KEGG   ORTHOLOGY: K01549
Entry
K01549                      KO                                     
Symbol
TIM11, ATP21
Name
F-type H+-transporting ATP synthase subunit e
Pathway
map00190  Oxidative phosphorylation
map01100  Metabolic pathways
Module
M00158  F-type ATPase, eukaryotes
Brite
KEGG Orthology (KO) [BR:ko00001]
 09100 Metabolism
  09102 Energy metabolism
   00190 Oxidative phosphorylation
    K01549  TIM11, ATP21; F-type H+-transporting ATP synthase subunit e
Other DBs
TC: 3.A.2.1
Genes
SCE: YDR322C-A(TIM11)
SEUB: DI49_0503
SPAO: SPAR_D05150
AGO: AGOS_AGR362C
ERC: Ecym_8171
KLA: KLLA0_D13112g
KMX: KLMA_50351(TIM11)
LTH: KLTH0E03982g
VPO: Kpol_364p3
ZRO: ZYRO0D10626g
CGR: 9488004(GVI51_H06919)
NCS: NCAS_0F02920(NCAS0F02920)
NDI: NDAI_0C04370(NDAI0C04370)
TPF: TPHA_0D02120(TPHA0D02120)
TBL: TBLA_0A03180(TBLA0A03180)
TGB: HG536_0E02800
TDL: TDEL_0E02670(TDEL0E02670)
KAF: KAFR_0C01790(KAFR0C01790)
KNG: KNAG_0C05440(KNAG0C05440)
ZMK: HG535_0C03400
SLUD: SCDLUD_004715
DHA: DEHA2E20504g
PGU: PGUG_05054
SPAA: SPAPADRAFT_62521
LBG: 92210173(LODBEIA_P49770)
CAL: CAALFM_C400330CA
CTP: CTRG_00007
COT: CORT_0E02820
CDU: CD36_40390
CTEN: 18246228(TIM11)
CLU: CLUG_05395
CLUS: A9F13_23g00275
CAUR: CJI96_0005290
PPA: PAS_chr4_0892
PKZ: C5L36_0A05540
BBRX: BRETT_002452
OPA: HPODL_05329
YLI: 7009589(YALI2_F00555g)
NCR: NCU09143
NTE: NEUTE1DRAFT105435(NEUTE1DRAFT_105435)
SMP: 10802737(SMAC4_04638)
PAN: PODANSg09625
PBEL: QC761_103740(TIM11)
PPSD: QC762_103740(TIM11)
PPSP: QC763_103740(TIM11)
PPSA: QC764_103740(TIM11)
TTT: THITE_2097063
MTM: MYCTH_2313301
CTHR: CTHT_0056980
MGR: MGG_04772
PPEI: PpBr36_00376
PGRI: PgNI_04698
TMN: UCRPA7_7191
SSCK: SPSK_00909
FGR: FGSG_00429
FPU: FPSE_00092
FPOA: FPOAC1_000450
FVN: FVRRES_00595
FVR: FVEG_00890
FOX: FOXG_00622
NHE: NECHADRAFT_73389
FFC: NCS54_00107900
FKR: NCS57_00105900
TRE: TRIREDRAFT_72941
TRR: M419DRAFT_117804
TATV: 25782111(TrAtP1_004493)
TASP: 36618807(TrAFT101_003939)
MAW: 19247487(TIM11)
MAJ: MAA_04271
MBRN: 26240541(TIM11)
CMT: CCM_06369
AMUS: LMH87_004976
PLJ: 28887276(PLICBS_002538)
PTKZ: JDV02_001322(TIM11)
VAL: VDBG_06072
VDA: VDAG_03231
CFJ: CFIO01_12066
CLUP: CLUP02_12296
CHIG: CH63R_11694
CDET: 87946443(CDEST_09941)
SAPO: SAPIO_CDS3108
ELA: UCREL1_7149
PFY: PFICI_01145
SSL: SS1G_01855
BFU: BCIN_02g02250
PSCO: LY89DRAFT_689130
GLZ: GLAREA_05704
ANI: ANIA_11303
ACT: ACLA_057820
NFI: NFIA_097190
ANG: An16g08550
AFV: AFLA_013449
ALUC: AKAW2_70678S
ACHE: ACHE_60672S
APUU: APUU_21772A
PCS: N7525_007002
PDP: PDIP_61230
POU: POX_c04353
TMF: EYB26_007711
CIM: CIMG_10888
ABE: ARB_06484
TVE: TRV_00578
PBL: PAAG_04721
PBN: PADG_02468
AJE: HCAG_02727
BGH: BDBG_04236
PNO: SNOG_15179
PTE: PTT_08271
PTRR: 6346374(PtrM4_135260)
BZE: COCCADRAFT_97148
BSC: COCSADRAFT_37763
BOR: COCMIDRAFT_98763
AALT: CC77DRAFT_1099474
ARAB: EKO05_0002190
ZTR: MYCGRDRAFT_66746
PFJ: MYCFIDRAFT_47761
FFU: CLAFUR5_00952
BCOM: BAUCODRAFT_37088
NPA: UCRNP2_7697
TML: GSTUM_00001580001
SPO: 2540063(tim11)
SOM: SOMG_05059(tim11)
CNE: CNG02790
CNB: CNBG1980
CNG: CNAG_03298
CGI: CGB_G3010C
CDEU: CNBG_2301
CDEP: 91089378(L203_105169)
KMG: 30166430(I203_102501)
KNE: 92182224(IAR55_004966)
TMS: TREMEDRAFT_27459
TASA: A1Q1_07691
CCAC: CcaHIS019_0111720(TIM11)
TVS: TRAVEDRAFT_67937
DSQ: DICSQDRAFT_142706
PCO: PHACADRAFT_248042
SHS: STEHIDRAFT_127218
HIR: HETIRDRAFT_306580
PSQ: PUNSTDRAFT_96182
ADL: AURDEDRAFT_79176
FME: FOMMEDRAFT_113827
GTR: GLOTRDRAFT_51993
RSX: RhiXN_09568
LBC: LACBIDRAFT_187028
CCI: CC1G_00567
ABP: AGABI1DRAFT67550(AGABI1DRAFT_67550)
ABV: AGABI2DRAFT213529(AGABI2DRAFT_213529)
PCUB: JR316_0000507
MPR: MPER_11649
MRR: Moror_7258
MORE: E1B28_001694
SCM: SCHCO_02613577(SCHCODRAFT_02613577)
SLA: SERLADRAFT_455861
WSE: WALSEDRAFT_60164
WIC: J056_003385
UMA: UMAG_10374
PFP: PFL1_02734
SGRA: EX895_002489
MGL: MGL_0350
MRT: MRET_1325
MSYM: MSY001_3422
PGR: PGTG_00037
PTRC: PtA15_1A72
PSTR: Pst134EA_001088
MLR: MELLADRAFT_92549
RIE: OCT59_023035
SRE: PTSG_00250
CHYD: H4K34_13075
 » show all
Reference
PMID:9857174
  Authors
Arnold I, Pfeiffer K, Neupert W, Stuart RA, Schagger H
  Title
Yeast mitochondrial F1F0-ATP synthase exists as a dimer: identification of three dimer-specific subunits.
  Journal
EMBO J 17:7170-8 (1998)
DOI:10.1093/emboj/17.24.7170
  Sequence
[sce:YDR322C-A]
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