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Protein Overview: orf19.13420, orf...

General Information:
Name(s) found: orf19.5999 [Other_Candida_Albicans_na_02-26-2007_reversed.fasta]
orf19.13420 [Other_Candida_Albicans_na_02-26-2007_reversed.fasta]
Description(s) found:
Found 2 descriptions.
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  • DYN1 CGDID:CAL0003475 Assembly 19, Contig19-10236 (288228, 275743) CDS, reverse complemented, translated using codon table 12 (4161 residues)||Dynein heavy chain; dynein is a motor protein that moves toward the microtubule minus end; required for wild-typ [Other_Candida_Albicans_na_02-26-2007_reversed.fasta]
  • DYN1 CGDID:CAL0003475 Assembly 19, Contig19-20236 (288211, 275726) CDS, reverse complemented, translated using codon table 12 (4161 residues)||Dynein heavy chain; dynein is a motor protein that moves toward the microtubule minus end; required for wild-typ [Other_Candida_Albicans_na_02-26-2007_reversed.fasta]
    • Organism: Candida albicans
    Length: 4161 amino acids

    Gene Ontology:
    Cellular Component: dynein complex [ISS]
    cytoplasmic microtubule [IDA]
    Biological Process: hyphal growth [IMP]
    establishment of mitotic spindle orientation [IMP]
    establishment of mitotic spindle localization [IMP]
    establishment of nucleus localization [IMP]
    cytokinetic cell separation [IMP]
    Molecular Function: minus-end-directed microtubule motor activity [ISS]


    Sequence:
    Sequence:
    [PDR BLAST]
    [ProtParam] 
          1          11         21         31         41         51         
      |          |          |          |          |          |          
    1 MEESVTPLLS VNQLYDCIIG FLPFNENVPK FTQCEDVLTK FISNNNQDTL YLIKSIEEKT  60
   61 SRISNDLSDL DMGFKDLDTF VIIIKSKGEL RNDIPLTQQL NIMSIPIPQD ENHETNDSFE 120
  121 KLRLAVSLGL SPYFDFISTK NEESALATTK KKFNELSLAL QHLQQRIHIP DLLITTHPKI 180
  181 KMLIAEKGSE YPDELIDDTE FLNEITSITN NWVRQIQSIT RLNHEPSDGD SIMEDIQFWK 240
  241 SMDLALISLN QQINSPEVNL TRELLSKAKR FHITLSFEND IGLKEKLNET KLYNSFLREL 300
  301 PINDLSTITD DDGFQKFDDA LANIFSHLKL KLNLLPLERA MKSVEVILND ITEKFQSLLG 360
  361 TYDLMSLSLD KFEELISLCN KELDTIEVNI KFIINLLREL LRKRQEKFKL IKIDQTKLEN 420
  421 IKERLLYLRQ FRHNHQDLMT GIESVLPQEE QLDSISKLNE AYNKHIISIN PVDISHQGKL 480
  481 IWSMNEHAYL EVFHNLNSLL TKKINKFFNN AHTFIDFITI YKNFFIGDNS NSLLSSISDD 540
  541 HKLRTLTIAD REIQRLVELN SDHVSETSFS SITWKIQLSA KLKFYRDYLE LLLGFNWKSY 600
  601 SVGTKIDTTT NKLLESLDPV TAINKWVDEE VNQNLPSANL GKIFTVSENS HERFDLNINF 660
  661 NFQIFEIYRQ LNQLYNLGFS LPSLIILQFK KINQLYPITN IIKDHVQLLN KLFNIDLQEG 720
  721 YGKAFGFLVA TQIKKVEEML KETMNIEWVH LLHAVELHKV NDNDFKSTEN LIEHRSMRQL 780
  781 TEFQDSVTQL NLSLIKLKNF SKFMDQCKFL LRTANFEFAS IEGHLKTLQL EFNNISLEKV 840
  841 ENLEGLADLI NLEVQTVLRE RLQTQLFIFN IKAMAYNDEQ EIEIFELDKY LLEFPTFKHY 900
  901 LTFNDETFVI EPPLNTGKQS AFNQLNHIVS IVETQHMIKP LTSHSQSFST VAEDENSMKQ 960
  961 LNLVFEKIET LYQDAELYIS KWQLLQNLWE LNLDDPDDFA KLFKADQNVE SWFQVVQEIF1020
 1021 KYRNVYDLPD PEKAFGNLFV INITKIQHRV AIKFETFQKS LLSKFAKKID QEANSFNRLL1080
 1081 INAKQILEMP LTFHDSTEQL TSGIDSYLKY QNSLQSWNFL LETFQSVQSF LMKHRFKFPN1140
 1141 DWLYTEQLEN NISMVQALVA KKSLLIEENL EIVTSKIKAE ALKINDSINS LNQNWQSKKP1200
 1201 IAGNLNPSVA MIDLDNFQMH FSKLTAYVES LINISNHLDI HIVPFEDMSL SIDEIKDLKS1260
 1261 VWSSVNGLWE ELERLKKLKW SDLQPRQLRH QLDDLLNSAR NLPMNIRQYS AVDEIQASVK1320
 1321 THLKTHQKIS DLKNGSMKPR HWKILLSQLG VPDIKFEDLT VGDVWGLNIT LNFQTINAMV1380
 1381 EQANSEKTIE ENLNNINNNW ASITFELFNY ENKCRLVKNW EQLIDQCNTD INALTSMKNS1440
 1441 PYFGAFEREI SELEKKLTQL FIVLDIWIDV QRQWLYLEGV FGNENNDLKS LLPIESSRFT1500
 1501 NISYEFLNLL KRIYKFNLVI DIVLITDLQP MMTKCFESLV KVRKSLTDYL EKQRELFPRF1560
 1561 YFIGNEDLLE LVGGSHDITR INNHLKKMFS GVERLQYAKE SSCIVGVVSE QGEELVLHNP1620
 1621 VSLIKHTRLH EWLSELELEI KLTLSRLVKD NIKLLRETVF KKDGLVSLIE SIPAQVATLL1680
 1681 QQITFTSLIE NPTTSLSSLH ESLSNTIKTL VRAIGSEIED LTRKKTQYLI IEIIHQRDVV1740
 1741 EQLINAENES DRKFIRNIQQ RFYYDISNTD LLKSLTIKQA NSEFIYGFEY LGIPEKLAYT1800
 1801 PLTNDCYLAM CQALSIQQGG SPFGPAGTGK TESIKALGHN LGKMVLVFCC DDSFDFQSMG1860
 1861 RIFLGLCKVG IWGCFDEFNR LDDKILSAIS SQIESIENGL KNPDMAISVS EKNVKVNPET1920
 1921 GIFITMNPGY AGRVELPENL KKMFRSFSMD SPDNEIIVEI LLTSQTFVNS KALAKSIVPF1980
 1981 FQELASNTSN QLHYDFGLRA LKNTLVRCGQ AKRKSTNANA NESLAFEQEL VVQSIVETIL2040
 2041 PKLIKEDEIV FEKLRNKYFA NVVGKVLDKS NLIAALEMYF TKNGVQFDEK FINKALQLID2100
 2101 IQNTHHGIML VGESGSGKST ILDSIMYALS VVTNVEHTKV LIDAKVLSKD EIYGKLDLVT2160
 2161 RDWTDGLFTS VLRKMSENLR GELSKKLWIV FDGDIDPQWA ENLNSVLDDN KILTLPNGER2220
 2221 LSLPENVRIV FEVDNLKYTT PATISRCGIV WFDVSLISLD AHLHKLVHQL NTYKITNDDM2280
 2281 IRDNMLADNL RKSFVEELSN LLSYNVLSGI CEVAKQAEHI MEFSFQRAIG SLEVCIKTYL2340
 2341 RRLLNFANSN DNETVEIKKY VQKALLLSIM WAFAGDSSYE DRIEFANAMK DKNILWGVEM2400
 2401 PHGNVLDYDV SLPDGEWLDW NTSVASVELE PHQVSNPNTI VPTLDTVKHE QFIFSVLNEH2460
 2461 SPLLLCGPPG SGKTMTLFEA LRKSPQLELL SLNFSKETSP VSLLKALDQY CEYRKTNRGI2520
 2521 QLAPRINGKW VVVFCDEINL PQVDKYGNQN VISLIRQMVE HGGFWRVKDN QWVSLENIQF2580
 2581 VAACNSPNDP GRNKLSERFL RHVPVIMVDY PGYTSLTQIY QTFNMAILKC APDLRGFAKA2640
 2641 ITEASIQVYE KTRKKLNSQI QKHYVYSPRE LTRWSRGILE ALKSHMYKDL SAFLRLWYHE2700
 2701 GLRLFYDRLV TDDDKSWTLQ MFKEVGENNF PNINLNATFK EPVFFSNWMS LDYKSVNEQE2760
 2761 LRSFVSSRLR VFSEEEMEVD LVLHDEMLDH ALRIDRVLRQ PQGHMILVGP SGSGKSTLAK2820
 2821 FVAWINGLKV VQLHVRSNYG IDDFDETLRG ILTRCVHGEK ICFIIDESSI LEASFIERMN2880
 2881 TLLANAEIPG LFEGDDHTSL MSKCLELSHA QGLLLDTDAE LYDWFTQQIS KNLHVVFSIS2940
 2941 DSVESNSQSV ISSPALFNRC VLSWMGDWSD RCLYEIASSR ISTVPLDISN YVIPNTFAPF3000
 3001 LSNRRAKNLR DAIVDTLAFI HRFIPDHKST LSYRRTPTDF LNLVQMFTDL FNIKHKELED3060
 3061 SQRHITVGLD KLRETVIQVD KLQGMLSEKE SILKIKDKEA KEMLNKLLTD QNEAERKQEF3120
 3121 SIATQAELAK QEKEIEKRKS VVMKDLEYAE PAVLEAQRGV QNIKKQHLSE IRSMANPPAA3180
 3181 VKMTMESVCI LLGYDVGTWR DVQLVIRKDD FIPNIVSFNS EESLPVELRE YMERVYLTRE3240
 3241 DYTFEIVHRA SKACGPLVQW VQAQLAYSRI LQSVGPLREE VELLEQKTLK TKAQLTAIDE3300
 3301 MIFELEESIE KYKDSYTELI RETENIKTEM SLVHKKVDRS TALIKNLKVE RERWKESVKT3360
 3361 FGDKRDKLVG EVLLAAAFIV YGGLYDQKGR EILLKTWRNK LKESGIPFDK TLTMSSYLTT3420
 3421 SKKALHWTNC GLVNDNINIE NFALLEWCQN PVIIDPNGVI VEILSKASSK SVTVTSFLSD3480
 3481 GLFNQLENTL RFGGVIIIQD CEYYDPLLDT VLRKEIHRNG GRMMIRLGDQ IIDYSSEFKL3540
 3541 ILASKESGLV LPPSVASRAS IINFTVTSGS LENRALDIAL KETRPDVEKE RTDLVMLNGE3600
 3601 WKLRLQTLEE ELLDSLSTTP GEILDNDNVM NTLETLKSET DGLNEKLAHS GEVMNRVEEI3660
 3661 RSNYSDVAKN LSGIYTIFES LGRLNHFYKF SLTRFVNNFA HLLRVNIKLS PSEFIMELFK3720
 3721 DSFARISTSL QYKHKIVLAL VLSTAYYMED IGDSYKTAFM KMLKLIVTDK LPNSISDVFD3780
 3781 VCLARRESGW DVEKVLESNQ DNSVLQILSD LLLSFGSTKN KEDFVDTFSK ISGFLYKDGE3840
 3841 APYSSPYDLN YWINDSGIRT IILTCPEVYD ASYKVEQSAR QFGKKLAVIS MGTKEGIEMA3900
 3901 NKEIEAASMS ARWVLIQNIH MAPSWISHFE SQLSNLHAES KIFLTCKNTS QVPIGVISQC3960
 3961 KVLNFENEVG IQRLVLDTYK SSSMDKRERI ERHVLLLLIW YHSVILERVR YSPVSFKKKY4020
 4021 DFNDSDYTCG VHIIEKVFES YDGKTETIPW NEIKYLIGTI TYGGKVDDKE DLEFLETFAG4080
 4081 AIFTERSFDS NFNLIENELT KENNEVLLLP DTTEEIVSWI NKLPYDTPLS WIYLSDDANS4140
 4141 LVKKQLGLEI VESVLDLSED L

    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

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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: 0.99

    Source: Reynolds et al. (2008)

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