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Protein Overview: gi|40849896

General Information:
Name(s) found: gi|40849896 [NCBI NR]
Description(s) found:
Found 8 descriptions.
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  • gi|40849896|gb|AAR95660.1| plectin 6 [Rattus norvegicus] [NCBI NR]
    • Organism: Rattus norvegicus
    Length: 4688 amino acids

    Gene Ontology:
    Cellular Component: insoluble fraction [UNKNOWN]
    basal plasma membrane [IDA]
    cytoskeleton [IEA]
    contractile fiber [UNKNOWN]
    perinuclear region of cytoplasm [IDA]
    cytoplasm [IEA]
    sarcolemma [IDA]
    cytosol [UNKNOWN]
    apical plasma membrane [IDA]
    Biological Process: epithelial cell differentiation [IEP]
    hemidesmosome assembly [UNKNOWN]
    female pregnancy [IEP]
    response to nutrient [IDA]
    Molecular Function: actin binding [IEA]
    protein N-terminus binding [IDA]
    structural constituent of cytoskeleton [IMP]
    cytoskeletal protein binding [IDA]


    Sequence:
    Sequence:
    [PDR BLAST]
    [ProtParam] 
          1          11         21         31         41         51         
      |          |          |          |          |          |          
    1 MVAGMLMPLD QLRAIYEVLF REGVMVAKKD RRPRSLHPHV PGVTNLQVMR AMTSLKARGL  60
   61 VRETFAWCHF YWYLTNEGID HLRQYLHLPP EIVPASLQRV RRPVAMVMPA RRRSPHVQTM 120
  121 QGPLGCPPKR GPLPAEDPAR EERQVYRRKE REEGAPETPV VSATIVGTLA RPGPEPTPAT 180
  181 DERDRVQKKT FTKWVNKHLI KAQRHISDLY EDLRDGHNLI SLLEVLSGDS LPREKGRMRF 240
  241 HKLQNVQIAL DYLRHRQVKL VNIRNDDIAD GNPKLTLGLI WTIILHFQIS DIQVSGQSED 300
  301 MTAKEKLLLW SQRMVEGYQG LRCDNFTTSW RDGRLFNAII HRHKPMLIDM NKVYRQTNLE 360
  361 NLDQAFSVAE RDLGVTRLLD PEDVDVPQPD EKSIITYVSS LYDAMPRVPG AQDGVRANEL 420
  421 QLRWQEYREL VLLLLQWIRH HTAAFEERKF PSSFEEIEIL WCQFLKFKET ELPAKEADKN 480
  481 RSKGIYQSLE GAVQAGQLKI PPGYHPLDVE KEWGKLHVAI LEREKQLRSE FERLECLQRI 540
  541 VSKLQMEAGL CEEQLNQADS LLQSQDIRLL ASGKAAQRAG EVERDLDKAD GMIRLLFNDV 600
  601 QTLKDGRHPQ GEQMYRRVYR LHERLVAIRT EYNLRLKAGV GAPVTQVTLQ STQRRPELED 660
  661 STLRYLHDLL AWVEENQRRI DGAEWGVDLP SVEAQLGSHR GMHQSIEEFR AKIERARNDE 720
  721 SQLSPATRGA YRDCLGRLDL QYAKLLNSSK ARLRSLESLH GFVAAATKEL MWLNEKEEEE 780
  781 VGFDWSDRNT NMAAKKESYS ALMRELEMKE KKIKEIQNTG DRLLREDHPA RPTVESFQAA 840
  841 LQTQWSWMLQ LCCCIEAHLK ENTAYFQFFS DVREAEEQLQ KLQETLRRKY SCDRSITVTR 900
  901 LEDLLQDAQD EKEQLNEYKG HLSGLAKRAK AIVQLKPRNP AHPVRGHVPL LAVCDYKQVE 960
  961 VTVHKGDQCQ LVGPAQPFHW KVLGGSSSEA AVPSVCFLVP PPNQEAQEAV ARLEAQHQAL1020
 1021 VTLWHQLHVD MKSLLAWQSL NRDIQLIRSW SLVTFRTLKP EEQRQALRNL ELHYQAFLRD1080
 1081 SQDAGGFGPE DRLVAEREYG SCSRHYQQLL QSLEQGEQEE SRCQRCISEL KDIRLQLEAC1140
 1141 ETRTVHRLRL PLDKDPAREC AQRIAEQQKA QAEVEGLGKG VARLSAEAEK VLALPEPSPA1200
 1201 APTLRSELEL TLGKLEQVRS LSAIYLEKLK TISLVIRSTQ GAEEVLKTHE EHLKEAQAVP1260
 1261 ATLQELEVTK ASLKKLRAQA EAQQPVFNTL RDELRGAQEV GERLQQRHGE RDVEVERWRE1320
 1321 RVTQLLERWQ AVLAQTDVRQ RELEQLGRQL RYYRESADPL SSWLQDAKSR QEQIQAVPIA1380
 1381 NSQAAREQLR QEKALLEEIE RHGEKVEECQ KFAKQYINAI KDYELQLITY KAQLEPVASP1440
 1441 AKKPKVQSGS ESVIQEYVDL RTRYSELTTL TSQYIKFISE TLRRMEEEER LAEQQRAEER1500
 1501 ERLAEVEAAL EKQRQLAEAH AQAKAQAELE ARELQRRMQE EVTRREEAAV DAQQQKRSIQ1560
 1561 EELQHLRQSS EAEIQAKAQQ VEAAERSRMR IEEEIRVVRL QLETTERQRG GAEDELQALR1620
 1621 ARAEEAEAQK RQAQEEAERL RRQVQDESQR KRQAEAELAL RVKAEAEAAR EKQRALQALD1680
 1681 ELKLQAEEAE RRLRQAEAER ARQVQVALET AQRSAEVELQ SKRASFAEKT AQLERTLQEE1740
 1741 HVTVTQLREE AERRAQQQAE AERAREEAER ELERWQLKAN EALRLRLQAE EVAQQKSLAQ1800
 1801 ADAEKQKEEA EREARRRGKA EEQAVRQREL AEQELEKQRQ LAEGTAQQRL AAEQELIRLR1860
 1861 AETEQGEQQR QLLEEELARL QHEATAATQK RQELEAELAK VRAEMEVLLA SKARAEEESR1920
 1921 STSEKSKQRL EAEAGRFREL AEEAARLRAL AEEAKRQRQL AEEDAARQRA EAERVLTEKL1980
 1981 AAISEATRLK TEAEIALKEK EAENERLRRL AEDEAFQRRR LEEQAAQHKA DIEERLAQLR2040
 2041 KASESELERQ KGLVEDTLRQ RRQVEEEIMA LKASFEKAAA GKAELELELG RIRSNAEDTM2100
 2101 RSKELAEQEA ARQRQLAAEE EQRRREAEER VQRSLAAEEE AARQRKVALE EVERLKAKVE2160
 2161 EARRLRERAE QESARQLQLA QEAAQKRLQA EEKAHAFVVQ QREEELQQTL QQEQNMLERL2220
 2221 RSEAEAARRA AEEAEEAREQ AEREAAQSRK QVEEAERLKQ SAEEQAQAQA QAQAAAEKLR2280
 2281 KEAEQEAARR AQAEQAALKQ KQAADAEMEK HKKFAEQTLR QKAQVEQELT TLRLQLEETD2340
 2341 HQKSILDEEL QRLKAEVTEA ARQRSQVEEE LFSVRVQMEE LGKLKARIEA ENRALILRDK2400
 2401 DNTQRFLEEE AEKMKQVAEE AARLSVAAQE AARLRQLAEE DLAQQRALAE KMLKEKMQAV2460
 2461 QEATRLKAEA ELLQQQKELA QEQARRLQED KEQMAQQLVE ETQGFQRTLE AERQRQLEMS2520
 2521 AEAERLKLRM AEMSRAQARA EEDAQRFRKQ AEEIGEKLHR TELATQEKVT LVQTLEIQRQ2580
 2581 QSDQDAERLR EAIAELEREK EKLKQEAKLL QLKSEEMQTV QQEQILQETQ ALQKSFLSEK2640
 2641 DSLLQRERFI EQEKAKLEQL FQDEVAKAKQ LQEEQQRQQQ QMEQEKQELV ASMEEARRRQ2700
 2701 REAEEGVRRK QEELQRLEQQ RQQQEKLLAE ENQRLRERLQ RLEEEHRAAL AHSEEIATSQ2760
 2761 AAATKALPNG RDALDGPSME AEPEYTFEGL RQKVPAQQLQ EAGILSMEEL QRLTQGHTTV2820
 2821 AELTQREDVH RYLKGGSSIA GLLLKPTNEK LSVYTALQRQ LLSPGTALIL LEAQAASGFL2880
 2881 LDPVRNRRLT VNEAVKEGVV GPELHHKLLS AERAVTGYKD PYTGEQISLF QAMKKDLIVR2940
 2941 DHGIRLLEAQ IATGGIIDPV HSHRVPVDVA YQRGYFDEEM NRVLADPSDD TKGFFDPNTH3000
 3001 ENLTYLQLLE RCVEDPETGL RLLPLTDKAA KGGELVYTDT EARDVFEKAT VSAPFGKFQG3060
 3061 KTVTIWEIIN SEYFTAEQRR DLLRQFRTGR ITVEKIIKIV ITVVEEHERK GQLCFEGLRA3120
 3121 LVPAAELLDS GVISHEVYQQ LQRGERSVRE VAEADEVRQA LRGTSVIAGV WLEEAGQKLS3180
 3181 IYEALRRDLL QPEVAVALLE AQAGTGHIID PATSARLTVD EAVRAGLVGP EMHEKLLSAE3240
 3241 KAVTGYRDPY SGQSVSLFQA LKKGLIPREQ GLRLLDAQLS TGGIVDPSKS HRVPLDVAYA3300
 3301 RGYLDKETNR ALTSPRDDAR VYLDPSTREP VTYSQLQQRC RSDQLTGLSL LPLSEKAVRA3360
 3361 RQEEVYSELQ ARETLEKAKV EVPVGGFKGR ALTVWELISS EYFTEEQRQE LLRQFRTGKV3420
 3421 TVEKVIKILI TIVEEVETQR QERLSFSGLR APVPASELLA SKILSRTQFE QLKDGKTSVK3480
 3481 DLSEVGSVRT LLQGSGCLAG IYLEDSKEKV TIYEAMRRGL LRPSTATLLL EAQAATGFLV3540
 3541 DPVRNQRLYV HEAVKAGVVG PELHEKLLSA EKAVTGYKDP YSGSTISLFQ AMKKGLVLRD3600
 3601 HAIRLLEAQI ATGGIIDPVH SHRLPVDVAY QRGYFDEEMN RVLADPSDDT KGFFDPNTHE3660
 3661 NLTYLQLLER CVEDPETGLR LLPLRGAEKT EVVETTQVYT EEETRRAFEE TQIDIPGGGS3720
 3721 HGGSSMSLWE VMQSDMIPED QRARLMADFQ AGRVTKERMI IIIIEIIEKT EIIRQQNLAS3780
 3781 YDYVRRRLTA EDLYEARIIS LETYNLFREG TKSLREVLEM ESAWRYLYGT GSVAGVYLPG3840
 3841 SRQTLTIYQA LKKGLLSAEV ARLLLEAQAA TGFLLDPVKG ERLTVDEAVR KGLVGPELHD3900
 3901 RLLSAERAVT GYRDPYTEQP ISLFQAMKKE LIPAEEALRL LDAQLATGGI VDPRLGFHLP3960
 3961 LEVAYQRGYL NKDTHDQLSE PSEVRSYVDP STDERLSYTQ LLKRCRRDDN SGQMLLPLSD4020
 4021 ARKLTFRGLR KQITVEELVR SQVMDEATAL QLQEGLTSIE EVTKNLQKFL EGTSCIAGVF4080
 4081 VDATKERLSV YQAMKKGIIR PGTAFELLEA QAATGYVIDP IKGLKLTVEE AVRMGIVGPE4140
 4141 FKDKLLSAER AVTGYKDPYS GKLISLFQAM KKGLILKDHG IRLLEAQIAT GGIIDPEESH4200
 4201 RLPVEVAYKR GLFDEEMNEI LTDPSDDTKG FFDPNTEENL TYLQLMERCI TDPQTGLCLL4260
 4261 PLKEKKRERK TSSKSSVRKR RVVIVDPETG KEMSVYEAYR KGLIDHQTYL ELSEQECEWE4320
 4321 EITISSSDGV VKSMIIDRRS GRQYDIDDAI TKNLIDRSAL DQYRAGTLSI TEFADMLSGN4380
 4381 AGGFRSRSSS VGSSSSYPIS SAVPRTQLAS WSDPTEETGP VAGILDTETL EKVSITEAMH4440
 4441 RNLVDNITGQ RLLEAQACTG GIIDPSTGER FPVTEAVNKG LVDKIMVDRI NLAQKAFCGF4500
 4501 EDPRTKTKMS AAQALKKGWL YYEAGQRFLE VQYLTGGLIE PDTPGRVSLD EALQRGTVDA4560
 4561 RTAQKLRDVS AYSKYLTCPK TKLKISYKDA LDRSMVEEGT GLRLLEAAAQ SSKGYYSPYS4620
 4621 VSGSGSTAGS RTGSRTGSRA GSRRGSFDAT GSGFSMTFSS SSYSSSGYGR RYASGPSASL4680
 4681 GGPESAVA

    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: 0.96

    Source: Reynolds et al. (2008)

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