Response_reg:5:8.73e-35:112:110:111P2CS-Web
Two-component systems, rebuilt for exploration
Gene detail
C4N24_RS13350
Response regulator OmpR family
Faecalibacterium prausnitzii · GCF_003287405
Domain signature
Compact overview inferred from the domain field
Complete domain annotations
Trans_reg_C:146:1.11e-24:219:76:77- Raw architecture: Response_reg:5:8.73e-35:112:110:111#Trans_reg_C:146:1.11e-24:219:76:77
- Domain description: 1 Response_reg,1 Trans_reg_C
- TM description: N/A
- TMPRED source: No TMPRED file loaded
- TMPRED segments: N/A
- Complete: Yes
Context mapping
Resolved via p2cs_tcs_context.db when a locus tag match exists
GCF_003287405::NZ_PRLD01000018.1::G00005External references
Resolved via p2cs_annexes.db when the RefSeq protein is present in the annex table
No UniProt / GO / PubMed mapping was found for WP_181573094.1.
Genomic coordinates
Resolved via p2cs_tcs_context.db when the current locus tag is present in the local context table
Local neighborhood
Graphical neighborhood resolved from the local TCS context group on the current contig
GCF_003287405::NZ_PRLD01000018.1::G00005Compact keeps a quick overview. Biotite-like switches to a coordinate-aware biological layout with strand and zoom.
Neighborhood gene cards
2 genes in the current local neighborhood.
12 792-13 454 nt · Forward (+)
13 445-14 809 nt · Forward (+)
Clusters
CD-HIT memberships and selected cluster details for the current gene class
PFAM architecture for RROC_1732005
Simplified PFAM architecture for RROC_1732005
PFAM domain coverage: 180 / 220 aa (81.8%)
- Simplified architecture: Response_reg + Trans_reg_C
- Raw architecture: Response_reg[5-111] | Trans_reg_C[146-218]
- Domain count: 2
- Matched identifier: RROC_1732005
- Positioned domains: Response_reg 5-111 ; Response_reg 5-111 ; Trans_reg_C 146-218 ; Trans_reg_C 146-218
Cluster members and taxonomy
Representative gene: GCF_003287405#C4N24_RS13350
Sankey plot built from the taxonomy of all members in the selected cluster.
Genome taxonomy
Unknown
Related genes
Preview from the same derived genome key