1.7.99.1: hydroxylamine reductase
This is an abbreviated version!
For detailed information about hydroxylamine reductase, go to the full flat file.
Word Map on EC 1.7.99.1
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1.7.99.1
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nitrite
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desulfovibrio
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hildenborough
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desulfuricans
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denitrification
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sulfate-reducing
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ammonification
- 1.7.99.1
- nitrite
- desulfovibrio
- hildenborough
- desulfuricans
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denitrification
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sulfate-reducing
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ammonification
Reaction
Synonyms
CcuHao, CfHao, CmHao, epsilonHao, epsilonproteobacterial hydroxylamine oxidoreductase, fuscoredoxin, haoA, HAOr, HCP, hybrid cluster protein, Kustc0458, More, NpHao, prismane protein, reductase, hydroxylamine (acceptor)
ECTree
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General Information
General Information on EC 1.7.99.1 - hydroxylamine reductase
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evolution
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the enzyme is a member of the multiheme cytochrome c family. Members of the Hao subfamily, here called epilonHao proteins, have been predicted from the genomes of nitrate/nitrite-ammonifying bacteria that usually lack NrfA. Formation of a membrane-bound HaoCA assembly reminiscent of the menaquinol-oxidizing NrfHA complex. epsilonHao proteins form a subfamily of ammonifying cytochrome c nitrite reductases that represents a missing link in the evolution of NrfA, EC 1.7.2.2, and Hao, EC 1.7.99.1, enzymes, epsilonHao-type proteins are ancestors of different multiheme cytochrome c (MCC) subfamilies that catalyze either reductive (NrfA-type MCCs) or oxidative (Hao/Hdh-type MCCs) reactions. Comparison of the enzyme from Caminibacter mediatlanticus with NrfA from Wolinella succinogenes and Hao from Nitrosomonas europaea, overview
evolution
the enzyme is a member of the multiheme cytochrome c family. Members of the Hao subfamily, here called epilonHao proteins, have been predicted from the genomes of nitrate/nitrite-ammonifying bacteria that usually lack NrfA. Formation of a membrane-bound HaoCA assembly reminiscent of the menaquinol-oxidizing NrfHA complex. epsilonHao proteins form a subfamily of ammonifying cytochrome c nitrite reductases that represents a missing link in the evolution of NrfA, EC 1.7.2.2, and Hao, EC 1.7.99.1, enzymes, epsilonHao-type proteins are ancestors of different multiheme cytochrome c (MCC) subfamilies that catalyze either reductive (NrfA-type MCCs) or oxidative (Hao/Hdh-type MCCs) reactions. Comparison of the enzyme from Campylobacter curvus with NrfA from Wolinella succinogenes and Hao from Nitrosomonas europaea, overview
evolution
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the enzyme is a member of the multiheme cytochrome c family. Members of the Hao subfamily, here called epilonHao proteins, have been predicted from the genomes of nitrate/nitrite-ammonifying bacteria that usually lack NrfA. Formation of a membrane-bound HaoCA assembly reminiscent of the menaquinol-oxidizing NrfHA complex. epsilonHao proteins form a subfamily of ammonifying cytochrome c nitrite reductases that represents a missing link in the evolution of NrfA, EC 1.7.2.2, and Hao, EC 1.7.99.1, enzymes, epsilonHao-type proteins are ancestors of different multiheme cytochrome c (MCC) subfamilies that catalyze either reductive (NrfA-type MCCs) or oxidative (Hao/Hdh-type MCCs) reactions. Comparison of the enzyme from Campylobacter fetus with NrfA from Wolinella succinogenes and Hao from Nitrosomonas europaea, overview
evolution
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the enzyme is a member of the multiheme cytochrome c family. Members of the Hao subfamily, here called epilonHao proteins, have been predicted from the genomes of nitrate/nitrite-ammonifying bacteria that usually lack NrfA. Formation of a membrane-bound HaoCA assembly reminiscent of the menaquinol-oxidizing NrfHA complex. epsilonHao proteins form a subfamily of ammonifying cytochrome c nitrite reductases that represents a missing link in the evolution of NrfA, EC 1.7.2.2, and Hao, EC 1.7.99.1, enzymes, epsilonHao-type proteins are ancestors of different multiheme cytochrome c (MCC) subfamilies that catalyze either reductive (NrfA-type MCCs) or oxidative (Hao/Hdh-type MCCs) reactions. Comparison of the enzyme from Nautilia profundicola with NrfA from Wolinella succinogenes and Hao from Nitrosomonas europaea, overview