※ dbPPT Protein Information
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UniProt Accession | |||||||||||||||||||||||||||||||||||||||
Theoretical PI | 5.63 | ||||||||||||||||||||||||||||||||||||||
Molecular Weight | 437268.62 | ||||||||||||||||||||||||||||||||||||||
Genbank Protein ID | |||||||||||||||||||||||||||||||||||||||
Genbank Nucleotide ID | |||||||||||||||||||||||||||||||||||||||
Protein Name | Predicted protein | ||||||||||||||||||||||||||||||||||||||
Gene Name | PHYPADRAFT_91725 | ||||||||||||||||||||||||||||||||||||||
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 MAHEAQFSVL NPSVQVPFES KEGNFTREEQ IARLVFLYSK SVQYLCDVAS VDHFAVTVET 60 NRGEIGNGYL RLKRYFSLLD LAELLKERGM DSDELIFGEE NGELPLYLFD DILFETRHPS 120 GWVEKSIIIP AKAGFTQPNG STKWKPATVL DYLEPSNTYL VKWDDSGETA WLPRIQVCFS 180 AEDPLLFADR VVHASQARAA AKVKMRFGMY VKNMPIDDIL PLDEDVIKKI KKNVYNTKAL 240 RERNEDVSQL LSEVTQNYVC IMNELVFIES LHRQETPAQE YLIEFAEPLP LDIPKPRVPR 300 YRKSFPIKNG TISIPGYEIE EKENEFYVTS CLTRPEVILA TVKVRDECSK ILNLTILQTQ 360 YSKSLRIEEF EQMQASTIDA GATYLKESWI STLKNVFRVT FKKIDKGWFN MKETSMDAYN 420 ASKMKRYLTM VQLMMEDSLR YLVEDALQKY TCFVEQHIGS AHIDIKSINE VICEWPKLTY 480 SHMIQKPPLF SLEIVMLENT LFDYNTHIPS IEQVITNCIE HCINSLKSIP QVHFFVMSKL 540 KWTQTLHIAT IKLKESLVQA LITRVQKAAR KAMNTAILYL DLYVLTMIAK LPQDSGAKIS 600 SKFENLEKLL KTKTNNPEEV DALKQAMITM PIKINELCAE IEANEVYYNA LDELQMPLSE 660 NDFLQKCELL TWPKRIEKQM EKTTKILRID NERYQREMEI EQASFISTMD ALEVAVANFA 720 IFTDLNQTKT IAHDAHALND RIIKAIEQSR LFNSREFLFG VVLTDYGQLK KIVDEFAPFF 780 YLWDTAQCWD TSYQLWMNDP FDSLNATLVD NNVNGWWKGL LKTFREFQKR ELVSQAISSE 840 FIRSQVAEFK PYLPLIHALR QEGMHDRHWK QISSAINLDV EPSREFTLLS AINMGLLDHL 900 HEIQEVSELA CKEYSIEMAL QKMQEDWNSL ELQIIPYKST KTYIMKIEDS TLQQLDDHIV 960 LTQSMSFSPF KKPFEGIIDK WEALLVLVSE IIEEWFKVQR QWMYLEPIFN SEDIKTQLPI 1020 ESKRFDQVDL IYRRAMATTF TTPTILTMCS SKTLLENFKE SNRLLEMIQK GLSDYLETKR 1080 LAFSRFFFLS NDELLQILSQ AKNPLAVQPH LRKCFEAIDK LDFMEDLTIT AMNSGEGEKI 1140 LFPTTMQPLG NVETWLSEVE IKMRQSIHWQ CKHALVAYKS VARTTWVQEW PGQIVLAGSS 1200 IFWTEGVEKG INTNTMQEFF DKVQVGQLLG LTDLVRKPLK KLARLTLVAL IVIDVHARDV 1260 VQQLINEKTA AVTEFEWVSQ LRYYWENDGV WVKMVQASLA YGYEYLGNTP RLVITPLTDR 1320 CYMTLMGALH LNLGGAPAGP AGTGKTETTK DLAKAMAKQC VVFNCSDGLD YLAMGKFFKG 1380 LASSGAWACF DEFNRIDLEV LSVIAQQILT IQLAIQQKME RFIFEDTEIS LDPSCSVYIT 1440 MNPGYAGRSE LPDNLKALFR PCAMMVPDYA LIGEISLFSF GFRNAKPLAA KMVTTFKLCS 1500 EQLSSQDHYD YGMRAVKSVI TAAGNLKRAY PDESEEVLLL RGLRDVNVPK FLTQDLPLFS 1560 GIITDLFPGV VPPAIVYSDL LDALSRYCLK AYLQPVAAFT DKIIQLYETT LVRHGLMLVG 1620 PTGGGKTCNY RALAGAMSLL SNEGSEKYDR VRIACLNPKS ISMGQLYGDF DENTHEWTDG 1680 VLACYMRELV EDTSPAKKWL MFDGPVDAIW IENMNTVLDD NKKLCLVSGE IIQMSNTMTM 1740 MFEVEDLAVA SPATVSRCGM IYLEPHARGF EPLLNSYIQR LSKDLRQVGE DTIRDLFWKV 1800 CNPCIQHVTK KLKQTVSTTQ DNMVLGTFNI MDALMAGFAK NEGTELSTED KMRAKQVIEP 1860 FFIFSIIWCV GATCDNNGRV KFDAFMQELI SKVDLKSPLP LEWNLFGARF DPMSYQWQKW 1920 FETIPPYKCD PNQPFSQLIV PTVDSIGYKY VVHHLIMINK HILCVGETGT SKTLVISDKL 1980 LNNLDQQFIP MFINFSAQTS ANQTQDLIDS KTEKRRKGIF GPPSLKKYVI FVDDVNMPQR 2040 EKYFAQPPIE ILRQWMDHEG WYDRIPPCAF RTLVDIQFVG CMGPPGGGRN PVTMRFLRHF 2100 NFLSFTEMAD HSLFLIFSTI LNATLNTLFN MDIQSCGEDI VRGSIEIYNT IRKELLPTPA 2160 KSHYTFNLRD LSKVIQGILQ ADPQQCKAKE TIISLWVHEA MRVFSDRLVN SDDRAWFENN 2220 ISKQLDARFG LPWEFLFESS KPLVFCDFYH PGSEPPIYEK VDDIHALQKI AENYLEEYNS 2280 TSSAPMKLVL FLDAVEHLAR ICRVIRLPLG NALLLGVGGS GRQSLTRLAA FVEEYEIFQV 2340 PNLWKNEDQD LIANAMQPIL LAKGIQVTKI AISSEFLNRV RANLHVCIAM SPIGDAFRTR 2400 LWMFPSLVNC CTIDWFFEWP QEALISVAQN FLMATEMLSS VEVTKITSIC VFIHQSVERK 2460 TKEFFEELRR YNYVTPTSYL ELLMCFTKLL KEKREDLEGL KGRLMVGLDK LLTTANEVSV 2520 MQDELVVLQP ILIKTANEAD NMMATIAIDQ ADAAKTKAVV EKQEAAANKM AAAAKAIADS 2580 AQAELDVALP ALDAALSSLK NLTRNDIVEV KSLRNPPNGV KMVLEATSIM FAVTPKMTND 2640 PNKMGKKIPD YWEASGKLLA DPTIFLDSLL NFDKDNIPDA VIEKIEPFIE MEAFTPTQVA 2700 KVSKACTSIC MWVRAMHSYY LVCKVVAPKR AQLEVANAQF AEVMVELNGA RFKLSEVETK 2760 LARLQDELDA ALDRKETFAH QAQVVEQKLD RAGKLIGGLG GEQARWIANI ARIDIDLTFV 2820 VGDVIIAGGH IAYSGPFIPS YRVSLNLEWL QKLKDLEVPH TPNTTLQLCL KDPVQMRAWN 2880 IAGLPSDSLS EDNGIIISKA RRWPLMIDPQ GQANKWIKNM FKDVGCDVIK LSEKDYLRTL 2940 ENGVRFGRII LLENILEVLD PALEPLLLRQ TFQQAGQEVI KIGDNIIPYH QHFRLYLTTK 3000 LRNPHYPPEV CVKVTLLNFF VTMEGLEDQL LGNVIEFERP HLAEHKVQLT LSNAKMRAQL 3060 KHLEAQILHL LANSKGNILD DEVLINTLAE SKMTSDDIKV KVADAEKTEL SIDQTREGLG 3120 RIHAQEWRFL LQGGTSTAFK EPNPDPSWIS EKVWMEILNL GMLPNFQGIG QHVAKNLAHY 3180 KNYFDSSTPH QLPLAREWNI NLSQFQKLLL LRCIRPDKAL LATVDFVSVE MGQQFTEPPA 3240 FDLHSCFKDG GPATPLIFVL SSGADPMADL LKLANVHRFS KKFEKVSMGQ GQGPKAEKLL 3300 MYGMERGMWV CLQNCHLSQS WMPTLDVIVD NIDIEKVHKD FRLWLTSMPS LDFPVAILQN 3360 GVKMTLEPPR GLRANLVRAY LRYNDKYMND CSNPEAWKRL LFATCLFHAV IQERRKFGPL 3420 GWNIQYDFTD GDLSICQVQV QMFLNEYPEI PYKVIRFLSG EINYGGRVTD DKDRRCMNTL 3480 LMTFVTREIV ETKGYKFSES GIFAVPEGIT TLNGYLGYIR ELPLTPKPEI FGLHENADIT 3540 CDQNETYDLF GTLLGLQPGE QTKKGEGGEK GPSREAIIEK TCLEIQSLMP AVFDMVHVLE 3600 KYPTTYEESM NTVLTQECIR YNGLIATITT SLVDALKALK GLVFMSTQLE LLTINVFANQ 3660 VPEMWQGKAY PSLKPLALWV KDLLERCTFI STWIDKGTLQ NFARKNKMPI DTVQFDFVHM 3720 DHLVMESIKE PPQDGCYICG LSLEGARWDY VHHVLAESHP KELYTNLPII WLYPKQYREL 3780 PSKGFYNCPV YKTLLRAGTL STTGHSTNFV MFMELASDQP QAKWINRGVA LFTSLAF 3837 Gene Ontology GO:0030286; C: dynein complex; IEA: InterPro GO:0003777; F: microtubule motor activity; IEA: InterPro GO:0007018; P: microtubule-based movement; IEA: InterPro Interpro Pfam SMART PROSITE PRINTS |