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機能 : Toluene degradation (conversion into protocatechuate via p-cresol)

機能情報

ID NFUNC_0007
作成日 2012/09/03
説明 Degradation toluene into protocatechuate via p-cresol.
コメント
Subunit structure
The toluene monooxygenase enzyme consists of oxygenase components (NRULE_0027,NRULE_0028), electron transfer component (NRULE_0032) and effector protein (NRULE_0033)
The p-cresol methylhydroxylase consists of cytochrome subunit (NRULE_0036) andflavoprotein subunit (NRULE_0035)
参照 MetaCyc Toluene degradation to protocatechuate (via p-cresol)
UM-BBD Toluene Pathway Map

機能構成

タイプパターン 構成遺伝子
Toluene degradation (conversion into protocatechuate via p-cresol)(NFUNC_0007)
必須A
MMA
(NRULE_0027)
Multicomponent monooxygenase alpha subunit
MMB
(NRULE_0028)
Multicomponent monooxygenase beta subunit
FDR1
(NRULE_0032)
Oxygenase electron transfer component
MME
(NRULE_0033)
Multicomponent monooxygenase effector protein
PCHF
(NRULE_0035)
4-cresol dehydrogenase flavoprotein subunit
PCHC
(NRULE_0036)
4-cresol dehydrogenase cytochrome c subunit
PCHA
(NRULE_0037)
p-hydroxybenzaldehyde dehydrogenase
POBA
(NRULE_0038)
p-hydroxybenzoate hydroxylase
任意 
MMG1
(NRULE_0029)
Multicomponent monooxygenase gamma subunit
 
MMG2
(NRULE_0030)
Multicomponent monooxygenase gamma subunit
 
MMG3
(NRULE_0031)
Multicomponent monooxygenase gamma subunit
 
FDX1
(NRULE_0034)
Putative Rieske-type ferredoxin

機能が推定される微生物

学名NBRC番号