Alignment of P1A ATPases (K+)
The alignment was performed on The Danish Biotechnological Database with the programme CLUSTALW with default settings. The alignment of the N- and C-terminal regions was refined by hand.
The grouping of P-type ATPases and the nomenclature is adopted from the work described in
Axelsen, K.B. & Palmgren, M.G. (1998) J. Mol. Evol. 46: 84-101.
The sequence numbers refer to the position of the sequence in a phylogenetic tree of P-type ATPases.
The sequences with sequence numbers in parantheses are not included in the phylogenetic tree, but show more than 90 % sequence identity with the sequence with the specified number.
The number and positions of transmembrane helices are predicted with the TMHMM server at The Center for Biological Sequence Analysis and the method of von Heijne, and might, therefore, be different in the proteins in vivo.
The segments a-h conserved in all P-type ATPases are the amino acid stretches used for the phylogenetic analysis.
Amino acids in the alignment shown in CAPITALS are present in 83% (5 of 6) of the P1A ATPases.
Number Accession Organism Name
used number 1 100 101 200 201 300 301 400 401 500 501 600 601 700 701 719
20 P03960 Escherichia coli KdpB/f683 .................... msrkqlalfeptlvvqAlke avkKLnPqaqwrNPVMFiVw iGsllTtcisiamasga..m pgnalfsaaisgwLwiTVLF ANFAEalAEGRsKAQAnsLk gvkktafArklrepkygaaa dkvpadqLrkGDiVlVeaGd iIPcDGEvieGgASVDESAI TGESAPVirEsGgDfas.VT GGTrilSDwlviecsvnpGe tFlDRMIamVEGAqRrKTPN EIALtiLLiaLTivFLlata TLwPfsawggnavsvtvLvA LLVCLIPTTIGgLLSAIGvA GMsRmlgaNViAtSGrAVEa aGDVdvLlLDKTGTITlGNR qAseFiPaqGvdektladaA qlaSlaDeTPEGrSIViLAk qrfnlrerd.vqslhatfvp FTAqsRMSGinidn....rm irKGsvdairrhVeanGGhf PtdvdqkvdqVarqGaTPL. ....vVvegsrvlGViaLKD ivKgGikERFaqLRkMGikT VMiTGDNrlTAaaIAaEAGV DdFlAEAtPEaKlalIrqyQ aeGrLVAMTGDGTNDAPALA QAdVavAMNSGTqAAKEAgN MVDLDSnPTKLiEVVhIGKQ mLmTRGsLTTFSIANDvAKY FAIiPAaFaatyPqlnaLNi McLhSPdSAiLSAvIFNALI IvfLIPlAlkGVsykpltas AmLrRNlwiYGlGGllVPFi gIKvIDLlltvcglv....
21 P96370 Mycobacterium tuberculosis KdpB/Rv1030 mmiarmetsataaaatsapr lrlakrslfdpmivrsAlpq slrKLaPrvqarNPVMlvVl vGaviTtlaflrdlass..t aqenvfnglvaafLwfTVLF ANFAEamAEGRGKAQAaaLr kvrsetmAnrrta...agni esvpssrLdldDvVeVsaGe tIPsDGEiieGiASVDESAI TGESAPVirEsGgDrsa.VT GGTvvlSDrivvriTakqGq tFiDRMIaLVEGAaRqqTPN EIALniLLagLTiiFLlavv TLqPfaiysgggqrvvvLvA LLVCLIPTTIGaLLSAIGIA GMDRlvqhNVlAtSGrAVEa aGDVntLlLDKTGTITlGNR qAteFvPinGvsaeavadaA qlsSlaDeTPEGrSIVvLAk defglrardegvmsharfvp FTAeTRMSGvdlaevsgirr irKGAaaavmkwVrdhGGhp teevgaivdgissgGgTPLv vaewtdnssaraiGVvhLKD ivKvGirERFdemRrMsirT VMiTGDNpaTAkaIAqEAGV DdFlAEAtPEDKlalIkrEQ qgGrLVAMTGDGTNDAPALA QAdVGvAMNtGTqAArEAgN MVDLDSdPTKLiEVVeIGKQ LLiTRGaLTTFSIANDvAKY FAIiPAmFvglyPvldkLNv MaLhSPrSAiLSAvIFNALv IvaLIPlAlrGVrfraesas AmLrRNlliYGlGGlvVPFi gIKlvDLvIvalgvs....
- Q9RZP0 Deinococcus radiodurans KdpB/DRB0083 .................mtt apqpkqsifspelvrgAvra sfaKLsPrdqarNPVMFvVy lGtalTayltvanlvtg..k pwg..yelaitllLllTVLF ANFAEgmAEaRGKAQAasLr saredvkArrlvn....gqe elvagtaLerGDlVvVeaGe mIPaDGEiveGlASVDESAI TGESAPVirEaGtDhsg.VT GGTkvlSDriviqiTsgaGe sFlDRMIaLVEGAsRqKTPN EIALsiLLsgLTliFLlavv TLyPftvyagapasavtLiA LLVCLIPTTIGgLLpAIGIA GMDRalqaNViAkSGkAVEv aGDVdvLlLDKTGTITiGNR mAtkFhPlpGvteaelakaA llsSlaDpTPEGkSIVaLAr qlgvdapep....agaefie FTAqTRMSGvdfpg....ts irKGAgsrisalaqerGGql PpelaaitdeVsrqGaTPL. ....tViendrllGVvaLsD iiKpGirERFeqLRrMGlrT VMiTGDNplTAeaIAkEAGV DgFlAEAtPEDKmemIkqEQ asGkLVAMmGDGTNDAPALA QAdVGlAMNSGTqAAKEAgN MVDLDSdPTKLlEVVeIGKg LLiTRGaLTTFSIANDvAKY FAIlPAlFvtayPqlgvLNv MgLhSPtSAvLSAvIFNALI IpvLIPlAlrGVpyqpmsag AlLnRNllvYGgGGilVPFi aIKlIDLlIgglms.....
22 P73867 Synechocystis PCC6803 KdpB/slr1729 .....mnststvrqpggprq qrrhtpkanlsdlyqrAfke awvKLnPkimvkNPVMFmVw vGtliTgmltlnpnlfg.vt gtsamfnglvtviLlfTVLF ANFAEavAEGRGKAQAdaLr stqtqtyAqrila...dgsl emvssthLrkGDrivVsvGd iIPaDGEvleGvASVDESAI TGESAPVlkEpGsDvassVT GGTriiSDeliirvTadpGk gFiDRMIdLVEGAeRsKTPN EIALtvLLavLTlvFLivva TLpPpanyidspvsitlLiA LLVaLIPTTIGgLLSAIGIA GMDRvaqfNVvAtSGrAVEa cGDintLvLDKTGTITlGNR lAetFlPvnGhslkevaaiA laaSifDtTPEGkSIVrLAe kmgatldfd..rqq.aegve FsArTRMSGtdlpdg...se vrKGAvdairgfVrsrGGks PtgldeaygkVshlGgTPL. ....aVcrndeiyGViyLKD iiKpGiqERFnqLRrMGvrT VMlTGDNriTAsvIAkEAGV DdFiAEAtPEDKiqvIqqEQ aaGkLVAMTGDGTNDAPALA QAnVGlAMNSGTqAAKEAaN MVDLDSdPTKLidlVtIGKQ LLiTRGaLTTFSlANDiAKY FAIiPAmFagig..igaLNi MdLkSPqSAvLSAlIyNALI IpaLIPlAlrGVkfrplsad qlLqRNilvYGlGGiiVPFv aIKlIDLgIsll.......
- O32328 Clostridium acetobutylicum KdpB .................... mkskkskfitkdilkeAiie sfkKikPkymmkNPVMFvVe vGffvTilltifpsifgdkg hnlrvynlivtiiLfiTVLF ANFAEsvAEGRGKAQAdaLk ktrkdtiAkligk...dgsi ktinaneLkkGDvVlVenGd vIPnDGEvvdGvASVDESAI TGESAPVmkEpGgDfas.VT GGTkvvSDwlkveiTatpGe sFlDkMInLVEGAsRqKTPN EIALntiLvsLTliFLivlv aLyPmatytgvkipmstLir LLVCLIPTTIGaLLSAIGIA GMDRvtrfNViAmSGkAVEa cGDVdtmiLDKTGTITyGNR lAadFitvgGadkqklidys vmcSlkDdTPEGkSIVeLgk qlgitidtk..kyesiefee FTAqTRMSGikleng...ta vkKGAydaikkrVqelkGvi PkdldeavnkVaklGgTPL. ....vVcvdnkiyGViyLKD tvKpGlvERFerLReiGikT iMcTGDNplTAatIAkEAGV DgFiAEckPEDKieaIkkEQ deGkLVAMTGDGTNDAPALA QAdVGlAMNSGTtAAKEAaN MVDLDSdPTKvlEVVeIGKQ LLiTRGaLTTFSIANDvAKY FAIiPAiFtiaiPkmqlmNi MhLstPySAiLSAlIFNAiI IpaLIPiAmkGVkyrpmkse AlLlRNmivfGfGGiiVPFv gIKiIDmiItpmvrilnlg
- Q9XBA9 Staphylococcus aureus KdpB .................... .maettkifeshlvkqAlkd svlKLyPvymikNPiMFvVe vGmllalgltiypdlfhqes vs.rlyvfsifiiLllTlvF ANFsEalAEGRGKAQAnaLr qtqtemkArrikq...dgsy emidasdLkkGhiVrVatGe qIPnDGkvikGlAtVDESAI TGESAPVikEsGgDfd.nVi GGTsvaSDwleveiTsepGh sFlDkMIgLVEGAtRkKTPN EIALftLLmtLTiiFLvvil TmyPlakflnfnlsiamLiA LaVCLIPTTIGgLLSAIGIA GMDRvtqfNilAkSGrsVEt cGDVnvLiLDKTGTITyGNR mAdaFiPvksssferlvkaA yesSiaDdTPEGrSIVkLAy kqhidlp.....qevgeyip FTAeTRMSGvkftt....re vyKGApnsmvkrVkeaGGhi PvdldalvkgVskkGgTPLv .....VledneilGViyLKD viKdGlvERFreLReMGieT VMcTGDNelTAatIAkEAGV DrFvAEckPEDKinvIreEQ akGhiVAMTGDGTNDAPALA eAnVGlAMNSGTmsAKEAaN liDLDSnPTKLmEVVlIGKQ LLmTRGsLTTFSIANDiAKY FAIlPAmFmaamPamnhLNi MhLhSPeSAvLSAlIFNALI IvlLIPiAmkGVkfkgastq tiLmkNmlvYGlGGmiVPFi gIKlIDLiIqlfv......
Identical in 5 of the 6 sequences -------------------- ----------------A--- ---KL-P-----NPVMF-V- -G---T-------------- -------------L--TVLF ANFAE--AEGRGKAQA--L- -------A------------ -------L--GD-V-V--G- -IP-DGE---G-ASVDESAI TGESAPV--E-G-D----VT GGT---SD------T---G- -F-D-MI-LVEGA-R-KTPN EIAL--LL--LT--FL---- TL-P-------------L-A LLVCLIPTTIG-LLSAIGIA GMDR----NV-A-SG-AVE- -GDV--L-LDKTGTIT-GNR -A--F-P--G---------A ---S--D-TPEG-SIV-LA- -------------------- FTA-TRMSG----------- --KGA-------V---GG-- P---------V---G-TPL- -----V-------GV--LKD --K-G--ERF--LR-MG--T VM-TGDN--TA--IA-EAGV D-F-AE--PEDK---I--EQ --G-LVAMTGDGTNDAPALA QA-VG-AMNSGT-AAKEA-N MVDLDS-PTKL-EVV-IGKQ LL-TRG-LTTFSIAND-AKY FAI-PA-F----P----LN- M-L-SP-SA-LSA-IFNALI I--LIP-A--GV-------- --L-RN---YG-GG--VPF- -IK-IDL-I----------
Identical in all 6 sequences -------------------- ----------------A--- ---K--P-----NP-M--V- -G------------------ -------------L--T--F ANF-E--AE-R-KAQA--L- -------A------------ -------L-------V--G- -IP-DG----G-A-VDESAI TGESAPV--E-G-D----V- GGT---SD----------G- -F-D-MI--VEGA-R--TPN EIAL---L--LT--FL---- ---P-------------L-- L-V-LIPTTIG-LL-AIG-A GM-R----N--A-SG--VE- -GD-----LDKTGTIT-GNR -A--F--------------- ---S--D-TPEG-SIV-L-- -------------------- F-A--RMSG----------- --KG-------------G-- --------------G-TPL- -------------GV--L-D --K-G--ERF---R-----T -M-TGDN--TA--IA-EAGV D-F-AE--PE-K---I---Q --G--VAM-GDGTNDAPALA -A-V--AMN-GT--A-EA-N --DLDS-PTK----V-IGK- -L-TRG-LTTFS-AND-AKY FAI-PA-F----------N- M-L--P-SA-LSA-I-NA-- I--LIP-A--GV-------- --L--N----G-GG--VPF- -IK--D-------------
Conserved segments in all P-type ATPases aaaaaaaaaaaaaaaaa aaaaaaaa bbbbbb bbbbbbbbbbbbbb c cccccccccccccccccccc ccccc dddddd dddddddddddddddddd eeeeeeeeeeee eeeeeeeeeeeeeeeeeeee eeee ffffffffffffffff ffffffffffffffffffff ffffffffffffffffffff f gggggggggggggggggg gggggggggggggggggggg gggggggg hhhhhhhhhh hhhhhhhhhhhhhhhhhhhh h
Transmembrane helices 1111111 11111111111111 2222222222222222 222 33333333333333333 333333 444444 444444444444 555555555555555 55555 66666666666 66666666 77777777777777 777777777
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