※ dbPPT Protein Information
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UniProt Accession | |||||||||||||||||||||||||||||||||||
Theoretical PI | 6.42 | ||||||||||||||||||||||||||||||||||
Molecular Weight | 553400.29 | ||||||||||||||||||||||||||||||||||
Genbank Protein ID | |||||||||||||||||||||||||||||||||||
Genbank Nucleotide ID | |||||||||||||||||||||||||||||||||||
Protein Name | Uncharacterized protein | ||||||||||||||||||||||||||||||||||
Gene Name | PHYPADRAFT_65713 | ||||||||||||||||||||||||||||||||||
Created Date | 2008-02-05 | ||||||||||||||||||||||||||||||||||
Organism | Physcomitrella patens subsp. patens(Moss) | ||||||||||||||||||||||||||||||||||
NCBI Taxa ID | 3218 | ||||||||||||||||||||||||||||||||||
Phosphorylation Sites |
Functional Description Sequence Annotation Keyword ATP-binding,Complete proteome,Nucleotide-binding,Reference proteome Sequence Source UniProt Protein Sequence MRAHGGGGAP RALSLSSSSS SSSSMSAFVV RGAARNGVQC GCRLIELLAS SQSAMRHGSP 60 TKFRSSPDFS GFCAADSDSK FDFLNALRFG LVSLYHRGVT RVRGACYVPQ KHEKISGLQE 120 GRHEPLMELE ASSVVQFMSH SARDDNENVM TEKCREPAFT HYDSKSHFSS AEGLDDQDDR 180 YRVSGSVVSD EFLISCSGGH STNGDSSRCS SSILISDPSS VPNNDVGTSS SNEHGRNTRI 240 GPSNAQDEGP SLPSPHLISQ DTRSSHEKSI SEVHFHENPG DRLISHSSHF PGEESYMDSS 300 SHRQPRIWDS STVSVEVIVI APKWIEVEID VHGMQEFERG KAGFSLGKGK DSKLRAWICR 360 AQMSLFPGEK IMATYKTWSE GKDRLGSVVA DLFNSMNLQL EPEVAETKNE VQLSNLGLHI 420 DVCDNAGRKK NSQDYTLAEW LAVLRALTEC VSEDNLQIVF TEYFYKRPNV SAMMALHKRH 480 PSESLKIVVN WASDIQEVFF KDFGSKSRGE PSEKLVAKQG LVGVALLELL VEVGSKNLDL 540 AKACLKALKS LNVFFRVIRI DSPVLRQELL RNVLQETIAQ LVSCVSPFSF KWVRYVDMLA 600 FFDPTLNFVN GWETFRFGEQ MDREVNEARE RYKEVIWKFY GSNICKSSEE RLAVVASALQ 660 AAPTIQDFFH AAVIFRSKEV GWLFSENSND SVAVHLMEEA LHKCFAKIIE QHENPVSRKL 720 RIQRQFELAL NVDHRMVMER YLFLAPSFRD HLVELFQHIL YLEDQSQGTS MSMKGSLSFL 780 KPWGKDEKEL NEAILNLVMS PHAFITPLRS CEVRLITALS TAISPKVYSQ GRTVMIFLIN 840 REISYIEYHE VLKVWLQGAA RRIISSGGFD VSVYLPPHSF LEALEELLVA GVESSLVSSL 900 TRMAISMAVD ECPNLHAFLQ DSKKVTLFQS NVVEDHYLGA AGCMMEDVFV AFKTRSQLDE 960 EASASFRAIC QETNRNTIGE RLCVMLLDTV MKVKGDLQHE LHLRPIETIA EYKFATLLMQ 1020 IEKCPQCITS HVLYKDIHKA FVSLGGSLHS ESVSLRYIKL GSTTKDWEKI FHILDNTSFV 1080 VALEKAYKDL QIYEKRLDGY KVLLYNICLF LGDNNIAVEG HEEWRNWLAR RCSEWKNFTM 1140 GEIHSAPDHW PSEHEAFFSY VDSIITLNTS RILLNVLLES VQIRGSDNDE LIKKIPATDS 1200 KLEMSLEIPL STIASIIIPE AVHQYEDDMR LFAAIDVNLD KIQMGRVCTL WNGILPNAVE 1260 TEFKLSCKQL GLNSMKMRNV SKYFYNIETN IAIYLQTWKR VTVLRELHSI LPRVASVFEM 1320 SENCDGLVLR IRKVITECIP QCSLHHFQEV LENGGQNVLS IFSTSEVDTL KELTNTGGLI 1380 AFLRQTVQED LRHLLDAVED PTAMRSWEGL INDLIDLQRV FRPILSRPSS TTSFEDLRAA 1440 ILGELNSSSS SSNHLCRKLK ACNEEAKTLR QYFDGVANRT HKDKDQIADI LTFGKYHFLL 1500 NEDGCFLELK CGNEGESSKS TVTTNVAYSS LGAVSFNLTQ LQELRSRARW TVSSNTFTKK 1560 SKTAESYGAD WAGADAESID TTDKNALTFI SHIDVAENLV EILTELHNCG HFSYATFQKV 1620 VSDFASLQIL NDQLKCELST WKAALLRARK DFQCLNFFRS VEIRFILEVL MLQKTAPFGE 1680 KLEHCLDLFK WTRVSLVHLT GFKEEAASRG VLENVFRIAK LRHIAEESLI YSCLRDFSSV 1740 IESIIFQRNP DAKAARSKSR NSDGIILADV DDPQDELNVV VTLFSERDLY LHGSASNVIV 1800 CEFSTAWEDL YLLLLRYLNN EESEYNFYCV VYLERLSYDC QAQLLAMLEQ IAQRRPVGDS 1860 ELALVSCSRS KFLLTLSQRL QIQVRHPAAG TADAIKKEKK WMWVITSDLP GMGKTRFVRE 1920 FAETDHPNDS IRTLTICGEL SRNQLIRQLK KLFNIVNPTQ TSSFILHLDV SVVSNPETLN 1980 GLLFELLVLG CLKSDRAGLF HLETRKVAIE VANTYHNYLA SKLSVCKWFR TEHLVWNMAQ 2040 FQPSKDLNSD DQYVWNYLAA MEAGILDRWN PDGKSNRSHL SLIDSGLGHG LLQRHFVDFL 2100 KDEQSISFSL LQTFTKFFAQ QLREFSGCPF FYPENLVLMG AQSDTRSVIV RSILEVSREL 2160 LARSVKPWLD EQQGVTMSAS AEVLMAARME NMQRWSDSKH VMIFFKLSSQ PAILYRELSH 2220 VPTALVDLFQ KQRAKLTNYE SLSSDQLYEN LWSILHKTQP PVRDKHYVLT ADNFLKMALI 2280 FTKVKAGIPV VIMGETGCGK TSLLRQLADY CCVIFFSITL HAGTSEDEIR SFLSKAEKKS 2340 QNHLVWVLLD EINACNHLGF LVGVICHHLV DGKPLHCNLK IVAACNPYRK HEFKRQRAGL 2400 STREMLKSRN LEYLEKAYTV HPLPEALVEN VQDFGILNVK DEQAYIEAIV LRFTKLKFVP 2460 FPFTKLLVMS QAFVRGKCGE ASVSLRDARR CVDLFNYFSE DLEGRPQSLP TECRAKRAAL 2520 LSFAHCYYYR LASDEERAEY KVKYITTING NNWRKRFARR SYTEKFDKEL FEEQMNLLDH 2580 MEIPPGVAKN QALRENIFVT LTCILLKIPL FVVGKPGSGK TLSLQLIFSN LRGSGMKDPY 2640 FSEKPTMFMF SYQGSESSTS EGILKVFEKA HRCVQDNKKK NVKAIVVVVL DEVGLAEISS 2700 SNPLKVLHSL LEPEGEQRVA VIGISNWSLD AAKMNRAIHI SQPDPSVNDL VGTAEAILDS 2760 YGMRSLFGVA QMTEMKWLAK VYHEYHVRQS KPDFHGLRDF YSLIKSLRGD EKNPKKWSPD 2820 CLKQAVWRNF GGSLNDIPLL TSILCEYFKH RQFVPPPTLD LVKANIEDQH ARHLMLIGNG 2880 ESCIGIIETM LPLKEKLIII QGSKFKNDYN DDYAYMMLSN IILHMEHGRH IVLKGVERIW 2940 SSLYDMLNQH YITVGGRQNC RIAIGAFSNP MCYVHENFRC IAVVDQDQVE SLDPPFLNRF 3000 EKQVLTWESV LSPEQRENVL FLKKWVKAMA CTSEGDSEIE GISFCESDLF AGYSTDTLAS 3060 LILLNWDTYS ISGGTCFLER CKEELLQTAY IDGMMRAHYS RTCLRDAPDA KTWTKHYFQG 3120 MINQESLEYA VRQHVGDETL WYNSLGFKLV VTTRCNVHTN IRLVLKDLHC LKLQIIKLAD 3180 FTAERQLVAA IQSWSKSDSE LLIVQSDTIL DKDHLPLAKV HVERTRADLF AQAQSHTRPK 3240 HVVFILHSHR GEQEIASSFT FLSGWKQLTL DLLHQANTEY WQYLDKSIAD LVRSERFREG 3300 NNLMVKVLTW SFLCIKYPRG KQSANYCLEM VQRICNDKHL CECFVQRALI WLDAVAKKEQ 3360 EIGKFWQTSV VCNPGRLALA LNLHSALITY VEEKLREPIA RLIYVLESHS ALGSYFNMTD 3420 ARKDLWRSVF MDQQMVSIEN VPEPMHPEGY TIKDPVSLYV PFSSLYAEHI DKQMREVFLA 3480 RISGKQDKEV VSLALSMTKD VTVSLLDNPK MREIEECIQA SPDDYCHDFC MLYAPYQSKI 3540 RTAPQALVFE WLLRGKAPDP KPLVLHALLW TKLEKLKTQA LVAGSCFTEN EISDEVELLK 3600 RDKVFKEYFD NKFASKCILK MLPSEKEVID RAGGLQRWLY QLEALISLVP SIYIEEPTHV 3660 SIMLMLRVVR DFAKLIILPL SVASEHLCSL SHWFLRHNLQ PCSKLLVTKI ISLLPDLNTQ 3720 QGLRRKMYFR FVASTFSLLL DSNSVSQDVI STISAVIFHL KAPTCSMKGV MLRFLKTVVQ 3780 LLIPTPTLDC PHFLQLCFVN CSNVIKEQAW ESDVYEPFIL LSDVIYESVR GFITPELLSG 3840 VDTEAFKFNK FLQCLRVVTS VVKLPSGRLN FRAACAFAVL RSIMEVLARD MVTVQKKEPR 3900 IFHPGLAPAA SEVLGEFFAK CHVNVISMKQ YLMKVLYHHC GLSLQMMSHL ACECQTNEHL 3960 KLYSHILDRE MLKEVDNPLG FNPFMSIFSN YGENDVLLWK TVYSEGENQE KMKLQIHNLH 4020 PTEQSAFASA IASKIFLVQA SRELNDAELA VVNWLQQKAT LQRWNEKWKD AIRFLIDTNP 4080 LSLGGNTTTA ESLQSKALAA HIFLVVTSFP SNSPLQGYMT LNEKHMVKDF VLATPNNVFS 4140 SFIGAISTAG TYKHICGYIY EVGECTLPMQ SAKCPQCGGT IGGSSHTPVR GNMKHAIDIG 4200 TMNTGYLPDH DARSHPYHTV RRLEMKSYRT LRIVVNYCLL LGLYMGRNAS KLAAALSVAE 4260 SSVLKEMEKM IEEDLAMLGK LLNCNHGVTC QFMHSVVASM ALSVDISHES LSTPEKRNLW 4320 ETKFDRIVKT LLVDNAHQAA AEYVGKHRGK HELAELLEER RVPPLPVATT YFARTITLPD 4380 LKNFEAMYLQ DEARQIKYPI IQRFFAHMSR LSEMKQLLGL LPFTKAVNEQ LWSKITRPEA 4440 SSISIGQYLS GLGDNDQHIR KYFPEFARAW NVMRFKVEAF ECTQFKQGIP VMNLDSSVGF 4500 CLVEPRDLGI YLAAILDYLR AIQNRFLDEV MALVLPNQAI TDESSHRSLR VQMCKAEEVV 4560 FYDEHWLQSI VCQTAMANLQ YSRGQNPIYD YHSIAEKLQH QLVDQKPRLE AWEPFVYKFE 4620 AFHKHMTILS DVGNLIPQIV LGPEILLQIQ NEIEHDGVGA GQCLVILDVC LGFLRRTGGD 4680 PVEKLESYCR RWLGDQAFHL IQMHTLKMVE LQHVVSLYEG LEDLAGVDIQ ALVNLRYRTP 4740 LSPDLEEELN SSVELKRSWL HPTQSSDAEE PKISAELFFG ILRRFMLRHL IGDQLNPDVP 4800 LSIYITDPRL MKWPEVDVDV VDDVFPPSLL VKHSHATFLY LSKVWKDHYT KLGGVSWEPT 4860 CTLPQPVLL 4869 Gene Ontology GO:0005524; F: ATP binding; IEA: UniProtKB-KW GO:0017111; F: nucleoside-triphosphatase activity; IEA: InterPro Interpro Pfam Pfam; PF00004; AAA SMART SMART; SM00382; AAA PROSITE PRINTS |