KEGG   ORTHOLOGY: K28387
Entry
K28387                      KO                                     
Symbol
hdrC
Name
sulfur-oxidizing heterodisulfide reductase-like enzyme system (type I) subunit C [EC:1.8.4.17]
Brite
KEGG Orthology (KO) [BR:ko00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    K28387  hdrC; sulfur-oxidizing heterodisulfide reductase-like enzyme system (type I) subunit C
Enzymes [BR:ko01000]
 1. Oxidoreductases
  1.8  Acting on a sulfur group of donors
   1.8.4  With a disulfide as acceptor
    1.8.4.17  sulfur-oxidizing heterodisulfide reductase-like enzyme system (type I)
     K28387  hdrC; sulfur-oxidizing heterodisulfide reductase-like enzyme system (type I) subunit C
Other DBs
COG: COG1150
Genes
HHC: M911_11220 M911_11240
EBS: ECTOBSL9_0283 ECTOBSL9_0287
TGR: Tgr7_2212 Tgr7_2216
TKM: TK90_0632 TK90_0636
TNI: TVNIR_3245(hdlC_[H]) TVNIR_3249
TVR: TVD_10630 TVD_10650
APRS: BI364_13795 BI364_13815
AAEO: BJI67_04060 BJI67_04080
AFY: BW247_09915 BW247_09935
ACII: C4901_12960 C4901_12980
ATY: A9R16_003990 A9R16_004010
SULF: CAP31_01840 CAP31_01860
SPLB: SFPGR_29430(hdrC) SFPGR_29470
SNIV: SFSGTM_27270(hdrC) SFSGTM_27310
HDN: Hden_0689 Hden_0693
RHC: RGUI_1279 RGUI_1283
AEP: AMC99_00776 AMC99_00780
QSO: IRL76_11075 IRL76_11095
AFR: AFE_2551 AFE_2555
AFE: Lferr_2185
ACU: Atc_2348 Atc_2352
ACZ: Acaty_c2191 Acaty_c2195
AFI: Acife_2472 Acife_2476
AFJ: AFERRID_05110 AFERRID_05150
ATX: GCD22_03146(hdlC) GCD22_03150
AFP: K1Y48_09025 K1Y48_09045
ACIY: MQE22_02740 MQE22_02760
AFH: GL267_002480 GL267_002500
TRO: trd_0155
OSP: Odosp_0423
BUY: D8S85_20550
BVIR: I6J59_08955
BFH: F1611_02865
AFD: Alfi_2099
ASH: AL1_26650
ALD: GFH31_08505
AOK: A3BBH6_05110
ACOU: A5CBH24_14810
ADA: A5CPEGH6_16740
AIT: AI2BBH_11670
APUT: L6V35_06375
ASEN: NQ519_03365
AIU: NQ491_07885
BACC: BRDCF_p1058 BRDCF_p1819(hdrC)
ANF: AQPE_4791
ALKQ: M9189_04050
CTS: Ctha_0138
AAE: aq_391 aq_398(hdrC)
HYA: HY04AAS1_1078 HY04AAS1_1082
HHO: HydHO_1073 HydHO_1077
HYS: HydSN_1100 HydSN_1104
HTH: HTH_1879(hdrC1) HTH_1883(hdrC2)
HTE: Hydth_1861 Hydth_1865
TAL: Thal_1344 Thal_1348
TRD: THERU_00165 THERU_00185
BTS: Btus_2498
KYR: CVV65_12500
SAY: TPY_3531
SAP: Sulac_1384
STHR: BXT84_01300 BXT84_01320 BXT84_06250
HFV: R50_0688 R50_0692 R50_1169
PARN: NBH00_11855
AFO: Afer_0964
CAN: Cyan10605_2792
CYD: Dongsha4_08965
SYL: AWQ21_15425
CYC: PCC7424_1697
PPSU: NO713_02687(hdrC1)
OAC: Oscil6304_5898
NOP: Nos7524_5055
RSIN: B6N60_02610
DTB: BH720_005370
STO: STK_18710 STK_18750
SOH: D1869_10545 D1869_10565
SJV: SJAV_03200 SJAV_03240
SSO: SSO1127(hdrC-1) SSO1134(hdrC-2)
SOL: Ssol_2099 Ssol_2103
SSOA: SULA_2130 SULA_2134
SSOL: SULB_2131 SULB_2135
SSOF: SULC_2129 SULC_2133
SSHI: J5U23_02351 J5U23_02355
SCAS: SACC_10170 SACC_10210
SIS: LS215_1194 LS215_1198
SIA: M1425_1097 M1425_1101
SIM: M1627_1161 M1627_1165
SID: M164_1087 M164_1091
SIY: YG5714_1093 YG5714_1097
SIN: YN1551_1761 YN1551_1765
SII: LD85_1215 LD85_1219
SIH: SiH_1058 SiH_1062
SIR: SiRe_0971 SiRe_0975
SIC: SiL_0977 SiL_0981
SULA: BFU36_00900 BFU36_00920
SULE: GFS03_06305 GFS03_06325
SAI: Saci_0326 Saci_0334(hdrC)
SACN: SacN8_01600 SacN8_01640
SACR: SacRon12I_01600 SacRon12I_01640
SACS: SUSAZ_01660 SUSAZ_01700
SULO: GFS33_11685 GFS33_11705
SULL: EWF20_12025 EWF20_12045
MSE: Msed_1543 Msed_1547
MEMJ: MJ1HA_1760 MJ1HA_1764
MCN: Mcup_0684 Mcup_0688
MHK: DFR87_11005 DFR87_11025
MPRU: DFR88_10565 DFR88_10585
MTEN: GWK48_01310 GWK48_01330
MJN: MjAS7_2641 MjAS7_2645
AHO: Ahos_1692 Ahos_1696
AMAN: B6F84_12580 B6F84_12600
ABRI: DFR85_11425 DFR85_11445
ASUL: DFR86_10760 DFR86_10780
AAMB: D1866_03540 D1866_03560
ACIH: HS5_01350 HS5_01390
SACD: HS1genome_0376 HS1genome_0380
SAZO: D1868_10010 D1868_10030
CSTY: KN1_04060 KN1_04100
STEP: IC006_0775 IC006_0779
SMET: RQ359_001049 RQ359_001053
SAHS: HS7_01150 HS7_01190
 » show all
Reference
PMID:27284018
  Authors
Boughanemi S, Lyonnet J, Infossi P, Bauzan M, Kosta A, Lignon S, Giudici-Orticoni MT, Guiral M.
  Title
Microbial oxidative sulfur metabolism: biochemical evidence of the membrane-bound heterodisulfide reductase-like complex of the bacterium Aquifex aeolicus.
  Journal
FEMS Microbiol Lett 363:fnw156 (2016)
DOI:10.1093/femsle/fnw156
  Sequence
[aae:aq_391 aq_398]
Reference
PMID:29930335
  Authors
Koch T, Dahl C.
  Title
A novel bacterial sulfur oxidation pathway provides a new link between the cycles of organic and inorganic sulfur compounds.
  Journal
ISME J 12:2479-2491 (2018)
DOI:10.1038/s41396-018-0209-7
  Sequence
[hdn:Hden_0689 Hden_0693]
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