4.1.99.11: benzylsuccinate synthase
This is an abbreviated version!
For detailed information about benzylsuccinate synthase, go to the full flat file.
Word Map on EC 4.1.99.11
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4.1.99.11
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denitrifying
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glycyl
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thauera
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aromatica
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toluene-degrading
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sulfate-reducing
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aquifer
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benzoyl-coa
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azoarcus
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ethylbenzene
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geobacter
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r-benzylsuccinate
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hydrocarbon-degrading
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plume
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m-xylene
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formate-lyase
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environmental protection
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iron-reducing
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2-methylnaphthalene
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hydrocarbon-contaminated
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feiii-reducing
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toluene-induced
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desulfobulbaceae
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nitrate-reducing
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alkylbenzenes
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toluene-grown
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compound-specific
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magnetospirillum
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alkylsuccinate
- 4.1.99.11
-
denitrifying
-
glycyl
- thauera
- aromatica
-
toluene-degrading
-
sulfate-reducing
-
aquifer
- benzoyl-coa
- azoarcus
- ethylbenzene
- geobacter
-
r-benzylsuccinate
-
hydrocarbon-degrading
-
plume
- m-xylene
- formate-lyase
- environmental protection
-
iron-reducing
- 2-methylnaphthalene
-
hydrocarbon-contaminated
-
feiii-reducing
-
toluene-induced
- desulfobulbaceae
-
nitrate-reducing
-
alkylbenzenes
-
toluene-grown
-
compound-specific
- magnetospirillum
-
alkylsuccinate
Reaction
Synonyms
(R)-benzylsuccinate synthase, benzylsuccinate synthase, benzylsuccinate synthase A, BSS, BSSA, toluene-activating enzyme
ECTree
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Cofactor
Cofactor on EC 4.1.99.11 - benzylsuccinate synthase
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additional information
the BSS small subunits resemble high potential iron-sulfur proteins
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an enzyme-bound glycyl radical cofactor transiently forms a catalytically essential enzyme-bound thiyl (Cys) radical
glycyl radical
the C-C bond-forming reaction performed by BSS and its relatives requires an oxygen-sensitive radical cofactor, mechanism, overview
a [4Fe4S]-cluster is located in the small subunit beta, while there is no bound [4Fe-4S] cluster observable in the electron density of subunit BSSgamma
[4Fe-4S] cluster
one low potential [4Fe4S]-cluster is located in each of the two small subunits