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
-
peroxisomal
-
xanthine
-
allopurinol
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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
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microbodies
-
hypouricemic
-
probenecid
-
utilis
-
pimecrolimus
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pharmacology
-
medicine
-
analysis
-
synthesis
-
weight-based
-
nodule-specific
-
miocene
-
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
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Systematic Name
Systematic Name on EC 1.7.3.3 - factor-independent urate hydroxylase
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urate:oxygen oxidoreductase
This enzyme was previously thought to be a copper protein, but it is now known that the enzymes from soy bean (Glycine max), the mould Aspergillus flavus and Bacillus subtilis contains no copper nor any other transition-metal ion. The 5-hydroxyisourate formed decomposes spontaneously to form allantoin and CO2, although there is an enzyme-catalysed pathway in which EC 3.5.2.17, hydroxyisourate hydrolase, catalyses the first step. The enzyme is different from EC 1.14.13.113 (FAD-dependent urate hydroxylase).