3.A.3.3.11 Probable H+ pumping P-type ATPase of 1068 aas and 10 TMSs, PMA1 (Shan et al. 2006). PnPMA1 is differentially expressed during pathogen asexual development with a more than 10-fold increase in expression in germinated cysts, the stage at which plant infection is initiated, compared to vegetative or sporulating hyphae or motile zoospores. PnPMA1 contains all the catalytic domains characteristic of H+-ATPases but also has a distinct domain of approximately 155 amino acids that forms a putative cytoplasmic loop between transmembrane domains 8 and 9 (Shan et al. 2006).
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Accession Number: | Q0Q5F2 |
Protein Name: | Plasma membrane ATPase |
Length: | 1068 |
Molecular Weight: | 116325.00 |
Species: | Phytophthora nicotianae (Buckeye rot agent) [4790] |
Number of TMSs: | 10 |
Substrate |
proton |
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1: MAGAAGNSYM SMATPNDVKN YTNDVGQIQW AQVPLNAALD KLKSSREGLT SDEAEKRLAE
61: YGPNKLPEEK VNKLTLFLGF MWNPLSWAME VAAVLSIVLL DYADFALILF LLLLNACIGY
121: LEEVQAGDAV SALMGQLAPE AKVFRDGEIK NIPADLLVPG DVLRVRLGDV IPADLKFLEG
181: DAIKVDQSSL TGESLPVTKN EGDEGYSGSV VKQGEIEAVV TSTGVNTFLG RAAEKIASAD
241: AHGRLQMVLT TVGNFCMVSI LFWCVVELLV QMAGRTSQNP CVIVTDGCLG VANILVLIVG
301: GIPVAMPTVL SVTLAIGSSA LAKENAIVTR LTCIEEMASM EVLCSDKTGT LTLNQLSVDM
361: DNLIPYNNFT AGDILKYGAL SARTENNEAI DVVCHNSYPG KDTMWEEYTL LHYTPFDPTT
421: KRTIAKLKDN KTGEIFRAVK GAPQVVLDMD VNAETLRVEV EDRINEFASR GYRGLGVGIS
481: RSGDVPVEEC EWQMIGLLPL FDPPRHDTAD TVKKAIALGI AVKMVTGDQK AIAVETCRQL
541: GMPTNILDTS FFNTAPPPGL NLAQMIYDTD GFAQVFPEHK FEIVKHLQSL DKVVGMTGDG
601: VNDAPALAQA DIGIAVDDAT DAARAAADIV LVSPGLSVII TAIRMSREIF LRMKNYAMYS
661: IAMTVRIVFT FGILTVAWNW YFPPILVVIL AILNDGTILT ISKDNVVASP HPDSWKLKEV
721: FISSISFGLW LTLSTIVLFA IVNNSSGFES TGVENLCVGC MKDECHDFFQ GQYQTCVMEN
781: NATGCGEMTG SVPQAASVSD VGAFRESAIN AYWTQYQEKY DSRSKLFEDL ADVHLNWLPN
841: DAKPSAETAY NQFVYSYTLG VGGEAYEGDY DVFNAAQLGK GVTFIGNDEV PITNEVSFCD
901: YVWGFSNWNS TWTRDNEMIG PGIQRKEGVL RSLVYLQVSI SGQALIFVTR TAGSNNWFFA
961: EKPCNLLLIA FVFAQVVASV IGWIGFGGYP TDRIAVIGCG GGYTLIAWLW AIVWQFPLDL
1021: IKFTVNYILT KNTYASKAFT ERINAGHPTM THSVVTNTQR SIRASRTV