KEGG   ORTHOLOGY: K14981
Entry
K14981                      KO                                     

Name
chvI
Definition
two-component system, OmpR family, response regulator ChvI
Pathway
ko02020  Two-component system
Brite
KEGG Orthology (KO) [BR:ko00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   02020 Two-component system
    K14981  chvI; two-component system, OmpR family, response regulator ChvI
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02022 Two-component system
    K14981  chvI; two-component system, OmpR family, response regulator ChvI
Two-component system [BR:ko02022]
 OmpR family
  ChvG-ChvI (acidity sensing)
   K14981  chvI; two-component system, OmpR family, response regulator ChvI
Other DBs
COG: COG0745
GO: 0000156
Genes
DSR: 110181050
PCQ: PcP3B5_13580(pleD_3)
PSET: THL1_575
TSY: THSYN_00565
KGE: TQ33_1896
BUG: BC1001_4351
BGF: BC1003_5053
BUQ: AC233_27750
BUM: AXG89_30595
BPX: BUPH_00930
BFN: OI25_7773
PBH: AAW51_4941(chvI)
MLO: mll5095
MHUA: MCHK_6151
MES: Meso_3571
AMIH: CO731_00901(creB)
PLA: Plav_0111
RBS: RHODOSMS8_03320(baeR)
SME: SMc02560(chvI)
SMX: SM11_chr3508(chvI)
SMEL: SM2011_c02560(chvI)
SMD: Smed_3252
SFH: SFHH103_03542(chvI)
SFD: USDA257_c59060(chvI)
SAME: SAMCFNEI73_Ch0045(chvI)
EAD: OV14_0924(chvI)
ATU: Atu0034(chvI)
ARA: Arad_0046(chvI)
ATF: Ach5_00330(chvI)
AVI: Avi_0044(chvI)
AGR: AGROH133_02842(chvI)
RET: RHE_CH00036(chvI)
REC: RHECIAT_CH0000037(chvI)
REL: REMIM1_CH00036(chvI)
REP: IE4803_CH00035(chvI)
REI: IE4771_CH00036(chvI)
RLE: RL0036
RLG: Rleg_4296
RIR: BN877_I0035(chvI)
RHL: LPU83_0036(chvI)
RGA: RGR602_CH00037(chvI)
RHN: AMJ98_CH00036(chvI)
RPHA: AMC79_CH00038(chvI)
RHT: NT26_3864(chvI)
RHX: AMK02_CH00036(chvI)
RHK: Kim5_CH00036(chvI)
REZ: AMJ99_CH00036(chvI)
NGL: RG1141_CH40200(chvI)
NGG: RG540_CH40750(chvI)
NEN: NCHU2750_37570(chvI)
SHZ: shn_20155
BME: BMEI2036
BMEL: DK63_1458
BMZ: BM28_A2077(chvI)
BMEE: DK62_1490
BMF: BAB1_2092
BMB: BruAb1_2065(bvrR)
BABO: DK55_2025
BABR: DO74_1950
BABT: DK49_1782
BABB: DK48_94
BABU: DK53_2010
BABS: DK51_1531
BABC: DO78_1929
BMS: BR2090
BSUI: BSSP1_I1890(chvI)
BSUP: BSPT1_I1906(chvI)
BSUV: BSPT2_I1892(chvI)
BSUC: BSSP2_I1895(chvI)
BMT: BSUIS_A1933(chvI)
BSZ: DK67_276
BOV: BOV_2010
BCS: BCAN_A2137(chvI)
BCAR: DK60_25
BCAS: DA85_10055
BMR: BMI_I2112
BPP: BPI_I2148
BPV: DK65_1445
OAN: Oant_0828
OAH: DR92_365
BJA: blr8144
BRA: BRADO0738(chvI)
BBT: BBta_7367(chvI)
BRS: S23_07610
AOL: S58_68780
BRAD: BF49_3955
BRO: BRAD285_0235(chvI)
RPA: RPA0358(chvI)
RPB: RPB_0463
RPC: RPC_0597
RPD: RPD_0367
RPE: RPE_0821
RPT: Rpal_0361
NWI: Nwi_0348
NHA: Nham_0443
OCA: OCAR_7575
OCG: OCA5_c05680(chvI)
OCO: OCA4_c05670(chvI)
BOS: BSY19_677
VGO: GJW-30_1_01810(baeR)
BHE: BH00620(batR)
BHN: PRJBM_00063(batR)
BHS: BM1374165_00063(batR)
BQU: BQ00560
BQR: RM11_0054
BBK: BARBAKC583_1332(bvrR)
BTR: BT_0062(batR)
BTX: BM1374166_00057(batR)
BGR: Bgr_00610(batR)
BCD: BARCL_0061(batR)
BAUS: BAnh1_00680(batR)
BVN: BVwin_00560(batR)
BANC: PU02_0505
BEZ: NCTC12898_01679(baeR)
XAU: Xaut_2845
AZC: AZC_4065
SNO: Snov_4383
MEA: Mex_1p1023(chvI)
MDI: METDI1825(chvI)
MEX: Mext_1238
MCH: Mchl_1400
MPO: Mpop_1179
MET: M446_0225
MNO: Mnod_5433
MOR: MOC_3467
META: Y590_05235
MAQU: Maq22A_c03105(ompR)
BID: Bind_2741
MSL: Msil_0255
MTUN: MTUNDRAET4_0395(chvI)
BBAR: RHAL1_01195(chvI)
HDN: Hden_2299
HMC: HYPMC_0566(chvI)
RVA: Rvan_0658
PHL: KKY_3512
FIL: BN1229_v1_1755(baeR)
FIY: BN1229_v1_1758(baeR)
DEQ: XM25_20160(ChvI)
BVR: BVIR_2886
BLAG: BLTE_31230
MSC: BN69_1291
PLEO: OHA_1_01867(baeR)
MMED: Mame_00801(baeR_1)
MCG: GL4_0584
HDI: HDIA_4847(baeR)
CCR: CC_0237
CCS: CCNA_00237(chvI)
CAK: Caul_4630
CSE: Cseg_0173
PZU: PHZ_c0083
BVY: NCTC9239_03001(cseB)
SIL: SPO0710(chvI)
RUT: FIU92_02810(creB)
RSP: RSP_1681
RCP: RCAP_rcc02836(chvI)
JAN: Jann_0536
RDE: RD1_1377(chvI)
RLI: RLO149_c034080(chvI)
DSH: Dshi_0212
PSF: PSE_0640
PGA: PGA1_c01150(chvI)
PGL: PGA2_c29740(chvI)
PGD: Gal_00249
PHP: PhaeoP97_00342(chvI)
PPIC: PhaeoP14_02938(chvI)
OAT: OAN307_c03120(chvI)
OAR: OA238_c02280(chvI)
OTM: OSB_02250(regX3)
LAQU: R2C4_16250
CID: P73_0615
MALG: MALG_02921
RSU: NHU_03553
RHC: RGUI_2891
LABT: FIU93_03310(baeR1)
SPSE: SULPSESMR1_02655(creB)
RMM: ROSMUCSMR3_03238(creB)
RID: RIdsm_00191(creB)
ROH: FIU89_16720(creB)
LVS: LOKVESSMR4R_00203(creB)
AHT: ANTHELSMS3_00708(creB)
MARU: FIU81_12990(creB1)
ROT: FIV09_15405(creB)
MALU: KU6B_02990
HNE: HNE_1408(chvI)
HBA: Hbal_0187
GAK: X907_2899
ZMO: ZMO1322
ZMN: Za10_0029
ZMM: Zmob_0028
ZMB: ZZ6_0029
ZMI: ZCP4_0029
ZMC: A265_00029(baeR)
ZMR: A254_00029(baeR)
NAR: Saro_2907
SAL: Sala_2047
SPHK: SKP52_18395(chvI)
SPHP: LH20_16805
SMAZ: LH19_19115
SGI: SGRAN_3807(chvI)
SPHU: SPPYR_0090(chvI)
SWI: Swit_0402
SPHD: HY78_26085
SPHM: G432_02935
STAX: MC45_02895
SPHI: TS85_06215
SSAN: NX02_12425
SPKC: KC8_04975
SJP: SJA_C1-10800(creB)
SSY: SLG_14790
SPMI: K663_04070
SPHR: BSY17_755
SINB: SIDU_08835
SPHT: K426_06075
SFLA: SPHFLASMR4Y_00965(fixJ)
BLAS: BSY18_1598
SMIC: SmB9_12160
ELI: ELI_02135
ERF: FIU90_06235(baeR)
AAY: WYH_00996(baeR)
ANH: A6F65_01173(creB)
ADO: A6F68_01575(creB) A6F68_02780(phoP)
ALB: AEB_P2884
GOX: GOX0819
GOH: B932_1363
GOY: GLS_c09030(chvI)
ACR: Acry_1884
GDI: GDI1264(chvI)
GDJ: Gdia_1975
GXY: GLX_18150
GXL: H845_3149
KSC: CD178_01098(creB)
APT: APA01_02880(chvI)
APW: APA42C_02880(chvI)
APF: APA03_02880(chvI)
APU: APA07_02880(chvI)
APG: APA12_02880(chvI)
APQ: APA22_02880(chvI)
APX: APA26_02880(chvI)
APZ: APA32_02880(chvI)
APK: APA386B_1771(chvI)
ASZ: ASN_1884(chvI)
SHUM: STHU_47380
RRU: Rru_A3422
RRF: F11_17535
RCE: RC1_0500(chvl) RC1_2825(chvI)
MGY: MGMSRv2__1776(chvI)
MGRY: MSR1_05380(baeR)
MAGX: XM1_1201(chvI) XM1_3999
TMO: TMO_2059(chvI)
TXI: TH3_00325
MAGQ: MGMAQ_3242(chvI)
PUB: SAR11_0199(chvI)
MAI: MICA_137
MAN: A11S_134
PGV: SL003B_4206(chvI)
BFI: CIY_16400
NEV: NTE_01491
TAA: NMY3_00724(dctD_2) NMY3_00775(dctD_3)
NFN: NFRAN_0817(cssR)
NDV: NDEV_1500
 » show all
Reference
  Authors
Belanger L, Dimmick KA, Fleming JS, Charles TC
  Title
Null mutations in Sinorhizobium meliloti exoS and chvI demonstrate the importance of this two-component regulatory system for symbiosis.
  Journal
Mol Microbiol 74:1223-37 (2009)
DOI:10.1111/j.1365-2958.2009.06931.x
  Sequence
[sme:SMc02560]
Reference
  Authors
Yuan ZC, Liu P, Saenkham P, Kerr K, Nester EW
  Title
Transcriptome profiling and functional analysis of Agrobacterium tumefaciens reveals a general conserved response to acidic conditions (pH 5.5) and a complex acid-mediated signaling involved in Agrobacterium-plant interactions.
  Journal
J Bacteriol 190:494-507 (2008)
DOI:10.1128/JB.01387-07
Reference
  Authors
Li L, Jia Y, Hou Q, Charles TC, Nester EW, Pan SQ
  Title
A global pH sensor: Agrobacterium sensor protein ChvG regulates acid-inducible genes on its two chromosomes and Ti plasmid.
  Journal
Proc Natl Acad Sci U S A 99:12369-74 (2002)
DOI:10.1073/pnas.192439499
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