Gene detail

CLORAM_RS02015

Response regulator OmpR family

Thomasclavelia ramosa DSM 1402 · GCF_000154485

ClassRRTypeOmpRLength233 aaTM0ValidatedNoCompleteYesContextpaired
Gene IDGCF_000154485#CLORAM_RS02015Stable P2CS identifier used across views.
GenomeGCF_000154485Bacteria; Bacillati; Bacillota; Erysipelotrichia; Erysipelotrichales; Coprobacillaceae; Thomasclavelia
Selected clusterRROC_1080764Run 7 · 123 sequences · id 100% · cov 80% · representative
External referencesWP_003535081.1 · B0N158 · MIST4 CLORAM_RS02015RefSeq · UniProt · MIST4

Domain signature

Compact overview inferred from the domain field

Response_regTrans_reg_C
Protein length233 aaLength used to scale native and Biotite-like views.
Annotated domains22 with usable coordinates.
Domain coverage186 / 233 aa (79.8%)Merged over positioned domains only.
Domain description1 Response_reg,1 Trans_reg_CSummary string stored in the genes table.
Signal peptideUnavailableNo TMPRED prediction file matched this gene.
Transmembrane helicesUnavailableConfigure [protein_features] tmpred_root_dir to enable this annotation.
Complete domain annotations
Native P2CS viewFrontend rendering from the parsed domain string and TMPRED protein features.
1 aa233 aa
Response_reg: 6-114 aa (109 aa)1Trans_reg_C: 155-231 aa (77 aa)2
Domain-by-domain annotation2 items
1 Response_reg#1
6-114 aa · 109 aa · 46.8% of protein
Raw tokenResponse_reg:6:2.21e-35:114:111:111
2 Trans_reg_C#2
155-231 aa · 77 aa · 33.0% of protein
Raw tokenTrans_reg_C:155:3.82e-31:231:77:77
  • Raw architecture: Response_reg:6:2.21e-35:114:111:111#Trans_reg_C:155:3.82e-31:231:77:77
  • 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

Context labelpairedGCF_000154485::NZ_DS499654.1::G00018
Group size22 locus tags listed below.
HK / RR1 / 1Counts resolved for the local TCS neighborhood.
Context span118758-120780Genomic interval covered by the local TCS group.
Identifiers
Old locus tagCLORAM_00419RefSeq proteinWP_003535081.1
Context group IDGCF_000154485::NZ_DS499654.1::G00018
Context members
CLORAM_RS02015CLORAM_RS02020
Partner locus tags
CLORAM_RS02015CLORAM_RS02020
Partner old locus tags
CLORAM_00419CLORAM_00420
Partner protein IDs

External references

Resolved via p2cs_annexes.db when the RefSeq protein is present in the annex table

RefSeqWP_003535081.1Primary protein accession used for annex mappings.
UniProt accessionB0N158Primary UniProt accession resolved in the annex database.
UniProt IDB0N158_9FIRMDisplay identifier provided by UniProt.
GO / PubMed5 / 0Unique GO terms and literature references available below.

Genomic coordinates

Resolved via p2cs_tcs_context.db when the current locus tag is present in the local context table

Current locus tagCLORAM_RS02015Primary locus identifier stored in the genes table.
Old locus tagCLORAM_00419Legacy locus tag recovered from the local context mapping.
Contig / repliconNZ_DS499654.1Sequence record reported by the local genomic context database.
Genomic interval118 758-119 459 nt702 nt · Forward (+)
StrandForward (+)Strand sign follows the local context database convention.
Local TCS group span118 758-120 780 ntGCF_000154485::NZ_DS499654.1::G00018

Local neighborhood

Graphical neighborhood resolved from the local TCS context group on the current contig

GCF_000154485::NZ_DS499654.1::G00018

Compact keeps a quick overview. Biotite-like switches to a coordinate-aware biological layout with strand and zoom.

Context labelpairedNeighborhood members are ordered by genomic coordinates.
Contig / repliconNZ_DS499654.1All displayed genes belong to this local TCS context.
Neighborhood span118 758-120 780 nt2 023 nt
Members21 current focus gene
Local TCS group mapArrow direction follows strand. The current gene is highlighted with a stronger outline.
118 758 nt120 780 nt
Neighborhood gene cards

2 genes in the current local neighborhood.

CLORAM_RS02015GCF_000154485#CLORAM_RS02015
RROmpRCurrent focus

118 758-119 459 nt · Forward (+)

Old locus CLORAM_00419RefSeq WP_003535081.1
CLORAM_RS02020GCF_000154485#CLORAM_RS02020
HKClassic

119 452-120 780 nt · Forward (+)

Old locus CLORAM_00420RefSeq WP_003535084.1

Clusters

CD-HIT memberships and selected cluster details for the current gene class

Selected clusterRROC_1080764Run 7 · RR · 123 sequences
Representative sequenceGCF_000154485#CLORAM_RS02015The current gene is the representative for this cluster.
PFAM architectureResponse_reg + Trans_reg_C2 domains in the representative PFAM annotation.

PFAM architecture for RROC_1080764

Simplified PFAM architecture for RROC_1080764

PFAM domain coverage: 186 / 233 aa (79.8%)

1 aa233 aa
Response_reg: 6-114 aaResponse_regResponse_reg: 6-114 aaResponse_regTrans_reg_C: 155-231 aaTrans_reg_CTrans_reg_C: 155-231 aaTrans_reg_C
Response_regTrans_reg_C
  • Simplified architecture: Response_reg + Trans_reg_C
  • Raw architecture: Response_reg[6-114] | Trans_reg_C[155-231]
  • Domain count: 2
  • Matched identifier: RROC_1080764
  • Positioned domains: Response_reg 6-114 ; Response_reg 6-114 ; Trans_reg_C 155-231 ; Trans_reg_C 155-231
Cluster members and taxonomy
Visualization

Representative gene: GCF_000154485#CLORAM_RS02015

Displayed with 5 columns and 10 rows per page from the local display config.

Showing members 1 to 50 over 123 total members. Page 1 / 3.

GCF_000154485#CLORAM_RS02015 (representative)
CLORAM_RS02015 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_003434415#DW242_RS04050
DW242_RS04050 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_003435475#DXB93_RS03040
DXB93_RS03040 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_003457805#DWY98_RS12080
DWY98_RS12080 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_003457945#DWY94_RS11665
DWY94_RS11665 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_003459445#DWX69_RS10030
DWX69_RS10030 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_003459645#DWX42_RS07255
DWX42_RS07255 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_003462905#DXA75_RS05815
DXA75_RS05815 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_003470175#DW681_RS10570
DW681_RS10570 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_014131695#EYR00_RS01230
EYR00_RS01230 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_015560315#I2H44_RS09340
I2H44_RS09340 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_015560945#I2H99_RS08930
I2H99_RS08930 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_015670235#I4V48_RS03670
I4V48_RS03670 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_015670395#I4V54_RS10650
I4V54_RS10650 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_016027135#I6G63_RS01460
I6G63_RS01460 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_016728785#I6I62_RS12295
I6I62_RS12295 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_016766855#I6I63_RS00990
I6I63_RS00990 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_017886715#J7M94_RS01650
J7M94_RS01650 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_019041935#KTF99_RS06150
KTF99_RS06150 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_019052555#KTQ95_RS04610
KTQ95_RS04610 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_019125255#KSU56_RS07135
KSU56_RS07135 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_019125355#KSU48_RS07020
KSU48_RS07020 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_019125375#KSU91_RS07575
KSU91_RS07575 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_019125405#KSU44_RS06845
KSU44_RS06845 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_019125455#KSU60_RS06955
KSU60_RS06955 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_019125475#KSU58_RS07330
KSU58_RS07330 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_019125495#KSU49_RS06080
KSU49_RS06080 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_019125515#KSU51_RS06975
KSU51_RS06975 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_019125545#KSU57_RS06555
KSU57_RS06555 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_019125565#KSU47_RS07420
KSU47_RS07420 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_019125595#KSU53_RS07575
KSU53_RS07575 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_019125615#KSU46_RS07435
KSU46_RS07435 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_019125715#KSU95_RS07860
KSU95_RS07860 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_019125735#KSU55_RS07550
KSU55_RS07550 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_019125775#KSU90_RS06945
KSU90_RS06945 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_019125815#KSU61_RS07485
KSU61_RS07485 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_019125825#KSU50_RS07595
KSU50_RS07595 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_019125835#KSU59_RS07200
KSU59_RS07200 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_019125875#KSU54_RS07555
KSU54_RS07555 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_019126065#KSU52_RS07595
KSU52_RS07595 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_019126175#KSU96_RS07545
KSU96_RS07545 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_019126295#KSU67_RS07540
KSU67_RS07540 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_019126335#KSU62_RS07600
KSU62_RS07600 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_019131015#KSY47_RS11815
KSY47_RS11815 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_019131055#KSY49_RS13260
KSY49_RS13260 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_019131095#KSY50_RS09430
KSY50_RS09430 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_019131135#KSY51_RS09320
KSY51_RS09320 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_019131195#KSY64_RS08220
KSY64_RS08220 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_019131335#KSY81_RS01570
KSY81_RS01570 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158
GCF_020097255#LA327_RS01435
LA327_RS01435 · RR · OmpR
RefSeq: WP_003535081.1
UniProt: B0N158

Genome taxonomy

Unknown

Taxonomy recordUnknownTaxon ID 445 974 · GCF_000154485
AssemblyASM15448v1 · Scaffoldhaploid
Genome composition3 235 195 bp · 31,5% GCThomasclavelia ramosa DSM 1402
Signal transduction countsGenes 49 · HK 22 · RR 27CheA 0 · PP 0
Ranked taxonomy7 ranked levels available
SuperkingdomBacteriaKingdomBacillatiPhylumBacillotaClassErysipelotrichiaOrderErysipelotrichalesFamilyCoprobacillaceaeGenusThomasclavelia
Lineage path7 lineage nodes
1Bacteria2Bacillati3Bacillota4Erysipelotrichia5Erysipelotrichales6Coprobacillaceae7Thomasclavelia

Related genes

Preview from the same derived genome key