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EC Tree
The enzyme appears in viruses and cellular organisms
Synonyms
trithionate hydrolase,
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trithionate + H2O = thiosulfate + sulfate + 2 H+
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hydrolysis of sulfate bond
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trithionate thiosulfohydrolase
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trithionate + H2O
sulfate + thiosulfate
trithionate + H2O
thiosulfate + sulfate
trithionate + H2O
sulfate + thiosulfate
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trithionate + H2O
sulfate + thiosulfate
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involved in cytochrome c reduction
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?
trithionate + H2O
sulfate + thiosulfate
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trithionate + H2O
sulfate + thiosulfate
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involved in cytochrome c reduction
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trithionate + H2O
thiosulfate + sulfate
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trithionate + H2O
thiosulfate + sulfate
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the bacterium uses the S4 intermediate pathway for thiosulfate oxidation, overview
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trithionate + H2O
thiosulfate + sulfate
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trithionate + H2O
thiosulfate + sulfate
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the bacterium uses the S4 intermediate pathway for thiosulfate oxidation, overview
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trithionate + H2O
thiosulfate + sulfate
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trithionate + H2O
thiosulfate + sulfate
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the bacterium uses the S4 intermediate pathway for thiosulfate oxidation, overview
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trithionate + H2O
thiosulfate + sulfate
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trithionate + H2O
thiosulfate + sulfate
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the bacterium uses the S4 intermediate pathway for thiosulfate oxidation, overview
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trithionate + H2O
thiosulfate + sulfate
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trithionate + H2O
thiosulfate + sulfate
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the bacterium uses the S4 intermediate pathway for thiosulfate oxidation, overview
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trithionate + H2O
thiosulfate + sulfate
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trithionate + H2O
thiosulfate + sulfate
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the bacterium uses the S4 intermediate pathway for thiosulfate oxidation, overview
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trithionate + H2O
thiosulfate + sulfate
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trithionate + H2O
thiosulfate + sulfate
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the bacterium uses the S4 intermediate pathway for thiosulfate oxidation, overview
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trithionate + H2O
thiosulfate + sulfate
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trithionate + H2O
thiosulfate + sulfate
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the bacterium uses the S4 intermediate pathway for thiosulfate oxidation, overview
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trithionate + H2O
thiosulfate + sulfate
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trithionate + H2O
thiosulfate + sulfate
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the bacterium uses the S4 intermediate pathway for thiosulfate oxidation, overview
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trithionate + H2O
thiosulfate + sulfate
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trithionate + H2O
thiosulfate + sulfate
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the bacterium uses the S4 intermediate pathway for thiosulfate oxidation, overview
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trithionate + H2O
thiosulfate + sulfate
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trithionate + H2O
thiosulfate + sulfate
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the bacterium uses the S4 intermediate pathway for thiosulfate oxidation, overview
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trithionate + H2O
thiosulfate + sulfate
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trithionate + H2O
thiosulfate + sulfate
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the bacterium uses the S4 intermediate pathway for thiosulfate oxidation, overview
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trithionate + H2O
thiosulfate + sulfate
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trithionate + H2O
thiosulfate + sulfate
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the bacterium uses the S4 intermediate pathway for thiosulfate oxidation, overview
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trithionate + H2O
thiosulfate + sulfate
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trithionate + H2O
thiosulfate + sulfate
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the bacterium uses the S4 intermediate pathway for thiosulfate oxidation, overview
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trithionate + H2O
thiosulfate + sulfate
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trithionate + H2O
thiosulfate + sulfate
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the bacterium uses the S4 intermediate pathway for thiosulfate oxidation, overview
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trithionate + H2O
thiosulfate + sulfate
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trithionate + H2O
thiosulfate + sulfate
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the bacterium uses the S4 intermediate pathway for thiosulfate oxidation, overview
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trithionate + H2O
thiosulfate + sulfate
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trithionate + H2O
thiosulfate + sulfate
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the bacterium uses the S4 intermediate pathway for thiosulfate oxidation, overview
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?
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trithionate + H2O
sulfate + thiosulfate
trithionate + H2O
thiosulfate + sulfate
trithionate + H2O
sulfate + thiosulfate
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involved in cytochrome c reduction
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?
trithionate + H2O
sulfate + thiosulfate
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involved in cytochrome c reduction
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?
trithionate + H2O
thiosulfate + sulfate
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the bacterium uses the S4 intermediate pathway for thiosulfate oxidation, overview
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trithionate + H2O
thiosulfate + sulfate
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the bacterium uses the S4 intermediate pathway for thiosulfate oxidation, overview
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trithionate + H2O
thiosulfate + sulfate
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the bacterium uses the S4 intermediate pathway for thiosulfate oxidation, overview
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trithionate + H2O
thiosulfate + sulfate
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the bacterium uses the S4 intermediate pathway for thiosulfate oxidation, overview
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trithionate + H2O
thiosulfate + sulfate
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the bacterium uses the S4 intermediate pathway for thiosulfate oxidation, overview
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trithionate + H2O
thiosulfate + sulfate
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the bacterium uses the S4 intermediate pathway for thiosulfate oxidation, overview
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?
trithionate + H2O
thiosulfate + sulfate
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the bacterium uses the S4 intermediate pathway for thiosulfate oxidation, overview
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?
trithionate + H2O
thiosulfate + sulfate
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the bacterium uses the S4 intermediate pathway for thiosulfate oxidation, overview
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trithionate + H2O
thiosulfate + sulfate
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the bacterium uses the S4 intermediate pathway for thiosulfate oxidation, overview
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trithionate + H2O
thiosulfate + sulfate
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the bacterium uses the S4 intermediate pathway for thiosulfate oxidation, overview
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?
trithionate + H2O
thiosulfate + sulfate
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the bacterium uses the S4 intermediate pathway for thiosulfate oxidation, overview
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?
trithionate + H2O
thiosulfate + sulfate
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the bacterium uses the S4 intermediate pathway for thiosulfate oxidation, overview
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?
trithionate + H2O
thiosulfate + sulfate
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the bacterium uses the S4 intermediate pathway for thiosulfate oxidation, overview
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?
trithionate + H2O
thiosulfate + sulfate
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the bacterium uses the S4 intermediate pathway for thiosulfate oxidation, overview
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trithionate + H2O
thiosulfate + sulfate
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the bacterium uses the S4 intermediate pathway for thiosulfate oxidation, overview
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trithionate + H2O
thiosulfate + sulfate
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the bacterium uses the S4 intermediate pathway for thiosulfate oxidation, overview
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trithionate + H2O
thiosulfate + sulfate
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the bacterium uses the S4 intermediate pathway for thiosulfate oxidation, overview
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?
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trithionate
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substrate inhibition, Ki: 6 mM
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sulfate
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maximum activity at 1.4-2.0 M
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0.07
trithionate
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at 30°C
0.27
trithionate
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at 70°C
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0.008 - 0.014
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crude extract
0.038
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partially purified enzyme after stored for 2-3 d at 4°C
additional information
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activity over growth period, and O2 in the presence of trithionate, overview
additional information
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activity over growth period, and O2 in the presence of trithionate, overview
additional information
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activity over growth period, and O2 in the presence of trithionate, overview
additional information
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activity over growth period, and O2 in the presence of trithionate, overview
additional information
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activity over growth period, and O2 in the presence of trithionate, overview
additional information
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activity over growth period, and O2 in the presence of trithionate, overview
additional information
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activity over growth period, and O2 in the presence of trithionate, overview
additional information
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activity over growth period, and O2 in the presence of trithionate, overview
additional information
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activity over growth period, and O2 in the presence of trithionate, overview
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1 - 7.5
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active above pH 1 and below pH 7.5
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90
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20% of maximum activity
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brenda
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brenda
strains ATSB13 229 and ATSB16
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brenda
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brenda
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brenda
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0
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activity lost after 36 days
30
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40% activity after 97 days
70
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activity lost after 27 days
additional information
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no loss of activity by frequent freezing and thawing
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Lu, W.P.; Kelly, D.P.
Cellular location and partial purification of the 'thiosulphate-oxidizing enzyme' and the 'trithionate hydrolase' from Thiobacillus tepidarius
J. Gen. Microbiol.
134
877-885
1988
Thermithiobacillus tepidarius
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brenda
Meulenberg, R.; Pronk, J.T.; Frank, J.; Hazeu, W.; Bos, P.; Kuenen, J.G.
Purification and partial characterization from the acidophilic sulphur oxidizer Thiobacillus acidophilus
Eur. J. Biochem.
209
367-374
1992
Acidiphilium acidophilum
brenda
Anandham, R.; Indiragandhi, P.; Madhaiyan, M.; Ryu, K.Y.; Jee, H.J.; Sa, T.M.
Chemolithoautotrophic oxidation of thiosulfate and phylogenetic distribution of sulfur oxidation gene (soxB) in rhizobacteria isolated from crop plants
Res. Microbiol.
159
579-589
2008
Alcaligenes sp., Pandoraea pnomenusa, Pandoraea sp., Halothiobacillus sp., Dyella ginsengisoli, Paraburkholderia kururiensis, Leifsonia shinshuensis, Pandoraea sputorum, Methylobacterium phyllosphaerae, Methylobacterium phyllosphaerae ATSB31, Dyella ginsengisoli ATSB10, Pandoraea pnomenusa ATSB26, Pandoraea sputorum ATSB28, Alcaligenes sp. ATSB22, Pandoraea sp. ATSB30, Leifsonia shinshuensis ATSB20, Halothiobacillus sp. ATSB2
brenda
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3.12.1.1 trithionate hydrolase
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