KEGG   ORTHOLOGY: K11711
Entry
K11711                      KO                                     
Symbol
dctS
Name
two-component system, LuxR family, sensor histidine kinase DctS [EC:2.7.13.3]
Pathway
map02020  Two-component system
Brite
KEGG Orthology (KO) [BR:ko00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   02020 Two-component system
    K11711  dctS; two-component system, LuxR family, sensor histidine kinase DctS
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases
    K11711  dctS; two-component system, LuxR family, sensor histidine kinase DctS
  09183 Protein families: signaling and cellular processes
   02022 Two-component system
    K11711  dctS; two-component system, LuxR family, sensor histidine kinase DctS
Enzymes [BR:ko01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.13  Protein-histidine kinases
    2.7.13.3  histidine kinase
     K11711  dctS; two-component system, LuxR family, sensor histidine kinase DctS
Protein kinases [BR:ko01001]
 Histidine kinases
  LuxR family [OT]
   K11711  dctS; two-component system, LuxR family, sensor histidine kinase DctS
Two-component system [BR:ko02022]
 LuxR family
  DctS-DctR (C4-dicarboxylate transport)
   K11711  dctS; two-component system, LuxR family, sensor histidine kinase DctS
Other DBs
GO: 0000155
Genes
PQI: KH389_17215
NOC: Noc_1700
NWA: Nwat_1426
THIM: KFB96_22835
TBOG: LT988_03110
VFF: VITFI_CDS1202 VITFI_CDS1446
CHRI: DK842_18930
CHRB: DK843_01855
AMAH: DLM_3628
AQS: DKK66_09190
IOD: EJO50_12570
IFL: C1H71_09320
CARI: FNU76_21810
CKS: H9L41_12110
BCEN: DM39_5679
BMJ: BMULJ_04835
BMU: Bmul_3682
BMK: DM80_5063
BPSL: WS57_03270
HYF: DTO96_100997(tmoS_2)
LIMN: HKT17_11970
LTO: RGQ30_06670
BPT: Bpet4765
BOJ: CBF45_08195
CDN: BN940_16161
AFA: UZ73_07265
AFQ: AFA_03100
AAQU: D3M96_04135
AAMM: FE795_03115
KGY: EHF36_08340
RFR: Rfer_0922 Rfer_1485
RSB: RS694_08585
RAC: RA876_00940
RHY: RD110_26175
RHF: EUB48_00700
RHOB: HTY51_17090
POL: Bpro_4653
PNA: Pnap_3746 Pnap_3895
POS: DT070_07905
POO: F7R28_01515
PVAC: HC248_03453(fixL_3)
AJS: Ajs_4016
ACK: C380_18520 C380_23080
ACRA: BSY15_1317
ACID: CBP33_18290
ACIP: CBP36_18570
ACIN: CBP34_18740
ACIS: CBP35_00345
ACIO: EAG14_00275
ARAD: KI609_17280 KI609_22135
ATEM: PQV96_00380
AAV: Aave_4654
AAA: Acav_4590
VEI: Veis_4830
DAC: Daci_0847
DEL: DelCs14_5684
DTS: BI380_20455
DHK: BO996_04305
DLA: I6G47_20390
VAP: Vapar_3943 Vapar_5157
VPE: Varpa_1853 Varpa_5873
VPD: VAPA_1c40820 VAPA_1c53470
VAA: AX767_11270
VBO: CKY39_26015 CKY39_32285
VAM: C4F17_19905 C4F17_30575
CTT: CtCNB1_4746
CTES: O987_28035
CKE: B5M06_06350
CSER: CCO03_02640
COF: FOZ74_14800
CAQT: KAQ61_16210
CODO: LAD35_19535
CTEZ: CT3_40710(dctS)
AANT: HUK68_00420
CRJ: QMY55_24240
ADN: Alide_4240
ADK: Alide2_4580
RTA: Rta_37050
OTO: ADJ79_06730
OTK: C6570_03860
OTD: J1M35_00865 J1M35_01355
LIM: L103DPR2_00295(fixL_1)
LIH: L63ED372_03017(fixL_3)
HYR: BSY239_4213
HYB: Q5W_23840
HYL: LPB072_02710
HYC: E5678_19620
HPSE: HPF_05565(tmoS2) HPF_22690(fixL4)
HYN: F9K07_28830
HTN: KI616_21090 KI616_26280
DPY: BA022_15555
DIH: G7047_26000
DAER: H9K75_14675
DRG: H9K76_21620
DIA: Dtpsy_3366
SIMP: C6571_06885
MELM: C7H73_02810 C7H73_12985
MELA: C6568_10105 C6568_12735
MJE: LVC68_03770 LVC68_16055
CBAA: SRAA_2253
CBAB: SMCB_2274
STHM: IS481_01710
PBH: AAW51_0272(dctS)
MPT: Mpe_A0208
METP: C1M51_10225
RGE: RGE_45240
RBN: RBXJA2T_02877
RDP: RD2015_4579 RD2015_800
ROI: N4261_24555
KIA: G8A07_27135
PKT: AT984_00410 AT984_15940 AT984_16700
PAQA: K9V56_021455
MIU: ABE85_24675
SNN: EWH46_16290
IDC: LRM40_00490 LRM40_14610
ATER: MW290_00830 MW290_29835
LCH: Lcho_3917
RGU: A4W93_26755
HAR: HEAR0412
MMS: mma_0468
JAG: GJA_843
JAB: VN23_18395
JAZ: YQ44_02960
JAL: BZG29_24605
JSV: CNX70_24995
JAJ: EKL02_00310
JAS: FJQ89_14225
JLV: G3257_25310
JAH: JAB4_050710(sasA_22)
JRI: P9875_25685
HSE: Hsero_0843(dctS)
HSZ: ACP92_04240
HHT: F506_07010
HRB: Hrubri_0711(dctS)
HEE: hmeg3_19715
HHF: E2K99_04085
HFR: G5S34_04130
MNR: ACZ75_23390
MASW: AM586_11955 AM586_24010
MASS: CR152_12855
MTIM: DIR46_11205 DIR46_17490
MASY: DPH57_24390
MANC: IV454_02785
MFY: HH212_11980
MVAR: MasN3_44440(dctS)
MENY: LSQ66_17425
MLIR: LPB04_09350
MASZ: C9I28_24755
MALI: EYF70_02650 EYF70_19870
MUM: FCL38_15110 FCL38_15920
MFLA: GO485_11465
MPLI: E1742_11780
TCT: PX653_25885
DUG: HH213_06260
DZO: SR858_02935
TMJ: P0M04_13235
RUG: QC826_03215
EHB: E7V67_022800
UPV: EJN92_02690
UPI: EJG51_006600
UND: UNDKW_1132(dctS)
GLC: JQN73_13580
ACTB: RHM62_18795
AON: DEH84_07910
XYK: GT347_12715
XYG: R9X41_00215
TTW: LCC91_11930
ETB: N7L95_14285
SHD: SUTH_01051
METR: BSY238_641
DOE: DENOEST_2295
DSU: Dsui_3159
ARES: IWH25_14825
AIQ: Azoinq_12825
OTR: OTERR_18930(dctS)
NIV: JY500_15645
EBA: ebA4156(dctS)
ABRE: pbN1_27310(dctS)
APET: ToN1_16750(dctS)
RBH: B4966_03005
DAR: Daro_2995
DEY: HYN24_05255
DDEN: KI615_14110
DECH: GBK02_07190
QAU: KI612_06575
FLE: KI610_08135
AZO: azo0918(dctS)
AOA: dqs_0990
AZA: AZKH_3684(dctS)
AZI: AzCIB_3755
AZD: CDA09_18030
AZR: CJ010_05510
TMZ: Tmz1t_3399
THU: AC731_018785
THAU: C4PIVTH_0446(dctS)
TCL: Tchl_0945
THK: CCZ27_02180
TAK: Tharo_0982
AZQ: G3580_13710
ACOM: CEW83_18565
ATW: C0099_03460
ZPA: C3497_02760
APP: CAP2UW1_2103
ESJ: SJ05684_c08910
EAK: EKH55_0955
ARO: B0909_19005
PSCQ: KHQ08_15250
BVR: BVIR_486
PLEO: OHA_1_03737(fixL_1)
HDI: HDIA_4258(fixL_3)
RSP: RSP_0909(dctS)
RSH: Rsph17029_2568
RSQ: Rsph17025_0244
RSK: RSKD131_2281
CAZT: LV780_01030
RCP: RCAP_rcc03025(dctS3)
PZH: CX676_09600
PAMN: pAMV1p0041
GFU: KM031_15345
NSM: JO391_16780
AZL: AZL_009440
ALI: AZOLI_0784(dctS)
ABQ: ABAZ39_05345
ABF: AMK58_08730
ATI: AL072_00120
AHU: A6A40_03225
AZT: TSH58p_16840
AZM: DM194_02880
AZZ: DEW08_10695
AOZ: HUE56_19500
AARE: D3093_03890
AZS: E6C72_08210
RPM: RSPPHO_02266
MGY: MGMSRv2__2160(dctS)
MGRY: MSR1_21570(todS)
MAGX: XM1_4627(dctS)
MAGN: WV31_02290
MAG: amb0896
HTL: HPTL_0784
CCV: CCV52592_0849
HYO: NNO_1267
BBAT: Bdt_1564
BBW: BDW_05390
BDC: DOE51_07395
PVAR: SH412_002163
GPH: GEMMAAP_19770
 » show all
Reference
PMID:8455557 (Rhodobacter)
  Authors
Hamblin MJ, Shaw JG, Kelly DJ
  Title
Sequence analysis and interposon mutagenesis of a sensor-kinase (DctS) and response-regulator (DctR) controlling synthesis of the high-affinity C4-dicarboxylate transport system in Rhodobacter capsulatus.
  Journal
Mol Gen Genet 237:215-24 (1993)
DOI:10.1007/BF00282803
  Sequence
[rcp:RCAP_rcc03025]
LinkDB

DBGET integrated database retrieval system