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Protein Overview: gi|11094038

General Information:
Name(s) found: gi|11094038 [NCBI NR]
Description(s) found:
Found 3 descriptions.
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  • gi|11094038|gb|AAG29545.1|AF313479_1 1-beta dynein [Drosophila melanogaster] [NCBI NR]
    • Organism: Drosophila melanogaster
    Length: 4167 amino acids

    Gene Ontology:
    Cellular Component: axonemal dynein complex [ISS]
    dynein complex [TAS]
    microtubule associated complex [ISS]
    Biological Process: microtubule-based movement [IEA]
    Molecular Function: ATP binding [IEA]
    microtubule motor activity [IEA]
    motor activity [ISS]
    ATPase activity, coupled [ISS][TAS]


    Sequence:
    Sequence:
    [PDR BLAST]
    [ProtParam] 
          1          11         21         31         41         51         
      |          |          |          |          |          |          
    1 PTFVSQLIPR TIHLIRFIWL NSEQYNRRDL ITGIFRNLSN QIIRFCTEKV NVEKILSGSS  60
   61 RFGIKICNMC IDCCLTYKGI YDIMSKTHAK INIRIGWSLD NAMIFNHVDA FMERLNDVID 120
  121 ICESMMVFGR LDESESIPKP QFGGTSGTEF EATADNVENE FLVTLTALCT DSKEIILNVH 180
  181 KNEWYEEVIK YRRTVQSMEE TVQRLMSNVF QHICNVEEAL ESLNVMIFYS YRSTIRKTFL 240
  241 RQVSSAWVFF SNEIDSSVHM LMDRSKMHES WVPYYASRAL GYRVHLDRLV WLCNRLNSSD 300
  301 WLPNVSEASV VLKKFESVRR EFDKEVKKSF DEWQKNCCSL LLNQKLDRYL LIRSKKKKGL 360
  361 IECNIDRTIL TICEQAQHFE RLGLGVPGMV RKIYEKHETL RFVYNSVVQV CLNYNHILSA 420
  421 LSEQERKLFR ALIQACDRKI APGVFKLTYG GELSDAYIAD CAKHTNKLQE TMDIYKRAIQ 480
  481 NIARFCEKIC DTPMLKFNFS GAVTISIFEN HLSSYLRRVS NILRGFYSTI TDLIFAVFKE 540
  541 FQAVIEDMPI EWYGFVNVFD DMLATAFLTS SKNSLNMLTN ALHRDPDMAA APILVMESDV 600
  601 RERCIVLTPD IDVIANLLSG YIDRIHNILE QFPRIGIKMK LPKEHQYESF SKAFLEDSES 660
  661 TQLICNIEAE INHEREEIDG YITFWNSHRM LWETTELEFT KRVKATQMTA DIFEASIEYY 720
  721 SAMADDISYV DAITHVYFIL MNQNYIKSSI LDCIEKWQAL NIKILLSHSF SLIRAIYRYM 780
  781 RKNERKMMMV PRTLKESLLA KQFFERIINE VPLKQAGFPP TLELFAILDK YQVEIPEEIR 840
  841 VKVIGLEAAW HHYLKRLGEA DEMLDNNREE FKKILVQQAE KFKIILKEFL DDFFLKLPTS 900
  901 ANINPRIALK FLRIIALKIE DCFTFEESLM RDLAVFNVNQ PESIDLRKLD FEVRIVKNIW 960
  961 ELIFEWQTNW EGWKKGYFWK MNINEMEDTA LNLYKEFTTL NKKFYDRHWE MLEATTKNVD1020
 1021 SFRRTLPLIT ALKNPCMRER HWNRVRDVIH VNFDENSKNF TLELIINLDF QAFSEDIQDI1080
 1081 SNSATMELQI ENSIKNIATI WKKQSFEMAF YHDGIYRIKN VEDCFQLLEE HMVQISAMKA1140
 1141 TRFVEPFITI VDYWEKTLSY ISETLEKGLT VQRQWLYLEN IFQGDDIRKQ LPEEAKRFAT1200
 1201 ITEEFRTISS KMFQAKTAVK ATNLRPPPFL LNRFSRMDER LELIQRALEI YLEAKRQLFP1260
 1261 RFYFISNDDL LEILGNSKRP DLVQTHLKKL FDNLYKLELK RVGKTLSRWQ ASGMHSDDGE1320
 1321 YVEFMMVIYI DGPSERWLKQ VEEYMLVVMK EMLKLTRGSL KKLVGNREKW ISLWPGQMVL1380
 1381 TTAQIQWTTE CTRSLIHCSM VDQKKPLRKL KKKQIKVLSK LSEMSRKDLT KTMRLKVNTL1440
 1441 ITLEIHGRDV IERMYKSNCK DTGHFEWFSQ LRFYWHRESE LCVIRQTNTE HWYGYEYTGN1500
 1501 SGRLVITPLT DRCYITLTTA LHLHRGGSPK GPAGTGKTET VKDLGKALGI WVIVTNCSEG1560
 1561 LDYKSIGKNF SGLAQSGCWG CFDEFNRINI EVLSVVAQQI MSIMAALSTK ALELMFEGQM1620
 1621 IKLKHTVGLF ITMNPGYAGR TELPDNLKSM FRPISMMVPD NIIIAENLLF SDGFTNTRNL1680
 1681 ARKVYTLYEL AKQQLSKQYH YDFGLRSMVA LLRYAGRKRR QLPNTTEEEI VYLAMKDMNV1740
 1741 ARLTANDLPL FNGIMSDIFP GVSLPTIDYS EFNIAIYEEF REAGLQPITI AVKKVIELFE1800
 1801 TKNSRHSVMI IGDTGTAKSV TWRTLQNCFY RMNSQRFSGW EAVTVYPVNP KALNLAELYG1860
 1861 EYNLSTGEWL DGVLSSIMRI ICGDEEPTQK WLLFDGPVDA VWIENMNSVM DDNKLLTLVN1920
 1921 SERITMPVQV SLLFEVGDLA VASPATVSRC GMVYNDYNDW GWKPFVNSWL QRLRIKEFAD1980
 1981 FLRIHFDYMV PKILDFKRMR CKEPVRTNEL NGVVSLCKLL EIFGTKVNGI NPINLELLEE2040
 2041 MTRLWFMFCL VWSICSSVDE DSRQRLDSFI RELESCFPIK DTVFDYFVDP NERTFLPWDS2100
 2101 KLLSSWKCDF ESPFYKIIVP TGDTVRYEYV VSKLLAEEYP VMLVGNVGTG KTSTAISVME2160
 2161 ACDKNKFCIL AVNMSAQTTA AGLQESIENR TEKRTKTQFV PIGGKRMICF MDDFNMPAKD2220
 2221 IYGSQPPLEL IRQWIDYKYW FNRKTQQKIY VQNTLLMAAM GPPGGGRQTI SSRTQSRFVL2280
 2281 LNLTFPSQET IIRIFGTMLC QKLESYPNEV REMWLPITLC TINLYVSMIS KMLPTPNKSH2340
 2341 YLFNLRDISK VFQGLLRSEK ELQNKKNFFL RLWVHECFRV FSDRLVDDSD QFWFVNTIND2400
 2401 ILGKHFEVTF HSLCPSKVPP FFGDFAHPQG FYEDLQVDFL RTFMKNQLEE YNNFPGMTRM2460
 2461 NLVFFREAIE HIVRILRVIS QPRGHILNMG IGGSGRQVLT KLAAFILEMA VFQIEVTKKY2520
 2521 KTGDFREDLK NLYKVTGIKQ RLTIFIFSSD QIAEVSFLEI TNNMLSTGEI NLFKSDEFDE2580
 2581 LKPELERPAK KNGVLLTTEA LYSYFILNVR DFLHVALCFS PIGENFRSYI RQYPALLSST2640
 2641 TPNWFRFWPQ EALLEVASHF LIGFPLNVVV SGKEDEKHRE SLVISTEAIL QRDIAYVFSV2700
 2701 IHSSVAKMSE NMYAEVKRYN YVTSPNYLQL VSGFKKLLEK KRLEVSTASN RLRNGLSKIS2760
 2761 ETQEKVSLMS EELKASSEQV KILARECEDF ISMIEIQKSE ATEQKEKVDA EAVLIRRDEI2820
 2821 ICLELAATAR ADLEVVMPMI DAAVKALDAL NKKDISEVKS YGRPPMKIEK VMEAVLILLG2880
 2881 KEPTWENAKK VLSESTFLND LKNFDRDHIS DKTLKRIAIY TKNPELEPDK VAVVSLACKS2940
 2941 LMQWIMAIEN YGKVYRIVAP KQEKLDSAMK SLEEKQAALA AAKKKLEELQ VVIEELYRQL3000
 3001 EEKTNLLNEL RAKEERLRKQ LERAIILVES LSGERERWIE TVNQLDLSFE KLPGDCLLSV3060
 3061 AFMSYLGAFD TKYREELLVK WSLLIKDLLI PATLELKVTY FLVDAVSIRE WNIQGLPADD3120
 3121 LSTENGVIVT QGSRWPLIID PQMQANNWIK NMEERNQLMT LDFGMADYLR QLERALKEGL3180
 3181 PVLLQNVGEY LDQAINPILR QSFTIQSGER LLKFNDKYIS YNNSFRFYIT TKISNPHYPP3240
 3241 EISSKTTIVN FALKQDGLEA QLLGIIVRKE KPALEEQKDE LVMTIARNKR TLIDLDNEIL3300
 3301 RLLNESRGSL LDDDELFSTL QKSRQTSVLV KESLSIAEVT EVEIDAARQE YKPASERASI3360
 3361 LFFVLMDMSK IDPMYVFSLA AYILLFTQSI ERSPRNQLVH ERIQNINEYH SYAVYRNTCR3420
 3421 GLFERHKLLF SIHMTAKILS NAGKLLEEEY DFILKGGIVL DKLGQAPNPA PWWISEQNWD3480
 3481 NITELDKVSG FHGIIDSFEQ HYKAWNGWYA TTFPEQEDLV GEWNDKLTDF QKICVLRSLR3540
 3541 PDRISFCLTQ FIITKLGPRY VDPPVLDLKA TFDESISQTP LIFVLSPGVD PAQSLISLSE3600
 3601 SVKMAQRMYS LSLGQGQAPI ATKLIMDGIK DGNWVFLANC HLSLSWMPTL DKMIATMQSM3660
 3661 KLHKKFRLWL SSSPHPDFPI SILQTSIKMT TEPPRGIKSN MKRLYNNINE ANMENCSEPS3720
 3721 KYKKLLFALC FFHTVLLERK KFLELGWNVI YSFNDSDFEV SEILLLLYLN EYEDTPWGAL3780
 3781 KYLIAGVNYG GHITDDWDRR LLITYINQFF CDQALQTRKF RLSTLPNYFI PDDGDVQSYL3840
 3841 DQIQMFPNFD KPDAFGQHSN ADIASLIGET RMLFEALLSM QVQTNSTSSN ENGETKVFDL3900
 3901 AKEILMNTPD EINYEQTAKI IGINRTPLEV VLLQEIERYN KLLVDMSTQL RDLRRGIQGL3960
 3961 VVMSSDLEDI YLAVSEGRVP LQWLKAYNSL KPLAAWARDL IHRVGHFNSW AKTLRPPILF4020
 4021 WLAAYTFPTG FVTAVLQTSA RATKTPIDEL SWDFYVFVEE DTAAARIIRE GGGVYIRSLF4080
 4081 LEGGGWLRKN QCLQDPLPME LICPLPVIHF KPVENLKKRC RGVYQCPAYY YPVRSGSFVI4140
 4141 AVDLKSGNEK ADYWIKRGTA LLLSLAN

    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

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    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: 0.69

    Source: Reynolds et al. (2008)

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