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STIFDB - Entry Name : AT5G64300 | Stress Signals involved in |
STIFDB Provides Data in 2 levels:
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Gene Description : AT5G64300
Locus Identifier | Gene Model Name | Gene Model Description | Gene Model Type | AT5G64300 | AT5G64300.1 | encodes GTP cyclohydrolase II that can functionally complement E. coli mutant deficient in this gene. It also has 3,4-dihydroxy-2-butanone-4-phosphate synthase activity which makes it a bifunctional enzyme involved in the formation of the pyrimidine and of the carbohydrate from GTP and ribulose-5-phosphate, respectively | |
Gene Ontology Data from
TAIR
: AT5G64300
GO Category |
GO Annotation Type |
GO ID |
GO Evidence Type |
References |
Biological Process | riboflavin biosynthetic process | GO:0009231 |
IGI | Publication:495|PMID:10783978 |
Molecular Function | 3,4-dihydroxy-2-butanone-4-phosphate synthase activity | GO:0008686 |
IGI | Publication:495|PMID:10783978 |
Biological Process | riboflavin biosynthetic process | GO:0009231 |
IGI | Publication:4339|PMID:7642114 |
Molecular Function | GTP cyclohydrolase II activity | GO:0003935 |
IGI | Publication:495|PMID:10783978 |
Cellular Compartment | chloroplast | GO:0009507 |
IEA | AnalysisReference:501724248 |
Molecular Function | 3,4-dihydroxy-2-butanone-4-phosphate synthase activity | GO:0008686 |
ISS | Communication:501714663 |
Molecular Function | GTP cyclohydrolase II activity | GO:0003935 |
IGI | Publication:4339|PMID:7642114 |
Biological Process | riboflavin biosynthetic process | GO:0009231 |
ISS | Communication:501714663 |
Molecular Function | GTP cyclohydrolase II activity | GO:0003935 |
IGI | Publication:4339|PMID:7642114 |
Molecular Function | GTP cyclohydrolase II activity | GO:0003935 |
ISS | Communication:501714663 |
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Biological Process |
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Molecular Function |
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Cellular Compartment |
Click here for
Guide to GO Evidence Codes
Orthologs
Gene Id | Sorghum bicolor | Zea mays | Glycine Max
| AT5G64300 | Sb07g029180 | GRMZM2G105466 | GLYMA15G06120 |
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