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Protein Overview: Dhc36C-PA

General Information:
Name(s) found: Dhc36C-PA / FBpp0080538 [FlyBase]
Description(s) found:
Found 13 descriptions.
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  • The gene Dynein heavy chain at 36C is referred to in FlyBase by the symbol Dmel\Dhc36C (CG5526, FBgn0013810). It is a protein_coding_gene from Drosophila melanogaster. Its sequence location is 2L:17501467..17525517. It has the cytological map location 36C10. Based on sequence similarity, it is predicted to have molecular function</span>: ATPase activity, coupled; motor activity. Based on sequence similarity, it is predicted to be involved in the biological process</span>: microtubule-based movement. 3 alleles are reported. No phenotypic data is available. It has one annotated transcript and one annotated polypeptide. [FlyBase]
    • Organism: Drosophila melanogaster
    Length: 4010 amino acids

    Gene Ontology:
    Cellular Component: axonemal dynein complex [ISS]
    glycerol-3-phosphate dehydrogenase complex [IEA]
    microtubule associated complex [ISS]
    Biological Process: glycerol-3-phosphate metabolic process [IEA]
    oxidation reduction [IEA]
    microtubule-based movement [IEA][ISS]
    Molecular Function: nucleotide binding [IEA]
    microtubule motor activity [IEA]
    glycerol-3-phosphate dehydrogenase activity [IEA]
    motor activity [ISS]
    ATPase activity, coupled [ISS]


    Sequence:
    Sequence:
    [PDR BLAST]
    [ProtParam] 
          1          11         21         31         41         51         
      |          |          |          |          |          |          
    1 MQGRQNPNRE FSIPSFTSIC GGRRLCEKSK MLYTRPKPDV LQSILQSKAN PEYKSRRLWY  60
   61 ELNMPECASS LLDGKMKSDL PDNILCAKKQ QKKRQKKRES GVAKANYMTM RLEREHFRRK 120
  121 LVELILHMDD DQDPELAAQC AVPFPDQEER EILRYYYYIK HGIDTIHVSP LSKKILKRIT 180
  181 DLVPPLLYKW QTALNENIAE VRADYVFAMK KAVVDFVLRH TVLDRLTKEG VGGKYDTAER 240
  241 REVQSMTNFW RYRYDENRNV LMKTLFCIHR SVASILELWS MKYKDKSLID SKELAKVESP 300
  301 FSLFTFVYLC GSHIDNGKTL LEESWYGEIH SSLLKASKRG QLPDIRRFTL VKRFFNCVAA 360
  361 LMTQQLEDIC IRSLKEYADF ICDYGHSNPG FEISVMLADE DTIQFNPSFS KVQSELLRVI 420
  421 DSIMLSIQML PRIESKLYTD LIVSKKIFLT PTVPESIVQE TKNRICAMLE EQRIGPELRL 480
  481 QDFDPFIDLI NGSDAERVGN FMESDATFEQ YADMVYEYKE KEDRIAKEVW AVIRMGFYEF 540
  541 HRDKFITHLE SLCRQLQLDL LARMALTVPK DTAELMQLKA YVVHAEENLV PEMEARLKVN 600
  601 MSEILWLMDH TLYSPLEIKN NSNSFQWYLK LPSIFEQHRA IIAEKVIEYQ ELLKKRIELF 660
  661 RRELQNYYEQ VQTYDTWGDI KQLSRYKKRA GVLDQRLVQA METIDQINEE ETSYGWDLSQ 720
  721 YPMRKKAHDQ LKPYKTLFDA GQDFMDKWDL WMHSQVGSFD PDEIDGDVSN FYRIIQKLDK 780
  781 QMGDHPITMQ LIQDVKAQIE AFREHMPIIN TLGNPGMKAR HWELVSEIIG FPIKVSPELT 840
  841 LEKIIEYQLD EYVPKFEAIS ESATKENNLE RAMAKMVNEW EGVEFSISPY RDSGTFKLAA 900
  901 VDDIQILLDD QIIKTQTMKS SPYIKPFEAD IIKWEAKLML LQEILDEWLR VQATWMYLEP 960
  961 IFSSPDIQQQ MPEEGRRFSA VDKIWKELMK QVSQDPKVMV VVQIDKMNDK LKKAYSLLEV1020
 1021 IQKGLNAYLE KKRLYFPRFF FLSNDELLEI LSETKDPTRV QIHLKKCFEG IATLNFTEEL1080
 1081 DVTAMRSSER EEVTLVDVIS TSKARGQVEK WLLELEIDMK KSVHHKVSEA FYSYLKMLRH1140
 1141 VWVLTWPGQC VQSISLTYWT LEITECFESE EPKENLAKYL QKCVLQINKI VDLVRGDLNT1200
 1201 QNRITLGALV VLDVHARDVL AEIVANQVED LQDFQWLCQL RYYWEDNNLD TRMINCSLPY1260
 1261 GYEYLGNTPR LVVTPLTDRC YRTLFAALNL HLGGAPEGPA GTGKTETTKD LAKAVAKQCV1320
 1321 VFNCSDGLDY LALGKFFKGL ASCGAWSCFD EFNRIDLEVL SVVAQQILTI QRGINSGSPT1380
 1381 LVFEGTTLTL DPTCAVFITM NPGYAGRSEL PDNLKALFRS VAMMVPDYAL ISEIELYSYG1440
 1441 FLTAKPLSVK IVATYRLCSE QLSTQCHYDY GMRAVKSVLK AAGALKLRYR DENEDILVLR1500
 1501 SIKDVNLPKF LNQDIPLFQG ITSDLFPGTV LPEADYVLFN KCTQMACERQ NKQCTPFVLE1560
 1561 KVQQLYEMIV VRHGLMLVGY PFGGKTTTYR VLAEALECME KTDGSENKAI YTVINPKAIT1620
 1621 MGQLYGQFDA VSHEWSDGIL AVNYRIFAIS DSPDRKWLIF DGPVDAIWIE NMNTVLDDNK1680
 1681 KLCLMSGEII QLSNTTNLVF EPMDLEVASP ATVSRCGMIY LEPSSLGWEP LVASWKNTLP1740
 1741 AAFHTVSKQL ISMLISRFCP ILLFILRKSL KEIAPTSDAN LMVSLMNFFE CFIDDFRDEK1800
 1801 YVANVSDLDF RAQTEGIFLF SCIWSLGGSL DADSREKFNI IFRALMEKTF PQSLYDTYGV1860
 1861 PEDLYVESLA KPFIFPIPKQ GSVFDYRYIK EGKGKWKPWQ DDVNSAPPIP RDIPVNQIII1920
 1921 QTNESVRIGA VLDLLNRHGK PIMLVGPTGT GKSVYVIDYM LKKMDLSFYK PLLISFSAQT1980
 1981 SANQTQDIIM SKLDKRRKGV FGPPLNSRFV IFVDDVSMPL KENYGAQPPI ELLRMMLDHM2040
 2041 MWYDRKNIVP MKLIDLQMIV AMGPPSTGNT VTPRFQRFFN VISIDDFNND ILNTIFSKIV2100
 2101 LWHLDTRGFS KEFDPCIDEI VGATLTIYND AKLNLLPTPA KSHYLFNLRD FSRVIQGVLL2160
 2161 SVPEATEDVN SMRRLWVHEV LRVYGDRLVE DADRSWLFEN ICSTVKSCFN TDPSRLFGRL2220
 2221 VEKDKSLQES DFRQLIYCDF TNPKADTKNY VEVQDLEELR RVVEAYLVEY NNMSKKPMNL2280
 2281 VLFRFAIEHL SRICRIIKQP RSHALLIGVG GSGRQSLTRL ASHICDYELF QVEITRLYGP2340
 2341 YEYHEDIKAI LRKIGASEMH GVFLFTDVQI KDESFLEDIS NLLNSGEVPN LFTNEEKIEV2400
 2401 QEKMAQIDKQ RDKAVQTDGS PVALFNFFVT TCKDQLHIVL AMSPIGDALR NRIRKFPSIV2460
 2461 NCCTIDWFQS WPEDALLAVS TRFLASEDLT ALERRTAIDM CMEFHTSTQE LSAKFFSRLH2520
 2521 RYNYVTPTSY LELIQTFKAL LSQKRNNITN NRNRYLTGIS QLDIAAQQVA VMQEQLIALE2580
 2581 PKLKEASEIV AEQVAKVTAD SKLAEEQREI VKLDESAAKE QAAVAQEIKD ECDAKLGEAL2640
 2641 PILESALAAL NTLTTADIAV VKTMKSPPIG VRIVMEAVCI LKDVKPDKVP NPSGLGTVED2700
 2701 YWGPSKRVLS DMKFLDSLLN FDKDNIPVEV MKKLAQRILS NEAFDPDKIK SASTACEGLC2760
 2761 RWVIALTKYD VVAKIVAPKK LALAEAEATY NAAMKTLNEK LAMLAKVEAN LAAIQKILDE2820
 2821 QLRQYGILLA EHEACTKKLQ RAQELISGLG GERTRWSETA KMLQASFKSV TGDVLISSGV2880
 2881 VSYLGPFTID FRVDQIRKWV TKCLNFGVTC TADFQLAVVL GEPVEIRFWN ICGLPTDAFS2940
 2941 IEIRMISKLI EMICRNARRW PLMIDPQGQA NKWIKNYEKN NKLCVIRLNQ ADYTRVMENA3000
 3001 IQFGLPVLLE NIGEELDPVL ESVLQKTLFK QGGALCIKLG DSVIEYNHSF RFYMTTKLRN3060
 3061 PHYLPEVAVK VTLLNFMITT QGLQDQLLGI TVARERPDLE AEKNNLIVQG ADNKRMLKET3120
 3121 EDQILEVLSS AENILEDETA VQILSSAKAL ANDISEKQVI TEATEKQIDI ARLSYVPIAE3180
 3181 HSTILFFTIV ELANIDPMYQ YSLVWFVNLY MSSIDNTEKV DDIAARLLDL RNHFTYSLYV3240
 3241 NICRSLFERD KLLFSLILNI NMMKHDNRID NAEWMFLLTG GVGLENPYKN PTTWLGVQNW3300
 3301 DELCRLTNLT NFKGLREDFN ENSAQWKPFF DSKSPQDNKD IPKSWDNRVS VFQKLLLLRV3360
 3361 FRPDKLVPAV LNFVSGELGE RFVDPPQFDL MASFADSHCC VPLIFILTPG SDPTATLLKF3420
 3421 AEDQGFGTNR LFSLSLGQGQ GPIAMKMIDE GVKMGNWVVL QNCHLAASFM PLLEKICENL3480
 3481 LPDATHPDFR LWLTSYPADH FPVVVLQNGI KMTNEPPKGL RSNILRSMIS DPISDPEWYE3540
 3541 SCTQPRIFKQ LIYSLCFFHA VIQERRYFGP IGWNIPYEFN ETDLRISLMQ LRMFLNQYET3600
 3601 VNYDALRYLT GECNYGGRVT DDWDRRTLKT ILDKFYCPAV IDLETPYYLD ETGLYYVPVF3660
 3661 KEVDLYLNFT RDLPQISAPA IFGFHANADI MKDQKETDML LSHTLLTQDT SASSDDSGGS3720
 3721 KALTPEEVVT NVATDILDKL PKLFDRDAAL LKYPTLYHQS MNTVLVQEMV RFNVLLNTIR3780
 3781 TSLITLRKGI KGLVVMSPAV EAVYKSVLIA KIPAMWAGKS YPSLKPLGSY VTDFLRRLEF3840
 3841 LQHWFDHGAP STFWLSGFFF TQAFLTGAQQ NYARKYVISI DLLAFDYEVL TVEEPQRQGL3900
 3901 SGPEDGVFVY GIFLEGARWD RTGKYLAESR PRELFDTMPL IWLKPLKRVD LPERHNYLCP3960
 3961 MYKTAERRGV LSTTGHSTNF VVAMLLLCNP NTPVSHWIIR GTALLCQLSF

    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: 0.69

    Source: Reynolds et al. (2008)

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