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Iron
-
one mol of HydA contains 7 mol iron
Ni2+
-
contains 1 g atoms of Ni per mole of protein
Se
-
the large subunit contains a selenocysteine
Fe
-
6.02 mol per mol enzyme
Fe
-
4 atoms per mol enzyme
Fe
-
the hydrogenase catalytic center H-cluster consists of a [4Fe4S]H cubane metallocluster and a [2Fe]H metallocluster
Fe
-
three different iron-sulfur-clusters, 2 [4Fe4S]-clusters and a H-cluster
Fe
-
hydrogenase I contains 12 atoms per mol enzyme and hydrogenase II 8 atoms per mol enzyme
Fe
-
12 iron atoms per molecule
Fe
-
3 [4Fe4S] clusters in the small unit
Fe
-
12 iron atoms per heterodimer, one [3Fe4S] and two [4Fe4S] cluster
Fe
-
the catalytic site is an H-cluster, containing a [4Fe4S] subcluster and a [2Fe] center
Fe
-
two ferredoxin type [4Fe4S] clusters, termed F-clusters and a catalytic H-cluster
Fe
-
contains ca. 11.47 gm-atom Fe/mol, iron molecules exist as [4Fe-4S] clusters
Fe
Megalodesulfovibrio gigas
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12 iron atoms per molecule
Fe
-
reduced ferredoxin-type two [4Fe4S] clusters
Fe
-
contains [4Fe-4S] clusters
Fe
-
8 mol per mol enzyme
Fe
-
11.3 mol non-heme iron per mol enzyme
Fe
-
five [4Fe4S] clusters, 2 in the beta subunit and 3 in the delta subunit, additionally one [2Fe2S] cluster in the gamma subunit
Fe
-
21 atoms per mol heterotetramer
Fe
-
4 Fe-atoms per mol hydrogenase
Fe
contains [NiFe]-clusters. The Fe: Ni ratio of the engineered and expressed His-tagged 4-subunit subcomplex of respiratory membrane-bound hydrogenase. Subunit MbhL harbors the [NiFe] active site, subunit MbhK is part of the large subunit, subunit MbhJ harbors one [4Fe4S] cluster and MbhN harbors two [4Fe4S] clusters
Fe
-
15.6 mol iron per mol enzyme
Fe
-
the catalytic site is an H-cluster, containing a [4Fe4S] subcluster and a [2Fe] center
Fe2+
-
the protein contains iron but no nickel, the active site cofactor is a unique [Fe-S] compound commonly referred to as H-cluster
Fe2+
-
the protein contains iron but no nickel, the active site cofactor is a unique [Fe-S] compound commonly referred to as H-cluster
Fe2+
Chlorococcum submarinum
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the protein contains iron but no nickel, the active site cofactor is a unique [Fe-S] compound commonly referred to as H-cluster
Fe2+
-
the protein contains iron but no nickel, the active site cofactor is a unique [Fe-S] compound commonly referred to as H-cluster
Fe2+
-
the protein contains iron but no nickel, the active site cofactor is a unique [Fe-S] compound commonly referred to as H-cluster
Fe2+
-
the protein contains iron but no nickel, the active site cofactor is a unique [Fe-S] compound commonly referred to as H-cluster
Fe2+
-
the protein contains iron but no nickel, the active site cofactor is a unique [Fe-S] compound commonly referred to as H-cluster
Fe2+
-
the protein contains iron but no nickel, the active site cofactor is a unique [Fe-S] compound commonly referred to as H-cluster
Fe2+
-
contains 10 g atoms of Fe per mole of protein
Fe2+
-
the protein contains iron but no nickel, the active site cofactor is a unique [Fe-S] compound commonly referred to as H-cluster
Ni
-
0.72 mol per mol enzyme
Ni
-
NiFe hydrogenase, contains 0.9 mol Ni per mol enzyme
Ni
-
1 atom per mol enzyme
Ni
Megalodesulfovibrio gigas
-
1 Ni atom per mol, redox active Ni-site
Ni
-
0.5 mol per mol enzyme
Ni
-
0.9 mol Ni per mol enzyme
Ni
-
contains NiFe centers
Ni
-
0.98 atoms per mol enzyme
Ni
-
1 Ni atom per mol, redox active Ni-site
Ni
-
0.9 atoms per mol heterotetramer, NiFe-catalytic site in the alpha-subunit
Ni
contains [NiFe]-clusters. The Fe: Ni ratio of the engineered and expressed His-tagged 4-subunit subcomplex of respiratory membrane-bound hydrogenase. Subunit MbhL harbors the [NiFe] active site, subunit MbhK is part of the large subunit, subunit MbhJ harbors one [4Fe4S] cluster and MbhN harbors two [4Fe4S] clusters
Ni
-
0.6 mol per mol enzyme