KEGG   ORTHOLOGY: K18346
Entry
K18346                      KO                                     
Symbol
vanW
Name
vancomycin resistance protein VanW
Pathway
map01502  Vancomycin resistance
map02020  Two-component system
Module
M00651  Vancomycin resistance, D-Ala-D-Lac type
Brite
KEGG Orthology (KO) [BR:ko00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   02020 Two-component system
    K18346  vanW; vancomycin resistance protein VanW
 09160 Human Diseases
  09175 Drug resistance: antimicrobial
   01502 Vancomycin resistance
    K18346  vanW; vancomycin resistance protein VanW
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   01504 Antimicrobial resistance genes
    K18346  vanW; vancomycin resistance protein VanW
Antimicrobial resistance genes [BR:ko01504]
 Gene sets
  Vancomycin resistance modules
   Vancomycin resistance, D-Ala-D-Lac type
    K18346  vanW; vancomycin resistance protein VanW
Other DBs
COG: COG2720
Genes
SFW: WN53_23190
PVG: CRN77_07890
PHAU: PH4a_03365
PROT: BTA34_12940
PCOL: F1325_14555
PCIB: F9282_14965
PPEE: I6G31_13345
PRG: RB151_015640(vanW)
PALA: CO695_16425
PHEI: NCTC12003_02521
PHAG: PZ638_13045
PRAG: EKN56_09775
PFQ: QQ39_10755
LRI: NCTC12151_01591
PAE: PA0749
PAEV: N297_774
PAEI: N296_774
PAU: PA14_54600
PAP: PSPA7_4771
PAG: PLES_45941
PAF: PAM18_4290
PNC: NCGM2_1475
PAEB: NCGM1900_2030
PDK: PADK2_21955
PSG: G655_21625
PRP: M062_03635
PAEP: PA1S_22915
PAER: PA1R_gp4241
PAEM: U769_22425
PAEL: T223_23440
PAES: SCV20265_4778
PAEU: BN889_00770
PAEG: AI22_11240
PAEC: M802_771
PAEO: M801_773
PPAA: B7D75_21535
PFO: Pfl01_2034
PSOS: POS17_2176
PKE: DLD99_10820
POJ: PtoMrB4_24510
PGY: AWU82_03210
PZE: HU754_018820
PMOE: HV782_011490
PSEP: C4K39_2542
PPII: QL104_11715
PTZ: HU718_011705
PGF: J0G10_12195
PNB: NK667_07635
PHOM: KJF94_07770
EMO: DM558_11635
AEI: AOY20_02190
AJO: RZ95_02180
ALA: BFG52_14485
AGU: AS4_01580
ABER: BSR55_20390
ATN: FM020_01230
ASHA: G8E00_00850
AGYL: FPL18_09355
ATZ: M5E07_01935
APRL: PY247_08045
TDU: QJT80_03350
GAP: GAPWK_0076
GAQ: RAM11_00790
ECOR: SAMEA4412678_1258
PTES: JQU52_04555
MAER: DAI18_15850
CCUP: BKK81_30960
CUP: BKK80_25395
CUU: BKK79_31105
OVB: NB640_03760
OCD: FHY55_17030
SECH: B18_15340
GLO: Glov_1227
PPD: Ppro_1302
MXA: MXAN_4997
MYM: A176_001892
MYX: QEG98_27140
SUR: STAUR_6139 STAUR_8192
AGE: AA314_06588
MBD: MEBOL_007129
BCE: BC2985
BCB: BCB4264_A3002
BCG: BCG9842_B2239
BTB: BMB171_C2686
BTT: HD73_2984
BTHR: YBT1520_14680
BTHI: BTK_14795
BTC: CT43_CH2987
BTG: BTB_c31150(vanW)
BTI: BTG_04405
BTN: BTF1_12455
BTHT: H175_ch3038
BTHU: YBT1518_16490
BTHY: AQ980_16205
BWE: BcerKBAB4_5507
BWW: bwei_4026
BMYO: BG05_4924 BG05_5656
BTY: Btoyo_0283
BMYC: DJ92_4552 DJ92_736
BBY: CY96_13760
BNT: GSN03_05260
BIF: N288_01805
BHAI: KJK41_02715
BARD: QRY57_11215 QRY57_14435
BHK: B4U37_07545
BCIR: C2I06_21820
CSUA: IM538_11585 IM538_12785
BDA: FSZ17_01515 FSZ17_04445
LYZ: DCE79_16140
LYG: C1N55_08855
LYP: MTP04_19230
FPN: ABE65_004435
FAR: ABE41_004515
PSYH: D0S48_15410
PSYO: PB01_10060
POF: GS400_02745
BVJ: I5776_03005
BBEV: BBEV_2139(vanW)
ALKG: MOJ78_16125
SWA: A284_00930
SCV: A4G25_08450
SPET: CEP67_07615
SKL: C7J89_01765
SPIC: SAMEA4384060_0142
SSIM: SAMEA4384339_0269
SDB: CNQ82_01640
EAT: EAT1b_2220
EAP: KB235_14450
EMM: PTI97_02040
EPF: OE059_12725
BBE: BBR47_06840 BBR47_25760
BFM: BP422_08105 BP422_28880
BAGR: BA6348_16135 BA6348_25375
BCHS: JNE38_03590 JNE38_13345
BCOP: JD108_03140
BPAB: PSE45_03660 PSE45_18615
BHUI: LOK74_18490
BAYD: BSPP4475_17855
BBOR: RFB14_02365 RFB14_22545
BRUM: NDK47_03845 NDK47_24805
PJD: Pjdr2_3361
GYM: GYMC10_0653
PMS: KNP414_01481 KNP414_06625
PMQ: PM3016_1790 PM3016_6256
PMW: B2K_09115 B2K_31595
PDU: PDUR_13725
PBD: PBOR_19745
PGM: PGRAT_16820
POD: PODO_16265
PAEN: P40081_20085
PAEF: R50345_16505
PSTE: PSTEL_13485
PAEA: R70723_17640
PAEE: R70331_16625
PAEH: H70357_19530
PAEJ: H70737_16015
PSON: JI735_25610
PSWU: SY83_04015
PDH: B9T62_13740
PIB: BBD41_11490
PCX: LPB68_09175
PVO: PVOR_05578
PLEN: EIM92_09550
PPSC: EHS13_00195 EHS13_11520
PLUT: EI981_07155
PBK: Back11_57340
PTRI: KDC22_17980
PCEL: HUB94_11610
PTHI: NDS46_15080
PDY: QJQ58_06850
PMAE: LMZ02_12795
PWN: QNH46_19080
PPOG: QPK24_06560
PAUN: MJA45_21075 MJA45_25315
PHK: SK066_13230
PKP: SK3146_03884(vanW_2)
COHN: KCTCHS21_12510 KCTCHS21_30520
CHEB: HH215_05280
PLIG: NAG76_01525
AACO: K1I37_01940
TUM: CBW65_10275
SPSY: AZE41_01900
SPOO: J3U78_12745
STHO: QNH10_04850 QNH10_14690
UTH: DKZ56_09965
LRN: CMV25_04970
SANS: DK43_03855
SLU: KE3_0950
SRAT: FY406_07565
SGW: D7D53_07350
SACO: SAME_01539
LMM: MI1_08315
LKI: LKI_08000
LEC: LGMK_04135
LCN: C270_00290
LGS: LEGAS_0594
LGE: C269_02845
EFA: EF2296(vanW)
EFC: EFAU004_02777(vanW)
EFAU: EFAU085_00733(vanWB)
VHY: G7082_12705
CBV: U729_2155
CMAH: C1I91_02920
CINT: HZF06_15890
CTHD: CDO33_05310
OCW: OW730_24210
CCL: Clocl_1780
RHER: EHE19_012200
CSS: Cst_c11740(yoaR)
CSD: Clst_1129
ESR: ES1_00260
CCEL: CCDG5_1740
FPLA: A4U99_05460
RAL: Rumal_0331
OVA: OBV_09520
OBJ: EIO64_00895
PFAA: MM59RIKEN_28990
LASA: L9O85_06965
PALM: RBG61_05595
SWO: Swol_1358
SALQ: SYNTR_1136
DSY: DSY3608 DSY3691
DHD: Dhaf_1663 Dhaf_1773
DDL: Desdi_1472
DMT: DESME_15355
SGY: Sgly_2289
DOR: Desor_2164
DMI: Desmer_2831 Desmer_2964
DRU: Desru_3295
FWA: DCMF_02655 DCMF_02690 DCMF_05575 DCMF_10480
DGI: Desgi_3124
IBU: IB211_01018
PROM: QO263_03350 QO263_12905
AHB: bsdtb5_19560
LBW: C3V36_00755
CPRO: CPRO_29190(vanW_2)
VGU: HYG85_02625
VPY: HZI73_08905
ABUT: Ami103574_02970(vanW) Ami103574_07955(vanW)
ETM: CE91St48_02970(vanW)
AMT: Amet_1426
AOE: Clos_0839 Clos_2861
CSPO: QNI18_04350
MAS: Mahau_2645
NTH: Nther_0598
NCD: ACONDI_00982(vanW_2)
CAD: Curi_c05050(vanW) Curi_c17670
SPOA: EQM13_06375(vanW)
KPAR: JL105_07170
CAZO: G3A45_08425
SEDZ: JYG23_04670
ERD: G7062_04275
ALLO: KWG61_15105
ERB: A4V01_19965
CIU: G4D55_17110
LPIL: LIP_0046 LIP_3541
ARI: UM93_03165
PNV: JMY29_00430 JMY29_20365
RSA: RSal33209_2415(vanW)
KRH: KRH_22610
KPL: KPaMU14_10660
RKR: I6G21_01570
SATK: SA2016_3953
CGA: Celgi_1868
CEZ: CBP52_14045
CPAL: F1D97_03520
TED: U5C87_14860
AUS: IPK37_00170
MIK: FOE78_00465
MICG: GJV80_19675
NOO: FE634_14700
NSN: EXE58_00925
NBE: Back2_24980
NANO: G5V58_05835
NPS: KRR39_04440
SGRG: L0C25_01175
KFL: Kfla_1644
KQI: F1D05_27740
KSL: OG809_19600
CYA: CYA_2235
CYB: CYB_0584
CGC: Cyagr_0762
PMT: PMT_0954
PMF: P9303_11841
CEP: Cri9333_4194
AMR: AM1_2597(vanW) AM1_3540 AM1_4269(vanW)
PSER: ABRG53_2424(vanW) ABRG53_2533(vanW)
OAC: Oscil6304_1222
MIC: Mic7113_1017
GEI: GEI7407_1255
GLJ: GKIL_3581
RIV: Riv7116_6668
DPT: Deipr_0333
DRD: LMT64_09630
CCZ: CCALI_02253
FGI: OP10G_1113 OP10G_3381
NPY: NPRO_21520
LUO: HHL09_06540
SSM: Spirs_3863
SPER: EW093_07140
ECUL: PVA46_07545
LBI: LEPBI_I3171
LBF: LBF_3061(vanW)
TPX: Turpa_0614
LBA: Lebu_1779
PGI: PG_0532
PGN: PGN_1440
PGT: PGTDC60_1650(vanW)
PCAG: NCTC12856_01921
PEND: LA319_03685
DUN: FDZ78_13815
ALQ: C7Y71_006750 C7Y71_010925
ASEN: NQ519_00475
PEK: FFJ24_000285
SPHN: BV902_19845
SPDR: G6053_09220
STHA: NCTC11429_05124
SMUI: I6J00_08615
SSIY: JVX97_11705
MTT: Ftrac_2774
FYA: KMW28_24480
FUV: JR347_08850
FMM: LVD15_23565
FAX: FUAX_54240
PPSV: PEPS_28680
ATK: AUTU_30330 AUTU_46740
CAO: Celal_2831
CLY: Celly_1781
CBAT: M666_11190
COMN: PBN93_07125
NDO: DDD_2257(vanW)
MCLA: P3875_01895
PAAE: NPX36_08490
TJE: TJEJU_1179
TOV: PG911_12040
OLL: CW732_08605
PSYN: E9099_01715
EAO: BD94_0557
EMN: M876_01455
EEN: BBD30_04090
ELB: VO54_02056(vanW)
EMG: BBD33_00805
EGO: BBD34_11935
EGM: AYC65_14625
ELZ: FCS00_08170
ELIZ: JCR23_07565
CHZ: CHSO_4314
CHRS: EAG08_14540
CARH: EGY05_18245
CNK: EG343_10350
CJT: EG359_11515
CCAU: EG346_10190
CBEN: EG339_01975
CCAO: H5J24_01660
CRHI: KB553_12030
CTUR: LNP04_07945
APIB: G8C43_01080
FLU: CHH17_07560 CHH17_14810
CRM: K6119_16250
 » show all
Reference
PMID:8631706
  Authors
Evers S, Courvalin P
  Title
Regulation of VanB-type vancomycin resistance gene expression by the VanS(B)-VanR (B) two-component regulatory system in Enterococcus faecalis V583.
  Journal
J Bacteriol 178:1302-9 (1996)
DOI:10.1128/JB.178.5.1302-1309.1996
  Sequence
[efa:EF2296]
Reference
PMID:22913355
  Authors
Chancey ST, Zahner D, Stephens DS
  Title
Acquired inducible antimicrobial resistance in Gram-positive bacteria.
  Journal
Future Microbiol 7:959-78 (2012)
DOI:10.2217/fmb.12.63
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