| Family ID | 75539 |
| Family name | New Created Family By SOYBN |
| Synonym(s) | |
| Cross-reference(s) |
|
Curation status  |
|
| Phylogenetic analyzes | Not available |
Link to GreenPhyl V1.0 : 75539
Family structure
| Clustering level | Family id (number of sequences) |
|---|---|
| 1 | 75539 (6) |
| 2 | |
| 3 | |
| 4 |
Info:
- Sequences are clustered and classified at 4 levels (from less to more stringent).
- The number between parenthesis indicates the number of sequences in the cluster.
- Annotated gene families at the different levels are underlined. Gene family name pops up when you mouse over.
- Gene families are coloured in blue when the phylogenetic analyses are available.
Family composition
Total : 6
"
| Species | Number |
| Glycine max | 4 |
| Medicago truncatula | 2 |
Plugin Missing
With Adobe Flash enabled you will have access to enhanced charts of this data. You can download Flash for your platform by clicking on the button to the right.
"
| Species | Number |
| Glycine max | 0.0528 |
| Medicago truncatula | 0.0516 |
Plugin Missing
With Adobe Flash enabled you will have access to enhanced charts of this data. You can download Flash for your platform by clicking on the button to the right.
Information to display :
Gene name UniProt KEGG InterPro Annotation Gene Ontology PubMed Filter Status
Gene name UniProt KEGG InterPro Annotation Gene Ontology PubMed Filter Status
Protein domains
InterPro family
InterPro family
No IPR family
Other InterPro signatures
Other InterPro signatures
| IPR | Annotation | Type | % | Occurence | Specificity |
| IPR000357 | HEAT | Repeat | 33 | (2) | N |
| IPR011989 | Armadillo-like helical | Domain | 33 | (2) | N |
| IPR006594 | LisH dimerisation motif | Domain | 33 | (2) | N |
| IPR016024 | Armadillo-type fold | Domain | 33 | (2) | N |
Domain architecture
Domain architecture
Representative InterPro domains - Consensus schema (alpha version)
Representative InterPro domains - Consensus schema (alpha version)
No representative domains
Protein list
Build your own display:
Phylogenomic analysis
Warning: Please note that the gene tree was reconstructed using PhyML with no optimization (bioNJ). Gene tree with more robust parameters is being processed and will be updated very soon
