YRC Logo
PROTEIN SEARCH:
Descriptions Names[Advanced Search]

Protein Overview: PKS37_DICDI

General Information:
Name(s) found: PKS37_DICDI [Swiss-Prot]
Description(s) found:
Found 4 descriptions.
SHOW ALL
  • Probable polyketide synthase 37 OS=Dictyostelium discoideum GN=stlB PE=2 SV=1 [Swiss-Prot]
    • Organism: Dictyostelium discoideum
    Length: 2968 amino acids

    Gene Ontology:
    Cellular Component: intracellular [IC]
    Biological Process: polyketide biosynthetic process [IDA]
    sorocarp morphogenesis [IMP]
    sorocarp stalk cell differentiation [IMP]
    DIF-1 biosynthetic process [IMP]
    Molecular Function: polyketide synthase activity [IDA]
    cofactor binding [IEA]


    Sequence:
    Sequence:
    [PDR BLAST]
    [ProtParam] 
          1          11         21         31         41         51         
      |          |          |          |          |          |          
    1 MNNNKSINDL SGNSNNNIAN SNINNYNNLI KKEPIAIIGI GCRFPGNVSN YSDFVNIIKN  60
   61 GSDCLTKIPD DRWNADIISR KQWKLNNRIG GYLKNIDQFD NQFFGISPKE AQHIDPQQRL 120
  121 LLHLAIETLE DGKISLDEIK GKKVGVFIGS SSGDYLRGFD SSEINQFTTP GTNSSFLSNR 180
  181 LSYFLDVNGP SMTVNTACSA SMVAIHLGLQ SLWNGESELS MVGGVNIISS PLQSLDFGKA 240
  241 GLLNQETDGR CYSFDPRASG YVRSEGGGIL LLKPLSAALR DNDEIYSLLL NSANNSNGKT 300
  301 PTGITSPRSL CQEKLIQQLL RESSDQFSID DIGYFECHGT GTQMGDLNEI TAIGKSIGML 360
  361 KSHDDPLIIG SVKASIGHLE GASGICGVIK SIICLKEKIL PQQCKFSSYN PKIPFETLNL 420
  421 KVLTKTQPWN NSKRICGVNS FGVGGSNSSL FLSSFDKSTT ITEPTTTTTI ESLPSSSSSF 480
  481 DNLSVSSSIS TNNDNDKVSN IVNNRYGSSI DVITLSVTSP DKEDLKIRAN DVLESIKTLD 540
  541 DNFKIRDISN LTNIRTSHFS NRVAIIGDSI DSIKLNLQSF IKGENNNNKS IILPLINNGN 600
  601 NNNNNNNNSS GSSSSSSNNN NICFIFSGQG QQWNKMIFDL YENNKTFKNE MNNFSKQFEM 660
  661 ISGWSIIDKL YNSGGGGNEE LINETWLAQP SIVAVQYSLI KLFSKDIGIE GSIVLGHSLG 720
  721 ELMAAYYCGI INDFNDLLKL LYIRSTLQNK TNGSGRMHVC LSSKAEIEQL ISQLGFNGRI 780
  781 VICGNNTMKS CTISGDNESM NQFTKLISSQ QYGSVVHKEV RTNSAFHSHQ MDIIKDEFFK 840
  841 LFNQYFPTNQ ISTNQIYDGK SFYSTCYGKY LTPIECKQLL SSPNYWWKNI RESVLFKESI 900
  901 EQILQNHQQS LTFIEITCHP ILNYFLSQLL KSSSKSNTLL LSTLSKNSNS IDQLLILCSK 960
  961 LYVNNLSSIK WNWFYDKQQQ QQSESLVSSN FKLPGRRWKL EKYWIENCQR QMDRIKPPMF1020
 1021 ISLDRKLFSV TPSFEVRLNQ DRFQYLNDHQ IQDIPLVPFS FYIELVYASI FNSISTTTTN1080
 1081 TTASTMFEIE NFTIDSSIII DQKKSTLIGI NFNSDLTKFE IGSINSIGSG SSSNNNFIEN1140
 1141 KWKIHSNGII KYGTNYLKSN SKSNSFNEST TTTTTTTTTT KCFKSFNSNE FYNEIIKYNY1200
 1201 NYKSTFQCVK EFKQFDKQGT FYYSEIQFKK NDKQVIDQLL SKQLPSDFRC IHPCLLDAVL1260
 1261 QSAIIPATNK TNCSWIPIKI GKLSVNIPSN SYFNFKDQLL YCLIKPSTST STSPSTYFSS1320
 1321 DIQVFDKKNN NLICELTNLE FKGINSSSSS SSSSSTINSN VEANYESKIE ETNHDEDEDE1380
 1381 ELPLVSEYVW CKEELINQSI KFTDNYQTVI FCSTNLNGND LLDSIITSAL ENGHDENKIF1440
 1441 IVSPPPVESD QYNNRIIINY TNNESDFDAL FAIINSTTSI SGKSGLFSTR FIILPNFNSI1500
 1501 TFSSGNSTPL ITNVNGNGNG KSCGGGGGST NNTISNSSSS ISSIDNGNNE DEEMVLKSFN1560
 1561 DSNLSLFHLQ KSIIKNNIKG RLFLITNGGQ SISSSTPTST YNDQSYVNLS QYQLIGQIRV1620
 1621 FSNEYPIMEC SMIDIQDSTR IDLITDQLNS TKLSKLEIAF RDNIGYSYKL LKPSIFDNSS1680
 1681 LPSSSSEIET TATTKDEEKN NSINYNNNYY RVELSDNGII SDLKIKQFRQ MKCGVGQVLV1740
 1741 RVEMCTLNFR DILKSLGRDY DPIHLNSMGD EFSGKVIEIG EGVNNLSVGQ YVFGINMSKS1800
 1801 MGSFVCCNSD LVFPIPIPTP SSSSSSNENI DDQEIISKLL NQYCTIPIVF LTSWYSIVIQ1860
 1861 GRLKKGEKIL IHSGCGGVGL ATIQISMMIG AEIHVTVGSN EKKQYLIKEF GIDEKRIYSS1920
 1921 RSLQFYNDLM VNTDGQGVDM VLNSLSGEYL EKSIQCLSQY GRFIEIGKKD IYSNSSIHLE1980
 1981 PFKNNLSFFA VDIAQMTENR RDYLREIMID QLLPCFKNGS LKPLNQHCFN SPCDLVKAIR2040
 2041 FMSSGNHIGK ILINWSNLNN DKQFINHHSV VHLPIQSFSN RSTYIFTGFG GLTQTLLKYF2100
 2101 STESDLTNVI IVSKNGLDDN SGSGSGNNEK LKLINQLKES GLNVLVEKCD LSSIKQVYKL2160
 2161 FNKIFDNDAS GSDSGDFSDI KGIFHFASLI NDKRILKHNL ESFNYVYNSK ATSAWNLHQV2220
 2221 SLKYNLNLDH FQTIGSVITI LGNIGQSNYT CANRFVEGLT HLRIGMGLKS SCIHLASIPD2280
 2281 VGMASNDNVL NDLNSMGFVP FQSLNEMNLG FKKLLSSPNP IVVLGEINVD RFIEATPNFR2340
 2341 AKDNFIITSL FNRIDPLLLV NESQDFIINN NINNNGGGGD GSFDDLNQLE DEGQQGFGNG2400
 2401 DGYVDDNIDS VSMLSGTSSI FDNDFYTKSI RGMLCDILEL KDKDLNNTVS FSDYGLDSLL2460
 2461 SSELSNTIQK NFSILIPSLT LVDNSTINST VELIKNKLKN STTSSISSSV SKKVSFKKNT2520
 2521 QPLIIPTTAP ISIIKTQSYI KSEIIESLPI SSSTTIKPLV FDNLVYSSSS SNNSNSKNEL2580
 2581 TSPPPSAKRE SVLPIISEDN NSDNDSSMAT VIYEISPIAA PYHRYQTDVL KEITQLTPHK2640
 2641 EFIDNIYKKS KIRSRYCFND FSEKSMADIN KLDAGERVAL FREQTYQTVI NAGKTVIERA2700
 2701 GIDPMLISHV VGVTSTGIMA PSFDVVLIDK LGLSINTSRT MINFMGCGAA VNSMRAATAY2760
 2761 AKLKPGTFVL VVAVEASATC MKFNFDSRSD LLSQAIFTDG CVATLVTCQP KSSLVGKLEI2820
 2821 IDDLSYLMPD SRDALNLFIG PTGIDLDLRP ELPIAINRHI NSAITSWLKK NSLQKSDIEF2880
 2881 FATHPGGAKI ISAVHEGLGL SPEDLSDSYE VMKRYGNMIG VSTYYVLRRI LDKNQTLLQE2940
 2941 GSLGYNYGMA MAFSPGASIE AILFKLIK

    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: 0.24

    Source: Reynolds et al. (2008)

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