※ dbPPT Protein Information
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UniProt Accession | |||||||||||||||||||||||||||||||||||
Theoretical PI | 5.55 | ||||||||||||||||||||||||||||||||||
Molecular Weight | 544518.78 | ||||||||||||||||||||||||||||||||||
Genbank Protein ID | |||||||||||||||||||||||||||||||||||
Genbank Nucleotide ID | |||||||||||||||||||||||||||||||||||
Protein Name | Predicted protein | ||||||||||||||||||||||||||||||||||
Gene Name | PHYPADRAFT_169946 | ||||||||||||||||||||||||||||||||||
Created Date | 2008-02-05 | ||||||||||||||||||||||||||||||||||
Organism | Physcomitrella patens subsp. patens(Moss) | ||||||||||||||||||||||||||||||||||
NCBI Taxa ID | 3218 | ||||||||||||||||||||||||||||||||||
Phosphorylation Sites |
Functional Description Sequence Annotation Keyword Complete proteome,Reference proteome Sequence Source UniProt Protein Sequence MSSPHAPLLA GWLAGWLSLC LPTYHADHLL RRRHVVPNPP AVAIFLPGGG GYYAPSGVKR 60 KKTMEEGQSG GRRGRGCGSV GRAGKEARGK CEEGKMLEEQ LAFYLDRYLG EYVKGLSKEA 120 LKVSVWNGDV ELTNMQLKPE ALNALKLPIK VKAGFLGSVK LKVPWSRLGQ EPVVVELDRI 180 FILAEPATNV EGGDADSVQE AKNRRVRVWL IILTWIFRPI GHIGHQAIGF WMWDLQGEED 240 KLVTSRTENS QKSEEANNSS WLGSLITTVI GNLKLSITNI HIRYEDEESN AGHPFAAGLT 300 LAKLAAVTVD EDGNETFVTG GALDRVQKAS GTCDLKYIII TSLRIRKDRV AMLDLEGLRE 360 TIAGELNRLS FYFDTDTKPW PKEKSWEDLA PKDWSQVFLP GIKEEPSAYK GGKPPWIKDH 420 TYVLEPVGGI ARYFKLGQKD TRSPDKPAQK ALAILDDVTI SLNESSVVQY SNGALVTQKQ 480 YRDALKLAEN ISMFSKRVQY AHYRPNRSIK EDRKAWWKYL CTVVSEDQKK ASGRLSWNQI 540 LSYSRMRKEY VSKYIAALKA NPKATSINDN KEIKDLDRQL DSDIIVQWRM LAHTYVDEEV 600 KKGEERRQAQ RSWWSFGWGG SGGGGSDASS KEFSDDDWKR VNQIIGYEEG KPSPMVPSEG 660 QPNMLHTLVE IQMRHNGTKL ISSNGEIILA LTAEGLGCGV KLYPETQIFN VGLDSYKIST 720 PEGLLGESAH DEKSLYGTFK LNPWDTELDW SLEAKAAPCY VTVRMQSIRR ITQFFSSKEA 780 VSRDVALQTA AALQSTVNEV SKNAQQQLND ALKNKPKFLL DLDIAAPKVT IPTDFYPDGQ 840 HQCKMLLDLG YLSIKTLPTD GSIDDSSEEN QLYMRFRIGL KDISAFLVDG DFDWRKQYIV 900 NSATGKLRAV NDNSSRLPER SESSENSENK GTIDFEGKED GASNNVEEVT TGSNDSQSNE 960 SFRKVGSDDG DLFFLPMLEK TGMIVALEQI CVPHPKYPTT RVAIRVQSVG FQFSPARYHR 1020 IMQVVEVFSG GPDVDATQSA FRPWDSPDFD GKMMVLSWKG VGHREAKWED RYGALAGPFL 1080 YLLESDTSLS YKTYHSLLAK KVFNVPKESL GGLENVIAIC DAGQLENKVT ESAGALLLRF 1140 EDENSRNTWQ GRFAGAIYRA SSPGAVTGLQ SGKGESNDSV GDGSESEDVD HVERAEQETI 1200 FLTGVLNELK IVISNSRDID YTSPKLLLVP EKPLLELRAI GTKVQFVMRK NDMLVGAVLQ 1260 ALEIEDKFHG HVSHSCRFLA RSYIKQERDL KEKDDNQKVK SSSSHHSDQN TLENRKLQSI 1320 GSNGGKKKLA NSSGNNSRKS GHSRSKHSHH GISGDERFFD ANDESGYESS SSNFSSHKLQ 1380 SSSSDAASKF YDVEDGEDDH GEPPSFKREV GLLPGSASPQ PGKDGQDVTE KEELQSFVKA 1440 QIIMTSPDSP TYASIDKEVR LSLSALTFYC NRPTVIAALD LVTAITADVQ PKRDDESPPQ 1500 VADANEGSQK STEKDAKNSP DASGNVGKVG KDEDAVDGGG DKIEGDDKEN PQASSADNDG 1560 VVTTINPKVV EDVDELGNPK IAPKRKDSVV KGLLGKGKDR VVFLLVLDME LAEIVLNNED 1620 GSQLSTLSQD NFHTDVKIYP ASWGVKVTLG NLRISDDNVK DNHYRDIPYQ YICDMRDPGG 1680 SSFIELEFES FNEDDLDYEG YEFSVAGKLS EVRLVYLNRF IQEITAYFMG LVPPSSDYVM 1740 KLKDHASDYE KLFSQSEIQG QPSVKLDLSL SKPIIIMPRG TYSTDFMELD ILHINIRSSS 1800 EWFGGRKEQL EAIRLETITL DIEDVSLTVG LGGEVGSEIF DRARGFGLVV RRSLRDLWHK 1860 VPVIEATVKV EELRASLSDK EYQVITECVT QNMAETPDLP PTLYDKTPSA QEKLMAEDEA 1920 QKLDREGASS RDIVAEEPQA ANDQVQEGNG SSSEKPYTTI KVGVGIDLVE LRLFVGGTRD 1980 ASLATVQIIG VWASYKSNNV GASVVMASLE RLSLKDEREG TDPEMQYMIG HADDKAPNTL 2040 EGDPGLAKRN RKEKKANDTA VGTSQSPRGW GSGLTMLVVD AKLSPTQQQV SLRIQRPRLV 2100 VAFDFLLAVG EFFVPSMHET LAEKGDENPL DMKNGMFLND HIYKQTTKEI RISPKRPLVA 2160 DHEGVHEYVY DGQGNKLRLL NRHGEDLSMF SPEAIIFVGD GKRLRFRNVI IQNGNYLDSS 2220 LYLGSNSSYS ASKEDGVYIE GPPEDSDASS TVSSHVEDKK DTEKKADDKP PVEIVFDLQA 2280 IGPDLTLYDS IGRKAETLVL PERHLRASMN VFARFSMKGD DMELAANLNG LTVESTSGVS 2340 VLEPFDACLS YSKVEGKQNI HVSMTEIYMN FSFSILQLIL RLQDDVMSIM RITSEQVTIE 2400 CSEFEKIWGD DDSEIAAGGS HLAFWRPRPP PGFAVLGDCV TPLDEPPSKG VLTINMALAR 2460 GKRPTGFKCV WTSMGLASDD SVKSRVDGRS SHLSERSIKQ ELDDAAISIS DDEDTLKKGC 2520 CVWLPIPPEG YVALGCVVWK GQEQPPPSAT ICVLNALISP CSMRDCINIK GHRRSADVDS 2580 HNKWAFWRAD NSIGTFFLEN DPKEFIPPQA YDLRLAISKY GLFTVKETVP SSDHPQTRLS 2640 RTLMPIGASF RNSKNLTKFY DMCRTLADEE GACTTGLLTA VVSSGRIYEN VGRFRLVWWN 2700 KGNGSKDGIS IWRPIVPSGC AMLGDIVVEG YEPPGTGLVL RDTDEGGLIS KPERFQELAH 2760 ISKQKHFDGV YFWIPVPPPG YSVIGCIAGK NSRPDEDVMQ SIRCVRNDLV SSANFAESSL 2820 WTTRSLKPGQ QQLSIWPVEN EAKTFFVKPG SYGRPPTQSA LGLANLGRQS QPDNLSVALE 2880 VKSISATFYD DFGGFMAPLL DVSITGVQAS LHGRMEAFST VLNFSLTTTT YNSKFDVWEP 2940 LVEPCVAIVR YEYDSDPQDK VRPTVSRVRI NTESDFNVNI SVANANMLLE AYSSWMKLNK 3000 LEESNKKQEF QDKSASSNNL SRRLSKLSTD TSVDNESNKN SFIMAHNEIG EKVWLRTVEG 3060 SGKVQVAPLL SNGTVTIKLP VTRCFNNSIH HDTVQGRSAK FLAIRIGDAV LEDDAIVRKG 3120 LIVSRYSVFQ FYNKHFWFQL PADHGVGGRE YMAALRIVPI NATSNSKQPQ FQSARTRCVN 3180 PCKDDNTDQA HVFWEELFVF EVRSGEANRA EIVVTDLAIG SPVGYCSFNI TDKGMDEWRE 3240 DKSDSATSSS LALRSVTLQP PKRKQNEDKE PLDEGCQNGF INLAAQVFTA NGEEADDEDS 3300 DDVESQQNES SQKFGAIEVS VTKNGPWSPV RLNYGLGPAP WHLGRDYLAS EMVVHDGVKH 3360 LFVRTLVTVV NETEYQLEAR LCPDFLLGSE KDGNELDVNG SENAVEEEVF ENQRKQPGKA 3420 WSHPTLPTDP GHFGTRDLSG SSKEFPQLPL PDGWVWMTDW QVDKTEVVDY DGWAYSNDFH 3480 ALRDWPPTST CDKNTSFVRR RRWVRSRQRK DSSKNLLISL GVLEPHSSVA CPIETLRTGG 3540 PDYVVQVKPR IGSVSSGVVR SWSSVVSHRG KLEQGRVKQP SKELRIRELQ NTEVLLSCAV 3600 KERDSNSNDN DVWLCLECKA TEVGKSSQLV PIKDWRLTIS APLELMNFLP VACKFTVSEK 3660 ANGKEFLEIQ SESVEPGGSK AIILADLRKA LYLKWVPQSG WQPQGDDCLI SQPGKDPAKE 3720 VVVTNGVRDL AIHMQYCHGN NDISARVIQF YVPCWLDSTG CPPMKCKLVG AAHLGRKKFK 3780 SDKSRVSKKH IQEIDEEDMH QFPRMLSNYD SKVMGLAVAL SGSESTAFGP VSPLQPLEDP 3840 IGNVDLRVAD NQNLQFRFLV TTTLHPYGFA QTQVVRLRPY TLFTNRLGRP LELRQAGTDQ 3900 SVTLHPWDWR TTFGFPAIQD SLQLQIRLEG SEWSFPFSVD DEEIIDVIVC HIDGRRQSVR 3960 LDVHGHVDGS RFHGIFQLGS SRGPYRVENR THKETIKFRQ KGLHENAWRS VRPHSSAIFA 4020 WENLQGEKLL EVVQVRGDVP RSAEIDINKM GDHPPLSGDR SGSFNICVRV LDAPEAKIVR 4080 FFNSEVEIQD KDHAQGDEIE QSVPSQGATE PMQDEHETRP EAPSQMEIVL RVHKFGLSVV 4140 DQYPRELIFF VMEKVDVIYA MGLGDNVSRF TVTVGYMQVD NQLPLTPMPV LLAPELQEGE 4200 DFVVKAIASM KAETNEADKV YPYLSLKVTE NAWRICVHEA LIWAFLEMYN NLHLDRLSSD 4260 SPVVQVDPEI RIEILDVSEV RLKLSVEASP DQRPEGKLGI WGPAVTTLGN ISKMPITFRP 4320 VFRENRRMRN SQVQAQVLNR VKRDLVHQPL QLLTGVNVLG MTSSTFGTMS RGAASLSRDD 4380 EFMRVRTNQE NSRKIEGVKD GMVQGTTSLA RGVGYGVKGI VSKPVDGVRD GGAPGCIQGV 4440 VKALIGVVAQ PLSGCLDFMS LSVSGIGTSC SNCFERFEHD RKFERYRLPR AIKGDGVLTP 4500 YDSHAAHGQA ILRLAQSSRA IGSMDVFKTA GVFAFSDFYQ EHFYLPKDYI LMLTNRRVSM 4560 LLSPSSHERD PRKELTDPCT IKWEIEWSNL LSMEESSESS ELGITQVLLH LKHSSKDFTQ 4620 VISCYPPNDS EIPQATKIYR SVHQQWRSFC PAPQDPSKAK KPRRLGRRPK AGSVWDNSKR 4680 SKNTQENSGR SHPEHSDASE SSGQRWEVQG APKTLGDDEF RCETSLGNPI WSFNKNKGSC 4740 LGSDCVTATD SISFWRPDPP PEYISLGDVA FVGDYPDNQT VITYRYDDDK FERPLDFVLV 4800 WRNWRDGSGS PISIWMPKAP NGYVSLGCVV DMTEETTLED NPIWKAPSEA PWHCFVYPVI 4860 SEVKTFVALR EEKSENTPKP RKVCVIVTFV 4890 Gene Ontology Interpro Pfam SMART SMART; SM00233; PH PROSITE PRINTS |