1.7.2.8: hydrazine dehydrogenase
This is an abbreviated version!
For detailed information about hydrazine dehydrogenase, go to the full flat file.
Word Map on EC 1.7.2.8
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1.7.2.8
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anammox
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nitrite
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rrna
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candidatus
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ammonium-oxidizing
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kuenenia
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scalindua
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wastewater
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reactor
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brocadia
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stuttgartiensis
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sludge
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anammoxosome
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planctomycete
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nitrosomonas
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oxygen-limited
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biogeochemical
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influent
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ladderane
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wetland
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denitrification
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jettenia
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dinitrogen
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denitrifiers
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environmental protection
- 1.7.2.8
-
anammox
- nitrite
- rrna
-
candidatus
-
ammonium-oxidizing
- kuenenia
- scalindua
-
wastewater
-
reactor
- brocadia
- stuttgartiensis
- sludge
- anammoxosome
-
planctomycete
- nitrosomonas
-
oxygen-limited
-
biogeochemical
-
influent
-
ladderane
-
wetland
-
denitrification
- jettenia
-
dinitrogen
-
denitrifiers
- environmental protection
Reaction
+ 4 ferricytochrome c = + 4 ferrocytochrome c
Synonyms
EC 1.7.99.8, HAO, HAOr-DH, HDH, hydrazine oxidoreductase, hydrazine-oxidizing enzyme, hydroxylamine oxidoreductase, hzoB
ECTree
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Inhibitors
Inhibitors on EC 1.7.2.8 - hydrazine dehydrogenase
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cyanide
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addition of 0.035 mM, 0.085 mM, or 0.35 mM cyanide results in 25%, 50%, and 95% inhibition, respectively
H2O2
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0.0004 mM, 0.004 mM, and 0.04 mM results in a loss of activity of 30%, 75%, and 90%, respectively
hydrazine
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competes strongly with hydroxylamine. Addition of 0.015 mM, 0.035 mM, and 0.35 mM results in 15%, 50%, and 85% inhibition, respectively
SDS
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activity in the presence of 0.75%, 3%, and 8% SDS is reduced by 20%, 50%, and 95%, respectively
additional information
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sodium azide, methanol, sodium nitrite, and the chelating agent EDTA do not inhibit enzyme activity
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