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STIFDB - Entry Name : Os02g0192700 | Stress Signals involved in |
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STIFDB Provides Data in 1 levels:
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Gene Description : Os02g0192700
| Locus Identifier | Gene Model Name | Gene Model Description | Gene Model Type | | Os02g0192700 | Os02g0192700.1 | Catalysis of an oxidation-reduction (redox) reaction, a reversible chemical reaction in which the oxidation state of an atom or atoms within a molecule is altered. One substrate acts as a hydrogen or electron donor and becomes oxidized, while the other acts as hydrogen or electron acceptor and becomes reduced. | oxidoreductase activity |
Gene Ontology Data from
RAPDB
: Os02g0192700
| GO Category |
GO Annotation Type |
GO ID |
GO Evidence Type |
References |
| Molecular Function | oxidoreductase activity | GO:0016491 |
IEA | --- |
| Biological Process | cell redox homeostasis | GO:0045454 |
IEA | --- |
| Molecular Function | peroxidase activity | GO:0004601 |
IEA | --- |
| Cellular Compartment | chloroplast | GO:0009507 |
IEA | --- |
| Cellular Compartment | plastid | GO:0009536 |
IEA | --- |
| Cellular Compartment | chloroplast stroma | GO:0009570 |
IEA | --- |
| Molecular Function | antioxidant activity | GO:0016209 |
IEA | --- |
| Molecular Function | peroxiredoxin activity | GO:0051920 |
IEA | --- |
| Biological Process | oxidation-reduction process | GO:0055114 |
IEA | --- |
| Cellular Compartment | thylakoid | GO:0009579 |
IEA | --- |
| Cellular Compartment | plant-type cell wall | GO:0009505 |
IEA | --- |
| Biological Process | defense response to bacterium | GO:0042742 |
IEA | --- |
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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
| | Os02g0192700 | Sb04g006270 | AC235546.1_FG002 | GLYMA19G37500 |
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