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Protein Overview: PKS1_DICDI

General Information:
Name(s) found: PKS1_DICDI [Swiss-Prot]
Description(s) found:
Found 4 descriptions.
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  • Probable polyketide synthase 1 OS=Dictyostelium discoideum GN=stlA PE=1 SV=1 [Swiss-Prot]
    • Organism: Dictyostelium discoideum
    Length: 3147 amino acids

    Gene Ontology:
    Cellular Component: intracellular [IC]
    Biological Process: resorcinol metabolic process [IDA]
    polyketide biosynthetic process [IDA]
    fatty acid biosynthetic process [IEA]
    Molecular Function: polyketide synthase activity [IDA]
    catalytic activity [IEA]
    cofactor binding [IEA]
    acyltransferase activity [IEA]


    Sequence:
    Sequence:
    [PDR BLAST]
    [ProtParam] 
          1          11         21         31         41         51         
      |          |          |          |          |          |          
    1 MNKNSKIQSP NSSDVAVIGV GFRFPGNSND PESLWNNLLD GFDAITQVPK ERWATSFREM  60
   61 GLIKNKFGGF LKDSEWKNFD PLFFGIGPKE APFIDPQQRL LLSIVWESLE DAYIRPDELR 120
  121 GSNTGVFIGV SNNDYTKLGF QDNYSISPYT MTGSNSSLNS NRISYCFDFR GPSITVDTAC 180
  181 SSSLVSVNLG VQSIQMGECK IAICGGVNAL FDPSTSVAFS KLGVLSENGR CNSFSDQASG 240
  241 YVRSEGAGVV VLKSLEQAKL DGDRIYGVIK GVSSNEDGAS NGDKNSLTTP SCEAQSINIS 300
  301 KAMEKASLSP SDIYYIEAHG TGTPVGDPIE VKALSKIFSN SNNNQLNNFS TDGNDNDDDD 360
  361 DDNTSPEPLL IGSFKSNIGH LESAAGIASL IKCCLMLKNR MLVPSINCSN LNPSIPFDQY 420
  421 NISVIREIRQ FPTDKLVNIG INSFGFGGSN CHLIIQEYNN NFKNNSTICN NNNNNNNNID 480
  481 YLIPISSKTK KSLDKYLILI KTNSNYHKDI SFDDFVKFQI KSKQYNLSNR MTTIANDWNS 540
  541 FIKGSNEFHN LIESKDGEGG SSSSNRGIDS ANQINTTTTS TINDIEPLLV FVFCGQGPQW 600
  601 NGMIKTLYNS ENVFKNTVDH VDSILYKYFG YSILNVLSKI DDNDDSINHP IVAQPSLFLL 660
  661 QIGLVELFKY WGIYPSISVG HSFGEVSSYY LSGIISLETA CKIVYVRSSN QNKTMGSGKM 720
  721 LVVSMGFKQW NDQFSAEWSD IEIACYNAPD SIVVTGNEER LKELSIKLSD ESNQIFNTFL 780
  781 RSPCSFHSSH QEVIKGSMFE ELSNLQSTGE TEIPLFSTVT GRQVLSGHVT AQHIYDNVRE 840
  841 PVLFQKTIES ITSYIKSHYP SNQKVIYVEI APHPTLFSLI KKSIPSSNKN SSSVLCPLNR 900
  901 KENSNNSYKK FVSQLYFNGV NVDFNFQLNS ICDNVNNDHH LNNVKQNSFK ETTNSLPRYQ 960
  961 WEQDEYWSEP LISRKNRLEG PTTSLLGHRI IYSFPVFQSV LDLQSDNYKY LLDHLVNGKP1020
 1021 VFPGAGYLDI IIEFFDYQKQ QLNSSDSSNS YIINVDKIQF LNPIHLTENK LQTLQSSFEP1080
 1081 IVTKKSAFSV NFFIKDTVED QSKVKSMSDE TWTNTCKATI SLEQQQPSPS STLTLSKKQD1140
 1141 LQILRNRCDI SKLDKFELYD KISKNLGLQY NSLFQVVDTI ETGKDCSFAT LSLPEDTLFT1200
 1201 TILNPCLLDN CFHGLLTLIN EKGSFVVESI SSVSIYLENI GSFNQTSVGN VQFYLYTTIS1260
 1261 KATSFSSEGT CKLFTKDGSL ILSIGKFIIK STNPKSTKTN ETIESPLDET FSIEWQSKDS1320
 1321 PIPTPQQIQQ QSPLNSNPSF IRSTILKDIQ FEQYCSSIIH KELINHEKYK NQQSFDINSL1380
 1381 ENHLNDDQLM ESLSISKEYL RFFTRIISII KQYPKILNEK ELKELKEIIE LKYPSEVQLL1440
 1441 EFEVIEKVSM IIPKLLFEND KQSSMTLFQD NLLTRFYSNS NSTRFYLERV SEMVLESIRP1500
 1501 IVREKRVFRI LEIGAGTGSL SNVVLTKLNT YLSTLNSNGG SGYNIIIEYT FTDISANFII1560
 1561 GEIQETMCNL YPNVTFKFSV LDLEKEIINS SDFLMGDYDI VLMAYVIHAV SNIKFSIEQL1620
 1621 YKLLSPRGWL LCIEPKSNVV FSDLVFGCFN QWWNYYDDIR TTHCSLSESQ WNQLLLNQSL1680
 1681 NNESSSSSNC YGGFSNVSFI GGEKDVDSHS FILHCQKESI SQMKLATTIN NGLSSGSIVI1740
 1741 VLNSQQLTNM KSYPKVIEYI QEATSLCKTI EIIDSKDVLN STNSVLEKIQ KSLLVFCLLG1800
 1801 YDLLENNYQE QSFEYVKLLN LISTTASSSN DKKPPKVLLI TKQSERISRS FYSRSLIGIS1860
 1861 RTSMNEYPNL SITSIDLDTN DYSLQSLLKP IFSNSKFSDN EFIFKKGLMF VSRIFKNKQL1920
 1921 LESSNAFETD SSNLYCKASS DLSYKYAIKQ SMLTENQIEI KVECVGINFK DNLFYKGLLP1980
 1981 QEIFRMGDIY NPPYGLECSG VITRIGSNVT EYSVGQNVFG FARHSLGSHV VTNKDLVILK2040
 2041 PDTISFSEAA SIPVVYCTAW YSLFNIGQLS NEESILIHSA TGGVGLASLN LLKMKNQQQQ2100
 2101 PLTNVYATVG SNEKKKFLID NFNNLFKEDG ENIFSTRDKE YSNQLESKID VILNTLSGEF2160
 2161 VESNFKSLRS FGRLIDLSAT HVYANQQIGL GNFKFDHLYS AVDLERLIDE KPKLLQSILQ2220
 2221 RITNSIVNGS LEKIPITIFP STETKDAIEL LSKRSHIGKV VVDCTDISKC NPVGDVITNF2280
 2281 SMRLPKPNYQ LNLNSTLLIT GQSGLSIPLL NWLLSKSGGN VKNVVIISKS TMKWKLQTMI2340
 2341 SHFVSGFGIH FNYVQVDISN YDALSEAIKQ LPSDLPPITS VFHLAAIYND VPMDQVTMST2400
 2401 VESVHNPKVL GAVNLHRISV SFGWKLNHFV LFSSITAITG YPDQSIYNSA NSILDALSNF2460
 2461 RRFMGLPSFS INLGPMKDEG KVSTNKSIKK LFKSRGLPSL SLNKLFGLLE VVINNPSNHV2520
 2521 IPSQLICSPI DFKTYIESFS TMRPKLLHLQ PTISKQQSSI INDSTKASSN ISLQDKITSK2580
 2581 VSDLLSIPIS KINFDHPLKH YGLDSLLTVQ FKSWIDKEFE KNLFTHIQLA TISINSFLEK2640
 2641 VNGLSTNNNN NNNSNVKSSP SIVKEEIVTL DKDQQPLLLK EHQHIIISPD IRINKPKRES2700
 2701 LIRTPILNKF NQITESIITP STPSLSQSDV LKTPPIKSLN NTKNSSLINT PPIQSVQQHQ2760
 2761 KQQQKVQVIQ QQQQPLSRLS YKSNNNSFVL GIGISVPGEP ISQQSLKDSI SNDFSDKAET2820
 2821 NEKVKRIFEQ SQIKTRHLVR DYTKPENSIK FRHLETITDV NNQFKKVVPD LAQQACLRAL2880
 2881 KDWGGDKGDI THIVSVTSTG IIIPDVNFKL IDLLGLNKDV ERVSLNLMGC LAGLSSLRTA2940
 2941 ASLAKASPRN RILVVCTEVC SLHFSNTDGG DQMVASSIFA DGSAAYIIGC NPRIEETPLY3000
 3001 EVMCSINRSF PNTENAMVWD LEKEGWNLGL DASIPIVIGS GIEAFVDTLL DKAKLQTSTA3060
 3061 ISAKDCEFLI HTGGKSILMN IENSLGIDPK QTKNTWDVYH AYGNMSSASV IFVMDHARKS3120
 3121 KSLPTYSISL AFGPGLAFEG CFLKNVV

    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: 0.81

    Source: Reynolds et al. (2008)

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