1.20.99.1: arsenate reductase (donor)
This is an abbreviated version!
For detailed information about arsenate reductase (donor), go to the full flat file.
Word Map on EC 1.20.99.1
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1.20.99.1
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arsenite
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asiii
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dissimilatory
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shewanella
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geobacter
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groundwater
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selenate
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paddy
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biogeochemical
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arsenic-rich
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haloalkaliphile
- 1.20.99.1
- arsenite
-
asiii
-
dissimilatory
- shewanella
- geobacter
-
groundwater
- selenate
-
paddy
-
biogeochemical
-
arsenic-rich
-
haloalkaliphile
Reaction
Synonyms
Acr2, ACR2.1, ACR2.2, AR, Arr, ArrA, ArsC, arsenate reductase, arsenite oxidase, As(V) reductase, ATQ1, Cdc25B, Cdc25C, EC 1.97.1.6, gene arsC proteins, HAC1, More, proteins (specific proteins and subclasses), genearsC, reductase, arsenate, respiratory arsenate reductase
ECTree
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Natural Substrates Products
Natural Substrates Products on EC 1.20.99.1 - arsenate reductase (donor)
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REACTION DIAGRAM
arsenate + acetate
arsenite + ?
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anaerobic respiration using arsenate as terminal electron acceptor and acetate as the electron donor
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?
additional information
?
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the arsRDABC plasmid operon codes for an ATP-dependent anion pump and is responsible for resistance against arsenate, arsenite, antimonite, and tellurite
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-
?
arsenate + reduced acceptor
arsenite + acceptor
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detoxification enzyme
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-
?
arsenate + reduced acceptor
arsenite + acceptor
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enzyme participates to achieve arsenate resistance to cells by reducing toxic arsenate to arsenite, arsenate is toxic due to its ability to mimic the phosphate group
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-
?
arsenate + reduced acceptor
arsenite + acceptor
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detoxification enzyme, arsenite is excreted or sequestered
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-
?
arsenate + reduced acceptor
arsenite + acceptor
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detoxification enzyme, arsenite is extruded
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-
?
arsenite + acceptor
arsenate + reduced acceptor
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detoxification of arsenite to the less toxic arsenate
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-
?
arsenite + acceptor
arsenate + reduced acceptor
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detoxification of arsenite to the less toxic arsenate prior to methylation
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-
?
arsenate + reduced cytochrome c-551
Hydrogenophaga sp. NT-26
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the bacterium obtains energy from the reaction, required for chemolithoautotrophic growth
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-
?
arsenite + cytochrome c-551
arsenate + reduced cytochrome c-551
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the bacterium obtains energy from the reaction, required for chemolithoautotrophic growth
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?