# Candidate

orgId: NCBI__GCA_028868375.1
pathwayId: chorismate
stepId: aroE
locusId: MDE2424974.1
sysName: KGO96_03585
desc: glutamyl-tRNA reductase
curatedIds: BRENDA::A4QEK4
otherIds:
BRENDA::P0A6X1,CharProtDB::CH_024665,SwissProt::P0A6X1,ecocyc::GLUTRNAREDUCT-MONOMER,metacyc::GLUTRNAREDUCT-MONOMER


orgId: NCBI__GCA_028868375.1
pathwayId: lys
stepId: dapH
locusId: MDE2425097.1
sysName: KGO96_04210
curatedIds: curated2:C4L2D4
otherIds: SwissProt::Q97R46
desc:
bifunctional UDP-N-acetylglucosamine diphosphorylase/glucosamine-1-phosphate N-acetyltransferase GlmU


orgId: NCBI__GCA_028868375.1
pathwayId: phe
stepId: PPYAT
locusId: MDE2426537.1
sysName: KGO96_11595
desc: branched-chain-amino-acid transaminase
curatedIds:
CharProtDB::CH_024500,ecocyc::BRANCHED-CHAINAMINOTRANSFER-MONOMER,metacyc::BRANCHED-CHAINAMINOTRANSFER-MONOMER


# RequirementNotMet

orgId: NCBI__GCA_028868375.1
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.


