YRC Logo
PROTEIN SEARCH:
Descriptions Names[Advanced Search]

Protein Overview: DYH8_MOUSE

General Information:
Name(s) found: DYH8_MOUSE [Swiss-Prot]
Description(s) found:
Found 10 descriptions.
SHOW ALL
  • Dynein heavy chain 8, axonemal OS=Mus musculus GN=Dnahc8 PE=2 SV=1 [Swiss-Prot]
    • Organism: Mus musculus
    Length: 4731 amino acids

    Gene Ontology:
    Cellular Component: cytoplasm [IDA]
    dynein complex [IEA]
    microtubule-based flagellum [IDA]
    microtubule [IEA]
    Biological Process: biological_process [ND]
    microtubule-based movement [IEA]
    Molecular Function: nucleotide binding [IEA]
    ATPase activity [IEA]
    ATP binding [IEA]
    microtubule motor activity [IEA]
    nucleoside-triphosphatase activity [IEA]
    molecular_function [ND]
    motor activity [IEA]


    Sequence:
    Sequence:
    [PDR BLAST]
    [ProtParam] 
          1          11         21         31         41         51         
      |          |          |          |          |          |          
    1 MESEEGNAEP PPPSEEAPPP VVEEAPPPLP PEDTAPPPPE EQAPPPEGDA APPPTGDAFQ  60
   61 LTVEGEAPHP EDPKLLSEQG PATSVTDYRS LIPSDEEVTL PEDEESGQAR VRARHTPRPA 120
  121 QSVLSDGISQ SSRRPSKFRR SMTGIPNLQE TLKEKQARFR EARENRKMKI GPSHKYIFEV 180
  181 LGEKLGLDLV TVEELILDCP SLDPFTSFFE KGGCKTLKFL YQEGEVPGFE CGRTITGVPK 240
  241 GGKMMRIYVD NAAPDKLKGL CLFFVRCRND VAINSKTIHE DVLFSFLDAS KGLLEGIKHM 300
  301 LKSIFLPAIL ATSNWGALNQ SKQGESEKHI FIETIHRYLA SLDDATISIE GTVMLKKVDN 360
  361 IDFSKLHTFE EVTAAASSSE MVHQLEEVLM VWYKQIEQVL IESEQMRKEA DDSGPLTELE 420
  421 HWKRMSAKFN FIIEQIKGSN CKAVINVLNV AHSKLLKNWR DLDARITDSA NESKDNVRYL 480
  481 YTLEKVCQPL YNYDLVSMAH GIQNLINAIR MIHSVSRYYN TSERMTSLFI KVTNQMVTAC 540
  541 KAYITDGGTN HVWDQETPAV LKKIQDRIFL FKEYQASFHK TRKQILESSG EKSFEVSEMY 600
  601 IFGKFEAFCK RLEKITEMIT IVQTYSALSN STIEGIDILG IKFKNIYQGI KKNQYDILDP 660
  661 RRTEFDTDFT EFMGKINILE IQIQAFMNST FGKILSSQQA LQLLQRFQKL NIPCLHLEIN 720
  721 HTIERILQCY VAELEFTKKL YLSQKDDPPL ARNMPPIAGK ILWVRQLFRR INEPINYFFK 780
  781 NSDILSSTEG KAVIRQYNRI AYVLVEFEVA YHTAWFKEVS QLQYALQATL FVRHPETGKL 840
  841 LVNFDPKILE VVRETKCMIK MKLDVPEQAK NLLKLESKLK ADKLYLQGLL QYYDDLCQEV 900
  901 PSVFVNLMTP KMKKVESVLR QGLTVLTWSS LMLESFFKEV ESVLDMFNQL LKKVNDLCEM 960
  961 HIDTVLKEIA KTLLISLSDS GTTKVEDMLT LNETYTKECA DILNHKSRHV EEAVKELILI1020
 1021 FEQIYEVKYT GKAAKSVKEQ RKRVVFGSEA EETEGLDFES TTMEVDTNDK EDEFKKECKE1080
 1081 VYAFFSHQLL DSLQKATRLS LDTMKRRIFV GSQGRRRSED IVSFIKTEVH LAIPNVVMVP1140
 1141 SLDDIQQAIN RMIQLTLEVS RGVAHWGQQQ VRQIKSFQNN SRGSDQPPAS GKPLKKEERS1200
 1201 FEETIPARKL KNFYPGVAEH KDISKLVLLL SSSVNSLRKA ATEALQDFQK YKTLWIEDRH1260
 1261 VKVKEFLANN PSLTEIRSEI LHYATLEQEI KELKPIIVVG SLELHTEPMK LALSIEAKAW1320
 1321 KMLLCRYLNE EYKKKMSDMI TFINEYLKKL SRPIRDLDDV RFAMEALSCI RDNEIQMDMT1380
 1381 LGPIEEAYGI LNRFEVKVTK EESEGVDTLR YSFNKLQSKA VSVQGELVQV QPKFKSNLLE1440
 1441 SVKVFCEDVI NFTEAYETEG PMVPNIPPQE ASNRLQIFQA NFDDLWRKFV TYSSGEQLFG1500
 1501 LPVTDYEVLH KTRKELNLLQ KLYGLYDTVM GSISGYYEIL WGDVDIEKIN AELQEFQNRC1560
 1561 RKLPRALKDW QAFLDLKKRI DDFSESCPLL EMMTNKAMKQ RHWDRISELT GTPFDVESDT1620
 1621 FCLRNIMEAP LLKNKDDIED ICISAIKEKD IEAKLTQVIE NWTYQNLSFA AFKGKGELLL1680
 1681 KGTESGEIIT LMEDSLMVLG SLLSNRYNTP FKKNIQNWVF KLSTSSDIIE EWLIVQNLWV1740
 1741 YLEAVFVGGD IAKQLPQEAK RFQNIDKSWI KIMQRAHENP NVISCCVGDE TMGQLLPHLH1800
 1801 EQLEVCQKSL TGYLEKKRLL FPRFFFVSDP VLLEILGQAS DSHTIQPHLP AVSDNINEVT1860
 1861 FHAKDYDRMT AVISREGEKI MLDTPVMAKG PVEIWLLDLL KVQMSSLHNI IRSAFYQISD1920
 1921 SGFLLLPFLN HFPAQVGLLG IQMLWTHDSE EALNNAKDDR KIMQITNQKF LDILNTLISQ1980
 1981 TTHDLTKFDR VKFETLITIH VHQRDIFDDL VKMHIKSVTD FEWLKQSRFY FKEDLDQTVV2040
 2041 SITDVDFIYQ NEFLGCTDRL VITPLTDRCY ITLAQALGMN MGGAPAGPAG TGKTETTKDM2100
 2101 GRCLGKYVVV FNCSDQMDFR GLGRIFKGLA QSGSWGCFDE FNRIELPVLS VAAQQIYIVL2160
 2161 TARKERKKQF IFSDGDCVDL NPEFGIFLTM NPGYAGRQEL PENLKIQFRT VAMMVPDRQI2220
 2221 IMRVKLASCG FLENVILAQK FYVLYKLCEE QLTKQVHYDF GLRNILSVLR TLGSQKRARP2280
 2281 EDSELSTVMR GLRDMNLSKL VDEDEPLFLS LINDLFPGLQ LDSSTYAELQ SAVDNQVNLE2340
 2341 GLINHPPWNL KLVQLYETSL VRHGLMTLGP SGSGKTTVIT ILMKSLTECG RPHREMRMNP2400
 2401 KAITAPQMFG RLDTATNDWT DGIFSTLWRK TLKAKKGENI FLILDGPVDA IWIENLNSVL2460
 2461 DDNKTLTLAN GDRIPMAPTC KLLFEVHNIE NASPATVSRM GMVYISSSAL SWRPILQAWL2520
 2521 KKRSQQEASV FLSLYDKVFE DAYTYMKLSL NPKMQLLECN YIMQSLNLLE GLIPSKEEGG2580
 2581 VSSGDHLHKL FVFGLMWSLG ALLELDSREK LEVFLRGHGS KLNLPEIPKG SQQTMYEFYV2640
 2641 TDYGDWEHWN KRIQPYFYPT DSIPEYSSIL VPNVDNIRTN FLIDTIAKQH KAVLLTGEQG2700
 2701 TAKTVMVKAY LKKYDPEVQL SKSLNFSSAT EPMMFQRTIE SYVDKRMGST YGPPGGRKMT2760
 2761 VFIDDINMPV INEWGDQITN EIVRQMMEME GMYSLDKPGD FTTIVDVQLI AAMIHPGGGR2820
 2821 NDIPQRLKRQ FTVFNCTLPS NTSIDKIFGI IGCGYFDPCR KFRPEICDMV GNLVSVSRVL2880
 2881 WQWTKVKMLP TPSKFHYIFN LRDLSRIWQG MLTVKAEECS SIPILLSLFK HECNRVIADR2940
 2941 FITPDDEQWF NSQLIRAVEE NISPEVAANI LPEPYFVDFL RDMPEPTGDE PEDTMFEVPK3000
 3001 IYELVPSFEF LSEKLQFYQR QFNEIIRGTS LDLVFFKDAM THLVKISRII RTSCGNALLV3060
 3061 GVGGSGKQSL SKLASFIAGY QIFQITLTRS YNVSNLIEDL KNLYKVAGAE GKGITFIFTD3120
 3121 NEIKDEAFLE YLNNLLSSGE ISNLFARDEM DEITQGLISV MKRELPRHPP TFDNLYEYFI3180
 3181 TRSRKNLHVV LCFSPVGEKF RARSLKFPGL ISGCTMDWFS RWPKEALIAV ASYFLLDYNI3240
 3241 VCSIETKRHV VETMGLFHDM VSESCENYFQ RYRRRAHVTP KSYLSFINGY KSIYTDKVKY3300
 3301 INEQAERMNI GLDKLMEASE SVAKLSQDLA VKEKELAVAS IKADEVLAEV TVSAQASAKV3360
 3361 KNEVQEVKDK AQKIVDEIDS EKVKAETKLE AAKPALEEAE AALNTIKPND IATVRKLAKP3420
 3421 PHLIMRIMDC VLLLFQKKID PVTMDPEKPC CKPSWGESLK LMSATGFLFS LQQFPKDTIN3480
 3481 EETVELLQPY FNMDDYTFES AKKVCGNVAG LLSWTLAMVI FYGINREVLP LKANLAKQEG3540
 3541 RLAVANVELG KAQALLDEKQ AELDKVQAKF DAAMKEKMDL LNDADMCRKK MQAASTLIDG3600
 3601 LSGEKVRWTQ QSKEFKTQIN RLVGDVLLCT GFLSYLGPFN QIFRNYLLKD QWELELKARK3660
 3661 IPFTENLNLI AMLVDPPTIG EWGLQGLPGD DLSIQNGIIV TKATRYPLLI DPQTQGKTWI3720
 3721 KSKEKENDLQ VTSLNHKYFR THLEDSLSLG RPLLIEDIRE ELDPALDNVL EKNFIKSGTA3780
 3781 FKVKVGDKEC DIMDTFKLYI TTKLPNPAFT PEINAKTSVI DFTVTMKGLE NQLLRRVILT3840
 3841 EKQELESERV KLLEDVTFNK RKMKELEDNL LYKLSATKGS LVDDESLIGV LRITKQTAAE3900
 3901 VSEKLHVAAE TEIKINTAQE EFRPAATRGS ILYFLITEMS MVNIMYQTSL AQFLKLFDQS3960
 3961 MARSEKSPLP QKRITNIIEY LTYEVFTYSV RGLYENHKFL FVLLMTLKID LQRGTVKHKE4020
 4021 FQALIKGGAA LDLKACPPKP FRWILDMTWL NLVELSKLPQ FAEIMNQISR NEKGWKNWFD4080
 4081 KDAPEEEIIP DGYNDSLDTC RKLLLIRSWC PDRTVFQARK YIADSLEEKY TEPVILNLEK4140
 4141 TWEESDTHTP LICFLSMGSD PTIQIDALAK KLKLECRTIS MGQGQEVHAR KLIQLSMQQG4200
 4201 GWVLLQNCHL GLEFMEELLE MLMVTETTED SFRVWITTEP HDRFPITLLQ TSIKFTNEPP4260
 4261 QGVRAGLKRT FAGINQDLLD ISNLPMWKPM LYTVAFLHST VQERRKFGPL GWNIPYEFNS4320
 4321 ADFSASVQFI QNHLDECDIK KGVSWSTVRY MIGEVQYGGR VTDDFDKRLL NCFARVWFSE4380
 4381 KMFEPSFCFY TGYKIPICKT LDQYFEFIQS LPSLDNPEVF GLHPNADITY QSNTASDVLE4440
 4441 TITNIQPKES GGGVGETREA IVYRLSEDML SKLPPNYVPH EVKARLMKMG HLNSMNIFLR4500
 4501 QEIDRMQKVI SILRSSLSDL KLAIEGTIIM SENLRDALDN MYDARIPQLW KRVSWDSSTL4560
 4561 GFWFTELLER NAQFSTWIFE GRPNVFWMTG FFNPQGFLTA MRQEVTRAHK GWALDTVTIH4620
 4621 NEVLRQTKEE IITPPAEGVY IYGLYMDGAS WDRRNGKLTE STPKVLFTQL PVLHIFAINS4680
 4681 TAPKDPKLYV CPIYKKPRRT DLTFITVVYL RTVLSPDHWI LRGVALLCDI K

    Protein Complex Data

    No complex found for this protein.

    Mass Spectrometry Data

    No mass spectrometry results found for this protein.

    Yeast Two-Hybrid Data

    The following interactions contain this protein:

    NOT SHOWING SINGLE HITS. [ Show Single Hits ]

    [View our yeast two-hybrid interpretation guidelines.]

    No yeast two-hybrid interactions found for this protein.

    Microscopy / Localization Data

    New Feature: Upload Your Own Microscopy Data

    No microscopy data found in the PDR for this protein.

    Protein Structure Data



    Philius Transmembrane Prediction:

    Protein predicted to be: GLOBULAR (No transmembrane regions or signal peptide)
    Confidence of classification: 0.90

    Source: Reynolds et al. (2008)

    YRC Informatics Platform - Version 3.0
    Created and Maintained by: Michael Riffle