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Protein Overview: gi|94391626

General Information:
Name(s) found: gi|94391626 [NCBI NR]
Description(s) found:
Found 4 descriptions.
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  • gi|94391626|ref|XP_996501.1| PREDICTED: similar to dynein, axonemal, heavy polypeptide 9 isoform 2 [Mus musculus] [NCBI NR]
    • Organism: Mus musculus
    Length: 4484 amino acids

    Gene Ontology:
    Cellular Component: NONE FOUND
    Biological Process: NONE FOUND
    Molecular Function: NONE FOUND


    Sequence:
    Sequence:
    [PDR BLAST]
    [ProtParam] 
          1          11         21         31         41         51         
      |          |          |          |          |          |          
    1 MPGAKEQAAL AESGDEEPGD PRLRLLGTFV ARSLRPAAGT WERCAGTAEA GRLLQAFLDH  60
   61 NAASDPRPLL VVQSGPGGLV VTPGLDAGPE PSRARAKGLF FLRTKSEPPG NHSLRGTVLC 120
  121 GDLPAVPLEH LAPLLSEVII PVLANEKNHL EWPHMVCQDI RHHAHTLKSD LLVIFEHMKG 180
  181 RTLLPLPVGS EKLEFVDGHS EPVSDAIDKS TLYAVESAVI KWSHQVQVVL KRESSQALIQ 240
  241 GQNPTPKVEL EFWKSRCEDL EHIYNQLMTI KVKGMAELLD KLQSSYLPAF KAMFRDVEAA 300
  301 LTEAQDIHVH LLPLQQHLDI LENVEFPKVK GRLRPLLHVV CLIWATCKWY RSPGRLTVLL 360
  361 QEICNLLIQQ ASNYLSPEDL LRSEVEESQK KLQVVSDTLS FFKQAFQDRR EHLHTYFKED 420
  421 SEVRVWDFQA SLVFVRLDGF LGRVHMVEDL LKTALDLNNL EKLEFSGLRG NSLSQKVQRM 480
  481 HEEFEEMYKV FLDCSYDCLD PKGTEFENDV CEFNKRVEDL DRRLGTILIQ AFDDAPDVEH 540
  541 AFKLLDITGT LIKRPLVAQD VSQKYLALIR MFSTELDAVR VIYSQHIQKE AEHGFSPVHK 600
  601 NMPTMAGGIC WAQELRQRVK GPFGNFKNIP HLYLQSAEGK RMIQKYEDLL SLLEEYERRL 660
  661 YEDWCQTVSE KSQYNLSLPL LHRDPNTKQL SVNFNPQLIS VLKEMNYLQP SEVKTIPETA 720
  721 AAMFSSREFY RQLVANLELM ANWYNKVIKI LLEVEFPLVE EELQNIDLRL RAAEETLSWK 780
  781 TEGIWDYAMQ ITNSIHDLEQ RIQKTKDNVE EIQNIMKTWV SPIFKRKDGK KEWPLSLDDQ 840
  841 QDHMEKYYSL IQESGLKIHA LVQENLVLFA ADPASSIWKS YVNYIDSMLL DGFFLAIECS 900
  901 LKYLLENTEC KPGLTPVFEA QLNLVTPELV FHPSLDSGVK GGLYDIVQSL VTRIFAMPSL 960
  961 VPRLSPHSGS PHYQGDLEDM ADLAGLRSVL MERVQNMMTL CCGYRNTLSQ YSYLYVEDRK1020
 1021 EILGQFLLYG HVLTPEEIEA HAEDGIPENP PLLHHFKDQI DSYEKLYEEV VSLEPTKVFD1080
 1081 GWMRVDVRPF KASLLNTIKK WSLMFKQHLV DFVTNSLSDL DSFIRSTESG LLKRVEKGDF1140
 1141 QGLVEIMGHL VTLKERQSST DDMFEPLKQT IELLKSYEQE LPETVFKQLE ELPEKWKNMK1200
 1201 KMAITVRQQV APLQANEVAL LRQRCSAFDD EQQQFQERFR KEAPFRFDSI NPHQMLDAWH1260
 1261 VEIQHMESTM ATISKSADLF EVNVPDYKQL RQCRKEACQL KELWDTIGMV TSSIRAWEAT1320
 1321 SWRNISVEAM DSECKQFARH IRNLDKEFRS WDAFTGLEST VLNTLTSLRA VAELQNPAIR1380
 1381 DRHWRQLMQA TGVNFTMNQD TTLAHLLQLQ LHHFEDEVRG IVDRAVKEMS MEKTLKELQT1440
 1441 TWASMEFQYE SHARTRVPLL QSDEDLIEVL EDNQVQLQNL MMSKYVAFFL EEVSSWQKKL1500
 1501 STADSVISIW FEVQRTWSHL ESIFIGSEDI RAQLPQDSKR FEGIDSDFRE LAYDAQKTPN1560
 1561 VVEATNKSGL YEKLEDIQSR LCLCEKALAE YLDTKRLSFP RFYFLSSSDL LDILSNGTAP1620
 1621 QQVQRHLSKL FDNMAKMQFQ LDASQNPTKT SLGMYSKEEE YVAFSEACDC SGQVEIWLNR1680
 1681 VLRHMKATVR HEMTEGVTAY EEKPRDQWLF DYPAQVALTC TQIWWTTEVG IAFARLEEGY1740
 1741 ESAMKDYYKK QVAQLKTLIT MLIGPLSKGD RQKIMTICTI DVHARDVVAK MIAQKVDNAQ1800
 1801 AFLWLSQLRH RWDDEAKHCF ANICDAQFLY SYEYLGNTPR LVITPLTDRC YITLTQSLHL1860
 1861 TMSGAPAGPA GTGKTETTKD LGRALGIMVY VFNCSEQMDY KSCGNIYKGL AQTGAWGCFD1920
 1921 EFNRISVEVL SVVAVQVKSI QDAIRDKKQR FSFLGEEISL DPSVGIFITM NPGYAGRTEL1980
 1981 PENLKALFRP CAMVVPDFEL ISEIMLVAEG FIEARLLARK FITLYRLCKE LLSKQDHYDW2040
 2041 GLRAIKSVLV VAGSLKRGDP DRPEDQVLMR SLRDFNIPKI VTDDMPVFMG LIGDLFPALD2100
 2101 VPRKRDLDFE AVVRKAIVDL KLQAEDNFVL KVVQLEELLA VRHSVFVVGG AGTGKSQVLR2160
 2161 SLHKTYQIMR RRPVWTDLNP KAVTNDELFG IINPATREWK DGLFSSIMRE LAIISHDGPK2220
 2221 WILLDGDIDP MWIESLNTVM DDNKVLTLAS NERIPLNPTM RLLFEISHLR TATPATVSRA2280
 2281 GILYINPADL GWNPPVSSWI DQREVQTERA NLTILFDKYL PTCLDTLRTR FKKIIPVPEQ2340
 2341 SMIQMLCYLL ECLLTKEDIP ADCPKEIYEL YFVFAAIWAF GSAVIQDQLV DYRAEFSKWW2400
 2401 LTEFKTVKFP SQGTVFDYYI DPETKKFEPW AKLIPQFEFD PEMPLQACLV HTSETIRVCY2460
 2461 FMERLMQWRR PVMLVGPAGS GKSVLVGAKL SSLNPEEYMV KNVPFNYYTT SAMLQAVLEK2520
 2521 PLEKKAGRNY GPPGNRKLIY FIDDMNMPEV DAYGTVQPHT VIRQHLDYGH WYDRNKLSLK2580
 2581 EIMNVQYISC MNPTAGSFTI NPRLQRHFSV FALCFPGADA LSSIYSTILT HHLKFGNFPT2640
 2641 TLQKSIPPLI NLAVTFHQKI ATTFLPTAIK FHYIFNLRDF ANIFQGILFS SVECVKSTQD2700
 2701 LVKLYLHESS RVYRDKMVEE KDFNLFDKIQ TEFLKKNFDD SEEVLKQTQN LNMYCHFANG2760
 2761 IGEPKYMPVQ SWDLLNQTLV EALESHNEVN AVMDLVLFED AIRHICHINR ILESPRGNAL2820
 2821 LVGVGGSGKQ SLTKLAAFIS SMDVFQITLR KGYQIPDFKV DLASLCLKAG VKNLSTVFLM2880
 2881 TDAHVADERF LVLINDLLAS GEIPDLYSDE EEENIINNVR NEVKSQGLMD SRENCWKFFI2940
 2941 ERVQRQLKVT LCFSPVGNKL RIRSRKFPAI VNCTAINWFH EWPQEALESV SLRFLQNTKN3000
 3001 IEPAVKQSIS KFMAFVHISV NKTSQSYLTN EQRYNYTTPK SFLEFIRLYQ SLLERNGKEL3060
 3061 QAKVERLENG LLKLHSTSAQ VDDLKAKLAT QEVELRHKNE DTDKLIQVVG VETSKVSREK3120
 3121 AIADEEEQKV ALIMLEVQQK QKDCEEDLAG MNPMLKAWSI IRNTLNSTNL TELKSFGSPP3180
 3181 LAVSNVSAAV MVLMAPGGKV PKDRSWKAAK ITMAKVDSFL DSLIHFDKEN IHENCLKAIR3240
 3241 PYLQDPAFNP EFVATKSYAA AGLCSWVINI VRFYEVFCDV EPKRQALNKA TSDLTTAQEK3300
 3301 LAAIKAKITH LNNNNNLVLX AVKNLCADHH PPQKEASLTK VDSSITHKLV GGLASENIRW3360
 3361 AEAVQNFRQQ ERTLCGDILL TTAFISYLGF FTKKYRKSLM DGTWRPYLSQ LKVPIPTTPT3420
 3421 LDPLRMLTDD AEVAAWQNEG LPADRMSMEN ATILINCERW PLMVDPQLQG IKWIKNKYGE3480
 3481 ELRVTQIGQK GCLQTIERAL EAGDVVLIEN LEESIDPVLG PLLGREVIKK GRFIKIGDKE3540
 3541 CEFNPKFRLI LHTKLANPHY QPELQAQATL INFTVTRDGL EDQLLAAVVS MERPDLEQLK3600
 3601 SDLTKQQNGF KITLKTLEDN LLSRLSSASG NFLGETALVE NLEVTKQTAA DVEEKVQEAK3660
 3661 LTEVKINEAR EHYRPAAARA SLLYFIMNDL SKIHPMYQFS LKAFSIVFQK AVEKAAPSES3720
 3721 VTERVTNLID SITFSVYQYT TRGLFECDKL TYLAQLTFQI LLVNQEVNAA ELDFLLRAPV3780
 3781 QTGTPSPMEF LSHQAWGGIK ALSSMEEFCN LDRDIEGSAK SWKKFVESEC PEKEKFPQEW3840
 3841 KNKTALQRLC MMRAMRPDRM TYAMRDFVEE KLGSKYVMGR ALDFVTSFEE SGPATPMFFI3900
 3901 LSPGVDPLKD VENQGKKLGY TFNNRNFHNV SLGQGQEVVA EAALDLAAKK GHWVILQNIH3960
 3961 LVAKWLSTLE KKLEELSEES HPDFRVFISA EPAPSPEGHI IPQGILENSI KITNEPPTGM4020
 4021 HANLHKALDN FTQDTLEMCS RETEFKTILF ALCYFHAVVA ERRKFGPQGW NRSYPFNTGD4080
 4081 LTISVNVLYN FLEANTKVPY DDLRYLFGEI MYGGHITDDW DRRLCRTYLE EFIRPEMLEG4140
 4141 ELSLAPGFPL PGNMDYSGYH QYIDAELPPE SPYLYGLHPN AEIGFLTQTS EKLFRTVLEM4200
 4201 QPRDSQAGDG AGITREEKVK TFLEEILDRM TDEFNIAELM AKVEERTPYI VVALQECERM4260
 4261 NILTREIQRS LRELHLGLQG ELTMTSEMEN LQNALYLDVV PESWARRAYP STAGLAAWFL4320
 4321 DLLNRIKELE SWTGDFLMPS TVWLTGFFNP QSFLTAIMQS MARKNEWPLD QMALQCDVTK4380
 4381 KNREEFRSPP REGAYIYGLF MEGACWDTQT GIIAEAKLKD LTPPMPVMFL KAIPADKQDC4440
 4441 RSVYACPVYK TCQRGPTYVW TFNLKTKENP SKWVLAGVAL LLQI

    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:

    SHOWING SINGLE HITS. [ Hide 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: 0.86

    Source: Reynolds et al. (2008)

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