List of All Known E. coli Metabolic Pathways as Described by EcoCyc
| (Deoxy)ribose phosphate metabolism |
| 3-Phenylpropionate and 3-(3-hydroxyphenyl)propionate degradation |
| 4-Aminobutyrate degradation |
| Aerobic electron transfer |
| Aerobic respiration, electron donors reaction list |
| Alanine biosynthesis |
| Anaerobic electron transfer |
| Anaerobic respiration |
| Anaerobic respiration, electron acceptors reaction list |
| Anaerobic respiration, electron donors reaction list |
| Arginine biosynthesis |
| Asparagine biosynthesis and degradation |
| Aspartate biosynthesis and degradation |
| Betaine biosynthesis |
| Biosynthesis of proto- and siroheme |
| Biotin biosynthesis |
| Carnitine metabolism |
| Carnitine metabolism, CoA-linked |
| Cobalamin biosynthesis |
| Colanic acid biosynthesis |
| Cyanate catabolism |
| Cysteine biosynthesis |
|
d-arabinose catabolism |
|
d-galactarate catabolism |
|
d-galacturonate catabolism |
| d-glucarate catabolism |
| d-glucuronate catabolism |
| Degradation of short-chain fatty acids |
| Deoxypyrimidine nucleotide/side metabolism |
| Deoxyribonucleotide metabolism |
| dTDP–rhamnose biosynthesis |
| Enterobacterial common antigen biosynthesis |
| Enterobactin synthesis |
| Entner–Doudoroff pathway |
| Fatty acid biosynthesis, initial steps |
| Fatty acid elongation, saturated |
| Fatty acid elongation, unsaturated |
| Fatty acid oxidation pathway |
| Fermentation |
| Folic acid biosynthesis |
| FormylTHF biosynthesis |
| Fucose catabolism |
| Galactitol catabolism |
| Galactonate catabolism |
| Galactose metabolism |
| Galactose, galactoside and glucose catabolism |
| Gluconeogenesis |
| Glucosamine catabolism |
| Glucose 1-phosphate metabolism |
| Glutamate biosynthesis |
| Glutamate utilization |
| Glutamine biosynthesis |
| Glutamine utilization |
| Glutathione biosynthesis |
| Glutathione-glutaredoxin redox reactions |
| Glycerol metabolism |
| Glycine biosynthesis |
| Glycine cleavage |
| Glycogen biosynthesis |
| Glycogen catabolism |
| Glycolate metabolism |
| Glycolysis |
| Glyoxylate cycle |
| Glyoxylate degradation |
| Histidine biosynthesis |
| Histidine degradationIsoleucine biosynthesis KDO biosynthesis l-alanine degradation l-arabinose catabolism l-cysteine catabolism l-lyxose metabolism l-serine degradation Lactose degradation Leucine biosynthesis Lipid A precursor biosynthesis Lysine and diaminopimelate biosynthesis Mannitol degradation Mannose and GDP-mannose metabolism Mannose catabolism Menaquinone biosynthesis Methionine biosynthesis Methyl-donor molecule biosynthesis Methylglyoxal metabolism NAD phosphorylation and dephosphorylation Nonoxidative branch of the pentose phosphate pathway Nucleotide metabolism O-antigen biosynthesis Oxidative branch of the pentose phosphate pathway Pantothenate and coenzyme A biosynthesis Peptidoglycan biosynthesis Phenylalanine biosynthesis Phenylethylamine degradation Phosphatidic acid synthesis Phospholipid biosynthesis Polyamine biosynthesis Polyisoprenoid biosynthesis ppGpp metabolism Proline biosynthesis Proline utilization Propionate metabolism, methylmalonyl pathway Purine biosynthesis Pyridine nucleotide cycling Pyridine nucleotide synthesis Pyridoxal 5′-phosphate biosynthesis Pyridoxal 5′-phosphate salvage pathway Pyrimidine biosynthesis Pyrimidine ribonucleotide/ribonucleoside metabolism Pyruvate dehydrogenase Pyruvate oxidation pathway Removal of superoxide radicals Rhamnose catabolism Riboflavin, FMN and FAD biosynthesis Ribose catabolism Serine biosynthesis Sorbitol degradation Sulfate assimilation pathway TCA cycle, aerobic respiration Thiamine biosynthesis Thioredoxin pathway Threonine biosynthesis Threonine catabolism Trehalose biosynthesis Trehalose degradation, low osmolarity Tryptophan biosynthesis Tryptophan utilization Tyrosine biosynthesis Ubiquinone biosynthesis UDP-N-acetylglucosamine biosynthesis Valine biosynthesis Xylose catabolism |
[i] The reactions and enzymes within each pathway can be determined using the EcoCyc WWW server that is available athttp://ecocyc.DoubleTwist.com/ecocyc/.