXYRIBONUCLEOTIDE PHOSPHORYLATION%BIOCYC%PWY-7197 pyrimidine deoxyribonucleotide phosphorylation A6HD87 Q9QXL7 A6HI35 A6JR36 A6I3C3 A6HB00 A6JZ28 A6HI34 Q99NI1 PROTECTIN BIOSYNTHESIS%BIOCYC%PWY-8357 protectin biosynthesis A0A8I6AV04 P36970 A6HG42 L-LYSINE DEGRADATION (PIPECOLATE PATHWAY)%BIOCYC%PWY66-425 L-lysine degradation (pipecolate pathway) A6HLH3 A6KIT5 Q5I0K1 Q4KLP0 CHONDROITIN SULFATE DEGRADATION (METAZOA)%BIOCYC%PWY-6573 chondroitin sulfate degradation (metazoa) A6I2Y4 G3V6V8 Q5BK36 (S)-RETICULINE BIOSYNTHESIS%BIOCYC%PWY-6133 (S)-reticuline biosynthesis D4A9G4 ATP BIOSYNTHESIS%BIOCYC%PWY-7980 ATP biosynthesis A6JLH8 A6HDD9 B2RYG3 D3ZAF6 A6KU69 A6HUP1 A6HID1 G3V7L8 D3ZY50 A6KCX5 A6HCQ5 B0K022 Q5XIL1 Q2I6B5 P10719 F7EUL0 A6IED7 A6IR15 Q6PCU0 D3ZTW7 A0A8I6GCD8 Q6PDU7 A6KPF6 Q8HIC7 A6KMW0 Q5M7T6 G3V7Y3 A6JL59 F7EW45 B2GUV5 FOLATE POLYGLUTAMYLATION%BIOCYC%PWY-2161 folate polyglutamylation B2GUZ3 Q5U3Z7 G3V6S5 A6HF57 L-SERINE BIOSYNTHESIS%BIOCYC%SERSYN-PWY L-serine biosynthesis A6J0P9 A6K3D6 Q68FU2 B2RZ78 L-ASPARAGINE DEGRADATION I%BIOCYC%ASPARAGINE-DEG1-PWY L-asparagine degradation I A6HZZ2 O88202 ITACONATE BIOSYNTHESIS I%BIOCYC%PWY-5750 itaconate biosynthesis I D3ZWM1 5-AMINOIMIDAZOLE RIBONUCLEOTIDE BIOSYNTHESIS%BIOCYC%PWY-6121 5-aminoimidazole ribonucleotide biosynthesis A6JCX0 G3V918 D4AB17 PYRIMIDINE RIBONUCLEOSIDES SALVAGE I%BIOCYC%PWY-7193 pyrimidine ribonucleosides salvage I D4AC20 A0A8I6ANJ5 A6KLZ3 B5DF24 SUPERPATHWAY OF CHOLESTEROL BIOSYNTHESIS%BIOCYC%PWY66-5 superpathway of cholesterol biosynthesis A6J4J7 A6KP31 A6KRN6 A6HLW2 Q62967 A6HRM0 P22791 A6HYE0 A6I5W9 A6K6F7 Q9EQS5 Q5RK24 A6I512 A6JKC8 A6J6C0 A6JYN2 A6KP43 A6K9C8 A6IDN2 F7FG10 A6JGK3 A6KSY6 PUTRESCINE BIOSYNTHESIS III%BIOCYC%PWY-46 putrescine biosynthesis III G3V7H6 A6HAU9 PYRIMIDINE RIBONUCLEOSIDES DEGRADATION%BIOCYC%PWY0-1295 pyrimidine ribonucleosides degradation D4AC20 D4A9N9 Q499V1 KETOGENESIS%HUMANCYC%REACT_1464.NULL ketogenesis P22791 A6J4J7 A6IT78 A6HVW3 A6IRW3 D-GLUCURONATE DEGRADATION%BIOCYC%PWY-5525 D-glucuronate degradation A6JZ88 Q811X6 D-MYO< I>-INOSITOL (1,4,5)-TRISPHOSPHATE BIOSYNTHESIS%BIOCYC%PWY-6351 D-myo< i>-inositol (1,4,5)-trisphosphate biosynthesis A0ABK0LEK8 A6I3V0 F1LNK2 A6IMM6 Q45QJ5 A6I9J7 A6HIM4 A6IJH1 P24135 A0ABK0LMR7 A6JHA5 O89040 A0A8I6GLE1 R9PXY3 A0ABK0LHB6 G3V845 Q3MID5 G3V9W5 A6I190 Q9R0I8 A6K2T7 ETHANOL DEGRADATION IV%BIOCYC%PWY66-162 ethanol degradation IV F1LN88 D3ZZN3 A6KI41 D3ZGU2 A6HNR6 A6HF75 CARBON DISULFIDE OXIDATION III (METAZOA)%BIOCYC%PWY-7926 carbon disulfide oxidation III (metazoa) A6HXJ0 L-ISOLEUCINE DEGRADATION%BIOCYC%ILEUDEG-PWY L-isoleucine degradation A6HWW9 Q5EB89 A6I1S6 Q99PU6 B0BMW2 A6HB44 Q99JD5 A6HXG6 G3V8U8 A6J4J7 A6KP31 GLYCINE BIOSYNTHESIS%BIOCYC%GLYSYN-ALA-PWY glycine biosynthesis A6KJT6 Q5I0N5 ARACHIDONATE BIOSYNTHESIS V (8-DETATURASE, MAMMALS)%BIOCYC%PWY-7725 arachidonate biosynthesis V (8-detaturase, mammals) A6I009 D4ADY9 A6I010 SUPERPATHWAY OF GLYCOSPHINGOLIPIDS BIOSYNTHESIS%BIOCYC%PWY-7835 superpathway of glycosphingolipids biosynthesis A6HT88 A6HQS8 A6JFW4 A0A8I5YCL3 Q569D2 P13721 A6JB65 P97877 D4AB20 A6J2G4 A6IA96 A6KDW2 D3ZEF9 D4A2A5 G3V722 G3V7T2 A6JSC5 Q07977 A6JB59 A6IR55 D3ZPD8 Q6MGC2 A6J5N4 G3V8B2 HEME DEGRADATION I%BIOCYC%PWY-5874 heme degradation I A6JY98 A6K4R4 Q6T5F0 Q6AZ33 PHOSPHATIDYLETHANOLAMINE BIOSYNTHESIS III%BIOCYC%PWY-6273 phosphatidylethanolamine biosynthesis III A6HXP9 NEOLACTO-SERIES GLYCOSPHINGOLIPIDS BIOSYNTHESIS%BIOCYC%PWY-7841 neolacto-series glycosphingolipids biosynthesis A6JFW4 A0A8I5YCL3 Q569D2 P13721 P97877 A6J2G4 A6KDW2 D3ZEF9 D4A2A5 G3V722 A6JSC5 Q07977 A6IR55 GDP-L-FUCOSE BIOSYNTHESIS II (FROM L-FUCOSE)%BIOCYC%PWY-6 GDP-L-fucose biosynthesis II (from L-fucose) A0ABK0LJ27 Q712G8 GDP-L-FUCOSE BIOSYNTHESIS I (FROM GDP-D-MANNOSE)%BIOCYC%PWY-66 GDP-L-fucose biosynthesis I (from GDP-D-mannose) Q3MHS7 THIAMINE SALVAGE III%BIOCYC%PWY-6898 thiamine salvage III B5DEJ6 THYMINE DEGRADATION%BIOCYC%PWY-6430 thymine degradation A0A0G2K355 A6HR83 Q03248 S< I>-METHYL-5'-THIOADENOSINE DEGRADATION%BIOCYC%PWY-6756 S< i>-methyl-5'-thioadenosine degradation NAD PHOSPHORYLATION AND TRANSHYDROGENATION%BIOCYC%NADPHOS-DEPHOS-PWY-1 NAD phosphorylation and transhydrogenation Q5BJZ3 CHOLINE DEGRADATION%BIOCYC%CHOLINE-BETAINE-ANA-PWY choline degradation Q6UPE0 A6IX60 ADENINE AND ADENOSINE SALVAGE VI%BIOCYC%PWY-6619 adenine and adenosine salvage VI A6KKR8 PLASMALOGEN BIOSYNTHESIS%BIOCYC%PWY-7782 plasmalogen biosynthesis A6I889 B0BN29 Q6MG85 G3V7M5 A6IN50 A6KJ21 Q66HK1 A6IRR3 A6HUQ6 A6HLG4 A6IMX1 A0A9K3Y7I0 D3ZRW8 A6K7M9 L-DOPA AND L-DOPACHROME BIOSYNTHESIS%BIOCYC%PWY-6481 L-dopa and L-dopachrome biosynthesis D4A9G4 L-TRYPTOPHAN DEGRADATION XI (MAMMALIAN, VIA KYNURENINE)%BIOCYC%PWY-6309 L-tryptophan degradation XI (mammalian, via kynurenine) A0A0N4SWI7 D3ZXY4 A0A8I6GEE8 P70712 Q8R5M5 A6KIT5 A6JGB4 A6JTW0 A6JXY8 Q4KLP0 Q9ERD9 A6J5T5 ESTRADIOL BIOSYNTHESIS I (VIA ESTRONE)%BIOCYC%PWY66-380 estradiol biosynthesis I (via estrone) F1LPY2 P20812 A6HJ77 Q6AYS8 O54939 A6IDN2 ICOSAPENTAENOATE BIOSYNTHESIS III (8-DESATURASE, MAMMALS)%BIOCYC%PWY-7724 icosapentaenoate biosynthesis III (8-desaturase, mammals) Q6AYT9 A6JPN3 A6I009 Q7TN78 A6I8M8 Q920L7 D4ADY9 A6I010 SULFITE OXIDATION%BIOCYC%PWY-5326 sulfite oxidation G3V6R5 HISTAMINE BIOSYNTHESIS%BIOCYC%PWY-6173 histamine biosynthesis A1A5M4 GANGLIO-SERIES GLYCOSPHINGOLIPIDS BIOSYNTHESIS%BIOCYC%PWY-7836 ganglio-series glycosphingolipids biosynthesis A6HQS8 P13721 Q6MGC2 A6J2G4 A6IA96 A6KDW2 G3V8B2 G3V7T2 ABH AND LEWIS EPITOPES BIOSYNTHESIS FROM TYPE 1 PRECURSOR DISACCHARIDE%BIOCYC%PWY-7832 ABH and Lewis epitopes biosynthesis from type 1 precursor disaccharide D3ZPD8 A6JB65 D4AB20 D4A7T1 METHYLGLYOXAL DEGRADATION III%BIOCYC%PWY-5453 methylglyoxal degradation III A6HXJ0 A6IEL2 Q6AY99 S-ADENOSYL-L-METHIONINE BIOSYNTHESIS%BIOCYC%SAM-PWY S-adenosyl-L-methionine biosynthesis F1LZ34 P18298 PLASMALOGEN DEGRADATION%BIOCYC%PWY-7783 plasmalogen degradation A6KNM5 D3ZES5 SUPERPATHWAY OF PYRIMIDINE RIBONUCLEOTIDES DE NOVO< I> BIOSYNTHESIS%BIOCYC%PWY0-162 superpathway of pyrimidine ribonucleotides de novo< i> biosynthesis A0A8I5ZMM2 F7F0L0 Q5U2N0 A6I3C3 A6HB00 A6IRJ8 A6JZ28 A6HI34 Q99NI1 A6HD87 Q63707 Q9QXL7 A6HI35 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) D3ZQM7 G3V7Z5 A6JKN6 GLYCINE SERINE BIOSYNTHESIS%BIOCYC%GLYSYN-PWY glycine serine biosynthesis Q5U3Z7 A6HF57 OLEATE BIOSYNTHESIS%BIOCYC%PWY-5996 oleate biosynthesis A6JHF9 A6JDS8 F7F6S1 A6JDS7 D3ZEE9 C20 PROSTANOID BIOSYNTHESIS%HUMANCYC%15369 C20 prostanoid biosynthesis P97584 Q62969 A6KIY1 Q9JHF3 Q66HK3 A6ICR0 A6JDT8 A6KF23 A6IET4 A6JLM2 A6JU62 A6JLP6 A6JT70 3-PHOSPHOINOSITIDE DEGRADATION%BIOCYC%PWY-6368 3-phosphoinositide degradation A6KEC3 A6JMP0 O54857 A6II98 D3ZBL5 A6IYG6 A6IKG8 F1M2D6 A6IA11 A6I4B9 A6JLD7 Q9WVR3 D3ZMA2 Q5XIU8 F1M981 ULTRA-LONG-CHAIN FATTY ACID BIOSYNTHESIS%BIOCYC%PWY-8041 ultra-long-chain fatty acid biosynthesis D4ACH5 B3SVE9 A6HNK4 COENZYME A BIOSYNTHESIS II (EUKARYOTIC)%BIOCYC%PWY-7851 coenzyme A biosynthesis II (eukaryotic) Q5XIA5 D3ZZZ5 RESOLVIN D BIOSYNTHESIS%BIOCYC%PWY66-397 resolvin D biosynthesis F1LMM5 D4A4W4 A0A8I6AV04 P36970 A6HG42 ACETONE DEGRADATION I (TO METHYLGLYOXAL)%BIOCYC%PWY-5451 acetone degradation I (to methylglyoxal) D4A820 A6HXJ0 P20812 A6JZ36 Q4V8D1 ARACHIDONATE METABOLITES BIOSYNTHESIS%BIOCYC%PWY-8397 arachidonate metabolites biosynthesis P97584 Q62969 A6KIY1 Q9JHF3 Q66HK3 A6JDT8 A6KF23 A6IET4 A6JU62 A6JT70 D4A4W4 A6K957 A6K9R0 A0ABK0L8N6 Q5BKA2 Q5M872 A6HT70 P30349 A6ICR0 A0A8I6AV04 P36970 A6IZW1 A6HG42 A6HUX5 A6HE07 F1LMM5 PROTEIN CITRULLINATION%BIOCYC%PWY-4921 protein citrullination P70708 D4ABN7 A6ITP8 O88806 A6ITP3 L-PHENYLALANINE DEGRADATION I (AEROBIC)%BIOCYC%PHENYLALANINE-DEG1-PWY L-phenylalanine degradation I (aerobic) Q6AYW2 PHOSPHATIDYLSERINE BIOSYNTHESIS II%BIOCYC%PWY-7506 phosphatidylserine biosynthesis II A6HXP9 D-MYO< I>-INOSITOL (1,3,4)-TRISPHOSPHATE BIOSYNTHESIS%BIOCYC%PWY-6364 D-myo< i>-inositol (1,3,4)-trisphosphate biosynthesis A6JMP0 A6HPH2 O54857 A6JGG8 F1M2D6 A6JLD7 Q9WVR3 Q5XIU8 A6JKN6 F1M981 A6HXB9 A6J9B8 INOSITOL DIPHOSPHATES BIOSYNTHESIS%BIOCYC%PWY-6369 inositol diphosphates biosynthesis A6I328 A6I383 D4AEE6 G3V7Z5 A6JKN6 F1LSW6 THYRONAMINE AND IODOTHYRONAMINE METABOLISM%BIOCYC%PWY-6688 thyronamine and iodothyronamine metabolism P49897 P70551 P24389 THIOREDOXIN PATHWAY%BIOCYC%THIOREDOX-PWY thioredoxin pathway Q9Z0J5 15-EPI< I>-LIPOXIN BIOSYNTHESIS%BIOCYC%PWY66-393 15-epi< i>-lipoxin biosynthesis F1LMM5 A6ICR0 ACETYL-COA BIOSYNTHESIS FROM CITRATE%BIOCYC%PWY-5172 acetyl-CoA biosynthesis from citrate G3V9G4 KETOLYSIS%HUMANCYC%REACT_59.NULL ketolysis B2GV06 A6J4J7 A6HVW3 A6IRW3 2'-DEOXY-&ALPHA;-D-RIBOSE 1-PHOSPHATE DEGRADATION%BIOCYC%PWY-7180 2'-deoxy-α-D-ribose 1-phosphate degradation Q66HF8 A6HF73 A6JDH4 Q5XI42 ANANDAMIDE LIPOXYGENATION%BIOCYC%PWY-8056 anandamide lipoxygenation F1LMM5 A0A8I6AV04 A6HG42 L-METHIONINE SALVAGE FROM L-HOMOCYSTEINE%BIOCYC%ADENOSYLHOMOCYSCAT-PWY L-methionine salvage from L-homocysteine O09171 F1LMG2 G3V8A4 SUPERPATHWAY OF MELATONIN DEGRADATION%BIOCYC%PWY-6402 superpathway of melatonin degradation D4A820 Q64678 P04799 P20812 A6JZX2 A6JZ36 Q4V8D1 A6J0C1 F1LTB8 A6I9A5 2-AMINO-3-CARBOXYMUCONATE SEMIALDEHYDE DEGRADATION TO GLUTARYL-COA%BIOCYC%PWY-5652 2-amino-3-carboxymuconate semialdehyde degradation to glutaryl-CoA D3ZXY4 Q8R5M5 Q4KLP0 GLUTATHIONE-PEROXIDE REDOX REACTIONS%BIOCYC%PWY-4081 glutathione-peroxide redox reactions A0A0G2K278 D3ZQI1 A6IVS9 P36970 P23764 P04041 NAD SALVAGE%BIOCYC%NAD-BIOSYNTHESIS-III NAD salvage Q0HA29 A0JPJ0 A6HB68 HISTAMINE DEGRADATION%BIOCYC%PWY-6181 histamine degradation Q498N2 A6JSX2 CDP-DIACYLGLYCEROL BIOSYNTHESIS%BIOCYC%PWY-5667 CDP-diacylglycerol biosynthesis A6KJY8 G3V8W2 D4AC45 A6K5W7 D3ZI76 Q6MG85 A6I477 D3ZR52 Q0ZFS7 A6JHY2 D3ZFF4 A6ILI9 G3V648 A6HAY5 Q4V8J4 A6IWB3 RAPOPORT-LUEBERING GLYCOLYTIC SHUNT%BIOCYC%PWY-6405 Rapoport-Luebering glycolytic shunt Q6P6G4 FATTY ACID &ALPHA;-OXIDATION III%BIOCYC%PWY66-388 fatty acid α-oxidation III Q2LAM0 A6KFY4 A6HF75 GLUCONEOGENESIS%BIOCYC%PWY66-399 gluconeogenesis Q6P6G4 A6HYX8 A6HJB1 A6HJH2 Q5BJ93 A6IV43 A6KQB3 A6KQB2 A6J0B0 A6I9E6 A6HG88 A6HH35 A0A8I5ZVI4 Q6P6V0 A6KKZ5 A6IKP7 A6ILK1 F7FCA4 Q5XIV1 A6JQ40 Q66HT1 PHENYLETHYLAMINE DEGRADATION I%BIOCYC%2PHENDEG-PWY phenylethylamine degradation I F1LN88 A6JZX2 P19643 O08590 A6HF75 PENTOSE PHOSPHATE PATHWAY (NON-OXIDATIVE BRANCH)%BIOCYC%NONOXIPENT-PWY pentose phosphate pathway (non-oxidative branch) A6KG36 Q3MIF0 D4A7L6 A6HXV3 VERY LONG CHAIN FATTY ACID BIOSYNTHESIS II%BIOCYC%PWY-7036 very long chain fatty acid biosynthesis II Q5U2Z8 B3SVE9 A6HNK4 D4ADY9 ARACHIDONATE BIOSYNTHESIS III (6-DESATURASE, MAMMALS)%BIOCYC%PWY-7592 arachidonate biosynthesis III (6-desaturase, mammals) A0A8I5ZUY7 Q6AYT9 Q66HN6 A6JPN3 A6I009 Q7TN78 A6HNK4 A6I8M8 Q920L7 A6KQU4 D4ADY9 A6I010 D-MYO< I>-INOSITOL (3,4,5,6)-TETRAKISPHOSPHATE BIOSYNTHESIS%BIOCYC%PWY-6365 D-myo< i>-inositol (3,4,5,6)-tetrakisphosphate biosynthesis D3ZQM7 A6JKN6 &GAMMA;-GLUTAMYL CYCLE%BIOCYC%PWY-4041 γ-glutamyl cycle A6KI45 A6HVF9 A6HS77 A6I1G6 A6K0W5 A6K5L5 UTP AND CTP DEPHOSPHORYLATION I%BIOCYC%PWY-7185 UTP and CTP dephosphorylation I A6KJ39 F7F0L0 Q5U2N0 GLYCOGENOLYSIS%BIOCYC%PWY-5941 glycogenolysis F7F2L9 A6IAI1 X2G6B3 A6JDH4 A6KHG6 A6HZH0 A6KAV7 A6HBY8 L-VALINE DEGRADATION%BIOCYC%VALDEG-PWY L-valine degradation A6INV5 Q5EB89 A6K4M1 A6I1S6 Q99PU6 A6HB44 Q99JD5 A6HXG6 G3V8U8 A6JDW8 A6K0S4 ARG N-END RULE PATHWAY (EUKARYOTIC)%BIOCYC%PWY-7799 Arg N-end rule pathway (eukaryotic) D4A2N1 A6J1F1 A6HW35 B2GVB7 Q6IRK1 A6HRJ7 F7FBG0 Q5BK79 ASPIRIN TRIGGERED RESOLVIN D BIOSYNTHESIS%BIOCYC%PWY66-395 aspirin triggered resolvin D biosynthesis F1LMM5 A6ICR0 L-ASPARTATE BIOSYNTHESIS%BIOCYC%ASPARTATESYN-PWY L-aspartate biosynthesis Q6AY54 A6JHC9 OXIDIZED GTP AND DGTP DETOXIFICATION%BIOCYC%PWY-6502 oxidized GTP and dGTP detoxification A6K1T0 GDP-GLUCOSE BIOSYNTHESIS II%BIOCYC%PWY-5661-1 GDP-glucose biosynthesis II F7F2L9 A6IAI1 X2G6B3 A6JDH4 A6KAV7 MELATONIN DEGRADATION II%BIOCYC%PWY-6399 melatonin degradation II A6JZX2 TRNA SPLICING II%BIOCYC%PWY-7803 tRNA splicing II D3ZFW1 A6IFD0 Q5M954 A6INR1 D4AE02 D3ZZT6 A6HAQ9 F7EMB2 Q5XIB7 PYRIMIDINE DEOXYRIBONUCLEOSIDES SALVAGE%BIOCYC%PWY-7199 pyrimidine deoxyribonucleosides salvage D4AC20 D3ZGQ2 A6KFB7 G3V6E9 PYRIMIDINE DEOXYRIBONUCLEOTIDES DE NOVO< I> BIOSYNTHESIS%BIOCYC%PWY-7184 pyrimidine deoxyribonucleotides de novo< i> biosynthesis A6HD87 D4ADQ1 Q9QXL7 A6HI35 A6KFB7 A6KJ39 A6HAY1 A6JR36 A6I3C3 A6HI34 Q99NI1 L-PROLINE BIOSYNTHESIS%BIOCYC%PROSYN-PWY L-proline biosynthesis A6JH60 A6JGI1 A6HLH3 4-HYDROXY-2-NONENAL DETOXIFICATION%BIOCYC%PWY-7112 4-hydroxy-2-nonenal detoxification B6DYQ7 A6JJ95 B6DYP8 B6DYP7 PURINE NUCLEOTIDES DEGRADATION%BIOCYC%PWY-6353 purine nucleotides degradation Q6P9U9 Q9JKB7 A6JX48 P85973 Q66HL0 F1LQS6 F7ESB1 A6IS21 A6IEC0 L-CYSTEINE BIOSYNTHESIS%BIOCYC%PWY-6292 L-cysteine biosynthesis Q9EQS4 A6JK04 A6KI17 F1LZ34 P18298 L-METHIONINE SALVAGE CYCLE%BIOCYC%PWY-7527 L-methionine salvage cycle D3ZUI1 A6IY99 A6K613 A6HB14 Q99MI5 F1LZ34 A6JTW0 P18298 D-MYO< I>-INOSITOL (1,4,5)-TRISPHOSPHATE DEGRADATION%BIOCYC%PWY-6363 D-myo< i>-inositol (1,4,5)-trisphosphate degradation A6JMP0 F7FA04 F1M2D6 A6IA11 A6JLD7 Q9WVR3 F1M978 D4AD37 Q5XIU8 A6IXU0 A6HXB9 2-METHYL-BRANCHED FATTY ACID &BETA;-OXIDATION%BIOCYC%PWY-8181 2-methyl-branched fatty acid β-oxidation A6HWW9 BMP SIGNALLING PATHWAY%HUMANCYC%REACT_12034.NULL BMP Signalling Pathway A6IY15 G3V8W4 D4ADF6 F1MA24 F1LQC5 LEUKOTRIENE BIOSYNTHESIS%HUMANCYC%15354 leukotriene biosynthesis A6HE07 F1LMM5 P30349 Q5M872 A6IZW1 A6HUX5 PROGESTERONE BIOSYNTHESIS%BIOCYC%PWY-7299 progesterone biosynthesis A6K3E2 L-GLUTAMATE BIOSYNTHESIS%BIOCYC%GLUTAMATE-SYN2-PWY L-glutamate biosynthesis A6KFS5 RETINOATE BIOSYNTHESIS II%BIOCYC%PWY-6875 retinoate biosynthesis II B2RZC1 P02696 F1LQS6 GLUTATHIONE BIOSYNTHESIS%BIOCYC%GLUTATHIONESYN-PWY glutathione biosynthesis A6KI45 A6HVF9 A6I1G6 DOPAMINE DEGRADATION%BIOCYC%PWY6666-2 dopamine degradation F2W8B1 A6JZX2 P19643 A6HF75 MARESIN BIOSYNTHESIS%BIOCYC%PWY-8356 maresin biosynthesis D4A4W4 A0A8I6AV04 A6HG42 L-ASPARTATE DEGRADATION I%BIOCYC%ASPARTATE-DEG1-PWY L-aspartate degradation I Q6AY54 A6JHC9 GALA-SERIES GLYCOSPHINGOLIPIDS BIOSYNTHESIS%BIOCYC%PWY-7840 gala-series glycosphingolipids biosynthesis A6HVK3 A6IA96 SORBITOL DEGRADATION I%BIOCYC%PWY-4101 sorbitol degradation I A6HPS1 PYRUVATE FERMENTATION TO (S< I>)-LACTATE%BIOCYC%PWY-5481 pyruvate fermentation to (S< i>)-lactate F7FDE8 A6IMU4 PUTRESCINE DEGRADATION III%BIOCYC%PWY-0 putrescine degradation III F1LN88 A6JZX2 P19643 Q66HF8 A6HF73 A6HFS3 Q5XI42 Q6P9U6 A6HF75 CREATINE-PHOSPHATE BIOSYNTHESIS%BIOCYC%PWY-6158 creatine-phosphate biosynthesis A6J8N1 Q5BJT9 A6KBS5 QUEUOSINE BIOSYNTHESIS II (QUEUINE SALVAGE)%BIOCYC%PWY-8105 queuosine biosynthesis II (queuine salvage) D3ZBQ4 Q4QR99 L-LEUCINE DEGRADATION%BIOCYC%LEU-DEG2-PWY L-leucine degradation A6HPD3 A0ABK0M2D4 Q5EB89 A6I1S6 Q99PU6 A6HB44 Q99JD5 G3V8U8 A6IT78 A6J6R7 A0A8I6AS47 Q5XIT9 GLYCEROL-3-PHOSPHATE SHUTTLE%BIOCYC%PWY-6118 glycerol-3-phosphate shuttle A6KCH1 L-ASPARAGINE DEGRADATION%BIOCYC%ASPARAGINE-DEG1-PWY-1 L-asparagine degradation A6HZZ2 O88202 A6JPI5 A6JHC9 SEROTONIN DEGRADATION%BIOCYC%PWY-6313 serotonin degradation A0A8I6ATS6 F1LN88 A6JZX2 F1LTB8 A6I9A5 A6HF75 ADENOSINE RIBONUCLEOTIDES DE NOVO< I> BIOSYNTHESIS%BIOCYC%PWY-7219 adenosine ribonucleotides de novo< i> biosynthesis A6JRN6 Q6P2A5 D4AEP0 A6ISG8 A6JTQ0 A6HSY1 A0ABK0LVX3 ACYL-COA HYDROLYSIS%BIOCYC%PWY-5148 acyl-CoA hydrolysis A6IUH6 Q5U2X8 Q6AZ44 ANANDAMIDE BIOSYNTHESIS II%BIOCYC%PWY-8053 anandamide biosynthesis II A0ABK0LKD1 D2KX21 A6HZQ8 L-TRYPTOPHAN DEGRADATION TO 2-AMINO-3-CARBOXYMUCONATE SEMIALDEHYDE%BIOCYC%PWY-5651 L-tryptophan degradation to 2-amino-3-carboxymuconate semialdehyde A0A0N4SWI7 A0A8I6GEE8 P70712 A6JGB4 Q9ERD9 A6J5T5 UDP-&ALPHA;-D-XYLOSE BIOSYNTHESIS%BIOCYC%PWY-4821 UDP-α-D-xylose biosynthesis G3V6C4 A6KR28 PHOSPHOLIPASES%BIOCYC%LIPASYN-PWY phospholipases B0K018 A0A8I6GLE1 R9PXY3 A0ABK0LHB6 A6I190 A6I3V0 F1LNK2 A6IMM6 Q45QJ5 A0ABK0LKD1 D2KX21 A6HZQ8 D3ZGN6 A6ITI7 A6ITI5 Q6IRF5 D4ADQ2 D3ZA44 D3ZQH6 P24135 A6HG64 A0ABK0LMR7 O54728 A6KBW2 A6ITJ0 O89040 A6J1T9 D3Z9Z1 G3V6E2 G3V845 Q5BK35 A6J9D6 F1LMG4 A0A8I6ANS2 A0ABK0LGY9 D3ZRC4 EPOXYSQUALENE BIOSYNTHESIS%BIOCYC%PWY-5670 epoxysqualene biosynthesis A6HRM0 A6K6F7 CARDENOLIDE BIOSYNTHESIS%BIOCYC%PWY-6032 cardenolide biosynthesis A6H9Z5 A6JV19 CHOLESTEROL BIOSYNTHESIS I%BIOCYC%PWY66-341 cholesterol biosynthesis I A6HLW2 A6HRM0 A6HYE0 A6K6F7 Q9EQS5 A6JKC8 A6JYN2 A6KP43 A6IDN2 F7FG10 A6JGK3 A6KSY6 OPHTHALMATE BIOSYNTHESIS%BIOCYC%PWY-8043 ophthalmate biosynthesis A6KI45 A6HVF9 A6I1G6 A6JHC9 COENZYME A BIOSYNTHESIS%BIOCYC%COA-PWY-1 coenzyme A biosynthesis D3ZUQ7 D3ZWD3 Q5XIA5 D3ZZZ5 SUCROSE DEGRADATION%BIOCYC%PWY66-373 sucrose degradation A6I9E6 A6HH35 A0A8I5ZVI4 A6I045 A6HAB0 Q66HT1 PRPP BIOSYNTHESIS%BIOCYC%PWY0-662 PRPP biosynthesis A6HLR9 M0RBK1 A6K2F9 SUPERPATHWAY OF PYRIMIDINE DEOXYRIBONUCLEOSIDE SALVAGE%BIOCYC%PWY-7200 superpathway of pyrimidine deoxyribonucleoside salvage D4AC20 D3ZGQ2 A6KFB7 G3V6E9 A6JR36 A6I3C3 A6HB00 A6JZ28 A6HI34 Q99NI1 A6HD87 Q9QXL7 A6HI35 PHOSPHATIDYLCHOLINE BIOSYNTHESIS%BIOCYC%PWY3O-450 phosphatidylcholine biosynthesis A6K7M9 G3V7M5 Q66HK1 A6IRR3 A0ABK0L2A5 A6HUQ6 SUPERPATHWAY OF L-TRYPTOPHAN UTILIZATION%BIOCYC%PWY66-401 superpathway of L-tryptophan utilization A0A8I6ATS6 F1LN88 A6JZX2 P19643 F1LTB8 A6I9L4 A6I9A5 A0A9K3Y6U7 D4A820 Q64678 P04799 A6JZ36 Q4V8D1 A6J0C1 A6HKX7 D3ZMA5 B3GSH5 A6JBC3 A6IGK2 P20812 A6HXG6 A6IY64 Q8R5M5 A6J4J7 A6JGB4 A6KP31 Q9ERD9 A6HF75 A6J5T5 Q0HA29 A0A0N4SWI7 A6JZ88 D3ZXY4 A0JPJ0 A0A8I6GEE8 P70712 Q4KLP0 FATTY ACID &BETA;-OXIDATION (PEROXISOME)%BIOCYC%PWY66-391 fatty acid β-oxidation (peroxisome) A0A8I5ZUY7 A6JYU0 A6I3V2 Q66HN6 A6HKU7 B0BMW2 A6KQU4 A6JS69 A6HXG6 F1LNW3 Q6IN39 A6HVS6 L-TRYPTOPHAN DEGRADATION VIA TRYPTAMINE%BIOCYC%PWY-6307 L-tryptophan degradation via tryptamine A6JZ88 P19643 D3ZMA5 A6HF75 TRNA CHARGING%BIOCYC%TRNA-CHARGING-PWY tRNA charging F8WFH8 P50475 A9CMD0 A6IY66 Q6TXE9 F7FFR1 A6JYN5 A6ID72 Q66H61 P40329 A0ABK0L3Q4 Q5I0G4 A6KJR7 A6HV03 A0A8I5ZU78 Q3SWT9 D3ZM09 G3V9K0 Q6TUD1 A0A8I5ZPX4 A6J7D4 A6ISH9 A6JBN1 D3ZX08 Q5I0L3 Q5PPJ6 F1LS86 Q68FT7 Q4QQV4 A0A8I6GH23 A0ABK0M2U4 PYRIDOXAL 5'-PHOSPHATE SALVAGE%BIOCYC%PLPSAL-PWY-1 pyridoxal 5'-phosphate salvage N< I>-ACETYLGLUCOSAMINE DEGRADATION I%BIOCYC%GLUAMCAT-PWY N< i>-acetylglucosamine degradation I A6HCQ3 F7FL82 4-HYDROXYBENZOATE BIOSYNTHESIS%BIOCYC%PWY-5754 4-hydroxybenzoate biosynthesis A6IZ42 SUPERPATHWAY OF PURINE NUCLEOTIDE SALVAGE%BIOCYC%PWY66-409 superpathway of purine nucleotide salvage A6JRN6 Q6P9U9 A6KKR8 Q4V7C6 A6HAY1 Q6P2A5 D4AEP0 A6ISG8 A6I3C3 A6JTQ0 A6IEC0 Q71RR7 A6HI34 A6HSY1 Q99NI1 A0ABK0LVX3 A6HD87 D4ADQ1 P36972 A6KUK4 Q9QXL7 A6HI35 A6JX48 P85973 SPHINGOLIPID BIOSYNTHESIS (MAMMALS)%BIOCYC%PWY-7277 sphingolipid biosynthesis (mammals) A6HBK2 Q3B7D2 D4A9V0 Q5XIF5 A6KA58 A6JSV0 D4A2H2 PYRIMIDINE DEOXYRIBONUCLEOTIDES BIOSYNTHESIS FROM CTP%BIOCYC%PWY-7210 pyrimidine deoxyribonucleotides biosynthesis from CTP A6HD87 D4ADQ1 Q9QXL7 A6HI35 A6KFB7 A6KJ39 A6HAY1 A6JR36 A6I3C3 D3ZXS5 A6HI34 Q99NI1 UTP AND CTP DE NOVO< I> BIOSYNTHESIS%BIOCYC%PWY-7176 UTP and CTP de novo< i> biosynthesis A6HD87 Q9QXL7 A6HI35 F7F0L0 Q5U2N0 A6I3C3 A6HB00 A6JZ28 A6HI34 Q99NI1 SUPERPATHWAY OF CHOLINE DEGRADATION TO L-SERINE%BIOCYC%PWY66-414 superpathway of choline degradation to L-serine Q6UPE0 Q5U3Z7 A6IX60 O09171 Q5RKL4 A6HF57 TCA CYCLE%BIOCYC%PWY66-398 TCA cycle P14408 A6ITQ1 G3V6P2 Q5XIJ3 P13086 A6HQ80 Q8VHF5 A6IKS7 A6JUU5 Q641Z9 A6J0B0 A6HB44 A6JQ40 B1H270 A6J4E0 A6HT25 Q99NA5 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 A6HD11 D3ZDS4 FATTY ACID &BETA;-OXIDATION%BIOCYC%FAO-PWY fatty acid β-oxidation A0A8I5ZUY7 A6JYU0 Q66HN6 B0BMW2 A6KQU4 A6HXG6 G3V9U2 A6HAE4 A6HAE3 Q68G41 A6HVS6 CERAMIDE DE NOVO< I> BIOSYNTHESIS%BIOCYC%PWY3DJ-12 ceramide de novo< i> biosynthesis A6HBK2 Q3B7D2 D4A9V0 Q5XIF5 A6KA58 A6JSV0 D4A2H2 ARACHIDONATE BIOSYNTHESIS IV (8-DETATURASE)%BIOCYC%PWY-7601 arachidonate biosynthesis IV (8-detaturase) D4ADY9 ERYTHRITOL BIOSYNTHESIS II%BIOCYC%PWY-8373 erythritol biosynthesis II A6HPS1 P06757 LACTO-SERIES GLYCOSPHINGOLIPIDS BIOSYNTHESIS%BIOCYC%PWY-7839 lacto-series glycosphingolipids biosynthesis A6JSC5 D3ZPD8 P13721 A6JB65 D4AB20 A6J2G4 A6IA96 A6KDW2 L-SERINE DEGRADATION%BIOCYC%SERDEG-PWY L-serine degradation A0A6N3IN21 TETRAHYDROPTERIDINE RECYCLING%BIOCYC%PWY-8099 tetrahydropteridine recycling A6K3Y5 SPERMIDINE BIOSYNTHESIS%BIOCYC%BSUBPOLYAMSYN-PWY spermidine biosynthesis Q99MI5 TETRAHYDROBIOPTERIN DE NOVO< I> BIOSYNTHESIS%BIOCYC%PWY-5663 tetrahydrobiopterin de novo< i> biosynthesis A6J4D6 B2RYK3 A6KE40 L-TRYPTOPHAN DEGRADATION (KYNURENINE PATHWAY)%BIOCYC%TRYPTOPHAN-DEGRADATION-1 L-tryptophan degradation (kynurenine pathway) A6HXG6 A6IY64 Q8R5M5 A6J4J7 A6JGB4 A6KP31 Q9ERD9 A6J5T5 A0A0N4SWI7 D3ZXY4 A0A8I6GEE8 P70712 Q4KLP0 PROTEIN O< I>-[N< I>-ACETYL]-GLUCOSYLATION%BIOCYC%PWY-7437 protein O< i>-[N< i>-acetyl]-glucosylation G3V6F4 A0A8I6AAH5 CYTOCHROME C< I> BIOGENESIS%BIOCYC%PWY-8145 cytochrome c< i> biogenesis D3ZL85 RETINOATE BIOSYNTHESIS I%BIOCYC%PWY-6872 retinoate biosynthesis I B2RZC1 P02696 B2GUU8 A6I0L3 A6KER4 D3ZS85 P50170 ABH AND LEWIS EPITOPES BIOSYNTHESIS FROM TYPE 2 PRECURSOR DISACCHARIDE%BIOCYC%PWY-7831 ABH and Lewis epitopes biosynthesis from type 2 precursor disaccharide Q07977 A6JB59 A6JFW4 A0A8I5YCL3 D4A7T1 A6IIH6 A6HNH9 D4A2A5 G3V722 CMP PHOSPHORYLATION%BIOCYC%PWY-7205 CMP phosphorylation A6HD87 Q9QXL7 A6HI35 A6I3C3 A6HB00 A6JZ28 A6HI34 Q99NI1 SUPERPATHWAY OF PYRIMIDINE RIBONUCLEOSIDES DEGRADATION%BIOCYC%PWY-7209 superpathway of pyrimidine ribonucleosides degradation A0A0G2K355 A6HR83 D4AC20 D4A9N9 Q499V1 Q03248 THYROID HORMONE METABOLISM I (VIA DEIODINATION)%BIOCYC%PWY-6260 thyroid hormone metabolism I (via deiodination) P49897 P70551 P24389 ICOSAPENTAENOATE BIOSYNTHESIS II (6-DESATURASE, MAMMALS)%BIOCYC%PWY-7049 icosapentaenoate biosynthesis II (6-desaturase, mammals) Q6AYT9 A6JPN3 A6I009 Q7TN78 A6I8M8 Q920L7 A6I010 I ANTIGEN AND I ANTIGEN BIOSYNTHESIS%BIOCYC%PWY-7837 i antigen and I antigen biosynthesis A6JFW4 D3ZEF9 D4A2A5 Q6T5E1 G3V722 A6KEU3 FATTY ACID &BETA;-OXIDATION (UNSATURATED, ODD NUMBER)%BIOCYC%PWY-5137 fatty acid β-oxidation (unsaturated, odd number) Q68G41 A6J7E6 GLYCOLYSIS%BIOCYC%PWY66-400 glycolysis P30835 A0ABZ3NNC7 A6J532 B1WBN9 C7C5T2 Q6P6G4 A6IAI1 X2G6B3 Q5BJ93 A6IV43 A6KAV7 A6I9E6 A6HG88 A6HH35 A0A8I5ZVI4 Q6P6V0 A6IKP7 A6ILK1 F7FCA4 Q5XIV1 Q66HT1 HYDROGEN SULFIDE BIOSYNTHESIS II (MAMMALIAN)%BIOCYC%PWY66-426 hydrogen sulfide biosynthesis II (mammalian) Q9EQS4 A6JK04 HUMAN MILK OLIGISACCHARIDES BIOSYNTHESIS%BIOCYC%PWY-8459 human milk oligisaccharides biosynthesis A6IR55 F1M7M1 P13721 A6JB65 D4AB20 D3ZEF9 D4A2A5 G3V722 A6KEU3 INOSINE 5'-PHOSPHATE DEGRADATION%BIOCYC%PWY-5695 inosine 5'-phosphate degradation Q6P9U9 P85973 Q66HL0 F1LQS6 A6IEC0 HEME BIOSYNTHESIS FROM UROPORPHYRINOGEN-III I%BIOCYC%HEME-BIOSYNTHESIS-II heme biosynthesis from uroporphyrinogen-III I Q3B7D0 D3ZVN7 B0BN55 D3ZBM3 MITOCHONDRIAL L-CARNITINE SHUTTLE%BIOCYC%PWY-6111 mitochondrial L-carnitine shuttle O70253 F7F1T4 A6HYK3 G3V7N5 Q3KR63 EUMELANIN BIOSYNTHESIS%BIOCYC%PWY-6498 eumelanin biosynthesis A6J829 D4A9G4 A0A8I6AEZ4 A6I264 FATTY ACID BIOSYNTHESIS INITIATION (MITOCHONDRIA)%BIOCYC%PWY66-429 fatty acid biosynthesis initiation (mitochondria) A6HT99 A6IZU1 A6K049 D3ZF13 ANANDAMIDE DEGRADATION%BIOCYC%PWY6666-1 anandamide degradation FORMALDEHYDE OXIDATION II (GLUTATHIONE-DEPENDENT)%ECOCYC%PWY-1801 formaldehyde oxidation II (glutathione-dependent) A6HTR6 GLOBO-SERIES GLYCOSPHINGOLIPIDS BIOSYNTHESIS%BIOCYC%PWY-7838 globo-series glycosphingolipids biosynthesis A6HT88 A6JB59 A6JB65 D4AB20 A6J2G4 A6KDW2 A6J5N4 G3V8B2 TREHALOSE DEGRADATION%BIOCYC%PWY0-1182 trehalose degradation G3V7Q9 A6IAI1 X2G6B3 A6KAV7 LINOLEATE METABOLITES BIOSYNTHESIS%BIOCYC%PWY-8395 linoleate metabolites biosynthesis A6KPJ6 D4A4W4 P80299 A6JGI7 A6I196 THE VISUAL CYCLE I (VERTEBRATES)%BIOCYC%PWY-6861 the visual cycle I (vertebrates) Q8VD48 D3Z956 G3V8Q4 D4A8D2 Q8VID1 F7FCZ4 A0ABK0M4T7 B2RZC1 P02696 D3ZEP9 A6JFB5 A6J5U5 Q6AXX5 A6I2B3 ANDROGEN BIOSYNTHESIS%BIOCYC%PWY66-378 androgen biosynthesis A6H9Z5 A6K3E2 A6JV19 O54939 A6JHN5 A6JLP6 GUANOSINE RIBONUCLEOTIDES DE NOVO< I> BIOSYNTHESIS%BIOCYC%PWY-7221 guanosine ribonucleotides de novo< i> biosynthesis A6HD87 Q6P9U9 Q9QXL7 A6HI35 Q4V7C6 A6I3C3 A6IEC0 Q71RR7 A6HI34 Q99NI1 RETINOL BIOSYNTHESIS%BIOCYC%PWY-6857 retinol biosynthesis Q8VD48 D4A8D2 Q8VID1 F7FCZ4 Q5M895 G3V7N1 A6KD48 D4AE76 F1M786 G3V8A7 Q32Q55 B2RZC1 P02696 D3ZEP9 A6JFB5 A6J5U5 Q6AXX5 A6I2B3 DOCOSAHEXAENOATE METABOLITES BIOSYNTHESIS%BIOCYC%PWY-8400 docosahexaenoate metabolites biosynthesis F1LMM5 D4A4W4 A6ICR0 A0A8I6AV04 P36970 A6HT70 A6HG42 3-PHOSPHOINOSITIDE BIOSYNTHESIS%BIOCYC%PWY-6352 3-phosphoinositide biosynthesis A0ABK0LEK8 D3ZFJ0 D4A4I3 G3V839 D3ZYT8 A6I9J7 A6HIM4 M0RC47 A6J2N0 A6IJH1 D3ZVF3 D3ZTF6 D4A5Q1 F1LNJ8 A6JHA5 A6I4B9 B5DFA2 G3V605 Q3MID5 F7ESC7 F7F9A3 D3ZE56 A6K2T7 UDP-N< I>-ACETYL-D-GALACTOSAMINE BIOSYNTHESIS II%BIOCYC%PWY-5514 UDP-N< i>-acetyl-D-galactosamine biosynthesis II F7EV78 A0ABK0L7I7 B2RYN0 Q6P6V0 A6IAI1 X2G6B3 F7FL82 A6KAV7 D3ZF39 4-AMINOBUTANOATE DEGRADATION I%BIOCYC%PWY-6535 4-aminobutanoate degradation I A6K4M1 A6KLE7 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 L-CYSTEINE DEGRADATION I%BIOCYC%CYSTEINE-DEG-PWY L-cysteine degradation I A6IWW6 A6JHC9 STEARATE BIOSYNTHESIS%BIOCYC%PWY-5972 stearate biosynthesis A0A8I5ZUY7 A6JDS8 Q66HN6 F7F6S1 A6JDS7 A6JPN3 A6HVP0 A6IUH6 A6HNK4 A6KQU4 D4ADY9 &BETA;-ALANINE DEGRADATION%BIOCYC%BETA-ALA-DEGRADATION-I-PWY β-alanine degradation A6K4M1 TRANS< I>-4-HYDROXY-L-PROLINE DEGRADATION%BIOCYC%HYDROXYPRODEG-PWY trans< i>-4-hydroxy-L-proline degradation D4A2K1 B0BNG1 A6JXY8 &ALPHA;-TOCOPHEROL DEGRADATION%BIOCYC%PWY-6377 α-tocopherol degradation A6K957 DOCOSAHEXAENOATE BIOSYNTHESIS IV (4-DESATURASE, MAMMALS)%BIOCYC%PWY-7727 docosahexaenoate biosynthesis IV (4-desaturase, mammals) A6I009 A6HNK4 Q920L7 LANOSTEROL BIOSYNTHESIS%BIOCYC%PWY-6132 lanosterol biosynthesis A6JKC8 SPHINGOSINE AND SPHINGOSINE-1-PHOSPHATE METABOLISM%BIOCYC%PWY3DJ-11470 sphingosine and sphingosine-1-phosphate metabolism A0A8I5ZUY7 Q66HN6 A6JPN3 P97584 A6KQU4 A0ABK0LUJ0 D3ZNW4 F7FEJ8 M0R603 F1LPB0 A6HKX2 A6I102 Q6P7S1 PURINE RIBONUCLEOSIDES DEGRADATION TO RIBOSE-1-PHOSPHATE%BIOCYC%PWY0-1296 purine ribonucleosides degradation to ribose-1-phosphate A6JX48 P85973 A6JDH4 PYRIMIDINE DEOXYRIBONUCLEOSIDES DEGRADATION%BIOCYC%PWY-7181 pyrimidine deoxyribonucleosides degradation D4AC20 D4A9N9 Q499V1 A6K7M1 D-MYO< I>-INOSITOL-5-PHOSPHATE METABOLISM%BIOCYC%PWY-6367 D-myo< i>-inositol-5-phosphate metabolism A6KEC3 A6I3V0 F1LNK2 A6IMM6 Q45QJ5 A6II98 P24135 A6IKG8 A0ABK0LMR7 O89040 A0A8I6GLE1 R9PXY3 A0ABK0LHB6 G3V845 D3ZMA2 G3V9W5 A6I190 Q9R0I8 ALLOPREGNANOLONE BIOSYNTHESIS%BIOCYC%PWY-7455 allopregnanolone biosynthesis Q3MHS3 A6H9Z5 A0ABK0LAS3 A6JV19 A6JLP6 SPERMINE BIOSYNTHESIS%BIOCYC%ARGSPECAT-PWY spermine biosynthesis FOLATE TRANSFORMATIONS I%BIOCYC%PWY-2201-1 folate transformations I B2GUZ3 Q5U3Z7 A0ABK0LNR0 F7FDD4 A6KKD2 D4A1Y5 D4A7E8 G3V6S5 G3V8A4 A6HF57 GLYCEROL DEGRADATION%BIOCYC%PWY-4261 glycerol degradation A0ABK0M7S8 Q68FP7 D3ZCI0 D-MANNOSE DEGRADATION%BIOCYC%MANNCAT-PWY-1 D-mannose degradation A6J4W0 L-METHIONINE DEGRADATION%BIOCYC%METHIONINE-DEG1-PWY L-methionine degradation A6KI17 F1LZ34 P18298 ADENINE AND ADENOSINE SALVAGE III%BIOCYC%PWY-6609 adenine and adenosine salvage III A6KUK4 A6JX48 P85973 REACTIVE OXYGEN SPECIES DEGRADATION%BIOCYC%DETOX1-PWY-1 reactive oxygen species degradation A0A0G2K278 D3ZQI1 A6IJH8 A6KP26 A6JLB7 Q64625 A6HNR6 D3ZPW7 A6KN68 P23764 P04041 ADENOSINE NUCLEOTIDES DEGRADATION%BIOCYC%SALVADEHYPOX-PWY adenosine nucleotides degradation A6JX48 P85973 Q66HL0 F1LQS6 F7ESB1 A6IS21 ACETONE DEGRADATION III (TO PROPANE-1,2-DIOL)%BIOCYC%PWY-7466 acetone degradation III (to propane-1,2-diol) D4A820 A6HXJ0 P20812 A6JZ36 Q4V8D1 Q6AY99 L-CARNITINE BIOSYNTHESIS%BIOCYC%PWY-6100 L-carnitine biosynthesis Q9JLJ3 A6HP13 A6HF57 A6KR34 1D-MYO< I>-INOSITOL HEXAKISPHOSPHATE BIOSYNTHESIS II (MAMMALIAN)%BIOCYC%PWY-6362 1D-myo< i>-inositol hexakisphosphate biosynthesis II (mammalian) A6JMP0 G3V7Z5 A6HPH2 A6JGG8 F1M2D6 A6JLD7 Q9WVR3 Q5XIU8 D3ZQM7 A6JKN6 F1M981 A6HXB9 A6J9B8 LIPOXIN BIOSYNTHESIS%BIOCYC%PWY66-392 lipoxin biosynthesis F1LMM5 A0ABK0L8N6 A0A8I6AV04 P36970 A6HG42 TRIACYLGLYCEROL DEGRADATION%BIOCYC%LIPAS-PWY triacylglycerol degradation A6I119 A6J958 D3ZX17 A6KRH1 G3V7G2 Q5YLM1 A6KFI9 A6HXY0 Q5M895 D3Z9J9 A6K1K9 G3V8A7 CMP-N< I>-ACETYLNEURAMINATE BIOSYNTHESIS I (EUKARYOTES)%BIOCYC%PWY-6138 CMP-N< i>-acetylneuraminate biosynthesis I (eukaryotes) F7ET93 A6KHH8 Q5M963 A6IJ68 CARDIOLIPIN BIOSYNTHESIS%BIOCYC%PWY-5269 cardiolipin biosynthesis A6HQH5 G3V7B6 D4A5W8 L-DOPA DEGRADATION%BIOCYC%PWY-6334 L-dopa degradation F2W8B1 CREATINE BIOSYNTHESIS%BIOCYC%GLYCGREAT-PWY creatine biosynthesis G3V960 A6HPT9 UDP-&ALPHA;-D-GLUCURONATE BIOSYNTHESIS (FROM UDP-GLUCOSE)%BIOCYC%PWY-7346 UDP-α-D-glucuronate biosynthesis (from UDP-glucose) G3V6C4 GUANOSINE DEOXYRIBONUCLEOTIDES DE NOVO< I> BIOSYNTHESIS%BIOCYC%PWY-7226 guanosine deoxyribonucleotides de novo< i> biosynthesis A6HD87 D4ADQ1 Q9QXL7 A6HI35 A6HAY1 A6I3C3 A6HI34 Q99NI1 FRUCTOSE 2,6-BISPHOSPHATE BIOSYNTHESIS%BIOCYC%PWY66-423 fructose 2,6-bisphosphate biosynthesis F7F355 A6JLT0 A6KL80 A6I399 Q566D2 GERANYLGERANYL DIPHOSPHATE BIOSYNTHESIS%BIOCYC%PWY-5120 geranylgeranyl diphosphate biosynthesis A6K9C8 DTMP DE NOVO< I> BIOSYNTHESIS (MITOCHONDRIAL)%BIOCYC%PWY66-385 dTMP de novo< i> biosynthesis (mitochondrial) Q5U3Z7 A6KFB7 ADENOSINE DEOXYRIBONUCLEOTIDES DE NOVO< I> BIOSYNTHESIS%BIOCYC%PWY-7227 adenosine deoxyribonucleotides de novo< i> biosynthesis A6HD87 D4ADQ1 Q9QXL7 A6HI35 A6HAY1 A6I3C3 A6HI34 Q99NI1 NAD BIOSYNTHESIS FROM 2-AMINO-3-CARBOXYMUCONATE SEMIALDEHYDE%BIOCYC%PWY-5653 NAD biosynthesis from 2-amino-3-carboxymuconate semialdehyde Q0HA29 A0JPJ0 A6I9L4 A0A9K3Y6U7 HEME A< I> BIOSYNTHESIS%BIOCYC%PWY-7856 heme a< i> biosynthesis MRNA CAPPING I%BIOCYC%PWY-7375 mRNA capping I A6IXX4 D3ZH30 DI-HOMO-&GAMMA;-LINOLENATE METABOLITES BIOSYNTHESIS%BIOCYC%PWY-8396 di-homo-γ-linolenate metabolites biosynthesis A6JLM2 PHOSPHATIDYLSERINE BIOSYNTHESIS I%BIOCYC%PWY-7501 phosphatidylserine biosynthesis I Q5PQL5 (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) A6I009 A6HNK4 Q920L7 D4ADY9 UDP-N< I>-ACETYL-D-GALACTOSAMINE BIOSYNTHESIS I%BIOCYC%PWY-5512 UDP-N< i>-acetyl-D-galactosamine biosynthesis I A0ABK0L7I7 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) Q07977 A6JFW4 A0A8I5YCL3 P13721 Q701R3 D3ZEF9 D4A2A5 Q6T5E1 G3V722 A6KEU3 ETHANOL DEGRADATION III%BIOCYC%PWY66-161 ethanol degradation III A6HXJ0 F1LN88 D3ZZN3 A6KI41 D3ZGU2 A6HF75 ETHANOL DEGRADATION II%BIOCYC%PWY66-21 ethanol degradation II F1LN88 D3ZZN3 A6KI41 D3ZGU2 A6HF75 2-OXOBUTANOATE DEGRADATION%BIOCYC%PWY-5130 2-oxobutanoate degradation Q5EB89 A6I1S6 Q99PU6 A6HB44 F7FPI9 A6JBL6 LACTOSE DEGRADATION III%BIOCYC%BGALACT-PWY lactose degradation III Q5XIL5 D3ZUM4 A9CMC8 NICOTINE DEGRADATION IV%BIOCYC%PWY66-201 nicotine degradation IV D4A820 G3V6F6 Q8K4B6 A6IDB5 P20812 A0ABK0L6H9 A6JZ36 A6K3B5 Q4V8D1 F1LTB8 Q6T5F0 D-GALACTOSE DEGRADATION V (LELOIR PATHWAY)%BIOCYC%PWY66-422 D-galactose degradation V (Leloir pathway) A0ABK0L7I7 A6IIX1 A6H9S6 F7F2L9 Q5RKH2 A6JDH4 UDP-N< I>-ACETYL-D-GLUCOSAMINE BIOSYNTHESIS II%BIOCYC%UDPNACETYLGALSYN-PWY UDP-N< i>-acetyl-D-glucosamine biosynthesis II F7EV78 B2RYN0 Q6P6V0 A6IAI1 A6IB01 X2G6B3 Q4KMC4 A6KAV7 D3ZF39 L-ALANINE BIOSYNTHESIS%BIOCYC%ALANINE-SYN2-PWY L-alanine biosynthesis A6KDD7 A6HSC5 INOSINE-5'-PHOSPHATE BIOSYNTHESIS%BIOCYC%PWY-6124 inosine-5'-phosphate biosynthesis A6JCW8 A6KFG3 A6HSY1 L-LYSINE DEGRADATION (SACCHAROPINE PATHWAY)%BIOCYC%LYSINE-DEG1-PWY L-lysine degradation (saccharopine pathway) A6IX60 A2VCW9 A6KIT5 Q4KLP0 L-SELENOCYSTEINE BIOSYNTHESIS%BIOCYC%PWY-6281 L-selenocysteine biosynthesis A6HV03 D3ZM09 D3ZFY0 FATTY ACID &ALPHA;-OXIDATION%BIOCYC%PWY66-387 fatty acid α-oxidation Q66HN6 A6KFY4 A6JLZ6 A6HF75 GLUTAMINE BIOSYNTHESIS%BIOCYC%GLNSYN-PWY glutamine biosynthesis TRANS, TRANS< I>-FARNESYL DIPHOSPHATE BIOSYNTHESIS%BIOCYC%PWY-5123 trans, trans< i>-farnesyl diphosphate biosynthesis A6J6C0 A6K9C8 THIO-MOLYBDENUM COFACTOR BIOSYNTHESIS%BIOCYC%PWY-5963 thio-molybdenum cofactor biosynthesis A0A1W2Q693 WYBUTOSINE BIOSYNTHESIS%BIOCYC%PWY-7283 wybutosine biosynthesis F7FB90 A6HWQ1 Q5XIA3 ANANDAMIDE BIOSYNTHESIS I%BIOCYC%PWY-8051 anandamide biosynthesis I A6K5B2 A6J1T9 D2KX21 A6HZQ8 D3ZES5 VALPROATE &BETA;-OXIDATION%BIOCYC%PWY-8182 valproate β-oxidation A6HWW9 A6HXG6 A6J4J7 A6KP31 NAD DE NOVO< I> BIOSYNTHESIS%BIOCYC%NADSYN-PWY NAD de novo< i> biosynthesis Q0HA29 A0A0N4SWI7 A0JPJ0 A0A8I6GEE8 P70712 A6I9L4 A6JGB4 A0A9K3Y6U7 Q9ERD9 A6J5T5 LONG-CHAIN FATTY ACID ACTIVATION%BIOCYC%PWY-5143 long-chain fatty acid activation A0A8I5ZUY7 Q66HN6 A6JW67 A6JPN3 A6KQU4 THIOSULFATE DISPROPORTIONATION IV (RHODANESE)%BIOCYC%PWY-5350 thiosulfate disproportionation IV (rhodanese) A6HSJ7 2-ARACHIDONOYLGLYCEROL BIOSYNTHESIS%BIOCYC%PWY-8052 2-arachidonoylglycerol biosynthesis Q3ZAU5 Q5YLM1 R9PXY3 A6K1K9 ARSENIC DETOXIFICATION (MAMMALS)%BIOCYC%PWY-4202 arsenic detoxification (mammals) A6IIT3 A6KER7 P85973 B5DEM8 A6IJG4 D4ACA2 A6HQ55 A6JZL0 Q63488 BUPROPION DEGRADATION%BIOCYC%PWY66-241 bupropion degradation D4A820 P20812 A6JZ36 Q4V8D1 A0A8I6GGX5 PROTEIN S< I>-NITROSYLATION AND DENITROSYLATION%BIOCYC%PWY-7798 protein S< i>-nitrosylation and denitrosylation UDP-&ALPHA;-D-GLUCOSE BIOSYNTHESIS I%BIOCYC%PWY-7343 UDP-α-D-glucose biosynthesis I F7F2L9 A6JDH4 Q4V8I9 ASPIRIN TRIGGERED RESOLVIN E BIOSYNTHESIS%BIOCYC%PWY66-394 aspirin triggered resolvin E biosynthesis F1LMM5 P30349 A6ICR0 ORNITHINE DE NOVO < I> BIOSYNTHESIS%BIOCYC%ARGININE-SYN4-PWY ornithine de novo < i> biosynthesis A6JH60 SULFATE ACTIVATION FOR SULFONATION%BIOCYC%PWY-5340 sulfate activation for sulfonation F7FL77 GDP-MANNOSE BIOSYNTHESIS%BIOCYC%PWY-5659 GDP-mannose biosynthesis F7F1X7 A6I329 A6JW33 F7F8W6 Q6P6V0 A6J4W0 CHOLESTEROL BIOSYNTHESIS II (VIA 24,25-DIHYDROLANOSTEROL)%BIOCYC%PWY66-3 cholesterol biosynthesis II (via 24,25-dihydrolanosterol) A6HLW2 A6HRM0 A6HYE0 A6K6F7 Q9EQS5 A6JKC8 A6JYN2 A6KP43 A6IDN2 F7FG10 A6JGK3 A6KSY6 UREA CYCLE%BIOCYC%PWY-4984 urea cycle A6JU24 A6J0N5 A6K017 A6KFE3 GLYCINE BETAINE DEGRADATION II (MAMMALIAN)%BIOCYC%PWY-3661-1 glycine betaine degradation II (mammalian) Q5U3Z7 O09171 Q5RKL4 A6HF57 SULFIDE OXIDATION IV (METAZOA)%BIOCYC%PWY-7927 sulfide oxidation IV (metazoa) A6HSJ7 G3V6R5 HEME BIOSYNTHESIS%BIOCYC%PWY-5920 heme biosynthesis Q3B7D0 D3ZVN7 A6J7V5 B0BN55 Q642C1 D3ZBM3 Q5XIF2 Q5M893 PROPANOYL COA DEGRADATION I%BIOCYC%PROPIONMET-PWY propanoyl CoA degradation I F7FPI9 A6JBL6 L-THREONINE DEGRADATION%BIOCYC%PWY66-428 L-threonine degradation Q5EB89 A6I1S6 Q99PU6 A6HB44 A6J1J4 A0A6N3IN21 GUANINE AND GUANOSINE SALVAGE%BIOCYC%PWY-6620 guanine and guanosine salvage A6KUK4 P85973 CITRULLINE-NITRIC OXIDE CYCLE%BIOCYC%PWY-4983 citrulline-nitric oxide cycle A6JU24 A6J0N5 A0A8I6A2Y1 F1LSH9 F1LQL1 SUPERPATHWAY OF METHIONINE DEGRADATION%BIOCYC%PWY-5328 superpathway of methionine degradation Q9EQS4 A6JK04 A6KI17 F7FPI9 O09171 A6JBL6 F1LMG2 G3V8A4 Q5EB89 A6IWW6 A6I1S6 Q99PU6 A6HB44 G3V6R5 F1LZ34 P18298 A6JHC9 TETRAPYRROLE BIOSYNTHESIS%BIOCYC%PWY-5189 tetrapyrrole biosynthesis A6J7V5 Q642C1 Q5XIF2 Q5M893 MEVALONATE PATHWAY%BIOCYC%PWY-922 mevalonate pathway A6KRN6 Q62967 P22791 A6I5W9 Q5RK24 A6I512 A6J4J7 A6KP31 TAURINE BIOSYNTHESIS II%BIOCYC%PWY-7850 taurine biosynthesis II A6IDA3 A6JKV8 ASCORBATE RECYCLING (CYTOSOLIC)%BIOCYC%PWY-6370 ascorbate recycling (cytosolic) F7F9Z0 A6I4F1 DIACYLGLYCEROL AND TRIACYLGLYCEROL BIOSYNTHESIS%BIOCYC%TRIGLSYN-PWY diacylglycerol and triacylglycerol biosynthesis A6KJY8 D4AC45 A6K910 D3ZI76 Q6MG85 D4A6J3 G3V864 Q8BHI5 Q5FVP8 F1LR33 Q6P766 B3DM92 F1LZ94 F7FJE5 A6I477 D3ZR52 Q0ZFS7 A6JHY2 D3ZFF4 A6ILI9 G3V648 A6HAY5 Q4V8J4 A6IWB3 FLAVIN BIOSYNTHESIS%HUMANCYC%11070 flavin biosynthesis D-MYO< I>-INOSITOL (1,4,5,6)-TETRAKISPHOSPHATE BIOSYNTHESIS%BIOCYC%PWY-6366 D-myo< i>-inositol (1,4,5,6)-tetrakisphosphate biosynthesis D3ZQM7 A6JKN6 CATECHOLAMINE BIOSYNTHESIS%BIOCYC%PWY66-301 catecholamine biosynthesis D3ZMA5 A6HY86 G3V9S4 7-(3-AMINO-3-CARBOXYPROPYL)-WYOSINE BIOSYNTHESIS%BIOCYC%PWY-7286 7-(3-amino-3-carboxypropyl)-wyosine biosynthesis F7FB90 A6HWQ1 TAURINE BIOSYNTHESIS I%BIOCYC%PWY-5331 taurine biosynthesis I A6IDA3 A6KCT1 A6IWW6 ADENINE AND ADENOSINE SALVAGE I%BIOCYC%P121-PWY adenine and adenosine salvage I P36972 MALATE-ASPARTATE SHUTTLE%BIOCYC%MALATE-ASPARTATE-SHUTTLE-PWY malate-aspartate shuttle A6JQ40 A6JHC9 A6J0B0}