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Protein Overview: orf19.8515, orf1...

General Information:
Name(s) found: orf19.896 [Other_Candida_Albicans_na_02-26-2007_reversed.fasta]
orf19.8515 [Other_Candida_Albicans_na_02-26-2007_reversed.fasta]
Description(s) found:
Found 2 descriptions.
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  • CHK1 CGDID:CAL0002932 Assembly 19, Contig19-10076 (223668, 216253) CDS, reverse complemented, translated using codon table 12 (2471 residues)||Histidine kinase involved in a two-component signaling pathway that regulates cell wall biosynthesis; disruption [Other_Candida_Albicans_na_02-26-2007_reversed.fasta]
  • CHK1 CGDID:CAL0002932 Assembly 19, Contig19-20076 (224300, 216885) CDS, reverse complemented, translated using codon table 12 (2471 residues)||Histidine kinase involved in a two-component signaling pathway that regulates cell wall biosynthesis; disruption [Other_Candida_Albicans_na_02-26-2007_reversed.fasta]
    • Organism: Candida albicans
    Length: 2471 amino acids

    Gene Ontology:
    Cellular Component: cytoplasm [ISS]
    Biological Process: hyphal growth [IMP]
    fungal-type cell wall biogenesis [IMP]
    two-component signal transduction system (phosphorelay) [ISS]
    negative regulation of calcium-independent cell-cell adhesion [IMP]
    single-species biofilm formation on inanimate substrate [IMP]
    pathogenesis [IMP]
    Molecular Function: two-component sensor activity [ISS]


    Sequence:
    Sequence:
    [PDR BLAST]
    [ProtParam] 
          1          11         21         31         41         51         
      |          |          |          |          |          |          
    1 MSMNFFNSSE PARDHKPDQE KETVMTTEHY EFERPDVKAI RNFKFFRSDE TETKKGPNLH  60
   61 ISDLSPLESQ SVPPSALSLN HSIIPDQYER RQDTPDPIHT PEISLSDYLY DQTLSPQGFD 120
  121 NSRENFNIHK TIASLFEDNS SVVSQESTDD TKTTLSSETC DSFSLNNASY LTNINFVQNH 180
  181 LQYLSQNVLG NRTSNSLPPS SSSQIDFDAS NLTPDSIPGY ILNKKLGSVH QSTDSVYNAI 240
  241 KIPQNEEYNC CTKASASQNP TNLNSKVIVR LSPNIFQNLS LSRFLNEWYI LSGKHSSKEH 300
  301 QIWSNESLTN EYVQDKTIPT FDKESARFRP TLPINIPGIL YPQEIINFCV NSHDYPLEHP 360
  361 SQSTDQKRFA MVYQDNDYKT FKELSMFTLH ELQTRQGSYS SNESRRKSSS GFNIGVNATT 420
  421 TEAGSLESFS NLMQNHHLGA TSTNGDPFHS KLAKFEYGVS KSPMKLIEIL TDIMRVVETI 480
  481 SVIHELGFVH NGLTSSNLLK SEKNVRDIKI TGWGFAFSFT ENCSQGYRNK HLAQVQDLIP 540
  541 YMAPEVLAIT NSVVDYRSDF YSLGVIMYEL VLGILPFKNS NPQKLIRMHT FENPIAPSAL 600
  601 APGWISEKLS GVIMKLLEKH PHNRYTDCHS LLHDLIEVKN MYISKLLDSG ETIPNSNLNL 660
  661 SDRQYYLTKE NLLHPEKMGI TPVLGLKESF IGRRDFLQNV TEVYNNSKNG IDLLFISGES 720
  721 GRGKTIILQD LRAAAVLKQD FYYSWKFSFF GADTHVYRFL VEGVQKIITQ ILNSSEEIQN 780
  781 TWRDVILTHI PIDLSILFYL IPELKVLLGK KYTSIYKHKI GMGMLKRSFK EDQTSRLEIK 840
  841 LRQILKEFFK LVAKQGLSIF LDDVQWCSEE SWRLLCDVLD FDSSGEVRES YNIKIVVCYA 900
  901 LNADHLENVN IEHKKISFCQ YAKQSHLNLR EFSIPHIPLE DAIEFLCEPY TRSHDHECNS 960
  961 KKSDVIANLN CTNEYQQNTC KVIPSIIQEL YQSSEGNVLL LIFLTRMTKL SGKVPFQRFS1020
 1021 VKNSYLYDHL SNSNYGTTRK EILTNYLNMG TNSDTRALLK VAALISNGSG FFFSDLIVAT1080
 1081 DLPMAEAFQL LQICIHSRII VPTSTYYKIP MDLIASDQTP FDLTDDNIWK LATLCSYKFY1140
 1141 HDSICTHIIK ELNASGEFKE LSRLCGLRFY NTITKERLLN IGGYLQMATH FRNSYEVAGP1200
 1201 EENEKYVEVL VQAGRYAIST YNMKLSQWFF NVVGELVYNL DSKTQLKSVL TIAENHFNSR1260
 1261 EFEQCLSVVE NAQRKFGFDR LIFSIQIVRC KIELGDYDEA HRIAIECLKE LGVPLDDDDE1320
 1321 YTSENSLETC LGKIPLSVAD IRGILKIKRC KNSRTLLMYQ LISELIVLFK LQGKDKVRRF1380
 1381 LTAYAMSQIH TQGSSPYCAV ILIDFAQSFV NETTTSGMLK AKELSIVMLS LINRAPEISL1440
 1441 SYVQSIYEYY FSCHAVFFES IEKMSDLIHP GNASSHCTRS SYYSSFHLIV NVSKIFFSCM1500
 1501 NGESFKMFST FKCKSYLTGD PQMPEMDNFL YDSEMLLAGH SELNEFMRKY QSFNQTSVGK1560
 1561 FCYYLIVLLV MSREHRFDEA ADLVLKVLED LSEKLPVSFL HHQYYLICGK VFAYHQTKTP1620
 1621 ESEEQVERIL ARQFERYELW ASTNKPTLLP RYLLLSTYKQ IRENHVDKLE ILDSFEEALQ1680
 1681 TAHKFHNVYD MCWINLECAR WLISINQKRH RISRMVKQGL KILRSLELNN HLRLAEFEFD1740
 1741 EYIEDEDHRN KWAGLTNNPT LDTVTTWQQQ NMPDKVSPCN DKQLVHGKQF GKKEFDSHLL1800
 1801 RLHFDGQYTG LDLNSAIREC LAISEALDEN SILTKLMASA IKYSGATYGV IVTKKNQETP1860
 1861 FLRTIGSQHN IHTLNNMPIS DDICPAQLIR HVLHTGETVN KAHDHIGFAN KFENEYFQTT1920
 1921 DKKYSVVCLP LKSSLGLFGA LYLEGSDGDF GHEDLFNERK CDLLQLFCTQ AAVALGKERL1980
 1981 LLQMELAKMA AEDATDEKAS FLANMSHEIR TPFNSLLSFA IFLLDTKLDS TQREYVEAIQ2040
 2041 SSAMITLNII DGILAFSKIE HGSFTLENAP FSLNDCIETA IQVSGETILN DQIELVFCNN2100
 2101 CPEIEFVVGD LTRFRQIVIN LVGNAIKFTT KGHVLISCDS RKITDDRFEI NVSVEDSGIG2160
 2161 ISKKSQNKVF GAFSQVDGSA RREYGGSGLG LAISKKLTEL MGGTIRFESE EGIGTTFYVS2220
 2221 VIMDAKEYSS PPFSLNKKCL IYSQHCLTAK SISNMLNYFG STVKVTNQKS EFSTSVQAND2280
 2281 IIFVDRGMEP DVSCKTKIIP IDPKPFKRNK LISILKEQPS LPTKVFGNNK SNLSKQYPLR2340
 2341 ILLAEDNLLN YKVCLKHLDK LGYKADHAKD GVVVLDKCKE LLEKDEKYDV ILMDIQMPRK2400
 2401 DGITATRDLK TLFHTQKKES WLPVIVALTA NVAGDDKKRC LEEGMFDFIT KPILPDELRR2460
 2461 ILTKVGETVN M

    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