KEGG   ORTHOLOGY: K10922
Entry
K10922                      KO                                     
Symbol
toxS
Name
transmembrane regulatory protein ToxS
Pathway
map05111  Biofilm formation - Vibrio cholerae
Brite
KEGG Orthology (KO) [BR:ko00001]
 09140 Cellular Processes
  09145 Cellular community - prokaryotes
   05111 Biofilm formation - Vibrio cholerae
    K10922  toxS; transmembrane regulatory protein ToxS
Genes
VCH: VC_0983
VCF: IR04_10255
VCS: MS6_0777
VCE: Vch1786_I0486(toxS)
VCQ: EN18_08250
VCJ: VCD_003355
VCI: O3Y_04565
VCO: VC0395_A0504(toxS)
VCR: VC395_0998(toxS)
VCM: VCM66_0939(toxS)
VCL: VCLMA_A0841
VCX: VAA049_2764(toxS)
VCZ: VAB027_1670(toxS)
VVU: VV1_0191
VVY: VV0998
VVM: VVMO6_02228
VVL: VV93_v1c09230
VPA: VP0819
VPB: VPBB_0777
VPK: M636_17685
VPF: M634_06110
VPH: VPUCM_2404
VHA: VIBHAR_01325
VCA: M892_06395
VAG: N646_2970
VEX: VEA_004139
VDB: AL552_12485
VHR: AL538_13615
VNA: PN96_09415
VOW: A9237_04200
VRO: BSZ04_19300
VSP: VS_2271
VEJ: VEJY3_03720
VFU: vfu_A02617
VNI: VIBNI_A2603(toxS)
VAN: VAA_02112
LAG: N175_10680
VAU: VANGNB10_cI0856c(toxS)
VCY: IX92_11435
VCT: JV59_27230
VTU: IX91_11455
VEU: IXK98_20210
VSI: MTO69_03590
VFL: AL536_16265
VMI: AL543_14050
VBR: A6E01_09385
VSC: VSVS12_00951
VGA: BSQ33_13760
VSH: BSZ05_02575
VQI: CCZ37_04155
VTA: A1299(toxS)
VAF: D1115_11145
VNL: D3H41_04185
VCC: FAZ90_04230
VAS: GT360_04125
VAQ: FIV01_03725(toxS)
VSR: Vspart_00989(toxS)
VKA: BTD91_02340
VZI: G5S32_04070
VNV: IF132_11210
VGI: MID13_11410
VSL: LTQ54_12940
VPL: SA104470976_01787(toxS)
VJP: NP165_03575
VPG: LZI70_10965
VOS: KNV97_14240
VTI: CEQ48_13985
VCRA: IS519_14890
VNP: KW548_05855
VLE: ISX51_05550
VSY: K08M4_21510(toxS)
VRU: RND59_01250
VMT: QYQ96_09090
VFI: VF_0790(toxS)
VFM: VFMJ11_0827
VSA: VSAL_I0812(toxS)
AWD: AWOD_I_0757(toxS)
PPR: PBPRA1021(VV10191)
PGB: H744_2c1226
PDS: CAY62_03990
PGH: FH974_04585
GHO: AL542_04595
GKD: K6Q96_04825
SPSH: FM037_08345
 » show all
Reference
PMID:1898871
  Authors
DiRita VJ, Mekalanos JJ
  Title
Periplasmic interaction between two membrane regulatory proteins, ToxR and ToxS, results in signal transduction and transcriptional activation.
  Journal
Cell 64:29-37 (1991)
DOI:10.1016/0092-8674(91)90206-E
  Sequence
[vch:VC_0983]
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