FlyBase Metabolic Pathway Report List

• 3'-PHOSPHOADENOSINE 5'-PHOSPHOSULFATE (PAPS) BIOSYNTHESIS (4 genes)
• AMINO ACID DERIVATIVE METABOLISM (34 genes)
  • BETA-ALANINE BIOSYNTHESIS (4 genes)
  • GLUTHATIONE BIOSYNTHESIS (4 genes)
  • GLUTHATIONE CATABOLISM (8 genes)
  • HYPUSINE BIOSYNTHESIS (2 genes)
  • L-CARNITINE BIOSYNTHESIS (4 genes)
  • POLYAMINE BIOSYNTHESIS (5 genes)
  • POLYAMINE CATABOLISM (3 genes)
  • TAURINE BIOSYNTHESIS (5 genes)
• AMINO ACID METABOLISM (72 genes)
  • GLYCINE BIOSYNTHESIS (3 genes)
  • GLYCINE CLEAVAGE SYSTEM (4 genes)
  • L-ALANINE METABOLISM (1 gene)
  • L-ARGININE METABOLISM (3 genes)
  • L-ASPARTATE AND L-ASPARAGINE METABOLISM (3 genes)
  • L-CYSTEINE BIOSYNTHESIS (2 genes)
  • L-GLUTAMATE AND L-GLUTAMINE METABOLISM (6 genes)
  • L-GLUTAMATE BIOSYNTHESIS (FROM L-PROLINE) (2 genes)
  • L-ISOLEUCINE CATABOLISM (8 genes)
  • L-LEUCINE CATABOLISM (10 genes)
  • L-LYSINE CATABOLISM (9 genes)
  • L-METHIONINE CYCLE (4 genes)
  • L-METHIONINE SALVAGE PATHWAY (5 genes)
  • L-PHENYLALANINE AND L-TYROSINE METABOLISM (7 genes)
  • L-PROLINE BIOSYNTHESIS (4 genes)
  • L-SERINE BIOSYNTHESIS (4 genes)
  • L-TRYPTOPHAN CATABOLISM (3 genes)
  • L-VALINE CATABOLISM (9 genes)
• CARBOHYDRATE METABOLISM (80 genes)
  • CHITIN BIOSYNTHESIS (2 genes)
  • CHITIN CATABOLISM (12 genes)
  • FRUCTOSE BIOSYNTHESIS (4 genes)
  • GLUCONEOGENESIS (15 genes)
  • GLYCOGEN BIOSYNTHESIS (5 genes)
  • GLYCOGEN CATABOLISM (3 genes)
  • GLYCOLYSIS (12 genes)
  • NUCLEOTIDE-SUGAR BIOSYNTHESIS (30 genes)
    • CMP-N-ACETYLNEURAMINATE BIOSYNTHESIS (3 genes)
    • DE NOVO GDP-FUCOSE BIOSYNTHESIS (4 genes)
    • GALACTOSE CATABOLISM (6 genes)
    • GDP-MANNOSE BIOSYNTHESIS (7 genes)
    • UDP-GLUCURONATE BIOSYNTHESIS (3 genes)
    • UDP-N-ACETYLGLUCOSAMINE BIOSYNTHESIS (9 genes)
    • UDP-XYLOSE BIOSYNTHESIS (3 genes)
  • PENTOSE PHOSPHATE SHUNT (7 genes)
  • TREHALOSE BIOSYNTHESIS (2 genes)
  • TREHALOSE CATABOLISM (2 genes)
• COFACTORS, CARRIERS AND VITAMIN METABOLISM (70 genes)
  • FMN AND FAD BIOSYNTHESIS (3 genes)
  • HEME BIOSYNTHESIS (11 genes)
  • IRON-SULFUR CLUSTER ASSEMBLY (20 genes)
  • LIPOATE BIOSYNTHESIS (3 genes)
  • Mo-MOLYBDOPTERIN COFACTOR BIOSYNTHESIS (7 genes)
  • NAD(+) BIOSYNTHESIS VIA THE SALVAGE PATHWAY (10 genes)
  • NADPH REGENERATION (5 genes)
  • UBIQUINONE BIOSYNTHESIS (14 genes)
• ENERGY METABOLISM (122 genes)
  • FAD REGENERATION, ETF-ETFQO SYSTEM (3 genes)
  • GLYCEROPHOSPHATE SHUTTLE (3 genes)
  • MALATE-ASPARTATE SHUTTLE (6 genes)
  • OXIDATIVE PHOSPHORYLATION (89 genes)
  • PYRUVATE DECARBOXYLATION TO ACETYL-COA (10 genes)
  • TRICARBOXYLIC ACID (TCA) CYCLE (17 genes)
• GLYCOCONJUGATE METABOLISM (137 genes)
  • CHONDROITIN SULFATE PROTEOGLYCAN CATABOLISM (3 genes)
  • DOLICHYL PHOSPHATE BIOSYNTHESIS (5 genes)
  • DOLICHYL-PHOSPHATE MANNOSE BIOSYNTHESIS (3 genes)
  • GLUCOSYLCERAMIDE BIOSYNTHESIS (9 genes)
  • GPI-ANCHOR PROTEIN BIOSYNTHESIS (26 genes)
  • HEPARAN SULFATE PROTEOGLYCAN CATABOLISM (7 genes)
  • PROTEIN N-GLYCOSYLATION (43 genes)
    • DOLICHOL-LINKED OLIGOSACCHARIDE BIOSYNTHESIS (26 genes)
    • ENDOPLASMIC RETICULUM N-GLYCAN TRIMMING (4 genes)
    • GOLGI N-GLYCAN DIVERSIFICATION (9 genes)
    • GOLGI N-GLYCAN TRIMMING (4 genes)
  • PROTEIN O-GLYCOSYLATION (46 genes)
    • CHONDROITIN SULFATE PROTEOGLYCAN BIOSYNTHESIS (8 genes)
    • HEPARAN SULFATE PROTEOGLYCAN BIOSYNTHESIS (13 genes)
    • PROTEIN O-FUCOSYLATION (3 genes)
    • PROTEIN O-GALACTOSYLATION (2 genes)
    • PROTEIN O-GLUCOSYLATION (3 genes)
    • PROTEIN O-GalNAcYLATION (12 genes)
    • PROTEIN O-GlcNAcYLATION (3 genes)
    • PROTEIN O-MANNOSYLATION (6 genes)
• LIPID METABOLISM (44 genes)
  • CARDIOLIPIN BIOSYNTHESIS AND REMODELLING (6 genes)
  • CARNITINE SHUTTLE (3 genes)
  • CITRATE-MALATE SHUTTLE (3 genes)
  • FATTY ACID BETA-OXIDATION (MITOCHONDRIA) (10 genes)
  • FATTY ACID BETA-OXIDATION (PEROXISOME) (13 genes)
  • FATTY ACID BIOSYNTHESIS (MITOCHONDRIA) (6 genes)
  • KETOGENESIS (4 genes)
  • KETOLYSIS (3 genes)
• NEUROTRANSMITTER METABOLISM (28 genes)
  • DOPAMINE BIOSYNTHESIS (2 genes)
  • GABA SHUNT (5 genes)
  • HISTAMINE METABOLISM (6 genes)
  • HYDROGEN SULFIDE BIOSYNTHESIS (2 genes)
  • NITRIC OXIDE BIOSYNTHESIS (1 gene)
  • SEROTONIN AND MELATONIN BIOSYNTHESIS (5 genes)
  • SULFIDE OXIDATION (4 genes)
  • TYRAMINE AND OCTOPAMINE BIOSYNTHESIS (4 genes)
• PIGMENT BIOSYNTHESIS (13 genes)
  • DEHYDRO-N-ACETYLDOPAMINE BIOSYNTHESIS (2 genes)
  • DEHYDRO-N-BETA-ALANYLDOPAMINE BIOSYNTHESIS (3 genes)
  • MELANIN BIOSYNTHESIS (4 genes)
  • OMMOCHROME PIGMENT BIOSYNTHESIS (6 genes)