1.7.3.3: factor-independent urate hydroxylase
This is an abbreviated version!
For detailed information about factor-independent urate hydroxylase, go to the full flat file.
Word Map on EC 1.7.3.3
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1.7.3.3
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hyperuricemia
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peroxisomal
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xanthine
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allopurinol
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gout
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purine
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catalase
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allantoin
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biosensors
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electrode
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hematologic
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creatinine
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oxonic
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febuxostat
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allantoinase
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hyperkalemia
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hypoxanthine
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prophylaxis
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flavus
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hyperphosphatemia
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urate-lowering
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ureide
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methemoglobinemia
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pegylated
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amperometric
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uricosuric
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hypocalcemia
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tophi
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benzbromarone
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hominoid
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phosphotungstate
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microbodies
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hypouricemic
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probenecid
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utilis
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pimecrolimus
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pharmacology
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medicine
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analysis
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synthesis
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weight-based
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nodule-specific
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miocene
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drug development
- 1.7.3.3
- hyperuricemia
- peroxisomal
- xanthine
- allopurinol
- gout
- purine
- catalase
- allantoin
-
biosensors
-
electrode
-
hematologic
- creatinine
-
oxonic
- febuxostat
- allantoinase
- hyperkalemia
- hypoxanthine
-
prophylaxis
- flavus
- hyperphosphatemia
-
urate-lowering
-
ureide
- methemoglobinemia
-
pegylated
-
amperometric
-
uricosuric
-
hypocalcemia
-
tophi
- benzbromarone
-
hominoid
-
phosphotungstate
- microbodies
-
hypouricemic
- probenecid
- utilis
- pimecrolimus
- pharmacology
- medicine
- analysis
- synthesis
-
weight-based
-
nodule-specific
-
miocene
- drug development
Reaction
Synonyms
AaUO, AgUOX, dHU-wPU, ELITEK, Fasturtec, MVSM, N-35, Nodule specific uricase, Nodulin 35, Nodulin 35 homolog, Non-symbiotic uricase, oxidase, urate, Pucl, Rasburicase, Uaz, Uox, Urate oxidase, urate oxidoreductase, UriA, uric acid oxidase, uricase, uricase II, Uricoenzyme, Uricozyme
ECTree
1.7.3.3 factor-independent urate hydroxylaseAdvanced search results
results (
results (Expression
Expression on EC 1.7.3.3 - factor-independent urate hydroxylase
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EXPRESSION 
ORGANISM
UNIPROT
LITERATURE
expression is induced in presence of urate
expression is induced in presence of urate, with substrate inhibition of production above 8.9 mM
highest expression yields are obtained in medium containing 0.8% maltose and 1.2% soybean powder as carbon and nitrogen sources, respectively
maximum expression upon growth on lactose as carbon source and urea as nitrogen source
optimum uricase production is in basal medium containing sucrose as a sole carbon source, uric acid as a nitrogen source at pH 6. Presence of cysteine HCl, cystine and glutamic acid enhances uricase production
expression is induced in presence of urate, with substrate inhibition of production above 8.9 mM
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expression is induced in presence of urate, with substrate inhibition of production above 8.9 mM
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expression is induced in presence of urate, with substrate inhibition of production above 8.9 mM
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highest expression yields are obtained in medium containing 0.8% maltose and 1.2% soybean powder as carbon and nitrogen sources, respectively
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highest expression yields are obtained in medium containing 0.8% maltose and 1.2% soybean powder as carbon and nitrogen sources, respectively
Cytobacillus firmus DWD-33
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maximum expression upon growth on lactose as carbon source and urea as nitrogen source
JX083378
maximum expression upon growth on lactose as carbon source and urea as nitrogen source
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optimum uricase production is in basal medium containing sucrose as a sole carbon source, uric acid as a nitrogen source at pH 6. Presence of cysteine HCl, cystine and glutamic acid enhances uricase production
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optimum uricase production is in basal medium containing sucrose as a sole carbon source, uric acid as a nitrogen source at pH 6. Presence of cysteine HCl, cystine and glutamic acid enhances uricase production
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