# Candidate

orgId: NCBI__GCA_016795285.1
pathwayId: chorismate
stepId: tpiA
locusId: MBL8841873.1
sysName: JNL90_10140
desc: triose-phosphate isomerase
hmmId: TIGR00419
hmmDesc: tpiA: triose-phosphate isomerase (EC 5.3.1.1)
curatedIds:
BRENDA::P0A858,CharProtDB::CH_024675,SwissProt::B1XB85,SwissProt::P0A858,ecocyc::TPI-MONOMER,metacyc::TPI-MONOMER


orgId: NCBI__GCA_016795285.1
pathwayId: ile
stepId: ilvE
locusId: MBL8842445.1
sysName: JNL90_13075
desc: aminotransferase class IV
curatedIds:
CharProtDB::CH_024500,ecocyc::BRANCHED-CHAINAMINOTRANSFER-MONOMER,metacyc::BRANCHED-CHAINAMINOTRANSFER-MONOMER


# RequirementNotMet

orgId: NCBI__GCA_016795285.1
pathwayId: cys
ruleId: from-serine-homocysteine
requiredPathwayId: met
requiredRuleId: homocysteine
comment:
Cysteine biosynthesis via the reverse transsulfuration pathway requires homocysteine, which is an intermediate in methionine biosynthesis. Homocysteine is also an intermediate in the S-adenosylmethionine cycle, so many organisms that cannot synthesize methionine can convert it to homocysteine.


