Gene: Sopen08g022680
General Information
Structural Information
- Species Solanum pennellii
- Gene Identifier Sopen08g022680
- Transcript Identifier Sopen08g022680.1
- Gene Type Coding gene
- Location Spenn-ch08 : 62197161-62206691 : positive
Gene Family Information
- ID HOM05D003910
- #Genes/#Species 178/98
- Phylogenetic origin
- ID ORTHO05D004622
- #Genes/#Species 175/97
- Phylogenetic origin
Gene Duplication Information
Labels
Identifiers
- tid Sopen08g022680.1
Descriptions
- Description Encodes a putative 5-aminolevulinate dehydratase involved in chlorophyll biosynthesis. | HEMB1 | FUNCTIONS IN: porphobilinogen synthase activity, catalytic activity, metal ion binding | INVOLVED IN: porphyrin biosynthetic process | LOCATED IN: chloroplast | EXPRESSED IN: 23 plant structures | EXPRESSED DURING: 13 growth stages | CONTAINS InterPro DOMAIN/s: Aldolase-type TIM barrel , Tetrapyrrole biosynthesis, porphobilinogen synthase | BEST Arabidopsis thaliana protein match is: Aldolase superfamily protein
- Loading (ortholog descriptions from ath)...
Functional Annotation
Biological Process
GO term | Evidence(s) | Provider(s) | Description | Source(s) |
---|---|---|---|---|
GO:0033014 | IEA | InterPro | tetrapyrrole biosynthetic process | |
GO:0006779 | ISO | PLAZA Integrative Orthology | porphyrin-containing compound biosynthetic process | AT1G69740 |
Molecular Function
GO term | Evidence(s) | Provider(s) | Description | Source(s) |
---|---|---|---|---|
GO:0004655 | IEA | InterPro | porphobilinogen synthase activity | |
GO:0046872 | IEA | InterPro | metal ion binding | |
GO:0003824 | IEA | InterPro | catalytic activity |
Cellular Component
GO term | Evidence(s) | Provider(s) | Description | Source(s) |
---|---|---|---|---|
GO:0009570 | ISO | PLAZA Integrative Orthology | chloroplast stroma | AT1G69740 |
GO:0009507 | ISO | PLAZA Integrative Orthology | chloroplast | AT1G69740 |
Color Legend
Experimental Evidence |
Computational Reviewed Evidence |
Electronic Evidence |
Mapman id | Description |
---|---|
7.12.2.1 | Coenzyme metabolism.tetrapyrrol biosynthesis.uroporphyrinogen III formation.porphobilinogen synthase |