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Network Biomass WormPaths
FBAFlux Balance Analysis PEAPathway Enrichment Analysis
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Peroxisomal fatty acid degradation (?) Click title to reach WormFlux pathway page with a table of reactions.

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image/svg+xml coa daf-22 accoa ddcacoa coa daf-22 o2 h2o2 acox-1.5 | acox-1.1 |acox-1.2 | acox-1.3 | acox-1.4| acox-3 | acox-1.6 h2o, nad h, nadh dhs-28 | maoc-1 o2 h2o2 acox-1.5 | acox-1.1 |acox-1.2 | acox-1.3 | acox-1.4| acox-3 | acox-1.6 o2 h2o2 acox-1.5 | acox-1.1 |acox-1.2 | acox-1.3 | acox-1.4 | acox-3 | acox-1.6 coa, h2o,nad, o2 h, h2o2,nadh (acox-1.5 | acox-1.1 | acox-1.2 | acox-1.3 |acox-1.4 | acox-3 |acox-1.6) & (dhs-28 | maoc-1) & daf-22 h2o, nad h, nadh dhs-28 | maoc-1 (3) coa, (3) h2o,(3) nad, (3) o2 (3) h, (3) h2o2,(3) nadh (acox-1.5 | acox-1.1 | acox-1.2| acox-1.3 | acox-1.4 | acox-3 |acox-1.6) & (dhs-28 | maoc-1) & daf-22 pmtcoa accoa hdd2coa (3) accoa stcoa 3ohdcoa lgnccoa dd2coa h2o, nad h, nadh dhs-28 | maoc-1 3oddcoa coa daf-22 accoa tdcoa td2coa 3otdcoa occoa (5) coa, (5) h2o,(5) nad, (4) o2 (5) h, (4) h2o2,(5) nadh (acox-1.5 | acox-1.1| acox-1.2 | acox-1.3| acox-1.4 | acox-3 |acox-1.6) & F58A6.1 & (dhs-28 | maoc-1) & daf-22 vacccoa (5) accoa (4) accoa fa16p1n7coa accoa odecoa (4) coa, (4) h2o,(4) nad, (3) o2 (4) h, (3) h2o2,(4) nadh (acox-1.5 | acox-1.1| acox-1.2 |acox-1.3| acox-1.4 | acox-3 | acox-1.6) & F58A6.1 & (dhs-28 | maoc-1)& daf-22 coa,h2o,nad,o2 h, h2o2, nadh (acox-1.5 | acox-1.1| acox-1.2 | acox-1.3| acox-1.4 | acox-3 |acox-1.6) & (dhs-28 |maoc-1) & daf-22 (3) accoa (2) accoa lnlccoa (2) coa,(2) h2o,(2) nad, (2) o2 (2) h,(2) h2o2,(2) nadh (acox-1.5 | acox-1.1 | acox-1.2 | acox-1.3 | acox-1.4 | acox-3 | acox-1.6) & (dhs-28 | maoc-1) & daf-22 (3) coa, (3) h2o,(3) nad, (2) o2, nadph (2) h, (2) h2o2,(3) nadh, nadp (acox-1.5 | acox-1.1 | acox-1.2| acox-1.3 | acox-1.4 | acox-3 |acox-1.6) & F58A6.1 & F53C11.3 (dhs-28 | maoc-1) & daf-22 fa16p3n6coa (2) accoa dlnlcgcoa fa14p2n6coa accoa (2) coa,(2) h2o,(2) nad, o2 (2) h, h2o2,(2) nadh (acox-1.5 | acox-1.1 | acox-1.2 | acox-1.3| acox-1.4 | acox-3 | acox-1.6) &(dhs-28 | maoc-1) & daf-22 coa, h2o,nad, o2,nadph h2o2,nadh, nadp (acox-1.5 | acox-1.1 | acox-1.2| acox-1.3 | acox-1.4 | acox-3 |acox-1.6) & F58A6.1 & F53C11.3& (dhs-28 | maoc-1) & daf-22 (2) accoa arachdcoa (2) coa,(2) h2o,(2) nad, (2) o2 (2) h,(2) h2o2,(2) nadh (acox-1.5 | acox-1.1 | acox-1.2| acox-1.3 | acox-1.4 | acox-3 |acox-1.6) & F58A6.1 &(dhs-28 | maoc-1) & daf-22 accoa dcacoa o2 h2o2 acox-1.5 | acox-1.1 |acox-1.2 | acox-1.3 | acox-1.4| acox-3 | acox-1.6 dc2coa h2o, nad h, nadh dhs-28 | maoc-1 3odcoa accoa coa daf-22 ttdca atp, coa amp, ppi acs-2 | acs-3 |acs-4 | acs-5 |acs-13 | acs-15 |acs-17 | acs-18 atp, coa amp, ppi acs-2 | acs-3 |acs-4 | acs-5 |acs-13 | acs-15 |acs-17 | acs-18 ddca atp,coa amp,ppi acs-2 | acs-3 |acs-4 | acs-5 |acs-13 | acs-15 |acs-17 | acs-18 fa16p1n7 CYTOSOL EXTRACELLULARSPACE ddca Bacterial diet Fatty acid biosynthesis Fatty acid biosynthesis CYTOSOL occoa MITOCHONDRIA Mitochondrial fatty acid degradation CYTOSOL EXTRACELLULARSPACE ttdca Fatty acid biosynthesis accoa fa15p0isocoa fa17p0isocoa (3) accoa fa9p0isocoa coa, h2o,nad, o2 h, h2o2,nadh (acox-1.5 | acox-1.1 | acox-1.2| acox-1.3 | acox-1.4 | acox-3 |acox-1.6) & (dhs-28 | maoc-1) & daf-22 (3) coa, (3) h2o,(3) nad, (3) o2 (3) h, (3) h2o2,(3) nadh (acox-1.5 | acox-1.1 | acox-1.2| acox-1.3 | acox-1.4 | acox-3 |acox-1.6) & (dhs-28 | maoc-1) & daf-22 atp, coa amp, ppi acs-2 | acs-3 |acs-4 | acs-5 |acs-13 | acs-15 |acs-17 | acs-18 fa15p0iso Fatty acid biosynthesis Mitochondrial fatty acid degradation Mitochondrial fatty acid degradation (2) coa, (2) h2o,(2) nad, (2) o2 (2) h, (2) h2o2,(2) nadh (acox-1.5 | acox-1.1 | acox-1.2| acox-1.3 | acox-1.4 | acox-3 |acox-1.6) & (dhs-28 | maoc-1) & daf-22 fa8p1n3coa (4) accoa (4) coa, (4) h2o, (4) nad,(3) o2, (2) nadph (2) h, (3) h2o2,(4) nadh,(2) nadp (acox-1.5 | acox-1.1 | acox-1.2| acox-1.3 | acox-1.4 | acox-3 |acox-1.6) & F58A6.1 & F53C11.3 (dhs-28 | maoc-1) & daf-22 (2) accoa fa16p4n3coa tmndnccoa (2) coa, (2) h2o,(2) nad, o2 (2) h, h2o2,(2) nadh (acox-1.5 | acox-1.1 | acox-1.2| acox-1.3 | acox-1.4 | acox-3 |acox-1.6) & F58A6.1 & (dhs-28 | maoc-1) & daf-22 eicostetcoa Fatty acid biosynthesis (3) coa, (3) h2o,(3) nad, (3) o2 (3) h, (3) h2o2,(3) nadh (acox-1.5 | acox-1.1 | acox-1.2| acox-1.3 | acox-1.4 | acox-3 |acox-1.6) & (dhs-28 | maoc-1) & daf-22 coa, h2o,nad, o2 h, h2o2,nadh (acox-1.5 | acox-1.1 | acox-1.2| acox-1.3 | acox-1.4 | acox-3 |acox-1.6) & (dhs-28 | maoc-1) & daf-22 (3) accoa fa11c3coa accoa fa17c9coa fa19c11coa atp, coa amp, ppi acs-2 | acs-3 |acs-4 | acs-5 |acs-13 | acs-15 |acs-17 | acs-18 fa17c9 atp, coa amp, ppi acs-2 | acs-3 |acs-4 | acs-5 |acs-13 | acs-15 |acs-17 | acs-18 fa19c11 Bacterial diet Bacterial diet Bacterial diet Mitochondrial fatty acid degradation Mitochondrial fatty acid degradation

image/svg+xml Transportable in both ways Number of pathway connections None 1 2 3 4 > 4 Transportability Enzymatic reaction Multiple transports Transport Reactions Not in iCEL1314 Transportable between cytosoland extracellular space Transportable between cytosoland mitochondria gene Non-enzymatic reaction n/a Metabolites metabolite metabolite Main metabolite Co-reactant metabolite Not in iCEL1314

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