Cluster: HRGMv2_1495_CGC2
🧬 Cluster Details
- Gene Count: 8
- CAZyme Count: 4
- Substrate:
- Genome ID: HRGMv2_1495
- CGC Family ID: CGCFAM_00006
- Continent: Africa
- Source Study: Ma et al., 2024 →
| Gene Type | Contig ID | Protein ID | Start | Stop | Direction | Protein Family |
|---|---|---|---|---|---|---|
| CAZyme | HRGMv2_1495_4 | HRGMv2_1495_4_19 | 19836 | 20795 | - | GT2 |
| pfam | HRGMv2_1495_4 | HRGMv2_1495_4_20 | 20901 | 21440 | - | Hexapep | Hexapep_2 |
| pfam | HRGMv2_1495_4 | HRGMv2_1495_4_21 | 21519 | 22178 | - | DUF1919 |
| CAZyme | HRGMv2_1495_4 | HRGMv2_1495_4_22 | 22175 | 23320 | - | GT4 |
| CAZyme | HRGMv2_1495_4 | HRGMv2_1495_4_23 | 23322 | 24443 | - | GT4 |
| NULL(UNKNOWN) | HRGMv2_1495_4 | HRGMv2_1495_4_24 | 24436 | 24762 | - |
NULL(UNKNOWN)
[View Structural Homologs] |
| CAZyme | HRGMv2_1495_4 | HRGMv2_1495_4_25 | 24759 | 25607 | - | GT2 |
| TC | HRGMv2_1495_4 | HRGMv2_1495_4_26 | 25610 | 26416 | - | 9.B.18.1.2 |
Gene ID: HRGMv2_1495_4_19
Type: CAZyme
Location: 19836 - 20795 (-)
Type: CAZyme
Location: 19836 - 20795 (-)
Gene ID: HRGMv2_1495_4_20
Type: pfam
Location: 20901 - 21440 (-)
Type: pfam
Location: 20901 - 21440 (-)
Gene ID: HRGMv2_1495_4_21
Type: pfam
Location: 21519 - 22178 (-)
Type: pfam
Location: 21519 - 22178 (-)
Gene ID: HRGMv2_1495_4_22
Type: CAZyme
Location: 22175 - 23320 (-)
Type: CAZyme
Location: 22175 - 23320 (-)
Gene ID: HRGMv2_1495_4_23
Type: CAZyme
Location: 23322 - 24443 (-)
Type: CAZyme
Location: 23322 - 24443 (-)
Gene ID: HRGMv2_1495_4_24
Type:
Location: 24436 - 24762 (-)
Type:
Location: 24436 - 24762 (-)
Gene ID: HRGMv2_1495_4_25
Type: CAZyme
Location: 24759 - 25607 (-)
Type: CAZyme
Location: 24759 - 25607 (-)
Gene ID: HRGMv2_1495_4_26
Type: TC
Location: 25610 - 26416 (-)
Type: TC
Location: 25610 - 26416 (-)
Taxonomic Lineage
Domain
Bacteria
Phylum
Actinomycetota
Class
Coriobacteriia
Order
Coriobacteriales
Family
Coriobacteriaceae
Genus
Collinsella
Gene Level Read Mapping
Gene level read mapping in Diet Intervention Studies (De Filippis et al., 2019)
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No differentially abundant genes found in the 2019 study.