※ dbPPT Protein Information
| Tag | Content | ||||||||||||||||||||||||||||||
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UniProt Accession | |||||||||||||||||||||||||||||||
Theoretical PI | 5.64 | ||||||||||||||||||||||||||||||
Molecular Weight | 359047.7 | ||||||||||||||||||||||||||||||
Genbank Protein ID | |||||||||||||||||||||||||||||||
Genbank Nucleotide ID | |||||||||||||||||||||||||||||||
Protein Name | Predicted protein | ||||||||||||||||||||||||||||||
Gene Name | PHYPADRAFT_131838 | ||||||||||||||||||||||||||||||
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 MGKANKEDVV VYRLKDNIEA FKEVVPLIEE VANPALKQRH WEQVFAVLDQ PFVPNATFST 60 NDLLKFGILN KIEEVRNISG VASKEYSLEK SLEKMLKDWE GMEFMVMPYK DSGTFIVGGI 120 DEIQMILDEQ TVKILSMCAS PFVKPFEHEA FAWRKLILDL QSLVDNWITC QGTWQYLGPI 180 FGSRDIMRQM PTEGELFQIV DQTWRDVMKK TYAVPNCLEC GKDLERLSRL QEANRILELV 240 NKGLAQYLEV KRIAFPRFFF LSNDEMLEIL SETKDPLRVQ PHLKKCFEGI SSLQFESNLD 300 ITALISAEGE IVPLVDKFNP KAAQGSVEKW LLQVEEGMLQ SIQDQCERGV QAYVVVPRMQ 360 WILEWPGQVV LVASAIYWTA DTTQCIKSGG NAVSEFEGVC TKQLGGVVGL VRGELTGLNR 420 MTLSALVVMD VHARDTVHLL AVECVTQESD FCWQSQLRMY WEKHTCMVCM MNATIEYGYE 480 YLGNSSRLVI TPLTDRCYRT LMGAIHLNLG GAPEGPAGTG KTETTKDLAK ALARQCVVFN 540 CSDSLDYFAM AKFFKGLAAS GAWACFDEFN RIDLEVLSVV AQQVLEIQLA VQNKVKTFMF 600 EGSELTLRPT CNVFITMNPG YAGRSELPDN LKALFRTVAM MVPDYAMISE IMLYSSGYLQ 660 ARDCARKIVA TYRLCSEQLS SQDHYDYGMR AVMAVLRAAS NLKQRYPDEE EFILMLRSII 720 DVNLCKFLSQ DVPLFNGIVS DLFPGVVLPE PDYTLLDKAM SANCKLMNLQ FTAYFMLKLI 780 QLYEMIIVRH GLMLVGLSYS GKTSAIRVLQ KSLSDMSEWG NNNERKVYVS TVNPKSVTMG 840 QLYGQADPMT GEWVDGVLAV RFREQASEPT NDRKWIILDG PVDAIWIENM NTVLDDNKKL 900 CLPNSEIIQM SSSMNMIFEV GDLAVASPAT VSRCGMVYLE PHQMGWAPLM KSWMHTLPPT 960 IAGDNRKHLQ GLFEWMVGGS LRCVRRNVKE ISPTSDASLV TCLMRTFDSV TREIRTAEGA 1020 ANVGKERLVK WIDALFLFSL VWSIGCTGDN EGRVVFDKFL QDLVVGIIPD GFDLVVPAHH 1080 DALLFDMFPN NKGEFTVYDF MFDKPTCKWR TWVDTITPEP IPDGASFDQL IIPTKDQQRY 1140 TYLLDKGVMH GSALLLVGGT GTGKTVYVLR HLLKGLARDV FTSLLVVLSA RTSANMVQSQ 1200 IDNSLDRRRR GVFGPPVGKK SIIFVDDLNM PQPEVYGAQP PIELLRQYMD FGGWYGRDND 1260 FRTLVDCQFV AAMGPPGGGR SFVSNRYLRH FNQIGVALVG EESLHLIFST ILEWHYSVKN 1320 DFPVDIKKCL NGVIVATLDI YNEAKNKLLP TPTKPHYTFN LRDYARVIQG IMLQVPDTIP 1380 IGKSGEDQHI RLWVHEVLRV FYDRLVDDQD RDWMLNYLCK MTKKHFKKDF HQLFEHLLGD 1440 GVSKITQFEL RRNFFGDYTI EDPEERKYNE ITDISALIKQ VETYLADFNG VSKRPMNLAI 1500 FLFVVEHVSR ICRVLKQPGG HMLLVGVGGS GRQSLTRLAG AIYGMEVFQV EISKSYGKIE 1560 WRDDLMLMCK KAGADPCIPS VFLFSDTQIV DEGFVEDINN LLNSGEVPNM YPSDEKALIM 1620 EAARDKSSKA GLLLETMADV WKYFVDKTKA NLHIIFAMSP VGQSFKDRLR QFPSLVNCCT 1680 IDWFQEWPND ALEAVALKFL TPMDLEQEMC DSIVTICKTF HESVRNYSLE YKESLGRFNY 1740 LTPTSFLELI SSFQSILQSK RKENVQQKKR YEVGLGKLAS SSQQVAAMQA ELTDLMPKLI 1800 KTIVWNRGEQ VEPKKAVVMV DEAEANKAAS AAKVIKDECE AALAVAMPVL EEALAALDTL 1860 SVNDINYVKK LANPPYLIKL VLEAVCVILE VKPAKVPDGK GGQIMDFWKP SIILLNDKNF 1920 LQNLKDYDKD NIKAPIIDKI RNVYVANPEF TPAKAANASA AAEGLCKWII AMDKYDAVAK 1980 VVAPKRAKLM EAEAAYETVM VGLREKQADL KGILAKLQEL EDDLDSNMIM KETLQVMKMC 2040 TIKIERAEQL IGGLKGERIR WIAQAKELGE AYPALTGDSL LSAAIVAYLG AFTSGYRQRI 2100 LEAWRKIIKD LRIPHSANYT LTSKLGNPVE IREWMIFGLP NDPVSVDNGI IVANARRWPL 2160 MIDPQGQANK WVRNMEKERN LQIIKLGTDY IRTLENAIQF GQPVLLENIG EELDPSLEPV 2220 LLKQIFKSAG MMCIKLGDTI VEYNNDFKFY ITTKLRNPHY LPETSVKVTL LNFMITPEGL 2280 ADQLLGVVVA QELPDLERQK NELVLSGAEN KRKLKELEDQ ILEVLSNSEG NILEDESAIR 2340 IISEAKIVGT DIGIKQAQAE ITEKEIDEAR KGYAPSGVYT AVLFFCISDL ANIDPMYQYS 2400 LPWFVSLFIM SIQNSDKTTD LGKRLDIIAA HFLYSLYLNV CRSLFEKDKL LFSLLLCTRL 2460 LRMRGEVNLQ DWLFFLTGGM ASNEPAPNPA PSWITGRSWT ELDRLSKVAA FRGLSDHVAA 2520 NLPDWKALFD SLDPHKMLLP GSLASRLTGF QKLLVLRCLR PDKVIPAIQD FVIENLGAKF 2580 VLPPNFNLDA CYRDSSASCP LIFVLSPGSD PTAALLKYAA DMGMSEKFAP ISLGQGQGPK 2640 AKVLIADAQT SGSWVLLQNC HLAPSWMPEL ERICESAGSD CNQDYRLWMT SYPSPKFPIT 2700 ILQNGVKMTN EPPKGLRANI RRSYLLDPIA NKEFFESCNK PQLFKSLLFG LCFFHAVVQE 2760 RRTFGPLGWN IPYGFDDGDL RISVRQLHMF INNTEEGKQI PLEALNYVTG ECNYGGRVTD 2820 DKDRILLTTI LRTVYCMKMM EEGYALSESG LYRTPPVGSL EDYMAYVETF PVIPAPEAFG 2880 LHSNADITKD MNGTTLILYS LLLASSDAIA GGSGGGGGVK SVVLAMIKNL PPNFDIETTQ 2940 LKYPVLYEES MNTVLTQEMT RFNKLLSTIR VSLQTIEKAI DGLVLMSGAQ EEAFRSIQVN 3000 MLPAMWAKVS YPSMKPLASY MKDLLERIEV LQTWYEVGRP AVNWISGFFF AQSFMTAALQ 3060 NYARRKKLAI DGIGFEFFML DNEPTEVPTD GAYIKGLFLE GCAWDSVQKV LCESQPKILH 3120 IPAPCIKLQP ALLANIVPGQ VYNCPVYRTG ERRGVLATTG HSTNFLMSIR VPSSQPSSHW 3180 TRRGVAMLCS LND 3193 Gene Ontology GO:0030286; C: dynein complex; IEA: InterPro GO:0005524; F: ATP binding; IEA: UniProtKB-KW GO:0003777; F: microtubule motor activity; IEA: InterPro GO:0007018; P: microtubule-based movement; IEA: InterPro Interpro Pfam SMART SMART; SM00382; AAA PROSITE PRINTS |