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Protein Overview: MYOG_DICDI

General Information:
Name(s) found: MYOG_DICDI [Swiss-Prot]
Description(s) found:
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  • gi|74860417|sp|Q86AC8.1|MYOG_DICDI RecName: Full=Myosin-G heavy chain [NCBI NR]
  • gi|60471300|gb|EAL69262.1| hypothetical protein DDB0167014 [Dictyostelium discoideum] [NCBI NR]
  • gi|28829087|gb|AAO51651.1| similar to Dictyostelium discoideum (Slime mold). Class VII unconventional myosin [NCBI NR]
  • Myosin-G heavy chain OS=Dictyostelium discoideum GN=myoG PE=3 SV=1 [Swiss-Prot]
  • similar to Dictyostelium discoideum (Slime mold). Class VII unconventional myosin [nrdb_11152004_Chlamydomonas]
  • |Protein| gene: JC2V2_0_02645 on chromosome: 2 position 6726966 to 6737631 [dicty_predictions_protein.fasta]
    • Organism: Dictyostelium discoideum
    Length: 3446 amino acids

    Gene Ontology:
    Cellular Component: myosin complex [ISS]
    cytoskeleton [IEA]
    Biological Process: actin filament-based movement [IC]
    Molecular Function: ATP binding [ISS]
    binding [IEA]
    motor activity [ISS]


    Sequence:
    Sequence:
    [PDR BLAST]
    [ProtParam] 
          1          11         21         31         41         51         
      |          |          |          |          |          |          
    1 MYNPWVDNPK DRDRTERDRS HSHSSSPNQQ HQSPNTISHR LSTAIPPINM AGTNIGGTPS  60
   61 TSFDQISYLS PSTSNIPSTS PPLTRQIPSQ TTTPTVPPLS TSSLSSSTPI SSTNSTSSSK 120
  121 LLSSNNNNNN NNNNNNNNNN NNNNNNNNNN NNNNNNNNSN NNNNNNNNNN NNNNNNNNNN 180
  181 NNNITVNSSS LSPHSKSNNS SGNLASLFEL ASIEESKKDK KNKKNKKHTN KQNSIGGSGN 240
  241 TTPTSSSGNN TTSNNITITQ VITSNSNTLN NSNTLNNNNN NNNNNNNNNN NNNNNNNNSN 300
  301 NNFSSIQGTN TNTNTNIISS SPSSPLTSMV SNSSNNNNNN NNNSTSQSNN GGVIGKTHQK 360
  361 SIVPLLALPG QQQQNNNTSQ STSSSSSTSI SLPTNNQISC ERGPSSSRVH QSPSSSSSAS 420
  421 SSSSNSLVHL MTLLEKNKVG FDDLSEIKDF EEDTLINIIQ ARYKKEIIYT YIGPILVSVN 480
  481 PLRYLPFLHS QELVRNYNQR RGLPPHLFAL AAKAISDMQD FRRDQLIFIG GESGSGKSEN 540
  541 TKIIIQYLLT TDLSRSKYLR DYILESGIIL ESFGHASTDS NHNSSRWGKY FEMFYSLYGE 600
  601 IQGAKLYSYF LDENRVTYQN KGERNFHIFY QFLKGITDEE KAAYQLGDIN SYHYLNQGGS 660
  661 ISVESIDDNR VFDRLKMSFV FFDFPSEKID LIFKTLSFII ILGNVTFFQK NGKTEVKDRT 720
  721 LIESLSHNIT FDSTKLENIL ISDRSMPVNE AVENRDSLAR SLYSALFHWI IDFLNSKLKP 780
  781 TQYSHTLGIL DLFGQESSQL NGYEQFSINF LEERLQQIYL QTVLKQEQRE YQTERIPWMT 840
  841 PISFKDNEES VEMMEKIINL LDQESKNINS SDQIFLEKLQ NFLSRHHLFG KKPNKFGIEH 900
  901 YFGQFYYDVR GFIIKNRDEI LQRTNVLHKN SITKYLFSRD GVFNINATVA ELNQMFDAKN 960
  961 TAKKSPLSIV KVLLSCGSNN PNNVNNPNNN SGGGGGGGNS GGGSGSGGST YTTYSSTNKA1020
 1021 INNSNCDFHF IRCIKPNSKK THLTFDVKSV NEQIKSLCLL ETTRIQRFGY TIHYNNKIFF1080
 1081 DRFSFFFQNQ RNFQNLFEKL KENDINIDSI LPPPIQVGNT KIFLRYALGT LLESELQKRK1140
 1141 VRCAFTIQST WRMYLTRKRF IRMKSAIVII QKNTRRWLVQ KRYQSIKQAA LILESFSRMV1200
 1201 IFRAPYLRKR QAAIAIQTHL RSLLSKDYSY QCTLFLNTCT QDNATSSLPP IPQSLIIQIS1260
 1261 PPATPPASPL SFYSSQQSQL NNNNNSTPVN NNNNNNNNNN NNNNNNNNNN NNNNNNNINN1320
 1321 TTSTTTSNNT SQPPLSKKDR VVKFAQDYLN SSGGSASSPA LSPSDQSSES SPILSPSVSP1380
 1381 RNKEEITPRK YYSTFSSNSL NFNYNSLVNP RNDTTTTTQT NNTTTTTPTT PSTTTTTTTA1440
 1441 TTTTSSSSSS SSSSSSNNNI VSTPTSITNT PPTTGSKHGL NLPFNFITES AKSIKSTITG1500
 1501 APKSPRNSSE NSKSKVENTS TPVGFNLSST PNSAPSSAYS SPTINSNTTT TQQPNNNNNS1560
 1561 NNSVSSTAMA LTSISSSSTP NYNNSANNHQ RYSLNLNRRK SSHQLINNSN NNNNNNNINS1620
 1621 TNNEPLVSPG KNNQNNNNNN NNSNNSNNNN NNNNNNNNNN NNNTLTVPPS PRSPRGTQTK1680
 1681 ASPSFIYFPS TSPGVVNKVF SSSLTTPTGI SRAGTTTPSG SSKAGLLITT PGYTTSTQGG1740
 1741 IPQLPIYRPS YVNFLKKESL SSLSPKKRSK SILLNQQNDT EELSMLEYAK VNFELKSRKS1800
 1801 LIRKKQITFE SLVNYGKKLY YPLHKFGGDS NNDSNNNNNI NNNNSINNNN NNNNNNNNNN1860
 1861 NNNNNNNNNN NNNNNNLDAS IVANLEKIAL DVFSHILQYM GDLERKKPHN QICTFIVRQG1920
 1921 LNHPELRDEI YCQIIKQLTG HPGKRENKAR GWELLSLCCG SFAPNSRLSK YVSNYLHSFK1980
 1981 QSRDDDGFAS ICLYRLDAIT QLGPRSLTPV DTEIEAVRKK VPLKVQFLFP DDVAEGVDID2040
 2041 SATTSGEITN RLTKLAGLKS DAFVWSVFEV LKNKERSVSN SEFILDIVSK WENYYFNLNH2100
 2101 YNLHVQQQSE QIPLEPFQFY FKIQLFLKPE KPPGEFEVGF YFHQLLRSVS KGHLPITDNE2160
 2161 VVKLSALRLQ FDILDNCTPK SPLEMWQRYI PQNYITTYSA KEWCDRVQTK YFEFLPYFNT2220
 2221 IQTKCKDIDS YKFEIRNIII AYLMSLPFYG CTIFYNCIQG VWTEIETGAM DGFNVIVDVN2280
 2281 GVHIVLKESI PGQNIIQPPQ QQSQQQSQQQ QSQQQQSQQQ QSQQQQSQQQ QSQQQSQQQQ2340
 2341 QQSQQNLVNA TPTKNITPRS NSSDQVVSPL TTSLDNNNNN NINVQDNNLT SIEETSTVNN2400
 2401 NNNNNSSLGS TGNVNETTNI DKTNTVSFDG DSSKNNNNNN NNNNNNNNNN NNNNNNNNNN2460
 2461 NNNNNNNNNN NNNNNNNGEN KSNDTSSNSN GLSDSGKTNR LTIIVNENSQ KGDDNVVMLA2520
 2521 EPTPTPTSAF FNNINNQNNQ NNQNNNNQNI NNTPVSTPKV FSPVKKPVNT TNQVPSLPSI2580
 2581 SSNSNNSNSP STNTSATTNS TTNSTTTTTT TTTTTPLVES DIEPLSEFIF IEYLMDESNL2640
 2641 LLKSMGKPKK SFKTLKSFHY GKILNCETDA EQNIVTLSID HEDLLINTQQ STEMVLLINS2700
 2701 YIFHLSAEAT TGIANKDYSI PNSSFSFKVG NLITNIVRGE EDWCTGTCNN LTGKFPLELV2760
 2761 NLIIEKRSPN ILPSIPLNSK LYNRQQNNIT NLISTYDNIN NQLIINNNNI QQLLQQQQLQ2820
 2821 LQLQQQQQQQ QQQLLLQQQQ QQQSGNNSPS RKSSQAVQPS HRNSISRSTS SSSSASSNST2880
 2881 TSSSSSSSSS SGGKVKERKQ NNHNRGEPQF STKFVESGSK HPLMPYAVNR FRSLTAFKLG2940
 2941 DALKHSSNPP DSNSAFISDL HPDDRDIFLD IMKYMDDYPK FPRDRKTRLL QNVIQRGIDK3000
 3001 PSLRDEIYFF LCRQLTFNLQ TQLPTLASAR KGMVLFSLCS GCFPSTAELF PYLREFLSQT3060
 3061 ENIYSQYCIK KLETTSLKGP RRNAPSKKEI LAVKELRHIV VRIHLANGPI RTVEVNPSTT3120
 3121 ALEALRVLVD IQDIIFWKEF AIFKEWDGVE RALKEQDKLC DVLKEFEDKE RKQRKKLLPD3180
 3181 EDLITGRFVL LRKIWIPHTS YSMSNGMLEL MFYQYVHDVL GGRIPGLTIE ISLQLAALQL3240
 3241 QAQEGDYNPD TPIISEDTVY LCIPATLIGR KELSDWVQDI NEAHSLLANR DITPELALTS3300
 3301 YLEQSSGLPY AGSTWFCINT KRVATMATQI WIGINQGFIV FFNALMENEL ERFDLDEVSG3360
 3361 FTYRDDSFSF LIGDLINPTR KLFYTSQGED INEIFETFKS LPKVDLLELE RRKERKRERK3420
 3421 EKEKRKALKQ QLRDEQQQQL QQQQQD

    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: 0.92

    Source: Reynolds et al. (2008)

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