Gene: Duzib133G1566
General Information
Structural Information
- Species Durio zibethinus
- Gene Identifier Duzib133G1566
- Transcript Identifier Duzib133G1566.01
- Gene Type Coding gene
- Location NW_019167938.1 : 3506336-3508368 : negative
Gene Family Information
- ID HOM05D000061
- #Genes/#Species 4037/99
- Phylogenetic origin
- ID ORTHO05D000050
- #Genes/#Species 2854/96
- Phylogenetic origin
Gene Duplication Information
Labels
Identifiers
- name LOC111313366
- name XM_022914033.1
- pid XP_022769768.1
- id gene-LOC111313366
- uniprot A0A6P6AY23
Descriptions
- product cytochrome P450 709B2-like, transcript variant X1
- Loading (ortholog descriptions from ath)...
Functional Annotation
Biological Process
GO term | Evidence(s) | Provider(s) | Description | Source(s) |
---|---|---|---|---|
GO:0009737 | ISO | PLAZA Integrative Orthology | response to abscisic acid | AT4G27710 |
GO:0009651 | ISO | PLAZA Integrative Orthology | response to salt stress | AT4G27710 |
Molecular Function
GO term | Evidence(s) | Provider(s) | Description | Source(s) |
---|---|---|---|---|
GO:0004497 | IEA | GOA Database | monooxygenase activity | |
GO:0004497 | IEA | InterPro | monooxygenase activity | |
GO:0005506 | IEA | GOA Database | iron ion binding | |
GO:0005506 | IEA | InterPro | iron ion binding | |
GO:0016705 | IEA | GOA Database | oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen | |
GO:0016705 | IEA | InterPro | oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen | |
GO:0020037 | IEA | GOA Database | heme binding | |
GO:0020037 | IEA | InterPro | heme binding | |
GO:0046872 | IEA | GOA Database | metal ion binding | |
GO:0016491 | IEA | GOA Database | oxidoreductase activity |
Color Legend
Experimental Evidence |
Computational Reviewed Evidence |
Electronic Evidence |
Mapman id | Description |
---|---|
50.1.13 | Enzyme classification.EC_1 oxidoreductases.EC_1.14 oxidoreductase acting on paired donor with incorporation or reduction of molecular oxygen |