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Protein Overview: gi|109469863, gi...

General Information:
Name(s) found: gi|109469863 [NCBI NR]
gi|109468170 [NCBI NR]
Description(s) found:
Found 3 descriptions.
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  • gi|109469863|ref|XP_001056398.1| PREDICTED: similar to nebulin-related anchoring protein isoform C [Rattus norvegicus] [NCBI NR]
  • gi|109468170|ref|XP_229925.4| PREDICTED: similar to nebulin-related anchoring protein isoform C [Rattus norvegicus] [NCBI NR]
    • Organism: Rattus norvegicus
    Length: 6666 amino acids

    Gene Ontology:
    Cellular Component: Z disc [UNKNOWN]
    myofibril [IDA]
    Biological Process: NONE FOUND
    Molecular Function: NONE FOUND


    Sequence:
    Sequence:
    [PDR BLAST]
    [ProtParam] 
          1          11         21         31         41         51         
      |          |          |          |          |          |          
    1 MADEEEYEEV IEYYTEETVY EEVPGETITE IYETTTTRTS DYDQSETSTP ALAQPQPAKP  60
   61 VERKKVIRKK VDTSKFMTPY IEHSQKMQGL FSPNKYKENY EKAKGQPYAI TSDTPELRRI 120
  121 KKVQDQLSEV KYRMDGDVAK TICHVDEKAK DIEHAKKVSQ QVSKVLYKQN WEDTKDKYLL 180
  181 PPDAPELVQA IKNTAMFSKK LYTEDWEADK GLFYPYNDSP ELRRVAQAQK ALSDIAYKKG 240
  241 LTEQQTQFTS LPDPPDLEFA KKVTNQVSKQ KYKEDYEKKV KGKWSETPCF EIATARMNAD 300
  301 NLSTRKYQED FENMKDQIYF MQTETPEYKM NKQAGVAASK VKYKEDYEKN KGKADYNVLP 360
  361 ASENPLLRQL KTAGNALSDK LYKENYEKTK AKSINYCETP KYQLDSVLQN FSSDTKYKDS 420
  421 YLKNILGHYV GSFEDPYHTH CMKVTAQNSD KNYKAEYEED RGKGFFPQTI TQEYEAIKKL 480
  481 DQCKDHTYKV HPDKTKFTQV TDSPVLVQAQ VNSKQLSDLN YKAKHESEKF KCHIPPDAPA 540
  541 FIQHRVNAYN LSDNVYKQDW EKSKAKKFDI KVDAIPLLAA KANSKNASDV MYKKDYEKSK 600
  601 GKMIGALSIN DDPKMLHSLK TAKNQSDRLY RENYEKTKAK SMNYCETPKY QLDTLLKNFS 660
  661 EAKYKDSYVK NILGHYVGSF EDPYHTHCMK VSAQNSDKSY KAEYEEDKGK CYFPQTITQE 720
  721 YEAIKKLDQC KDHTYKVHPD KTKFTAVTDT PVLLQAQLNT KQLSDLNYKA KHEGEKFKCS 780
  781 VPADAPEFIQ HRVNAYNLSD NVYKQDWEKS KAKKFDIKVD AIPLLAAKAN SKNASDVMYK 840
  841 KDYEKSKGKM IGALSINDDP KMLHSLKTAK NQSDREYRKD YEKSKTIYTA PLDMIQVTQA 900
  901 KKSQAIASDV DYKHILHNYS YPPDSINVDL AKKAYALQSD VEYKADYNSW MKGCGWVPFG 960
  961 SLEMEKAKRA SEILNEKKYR QHPDTLKFTS IEDAPITVQS KINQAQRSDI AYKAKGEEIL1020
 1021 HKYNLPADLP QFIQAKVNAY NISENMYKAD LKDLSKKGYD LRIDAIPIKA AKAARQAASD1080
 1081 IHYKKDYEKA KGKMVGFQSL QDDPKLVHYM NVAKIQSDRE YKKDYEKTKT KYNTPHDMVD1140
 1141 VVAAKKAQDV ISNTNYKHSL HHYTYLPDAM DLELSKNMMH IQSDNAYKED YNTWMKGIGW1200
 1201 IPIGSLDQEK VKKAGDALSE KKYRQHPDTL KFTSIVDSPV MVQAKQNTQQ VSDILYKAKG1260
 1261 EDVKHKYTLN PDLPQFLQAK CNAYNISDVC YKRDWHDLIA KGNNVLADAI PITAAKSSRN1320
 1321 IASDYKYKEA YEKAKGKHVG FRSLQDDPKL VHYMNVAKLQ SDREYKKNYE NTKTSYHTPG1380
 1381 DMVSITAARM AQDVATNVNY KQPIHHYTYL PDSLSLEHTR NANQIQSDNV YKDEYNSFFK1440
 1441 GIGWIPIGSL EVEKAKKAGD ALNERKYRQH PDTIKFTSVP DSMGMVLAQQ NTKQLSDLNY1500
 1501 KVEGEKLKHK YTMDPELPQF IQAKVNAINM SDAHYKADWK KTLAKGYDLR PDAIPIVAAK1560
 1561 SSRNIASDCK YKEAYEKAKG KQIGFLSLQD DPKLVHYMNV AKIQSDREYK KGYEASKTRY1620
 1621 HTPLDMFSVT AAKKSQEVAT NSNYRQPYHN YTLLPDALNV EHSRNAMQIQ SDNLYKSDFT1680
 1681 NWMKGIGWVP IDSLEVEKAK KAGEILSERK YRQHPEKLKF TYSMDTMEQA LNKSNKLTMD1740
 1741 KRLYTEKWNK DKTSIHVMPD TPDILLSRVN QITMSDKLYK AGWEEEKKKG YDLKPDAISI1800
 1801 KAAKASRDIA SDYKYKQAYE QAKGKHIGFR SLEDDPKLVH FMQVAKMQSD REYKKGYEKS1860
 1861 KTSFHTPVDM VSVVAAKKSQ EVATNANYRN IIHTYNMLPD AMGFELAKNM MQIQSDNQYK1920
 1921 ADYADFMKGI GWLPLGSLEA EKNKKAMEII SEKKYRQHPD TLKYSTLMDS MNMVLAQNNA1980
 1981 KIMNNHLYKQ AWEADKTKIH IMPDIPEIVL AKANAINMSD KLYKLSLEES RKKGYDLRTD2040
 2041 AIPIKAAKAS RDIASDYKYK HSYEKEKGKM VGFRSLEDDP KLVHSMQVAK MQSDREYKKN2100
 2101 YEKTKTSYHT PADMLSVTAA KDAQANITNT NYKRLIHKYI LLPDAMNIEL TRNMNHIQSD2160
 2161 NEYKQDYREW YRGLGWSPAG SLEVEKAKKA TEYASDQKYR QHPSNFQFKK LTDSMDMVLA2220
 2221 KQNAHTMNKH LYTVDWNKDK TKIHVMPDTP DILQAKQNQT LYSQKFYRLG WEEALKKGYD2280
 2281 LPVDAISVQL AKTSRDIASD FKYKQGYRKQ LGHHIGFLSV QDDPKLVLSM NVAKMQSERE2340
 2341 YKKDFEKWKT KYTSPVDMLG VVLAKKCQAL VSDVDYKNYL HQWTCLPDQN DVIQAKKVYE2400
 2401 LQSENMYKSD LEWLRGIGWS PLGSLEAEKN KRASEIISEK KYRQPPDRNK FTSIPDAMDI2460
 2461 VLAKTNAKNR SDRLYREAWD KDKTQIHIMP DTPDIILAKA NLINTSDKLY KMGYEELKKK2520
 2521 GYDLPVDAIP IKAAKASREI ASEYKYKEGF RKQLGHHIGA RNIKDDPKMM WSMHVAKIQS2580
 2581 DREYKKDFEK WKTKFSSPVD MLGVVLAKKC QTLVSDADYR NYLHQWTCLP DQNDVIHARQ2640
 2641 AYDLQSDNLY KADLQWLKGI GWITSGSLED EKNKRATQIL SDHVYRQHPD KFKFSSLMDS2700
 2701 MPMVLAKNNA ITMNHHLYTE AWNNDKTTVH IMPDTPEVML AKQNKVNYSE KLYKLGLEEA2760
 2761 KRKGYDMRLD AIPIKSAKAS RDIASDFKYK EGYRKQLGHH IGARAIHDDP KMMWSMHVAK2820
 2821 IQSDREYKKD FEKWKTKFSS PVDMLGVVLA KKCQTLVSDV DYKNYLHQWT CLPDQNDVIH2880
 2881 ARQAYDLQSD NMYKSDLQWL RGIGWVPIGS LDVEKCKRAT EILSDKIYRQ PPDKFKFTSV2940
 2941 TDSLEQVLAK NNAITMNKRL YTEAWDKDKT QIHIMPDTPE IMLARMNKVN YSESLYKLAN3000
 3001 EEAKKKGYDL RSDAIPIVAA KASRDIASDY KYKDGYRKQL GHHIGARNIE DDPKMMWSMH3060
 3061 VAKIQSDREY KKDFEKWKTK YSSPVDMLGV VLAKKCQTLV SDVDYKNYLH QWTCLPDQND3120
 3121 VIHARQAYDL QSDNVYKSDL QWLRGIGWVP IGSLDVVKCK RAAEILSDNV YRQPPNKFKF3180
 3181 TSVTDSLEQV LAKSNALNMN KRLYTEAWDK DKIQIHVMPD TPEIVLARQN RINYSESLYR3240
 3241 QAMEEAKKEG YDLRSDAIPI VAAKASRDIA SDYKYKEAYR KQLGHHIGAR AVHDDPKMMW3300
 3301 SLHIAKVQSD REYKKEFEKY KTRYSSPVDM LGIVLAKKCQ TLVSDVDYKH LLHEWTCLPD3360
 3361 QNDVIQARKA YDLQSDNLYK ADLEWMKGIG WVPIGSLEVV KAKRATEILS DNIYRQRPDA3420
 3421 LKFTSITDSL EQVLAKNNAI NMNKRLYTEA WDNDKKTIHV MPDTPEIMLA KLNRINYSDK3480
 3481 LYKLSLEEAR RQGYDLRVDA IPIRSAKASR EIASDYKYKE GYRKQLGHHI GARNIKDDPK3540
 3541 MMWSIHVAKI QSDREYKKDF EKWKTKYSSP VDMLGVVLAK KCQILVSDID YKHPLHEWTC3600
 3601 LPDQNDVIQA RKAYDLQSDA VYKADLEWLR GIGWVPIGSV EVEKVKRAGE ILSDRKYRQP3660
 3661 ADQLKFTCIT DTPEIVLAKN NAITMSKHLY TEAWDADKAS IHVMPDTPEI LLAKSNSANI3720
 3721 SQKLYTKGWD ESKMKDYDLR EDAISIKSAK ASRDIASDYK YKEAYEKQKG HHIGAQCVED3780
 3781 DPRIVCAMHA GKIHSDREYK KEFQKWKTKF SSPVDMLGLV LARKCQTLVS DIDYRNYLHN3840
 3841 WTCLPDQNDI IQAKKAYELQ SDAIYKADLE WLRGIGWMPE GSPEVLRVKN AQEILCDSVY3900
 3901 RTPVVKLKYT SIVDTPEVVL AKSNAENISI PKYREVWDKD KTSIHIMPDT PEINLARANA3960
 3961 LNVSHKLYRE GWDEVKMSCD VRLDAIPIQA AKASREIASD YKYKLDHEKQ KGHYVGTLTA4020
 4021 RDDNKIRWAL IAGKIQNERE YRLQWAKWKT KFQSPVDMLS ILHSKKCQTL VSDIDYRNYL4080
 4081 HQWTCMPDQN DVIQAKKAYE LQSDAVYKAD LEWLRGIGWM PNDSVSVNHA KHAADIFSEK4140
 4141 KYRTKIETLN FTPVDDRVDY VTAKQSSEIR DDIKYRKDWN AIKSKYTLTE TPLLHTAQEA4200
 4201 ARILDQYLYK EGWEKQKATG YILPPDAVPF VHAHHSSDVQ SELKYKAEHV KQRGHYVGVP4260
 4261 TMRDDPKLVW FEHAGQIQND RLYKESYHKS KAKINIPADM VSVVAAKEGQ SLVSDIDYRQ4320
 4321 YLHQWTCHPD QNDVIQAKIA YDLQSDNVYK ADLEWLRGIG WIPLDSVDHV RVTKNQEMVN4380
 4381 QIKYKKDALD NYPNFTSVVD PPEIVLAKIN SVNQSDVKYK ETFNKAKGKY MFSPDTPYIS4440
 4441 HSKDMGKLYS TILYKGAWEG TKAYGYTLDE RYIPIVGAKH ADLVNSELKY KETYEKQKGH4500
 4501 YLAGKEISEF PGVVHCLDFQ QMRSALNYRK DYEDTKANVH IPNDMMNHVL AKRCQYILSD4560
 4561 LEYRHYFHQW TSLPEEPNVI RARNAQEILS DNVYKDDLNW LKGIGCYVWD TPQILHAKKS4620
 4621 YDLQSQLQYT AASKENLQNY NLVTDTPVYV TALQSGINAS EVKYKENYHQ IKDKYTTVLE4680
 4681 TADYDRTKNL KSLYSSNIYK EAWDKVKATS YNLPTSTLSL THAKNQKHLA SRIKYREEYE4740
 4741 KFKALYTLPK SVDDDPNTAR CLRVGKLNID RLYRSVYEKN KMKINIVPDM VEMVTAKDSQ4800
 4801 KKVSEIDYRL HLHEWICHPD LQVNSHVRKV TDQISDIVYK DDLTWLKGIG CYVWDTPEIL4860
 4861 HAKHAYDLRN DIKYKAHVQK TRNDYKLVTD TPVYVQAVKS GKQLSDAVYH YDYIHSVRGK4920
 4921 VAPTTKTVDL DRALHAYKLQ SENLYKKGLR FLPTGYRLPV DTPHFNHTKD TRYMSSYFKY4980
 4981 KEAYEHIKAN GYTLGPKDVP FVHVRRVNNV TSERLYRELY HKLKDKIHTT PDTPEIRQVK5040
 5041 KTQEAVSELI YKSDFFKMQG HMISLPYTPQ VLHCRYVGDI TSDIKYKEDL QILKGLGCFL5100
 5101 YDTPDMVRSR HLRKLWSNYL YTDKARKMRD KYKVVLDTPE YRKVQELKTH LSELVYRASG5160
 5161 KKQKSIFTSV PDTPDLLRAK RGQKLQSQYL YVELATKERP HHHAGNQTTA LQHAKDVKDM5220
 5221 VSEKKYKIQY EKMKDKYTPV ADTPILIRAK RAYWNASDLR YKETFQKTKG KYHTVKDALD5280
 5281 IVYHRKVTDD ISKVKYKENY MSQLGIWSSI PDRPEHFHHR AVTDAVSDVK YKEDLTWLKG5340
 5341 IGCYAYDTPD LALAEQNKTL YSKYKYKEVF ERTKSNFKYV ADCPINRHFK YATQLMNEKK5400
 5401 YRADYEQRKD KYHLVVDEPR HLLAKTAGDQ ISQIKYRKKY EKSKDKFTSV VDTPEHLRTT5460
 5461 KVNKQISDIL YKLEYNKARP RGYTTIHDTP MLLHVRKVKD EVSDLKYKEV YQRNKSNCTI5520
 5521 KPDAVHIKAA KDAYKVNTNL DYKKQYEANK AYWKWTPDRP DFIQAAKSSL QQSDFEYKLD5580
 5581 REFLKGCKLS VTDDKDMVLA LRNSLIESDL KYKEKHVKER GTCHAVPDTP QILLAKTVSN5640
 5641 LVSENKYKDH VKKHLAQGSY TTLPETRDTV HVKAVTKHVS DTNYKKKFVK EKGKSNYSIM5700
 5701 QEPPEVKHAM DVAKKQSDVA YKKDAKENLH YTTVADRPDI KKATQAAKQA SEVEYRAKHR5760
 5761 KEGSHGLSML GRPDIEMAKK AAKLSSQVKY RENFDKEKGK TPKYNPKDSQ LYKTMKDANN5820
 5821 LASEVKYKAD LKKLHKPVTD MKESLIMHHV LNTSQLASSY QYKKNYEKSK GHYHTIPDNL5880
 5881 EQLHLKEATE LQSIVKYKEK YEKERGKPML DFETPTYITA KESQQMQSGK EYRKDYEESI5940
 5941 KGRNLTGLEV TPALLHVRHA TKIASEKEYR KDLEESIRGR GLTEMEDTPE MLRAKNATQI6000
 6001 LNEKEYKRDL ELEVKGRGLN AMANETPDFM RARNATDIAS QIKYKQSAEM EKANFTSVVD6060
 6061 TPEIIHAQQV KNLSSQKKYK EDAEKSMSYY ETVLDTPEMQ RVRENQKNFS LLQYQCDLKN6120
 6121 SKGKITVVQD TPEILRVKEN QKNFSSVLYK EDVSPGTAIG KTPEMLRVKQ TQDHISSVKY6180
 6181 KEAIGQGTPI PDLPEVKRVK ETQKHISSVM YKENLGTGIP TTVTPEIERV KRNQENFSSV6240
 6241 LYKENLGKGI PIPITPEMER VKHNQENFSS VLYKENMGKG TPLPVTPEME RVKHNQENIS6300
 6301 SVLYKENVGK ATPTPVTPEM QRVKRNQENI SSVLYKENLG KATPTPFTPE MERVKRNQEN6360
 6361 FSSVLYKENM RKATPTPVTP DMERAKRNQE NISSVLYSDS FRKQIQGKAA YVLDTPEMRR6420
 6421 VRETQRHIST VKYHEDFEKH KGCFTPVVTD PITERVKKNT QDFSDINYRG IQRKVVEIEQ6480
 6481 KRNDQDQDTI TGLRVWRTNP GSVFDYDPAE DNIQSRSLHM VNVQAQRRSR DQSRSASALS6540
 6541 ISGGEEKSEH SEAADQRLST YSDGGAFFSA TSTAYKHVKT TELPQQRSSS VATQQTTLSS6600
 6601 IPSHPSTAGK IFRAIYDYMA ADADEVSFKD GDAIVNAQAI DEGWMYGTVQ RTGRTGMLPA6660
 6661 NYVEAI

    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: 0.99

    Source: Reynolds et al. (2008)

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