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Protein Overview: ATR1_DICDI

General Information:
Name(s) found: ATR1_DICDI [Swiss-Prot]
Description(s) found:
Found 4 descriptions.
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  • Probable serine/threonine-protein kinase atr1 OS=Dictyostelium discoideum GN=atr1 PE=3 SV=1 [Swiss-Prot]
    • Organism: Dictyostelium discoideum
    Length: 3157 amino acids

    Gene Ontology:
    Cellular Component: nucleus [ISS]
    Biological Process: cell cycle checkpoint [ISS]
    DNA damage response, signal transduction [ISS]
    protein amino acid phosphorylation [ISS]
    Molecular Function: ATP binding [ISS]
    protein kinase activity [ISS]
    phosphotransferase activity, alcohol group as acceptor [IEA]
    protein serine/threonine kinase activity [IEA]
    transferase activity [IEA]
    kinase activity [IEA]


    Sequence:
    Sequence:
    [PDR BLAST]
    [ProtParam] 
          1          11         21         31         41         51         
      |          |          |          |          |          |          
    1 MPSEQFQEQQ RQQQQQYQQQ LERERQEKEQ NEKESLISNL VSLIIEIQQL GGNEYNSQNH  60
   61 PINLSKDSIV DDKNNKKDLD TTSVTNNNKQ QQQQNKTTHK IQQKYELYIS RIRSILPELI 120
  121 NSHLVSTASI SDINQIVKLI SYLIEKIPNS SLAIGDSSGD ICFFLFKLIP FLSHKSSTNI 180
  181 CSQQHQQLDE NEEFTENLIT AIKAMLNFLN DDANVLLLFF KETICLFKDC IDFIKCLNSS 240
  241 NNQQEQEKSI FPMVLKTYCE LSSSVIINSN TTGNTSSYSK HYQSLDLLVQ TEMAFNQYSK 300
  301 NNNNNNNNNN NSEKDKNIEK EKSNSNDDNS KSIDEGVIIV ISSINRLINL QYGLLVSISS 360
  361 VIDNFSPILY SVSIDLWDVL SQYLFLLNDL KLSSFKYMAN FIYSLLVLFE KLLKLSSNQI 420
  421 PALLYNNIVG QFFNVLLPMS MLLNDKDCSK RREEIDIKLT SIIPLLFSNV PSSTLFDFSS 480
  481 IILPNILFII NNTNLTELKV SILDIYLNIL KLSELQFKSI YNLVPLFGDE GIHDKLYQCF 540
  541 DYVINQSYLI DTDDDDDDTD IDISLEILNT LIDYSNCLNI SNIYESISTV TNSVKDKNID 600
  601 NNTENIEKDD GDGGAGGTSE NVNNKQIENQ KSITEDSKQQ QQQQQQQPTI EQQKSIRIYL 660
  661 KALHLIFKIC KNHHNRVSVK ELVNLFINNL NFIYDLIIQQ KELDNLFLEV LMDLLKLSST 720
  721 VEIEYLHRIS TLKSNEQLLE SLFKLSTIVT NHSTIFNLTK YAEIINSIKV ISFSLVCWLP 780
  781 CSYYVNERVD IVLSTLSLNK SLVNSTTTTT TTTTTTTTTT TTTATTNTTT TTATTTDKSS 840
  841 SQQNVGESNK NNPTIVSSSP ILVNISSDTS SSMGDSQAIS ASQQQQRNNN NNNKGEKYLS 900
  901 KLDQNYLINV IKLLPVFISN MSPVNSLATI STNHQYQIMC NDIIKRLESI IDLNVTSLIL 960
  961 DMVGVIGGSL YCLKEGYCFF ENLNRCTYLN NNNNNNNNNN NNNNNNNNNN NNIQEQNNLI1020
 1021 IINNSILLQR FTDTKNNRIK IDPLLSNYNN LVGCGIFEGV WLPLCSCKCV TVSSVLNTNI1080
 1081 VDLNLKPYRP IHKSPPSNNN NNNNEKDETI MDIDKTNNNE QILILESKYK ENILFSKLFL1140
 1141 EYHDGQNSDL DNDTSMMTSG GGDGDHDSSI KYFYLGFTFK NILIHNSPLP STSIEGFFKF1200
 1201 YLNLLSANRN DIIRKSVIKI IISMLKFNYQ TNPDVLTNFF YQLHPLYSNK SEREDILFSI1260
 1261 LYLLKKIANL IIQSQKDQYI LNNSLNNNNN NNNNNNVQQL SSSSSSHNNQ LNNNNTTTTN1320
 1321 NDSITWQDKI YSNDFILIIF CTLIENLSRQ TTIKVNSIET IEFIAKKLNQ TPKTLMMTNM1380
 1381 AQYINPRIIE NLYTNRQSLV ELCRYFLGIG LNQFLISSLP TVIPVLIFKS SNNILNCLKD1440
 1441 ELKDLKELCG QDYLMGLIFE YIFIHATSVE NLTSCIICFC RFADFNQDAV VSNLPKSFIN1500
 1501 SLILNLANGD GQQAKKALDY VSQFVGGDMT FDKFLIKEFL GSMNFFTMIM TNKQKSTQEK1560
 1561 LTMMTSFHRL LGLMGQSVDL FRPKIMAFLR LAIKTPMEEI AIDAWFTFIQ LLKLDSIGPI1620
 1621 LNQIVFSILP FVQSYPEKSL LIFDYLIIKN RTILKPYFKT IPFLPKEYTV LKPYIQELES1680
 1681 SSANLTTQIK QLMELFSNES IEVKLMSTNK LKELLSANKS IIHEMIQLDS DPILINDLVK1740
 1741 SLLIGCRDPY LKLSVNFLTC LGELGAIDPV KLDFSLRNQS TAEKDKVQIA AELIEKYLAK1800
 1801 FVLSPSNPTP QDRAGYAIQE ILKCCQDTKL SEKLSNECND IIKPYYSSEY MLPLFSKKNN1860
 1861 NLVGGGGGNG NGGGNGVSSS GSSSCFYGSN MTYKKWITSW LSDLLFKTKG SPGSANNDLD1920
 1921 SIFMACRGII KDDLKICHYL LPLVILNIIE YGRESDIQSI KNEILEVLNN NTDLSTDNGQ1980
 1981 ICTQIIFHVI NSLNNWIDVR KRKYFLTQQQ RTASQKGKSK KLESPPDVVV IERFLNGIPE2040
 2041 KILAFASYRC GALSTSLSYM ESLIRNETSQ ILKQQQQQHQ LNLQLNMQQQ NLQYQQQLQQ2100
 2101 QQPQQQQQQQ QQQQQQQVQQ QQIPILNSSQ PASMASAREL ALNNNLQLLQ KIYHEMDDID2160
 2161 GLIGLSHKRV GSPSNEEKIV ELESQGFWGD ALLYYNTALE RSPINMDLRI GALNCLFNLG2220
 2221 QHESLLLQIE GLKQEPWLTN KDQSKLGTIK IQSSWRLSHW DKIDETLSQT HEPNFEAYLG2280
 2281 RILYSLVKKQ EKEFNSNLFQ CRSFLAQLLN GSALDSYQRC YPYLIQAHIL EEIEQSYKLI2340
 2341 HYNVIPIENV TITNNNNNIG NNNNSNNNNV QKQQMLKKLL SEWDDRLKII QPSFKLRESI2400
 2401 LSVRREILEI GSFSKEVIDC WMKIGKYARH DKKFELSLNA ILKPTPSQQD KFYFIEHAKL2460
 2461 MWNQGHSFEA INILTQELKN KWNPIINSNN NSSNNSSSNI NINNGSKLSL LGLPQEDLFI2520
 2521 ISKTHLLIAR WKQQCGITHH SELTEHYSSA TAFEWEKGFF FLGRYYDSLL SNLKRVNQNS2580
 2581 PNSPPLDSVS YVDYTRNIIS SYGQAVILGH SYIYQTLTRI IALWCELGVI FSDFKIPEKS2640
 2641 TKVTSDSLES IKKAMSKLEL DVPASNWLMF LSQVASRICH KNTDTWLILE KIIIRTMIEF2700
 2701 PKQSIWIMMM QYRSSSSIRK QRARTCLEKA RKTDAIKKNQ DETILLCAQL LAVSNHPKKA2760
 2761 NKRYSIKMSE IFKKLYEMKD LTVILPLQSS LNVSLPPNGK PDKSYPAFGS LPLIGSFEDQ2820
 2821 IDIMPSLQGP KKINVNDRQG NRYSFLLKPN DDLRKDQRVM EFNTMVNKLI KKDPACRKRN2880
 2881 LKIRTYTVIP FNEESGIIEW VSNTATLRSI LGGIYETMDT IGIDRFNQMV NAKKEKHYLD2940
 2941 LFEDFNRFFP PVLHKHFITN FPEPSAWLDA RDAFARSCAI MSMVGSVLGL GDRHTENILL3000
 3001 DSITGECVHI DYNCLFWKGE TFTVPERVPF RLTRNMVDVF GVLGVEGTFK TVCENTLRVL3060
 3061 RSNKEVLLRV LENFIYDPFL ILFDKKNQNS NNNNNTHFGE VENDQAVEIL KRISATLQGI3120
 3121 PTVGLQLSIE GQVNHLIQEA TNPKHLCNMY VGWCSWY

    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: 0.79

    Source: Reynolds et al. (2008)

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