※ dbPPT Protein Information
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UniProt Accession | |||||||||||||||||||||||||||||||||||||||||||
Theoretical PI | 5.46 | ||||||||||||||||||||||||||||||||||||||||||
Molecular Weight | 396952.48 | ||||||||||||||||||||||||||||||||||||||||||
Genbank Protein ID | |||||||||||||||||||||||||||||||||||||||||||
Genbank Nucleotide ID | |||||||||||||||||||||||||||||||||||||||||||
Protein Name | Dynein heavy chain 6 | ||||||||||||||||||||||||||||||||||||||||||
Gene Name | DHC6; CHLREDRAFT_134599 | ||||||||||||||||||||||||||||||||||||||||||
Created Date | 2007-12-04 | ||||||||||||||||||||||||||||||||||||||||||
Organism | Chlamydomonas reinhardtii(Chlamydomonas smithii) | ||||||||||||||||||||||||||||||||||||||||||
NCBI Taxa ID | 3055 | ||||||||||||||||||||||||||||||||||||||||||
Phosphorylation Sites |
Functional Description Sequence Annotation Keyword ATP-binding,Complete proteome,Nucleotide-binding,Reference proteome Sequence Source UniProt Protein Sequence MHPLLVPSHQ NLVAPADLVA SFQEFAWLVS ASVGEYVDAW AEAGHSLAET DAEVGRLAAL 60 GEAVAAKAEG LVAFRLLAVD CSGAQQWLGD KAAALRNALL TWQADTWHAA NVAAVEQFEA 120 IVARLHQAPD STEALDELDK FVEKVDGRMP EFEGVVAESR AVADVLHGAQ HELAMEAFET 180 HWRLLRWPLD LAGELIEVRS QLARWRGRYL SQLKADSAAL IADLAELQAE VERFVTLGDL 240 KQVDDRTATV LDIENRLNSY AELSELYGNR EEIFGLPRSE YPTLEDIRKA FAPSSDLWKI 300 ASEFARSLPE WLDGPFTEID AEAVAADVDR WWRSTAKLGK QLDKEPLEVV TAVRAKLEDF 360 QVHLPLITAL RNPGLRDRHW ERISTAAGFP VRADAGFSLS RALQLGLPKH LAAIEEVAEY 420 ASKEYSLERA LDKMQADWAG VVFETMTWRA TGTTILRALD DVQMLLDDQI VKTQSMRASP 480 YIGPFEDRVR LWESKLGLVQ ETLDQWLRCQ QGWLYLEPIF GSEDIMQQMP NEGRKFKAVD 540 HTWRRTMEKL SKNAEVLVTC ADDELLKALA EANKLLEQVT KGLNDYLETK RLAFPRFYFL 600 SNDELLEILS ETKDPTRVQP FLRKIFEGIN ALEFQPDGTV TAMSSEEGER VPFKDTFNPR 660 ESQGQVERWL IECEIAMRTT LKHTILKSFN DYAKAPRINW VTSWPGQVVI AVDCMYWTKE 720 VGEAIAKQAL QDYSQQCTDE LMKVVNKVRG KLSKLDRKTL SALIVIDVHA RDVVAQLAST 780 GVTSESDFAW NSQLRYGWEG GEVSVRMINA QIYYGYEYLG NGSRLVITPL TDRCYRTLMG 840 ALHLNLGGAP EGPAGTGKTE TTKDLAKAIA MQCVVFNCSD GLDYQAMGKF FKGLASSGAW 900 ACFDEFNRID LEVLSVIAQQ ILTMQRAKSA GVSSFEFEGT KLSLRPTFSV FITMNPGYAG 960 RSELPDNLKA LFRSVAMMVP DYALISEIML YSSGYLKARD LARKLVATYR LCSEQLSSQS 1020 HYDYGMRAVM SVLRAAAANK QRSPDTLEDV LMLRSIRDVN EPKFLAPDLP LFAGILSDLF 1080 PGVDLPATDY SALDERLVSN CTRLNLQPTP TFLEKAHQLY EMILVRHGLM LVGYSYGAKT 1140 CIYRTLAGAL ADLETAGLME EHKVQLRIMN PKSITMGQLY GQFDPVSHEW KDGVLAKLFR 1200 EAAVDTSTDR KWVLFDGPVD AVWIENMNTV LDDNKKLCLN SGEIIQMSAS MNMIFEVQDL 1260 AVASPATVSR CGMVYVEPEQ MGWRPLRDSW MHTLPPTLGE EARAHLIALF DWLVDPCVAF 1320 IRKNCKELVP TADISLPNNL MSTMMSLMDE LKDPKQAAAM AARDVLKQLD GMFVFSLIWS 1380 VGATTDSDGR IAFSDFLRKL LDGGVDRKMT RTDFDLGPGL EIADPGFKLS TQLPKDGLVY 1440 DYVWDKPRAA WRHWMDSGSG ESAAAAIPES ANFNEIIVPT VDTVRYTWLL TLLATHGRHV 1500 LFAGPTGTGK TAYVKSAIEA LDKSLFTNQQ TAFSAQTSAN MIQDIIDARL DKRRKGIFGP 1560 PVGMRCVVFV DDVNMPALEV YGAQPPVELL RQFLDHSGWY DRADNTWRQL ADMQLVCAMG 1620 PPGGGRNPVT PRFVRHFNLV AITEFDDATY TRIYGAICDW WFRRARLPED VRGKGGALVK 1680 ATLEIYNTIR AQLLPTPAKS HYTYNMRDLS KVFQGVQSIG VPVPDTRSLT RLWAHETLRV 1740 FHDRLVDDGD RTWYCTLLKD MVNKHLGLKF DNVFEPPAGS GLAKGDVAVL RNLLYCDFQV 1800 PGADPAKYDE VTDLPKLMTV VQDYLADYNA QSKNRMDLVL FLFAAEHICR ISRIIKQPYG 1860 NALLVGVGGS GRQSLTRIAT FMADYKLFTI EISKSYTVNE WREDLKRVLR QAGGAGQSTV 1920 FLFSDSQLKD ESFLEDINNI LNTGEVPNLF AKDEVVGIME QVTARAKRAG KPLTPASLFA 1980 FFVDACRANL HMVLAMSPVG GAFRERLRKF PSLVNCTTID WFSVWPSDAL KSVASKFLHD 2040 VEMTDDATRS AVEDMCMEFH VNVRALAVEF KAELGRHYYT TPTSYLELIQ TYKELLGSKR 2100 KQVHGLKRRY EVGLEKLLAA EQDVGAMKEE LIALQPKLIE TGKEVEETLK IVDRQTQEAE 2160 AKKVVVQGEE AVANEKAAAA KAIKDECEAD LAVALPLLES ALKALDTLTK ADITEVKAMK 2220 NPPKAVKVVM EAVCQMLSIK PNKINDPANP SKKINDYWGP SQGLLADTKF LDTLRAYDKD 2280 NIPQPIIAAV RPYLDVEEFD PPVVKKASNA AYGLCCWVRA MESYDKVAKV VAPKKAKLAE 2340 AEAEFNELMV GLNAKKAELA ELEAKLAELN KKLAEMQARK AQLEAEVDLC EKKLDRATKL 2400 IGGLGGEKSR WTEVAHKLGG DYINLTGDVL LASGFIAYLG AFTAAYRERA TSSWVALCRE 2460 RHIPCSDSFK LVTVLGEPVK IRDWTIDGLP NDSFSIDNGI IVSKARRWPL LIDPQGQANK 2520 WIKNMEKKNK LEVMKLSDGD YIRRLENCIQ FGTPVLLENV GEELDPTLEP LLLKSVFKQG 2580 GGLCIRLGDA TIEYSESFRF YMTTKLRNPH YLPEVSVKVT LLNFMITPEG LEDQLLGIVV 2640 RLERPELEEQ KTKLVLAGAE NARQLKEIED RIIEVLSASE GNILEDETAI NVISSSKLLS 2700 NDIAQKQQIA DKTERTIDET RLGYKPVARH VSVLFFCISD LAAIEPMYQY SLLWFVNLFE 2760 DTIARAEKSK DLTRRIEALI SHFTHSLYIN ICRSLFEKDK LLFSFALTVS IRAHIKQQLD 2820 LNLFRFLLTG GIGTAEPPPN PSDWLADKCW SEMCRLAEHF EAFKALPDSF RDDPGPWRAM 2880 YDSADPTKFK LPEPWHSKLD GFQKLLVVRL IRPDKLVGAI QAYVHEVMGQ KFIEPPPFDL 2940 DRCYQDSTCL TPLIFVLSPG SDPMSGLLKY ADAMRINVES ISLGQGQGPK ASKLIEAAQE 3000 AGGWVVLQNC HLAVSWMPTL ERLCEGLTLE NTAPAFRLWL TSYPSPSFPV SVLQNGIKMT 3060 NDPPKGLRAN LLGSYLSDPV NDPSFFEGCN RPAPFKKLLF GLCFFHAFVQ ERLKFGPLGW 3120 NVPYQFSAPD FVISARQLQM FLNEMPAGDP AAPVPLPALR YLTGECNYGG RVTDAHDRRT 3180 LMSILDIFYT PAALGEGYAF SPSGRYYAPP EGHAESYLGY IRGLPILADP EVFGLHANAD 3240 ITKDQQETDL MLSSLLAASS GGGGGGGAGH GRDALLAEVA ADIMARVPQP FDIEAVRFKY 3300 PVDYFESMNT VLCQELVRFN RLLEVVHESL AGLQKALRGL VLMSGDLEAL GNAMYDGRVP 3360 KLWMDKSYPS LKPLASYVAD LIERCRMMSD WVEHGPPPVF WISGFYFTHA FLTGVKQNYA 3420 RRQRIPIDTI TFTYTCMQGH ADDYKTAPED GALISGMFVE GARWDPESCK LQESLPKVLF 3480 SPAPLIKLSP CDAAEQATFP HYECPLYRTP ERRGVLATTG HSTNFVMELM IPSDQPQDHW 3540 TRRGVAFLLS LAD 3553 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 |