※ dbPPT Protein Information
| Tag | Content | ||||||||||||||||||||||||||||||
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UniProt Accession | |||||||||||||||||||||||||||||||
Theoretical PI | 6.53 | ||||||||||||||||||||||||||||||
Molecular Weight | 529238.09 | ||||||||||||||||||||||||||||||
Genbank Protein ID | |||||||||||||||||||||||||||||||
Genbank Nucleotide ID | |||||||||||||||||||||||||||||||
Protein Name | Putative uncharacterized protein | ||||||||||||||||||||||||||||||
Gene Name | SELMODRAFT_440026 | ||||||||||||||||||||||||||||||
Created Date | 2010-10-05 | ||||||||||||||||||||||||||||||
Organism | Selaginella moellendorffii(Spikemoss) | ||||||||||||||||||||||||||||||
NCBI Taxa ID | 88036 | ||||||||||||||||||||||||||||||
Phosphorylation Sites |
Functional Description Sequence Annotation Keyword Complete proteome Sequence Source UniProt Protein Sequence MFEAHVLYLL RRYLGQYVRG LSAEALQISV WKGDVVLKDL QLKAEALNAL RLPLTIPWNK 60 LGKDPVIVLL DRVFVLAEPV EDEQLFKNEN MEAWLDAKRS QIEELEMALL DAKAGRSGDD 120 ASPESKSWLG SLVATIIGNL KVSVTNLHIR YEDTLSNPSH PFCFGVTLAK LAAVTIDEND 180 VETFVTSGAL DKLHKSLQLD SFSIYHDSDT GPWTLEKRWD EMTSKEWSEM FEPSIKGKIQ 240 HKYLLHPVAG LMKYHRCGKR EKRDSKTPFQ KASLVLDQVS IAVSEDQYRD GIQLLEGVSR 300 YRIRMEFSLF RPMIPVLVDA KAWWRYAGRA VTQQQRKSRC NFSWENLSRA SGLRKKYVDL 360 YVSGLQQGKF DNFEIRQIDR ELDVEVILLW RMLAHAKVET AKLKEAAAAR EKSRKSTWWP 420 FGGSGAGPRA SVAQGPETEA APAQLTKEEW NKINELLSYQ PGQDYPLLST QEPQNMLQTM 480 LDVTIKQSLA CIKDSTDLVI LCGTFSNLNV SLKLFPKTFF CDTKLTYYGL SSPEGPLISS 540 VSREGRAQAL DLTFVYVPFE EHLDWKLSVA MSSCYVTVWR SSFDRVMHFM KSGQAMSPTV 600 ALETAVALQT KLEEVTRRAQ ERILSQLEKQ RRFSIDIDLD APKVLIPALK DEGIGKKSQL 660 LVDLGHFNLR TLGNDDVEFL KRRRYTKLHV SGRDISAFFV DGDFEWAHFP ALATDACDNA 720 YSIFPVLDRC GMSIMLHMAQ YEDLNWPSTC VAIEVPRLGI HFSPARYLRL LYLLHALESA 780 DRSSSQPNAL SWQPSEASGD ARVLLWGGIG NITAEWQPCW ITLAGPYLLN GKQIVEIPPE 840 YIDGSENVVA VCNRGIDLQK VIESSSAVVL QLKSTESKAS WFKYLTLATY RSSASVSLLS 900 NPEETSTKVL DSSKQLTLFV SGALKELSIS VSGKIGKPGN DEIVIAELQA SGGKVNLLQR 960 PYDMKIAVKL HSLKIEDKLQ GSVSQSCRYV ARSVLSTTFV GAEEPQEPEA PKPDDDEQFK 1020 DAQPDFGGFS EEAEKLVLSW QPDQANFLEI WGSLDQLSEK AEGSEASDFV KVILVLRETE 1080 SSEYVDTDTQ MIMKMATLDF FCNRPTIVAL IEFGMQLSEI MEAEESPSQA ALSLEVEQRQ 1140 LVKGLLGRGK SRVVFGLKMD MESTRIFLNL EDGSQLAMLA QEKFQMDLKV YPGSFTISGN 1200 LGNLRVCDMK LGPEHRWGWL CDIRNPDSGS LVEIEFQSFN RDDDDFEGCD YSLVGKFSAV 1260 RVVFLYRFIQ EVAAYFYALA SPQTQQTQQI ITVVDGGTEK IMQQADMDGA PALRLNLSMD 1320 TPIIIMPRSS SSKEFMEVDL GHLKLSNTFE WHGGSRDVVS AVHLDVLDVD ISGVNMVVGI 1380 DGKAGKPMIQ EAQGLHVTIR RPLRDLFQKV PEVQVDVQVL TLCGVMSDRE YLVIIDCAST 1440 NINEPPDVPP NFRESTSSES DDQETPNFKS VELEEHFRDS QTYFTKVWVI VDVLYAELEL 1500 FKGIERESPL ARVEVHGFWL GYRFASTLET DIYVTLPKLS VVDLRPGTNA EMRMMFGSIA 1560 DVEKDGQPSE SEHKSVTRLT MLVMDLRMKP HAQTIVIRMQ RPRLLVVVDF LLEVSQFFVP 1620 SAVASTGDEE KDPLATAKHV RLVSSHYRQE EPMSIISPER QVIADAVHIQ EFLYDGCDRV 1680 LELQVEDDYA GANAEPVIVV GHGKKLRFKN VKIKNGARIH ECIKLASGAS YSFHEEDGVT 1740 FVSNEEKITT VVDEGSATDP GSPKLDDHGD SNQDFLLDVQ IVAPELTFYD STKWPSSTTL 1800 SRQEKLLRAK MDFNLMFALK GENRWVRSFV KGLSVENSSG VMILDPLDIS AEYVCAQGKS 1860 NILVTASDVF LRPSFNVMRL VMRLHGDAVA RFHLDRGVIH RCTHFDRIWV NKPGNTSSPE 1920 VTFWRPKVPP GYVILSDCVT SGTAPPSQGV VAVFNSHHRV KKPLKFDLVW SSYGNSSNSV 1980 FNEEPCCVWL PVAPPGYKAV GCVAERGTFP PSLNTVHCVR SDLLTSSAVT DCVLCIPPGD 2040 RDYADGCSIW RVDNTIGSFF ARSSVNPPQK DMLCDLRHLV LNHLSSPTER TDDAVEVKVV 2100 ERTPHPAPRA SRNSLTTPQF ERLWWDKGTE TRRMVSIWRP IPASGYAIVG DSIVDGLEPP 2160 GIGLVLRDDG TGRLCKPIRF QQKVHICGRG LEDVYIWYPV APAGYVALGC VATTTPDHPP 2220 LDMVRCVRMD LVSQGSLSKR PVWSYIGSRG GHSCCLWKVE NQASTFIARA DLKKPLVRMA 2280 YFLAETGRPK VRENLTAEMK LGRLSVTVVD DLSGMATPLV NATLTGVNLA AHGRPDALNA 2340 VALTSIAAST FNASLDAWEP LIEPFDGILK YEFYGGDSDA TLKIGRRVRI TAASTVSINI 2400 TSASLEALIG AMAVWQKQTE SEQEALSAMR TEKTDYKAGM TGKAALEEDD SEKLVVQNML 2460 FSELYLRTFR SGFENVEVLQ EGETSIIPLP PPSFPDKLAS GVQKPSRQFV AVHVLEAKGL 2520 LVNDDGNCPD FLCALRLVTT KQLPEDPKAL PQSARSRCVR PNDVQSLSRA SASWNEVFIF 2580 EVPSQGSVNL EVVITNQAAR SGKGEAVGIL SLPVKEEASH KVSQPSTLWK MVRQSISQES 2640 WPAAQAKILS LRPPRKRGNI AELQSQECGN IAVQLYFFST APDWRRDKDE KLPTKDYGLL 2700 FSCRSDGPWE SLRCVLPLAT IPKTVGEQQV AVDVTMDQGR KHATFRSLVI VANNTDMALE 2760 VAICPYSLLH TPNDTDGGAT SLDNSTRVDE ECFENQRYQP LAGWGSKWPG HLIPTDPGRW 2820 STRDFTQSSQ EILKVQLPPG WIWTSDWTVD LSGNVDQDGW FYGPDFQSLR TLPVSSKASR 2880 KSTFDFVRRR RWIRTRQRVP DNKKAHKREV VGVIQPGSSI QLPLASTARQ ADYCAQVRPV 2940 TDTCGSYLWG RLISDPNPIA ANSSTPRKSI KQSKSNISSQ DFTLGHLEKR EQLLLCVTAD 3000 MTSSKGHCWL SMEADATILS GDLNTQIYDW RLSVNAPLRL ENLLPCNAEY IIWEKINEAR 3060 PVKRQHGIAS AGDSVCVYAA DIRRQIFLTW LPQGGWRPEK EGVLIFDPKS EDLPLGFWMV 3120 HHASNRRLRV SLEYDFGSSL LAAKTVRLLV PYWISNDTGL PLAYRVVEVE SSEPLSTPKG 3180 TRNSKLATPA RKARMLPVTR VLDVIESSPA PLMLSPHAQL DRLGPLPNAP RVEDVLSPRI 3240 GLAVSAADSD NFKYGFSFRE LEDNKDLIVV KAYDSNGGYV KLTTTLDLSS ERTKVVRFQP 3300 HSVFINRLGK RLQIRQGDIQ AQDFLYPNQT PKTFVWRTSD EPELLKVYLE GYKWSPPFNI 3360 ETIGTTHLKL TSTNGSSKLY IRIEVRSGSR HASQLVIFRY ASIHGPYRIE NKSTVSINYR 3420 QEGTSSESWQ HLPAGSCDTF AWEDLDLPRM LEINVEGADP HSSQTYKIDE ARTHQLITSS 3480 SPGPVLQVKV HRDGAIHLVS VTNSITRPED MSIVPVSSSS TQLPERTQTS QAENQFHTSI 3540 ELAELGLSIV DHTPEELLYL SVINFFVSYS TGLGSQISRF KVKVDGLQVD NQLPLTPMPV 3600 LFSPQDTAKN CEFLLKFTVT LKENSLSDQQ VYPYIGIQGP NVPNVSFLVN IHEPIIWRLH 3660 EMFTRLNLGQ LRSSQTTAVA LDPIISIGLL NTSEIRFKVT LAMSPTQRPR GVLGFWSTLL 3720 TSLGNTDDMP VRITPHVHEN ICMSQSALVA AAIASVRNDM LSQPLKLLSG VDLLGNASSA 3780 LGHMSKGVAA LSMDKKFIRS RQKHETKAAV EDIGDGIREG GEALAKGFFR GVTGILTKPL 3840 EGARSAGVEG FLQGVGKGVI GAAVQPMSGV LDLLSKTTEG ANATRMKLAA VLTSEEQLRR 3900 RRLPRVIGGD NILRPYDEYK AQGQVLLQLA QRGTLFGPVD IFKIRGKFAA SDAYEDHFNL 3960 PKARTLIITH RRVILLQHPT GILVQKKPDL LKNPCTIVWD VTWGELMTME LAIGKQETKE 4020 PHEPKPSRLI LHLRTSGQET SIFDTRETMR VVKCHPGTNQ PAEIMASIQR AYETFGPERA 4080 AIRSESMKLK PGSRPYAGSS SSAAPALGLL AGPAAPVSIP MLATFGALLG SAHRSSLLAK 4140 ESDAATDKVL SIDEGSSTGS PRAGRFISDF DLIWSNQGDP DGETNPISIW RPACPSGYAT 4200 VGDVAHAAHD QPESVLVYPL SDQIFLHPQG FDQVWREQGP SPLTIWMPRA PPGYVSVGCV 4260 TVADFYEPEV EVVFCVLSKH TTQAVYVEPA LLRSPSPGGA AFLTCRLWRV ANEARTFVVH 4320 RDDGQPPSSL ACMKSAAMVI SDNLLKTCCS RFLKLKWDSA VAFLDILLEV VKRKLTIFIQ 4380 KFTRSLLKLK CSPLIPKLVD YSARERGLKI CQDFEPFSPS SLELGLFPTL SYLKDELGTN 4440 LTSRLSPWYP KSTTPLTINK LQNEFGIIKR VRWLLRRAFL YCFLLSICMP NLVHGLPSGR 4500 TLSNYTACGL PSVSKIRYGI GSFESDCRTV TISIHWSSIA TSKMWLQSTL GQGSPHRMAT 4560 SEALRAGVVT AGADLEAQLK CSQFQEASAV KAVSQGCEQG GHEEVQLLGV PAKEIARKKN 4620 IQNELAGFLK LTCVSFHCLF MRFNWIQEQV VNISSKGKTK MGNTNLLPTK ARISFFSKPQ 4680 NFNTMFQMNL PVPGFLKVEW SGVYQAKWLR CNLGYYRHCQ LWYDESLKAG LISRDTNKKH 4740 SKREMFYHHI QNLT 4754 Gene Ontology Interpro Pfam SMART SMART; SM00239; C2 PROSITE PRINTS |