※ dbPPT Protein Information
| Tag | Content | ||||||||||||||||||||||||||||||
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UniProt Accession | |||||||||||||||||||||||||||||||
Theoretical PI | 5.6 | ||||||||||||||||||||||||||||||
Molecular Weight | 519349.27 | ||||||||||||||||||||||||||||||
Genbank Protein ID | |||||||||||||||||||||||||||||||
Genbank Nucleotide ID | |||||||||||||||||||||||||||||||
Protein Name | Inner dynein arm 1 heavy chain 1-ALPHa | ||||||||||||||||||||||||||||||
Gene Name | PHYPADRAFT_81163 | ||||||||||||||||||||||||||||||
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 MSATEELKIE EALASKLPLG DEEALQQHDE EKEKPVPELP SKPWLAEWMT DMRLEWLRQK 60 VCIALNMPRT VFNSVIDTEE GSIQMRSFLD GSSSCILLYP QETVTLIRTV VEELPPPEED 120 DVGNKEEEMA HKEQEAEELL KIAATGKKKR KEAETSPKLG PEATIDETLK MAGKPGGGGA 180 MEDKTSGPIE EGEEEAEVAG TNKEGMAEQQ HQQQQQQEEW VERRTPLSSF ATSLTLDQLD 240 RDISYGILPK GLGMSTLEKL MVQLFVPLLA LDGSQEFTSQ ISTAKARLEG EFQLVIPNVP 300 IDVLEKSDID YELILQAPLE KGPYAELEFW QARNNSLSSM YEQLNSSRAK RVLALLEAGS 360 SNSNLLGTFK AQVAELTKVF LEAKDNVKIL TTLERHFKRL RDGNLSGILE TISPMINALR 420 MVWVISRHYS EDVNMGSLFE HIAHQIAEKV SDEVDFRSLN KKPFLVSINT VATAKSVLNT 480 WSDIYLQVRE KIELSGRDPR WEFDRKKLFE RTNYMSVICT DFLHVLDVVN DFLYFLGPDL 540 KTVTGDVAGI DAIIHKVHSI VAPIENFPYD AFDRAHAALW RTTMLQFDQD RKTIEEDTKA 600 FIDSSFKKLR SAEGALNLLQ SFKTVKSEGA INGQMMEKYN DILNQFLKEI NFTREVFLKE 660 LAAPPITRNQ PPVAGSINWA RSLFLRIRKT MRCFQAQGND MMKNVLAQEL DIQYRGLAKQ 720 MMNFEKTWVT EWAQSVNSQI LFYLKQPILS KGNGVVIEVN FSRALVQIMS EIKYLDAMGF 780 HLPEFALSIT LQEDKYALDI EGLLTVVQIY HSTLSMMSPT EAMLLKPQLN LLYHVLDPGF 840 AYLTWNALGI ASFVHMCISA INEFRNVVHQ VQSNTSNIEK CIDKISKTKL IPTMPTMTEG 900 EMLDLQEFFE QVEHDRKLVL DELVGQYRAI VPLLKKIEDI VLGTSTGAAP SLATYYTYWE 960 KKIHQALNLM ALHGLGALQT LFWESLERKR LFKVSCYLNH PDVVVQPAIL DITKILARMV 1020 RNTVDCLKSF IRWMDGTCLE TPEQKIGAED DVPYLFTFYN DVASNPQIIK SILTLNNMIQ 1080 KAIQGIQKHL ENWRKYQLLW KQDRVAIINK LISKAPPTLF FERKLEKYMR MATNIDAIPK 1140 DKSVEFVCVS SHQLGAAVRA ETMAWVQALG DAMVALEHPK VRAITDQMNK WQSLMDVPPN 1200 DLESLKAVLN VVSDVITSGM PMELDYMELE ERIRIRSLYK IKDNPEDNEK ITEIQPREAR 1260 WCSLVETAKS LNVTLQTTKK EFVAFTEQQA KQFVRDCIDF LERMNANGPV KYLYVALTKP 1320 LFISEQEELS NMLTTKDNIV LAQKLFDMPI TAYPALFEVE IQLKGVGMIY DVYAAFSAAV 1380 TTAAATLWAE LDINKLVALV DDFALHMKRM KHLKDQPTYA IMEAKLKDFQ ESLPLIQDLK 1440 SEAMRRRHWD KLMEETGKNF DMDPKTFTLA NIFRMELHNY AATIGEITNA ASKELNIEQE 1500 LRNVNEVWRV QSFEVVRYAK DGVDKGYVLR STEAVMLIVE EMSLNLQGMT SSRFVSAFLD 1560 EVNSWARCLG NIGSVVEVWM QVQQKWMYLE NIFGAEDIKQ QLPDAAKRFD YIDKNWKKIM 1620 SETYKTPNIV SACGVEGRLD TLWMLFKALE NCQKSLSNYL DTQRNAFPRF YFISDDELLS 1680 VLGNSDPTSI QEHMLKLFDN CASLTFGEKN KKILGMTSSE GETYNFRMKI STDGAVESWM 1740 KRTEAEMRHS LFEIMKEGVY HYAKSIRKDW ISVNLGMVTL AGSTIWWTWE VEDAFQNVQL 1800 GDKNAMKKFS VKLSNQLNDL VAMVRSDLTN LIRKKVNALI IIEVHARDII DTFVRDSILD 1860 HREFAWESQL RFYWDRGPDD CIIRQCTGEF QYGYEYMGLN GRLVITALTD RCYMTITTAL 1920 TYGLGGAPAG PAGTGKTETT KDLAKSMALL CMVFNCGDGL DYKAMGSIFS GLVQCGAWGC 1980 FDEFNRIDAE VLSVVSSQIK QIQEAMKNGL RKFTFEGKEI ALDARTGIFI TMNPGYAGRT 2040 ELPDNLKALF RPVTMIVPDL QQICEIMLFS EGFETAKMLA KKMTVLYKLS REQLSKQYHY 2100 DFGLRALKSV LVMAGAFKRG DAAMSEQLVL MRALRDMNLP KFTFEDVPLF LGLINDLFPG 2160 MDCPRVRYPS FNDVVEDDLK VHGYLVMTNP TDQVDKVIQL YETMLTRHTT MVVGPTGGGK 2220 TVIIETLARA QTNLGYPTSL LIINSKAQPT HELYGLMDAE TRDWTDGLLS SLFREINKPL 2280 QPGHANDRCY LVFDGDVDAL WVEDMNSVMD DNKLLTLPNG ERIRVQNHCK LLFEVSDLQY 2340 ASPATVSRCG MVFVDSKNLG YQPYIWRWCN SREKERPVET EQIRELFQKY VPACIDFVLE 2400 GLVMGELTKP LMQTIPLTNL NMVRQLCNML EAILCDKFQV HRPVALEALF IYLCVWSIGG 2460 SIVQTIVSQD RSRFDSFIKS IATLGLSSNH PIPPNQLPAD LIYEYHFDVD SLMWQSWKAL 2520 VPVYEPPPDA AFSKILVPTL DTCRSTWILN LLAQHGKSIL FVGESGTSKT VIIQKYFTTL 2580 ETSKILILNM NFSSRTNSMD VQTSIEDSIE KRTKARFSST CKKSWFVAFH VDYGPSLNRK 2640 MVVFMDDMNM PKVDTYGTQQ PIAFLKLLVD KGGMYGRGKD LNWKNILDVQ FIGAMGRPGG 2700 ARNPVDPRFI SLFNIFEIQF PASTTLSHIY SAILDAHLHK FGTDLKELTP SITYMTLKLY 2760 TYIVEKLPPT PSRFHYIFNL RDLSRVYEGM TLSTIDKIKT IGQMIRLWRN ECLRIFYDRL 2820 INENDRHVVE MQIEAIIREK FDSVADEVLA NPIVYGDYRN VLKPTEPRLY EDLSSYDLIR 2880 PWMEEAIEEY NLVNKPMNLV MFQDALEHLT RIHRIMRIPQ GNALLVGVGG SGKKSLSILG 2940 AFVAGCKVFQ ITLARGYNED TFREDLKALY NMLGLENKAV VFLFTDAHVA SEGFLELINN 3000 MLTSGMVPAL FKEEEKDGII NQVREAAAAS GMVDTKENVW SYFISRCRSN LHITLAMSPV 3060 GDTLRTRCCN FPGLVNNCVI DWLTPWPEDA LLSVCTVFLA GVDIPAEFRE SILGHIVMVH 3120 SSVCTLSPQF TSETRRTNFV TPKNFLDFIM TYCSKLKQKR QYNTNQVNRL QGGLQKLIQA 3180 AKEVTAMQET LAKAKIVVDS KTKEVNALIE VISKNTEIVV AKQTTAEEKA KELATQKAQI 3240 AIEKGEAEVA LADALPALEA AAEALNSLKK DEITEIRSFA KPNIYVQKVC ECVCILKHIP 3300 DVSWKGAKGM MADSSFLKSL IEFEKDTISE RQMKGLREYF KDPNMSLENV QTISQAAAGL 3360 LRWVVAMMNY YGILKVVAPQ RNAVAAAEKM LTSAQSELDK IQEEVGNLSV QLAELNKQYE 3420 VAYGEQMALK TNADLMKKRL DAASQLISGL GSEHARWSKE LEELAFDRVK LLGDCLLASS 3480 FLSYCGGFTI DYRTMLIKTT WHSDLLKRKV PVSDPLNLEN LLTTEVEIST WNSQGLPSND 3540 LSIQNGILTT KGSRFPLCID PQLQAINWIK KKEGKMLEGQ IRTFNDTDFL KQLELAIQYG 3600 FPFMFENVDE YIDPIIDPIL EKITTSGPGG RKTVKLGDKE IDWDENFRLY LVSKLPNPEY 3660 GPEISGKTLI INYCVGHERP DLEQLREKLV IETGENKALL KQLEDTLLQE LSAATGNILD 3720 NHELIATLEI TKSKASEIAV KLAMAQETSV EINMLRERYF PAAKRGAILF FVLSNLSAIN 3780 NMYEYSLNSF LEVFGISLAT SQKHKTLEGR LSNIMDALTS DLYNHACMGL FEKHKLMLSF 3840 QFTLGILKGD NLLNQQHLDF FLKGNLSLEK ALKPNPFPAW FSEQGWQDMT ALFALAPTFH 3900 ELGLHFEDHE EEWQAWYNEA RPEAMPMPGG FSEKLETFEQ LMVLRCFRID RITVSLTQYV 3960 MKVMGEKYIM PPVLDYKAIH TQSSSMMPIV FILSPGADPA FDIFNLGEEM GFKPGQKLKY 4020 MALGQGMGPK AAEQIEQGSM RGLWVMLQNC HLLPSWLKTL EKILEKLVKP HNDFRLWLTT 4080 EPTSTFPLGI LQRSLKVVAE PPNGLKLNLR SSYAKISEEN LAECPHFAYR PQVFVVAFFH 4140 AVNVPYDFNE TDLRISLALI STYLKKAFDN KDDQIPWGTL RYLIGEAMYG GRVSDSFDRR 4200 ILTTYLEEYL GDFLFDKVHP FMFFASTGES IVYRLPETGH RDHYIHYIGE LPIVQSPQVF 4260 GLHPNADISY YSSSTKTLWK DLVSMQPSAA GGSDGTRQED IVDRIAADLL TKIPLPFDLP 4320 ALRKQIGIPS PVQVVLLQEV ERWNRLVDTM GNSLFHLQRA LGGEIGMSTD LDDLSTALFN 4380 GELPSMWRKM TAQTQKMLPA WMAWFQRRYQ QYKKWIEVGE PVVMWMSGLH IPETFIAALV 4440 QSTCRAKGWP LDQSSIYTQV TPYMHPDEIK DKPQDGCYVT GLYLEGASWN PDTLMLRTQD 4500 PKILVVELPI LHIIPIEGNK LKLTNTFRTP VYVTQARRNA MGVGLIFEAD LSTTIHPSHW 4560 VLQGVALCLN IDH 4573 Gene Ontology GO:0005930; C: axoneme; IEA: InterPro GO:0030286; C: dynein complex; IEA: InterPro GO:0005524; F: ATP binding; IEA: UniProtKB-KW GO:0016887; F: ATPase activity; IEA: InterPro GO:0003777; F: microtubule motor activity; IEA: InterPro GO:0007018; P: microtubule-based movement; IEA: InterPro Interpro InterPro; IPR003593; AAA+_ATPase InterPro; IPR011704; ATPase_dyneun-rel_AAA InterPro; IPR026983; DHC_fam InterPro; IPR024743; Dynein_HC_stalk InterPro; IPR024317; Dynein_heavy_chain_D4_dom InterPro; IPR004273; Dynein_heavy_dom InterPro; IPR013594; Dynein_heavy_dom-1 InterPro; IPR013602; Dynein_heavy_dom-2 InterPro; IPR027417; P-loop_NTPase Pfam SMART SMART; SM00382; AAA PROSITE PRINTS |