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Protein Overview: PKS45_DICDI

General Information:
Name(s) found: PKS45_DICDI [Swiss-Prot]
Description(s) found:
Found 4 descriptions.
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  • Probable polyketide synthase 45 OS=Dictyostelium discoideum GN=pks45 PE=3 SV=1 [Swiss-Prot]
    • Organism: Dictyostelium discoideum
    Length: 3097 amino acids

    Gene Ontology:
    Cellular Component: NONE FOUND
    Biological Process: metabolic process [IEA]
    fatty acid biosynthetic process [IEA]
    Molecular Function: catalytic activity [IEA]
    cofactor binding [IEA]
    transferase activity [IEA]


    Sequence:
    Sequence:
    [PDR BLAST]
    [ProtParam] 
          1          11         21         31         41         51         
      |          |          |          |          |          |          
    1 MDSQNIKYGD NDVAIIGIGL RLPSSINRPS ELWEGFLAGF DGIVETTNRW SDSFASMDEI  60
   61 SSKYAGLIDL DEWMSFDPLF FGIIPTEVPS IDPQQRLLLK CTWEAFEDAN IDPFKLRGTN 120
  121 TSVYVGASSL DYASINVDFD ETPMNIFNSN MSGVSNRISY CFDFRGASLT IDTACSSSLN 180
  181 AVHLGYKSII SGESDYSIVG GCNFIMSPHT SRSFESANVT SKTGKSKAFD QDANGFVRSE 240
  241 GVVSIILKKM SKAIQDGDQI YSVIKGTNSN VDGNLNKGNF FAPSKQSQAN NIKSAMESCN 300
  301 KETTNSTPIA LNDIDFFELH GTSTQIGDPI ECEGVSSVFK ESREKPLLIG SIKANIGHLE 360
  361 PASGVASLAK VALMFKHRQF VKNINFDKPN PNIKFDEWKI KVCTENTPFP NNKKVSIAIN 420
  421 SFGITGSNVC LILTEYIKPT TTKTTNGTAI LSTFPLLSTT TTATTNNNGN QKYLIPISAN 480
  481 SKPSLESYKE KLINSSKEFS ETINFKDFVK YQLDSKTLKL TQRSVIIASN WEEAGSTQSI 540
  541 ITTNSNRSGN IIKDTNKNPQ LVFVFSGQGP QWSKMFTQLY DQEPIFKQKT DQIDSLLSKH 600
  601 YGYSILNKLN SIKDDDTVTI NEPILAQPSV FMIQMALIEL YKHWGILASI SIGHSLGEVS 660
  661 SAVCSGMIDL ETGCFIIYHR SRLQQQTSGS GKMLVASLNE QKFNQEFDNF QQKYPSIEIA 720
  721 CFNSPSSIVL AGKESELQEI SNILKEQETF SIFLGAQSSF HSSSQEPIKD ELLKQLKDIK 780
  781 STKSNIPNFS TVTSNLFNDD DEVAQQPDEA SAHNTNTITL FDSKYVYENV RKPVQFEKTI 840
  841 KNVFNYIEKK GLGSSVIFLE ISASPVLGNY IREMIPQDSN YFFIEDQTIS VLSSLNKKNK 900
  901 DQVLEIQTSI SQLYCKGYNV NFNCSNQTNS LDFQNTEYKQ LSDVLFKYSW DDESYWSVAP 960
  961 LISNYIKNGP AINQLGNRNE RQPYQSYVSI IDIKKEPFEF FKGHSSRNRV IYPGCGYIDS1020
 1021 ILKAFPDQDL TIQSMEFKSA VLLLPSMKTY LSTNITPSGK NEYRVSFHYK DKKTNKWSLS1080
 1081 CSGKFSITKH NDEVVRKFDI EKLKAKTNFV TIQKKELYET IKYKAQFTFE GKFQSIEEVS1140
 1141 YGHNCCLAKV PLTTLSSYDN QSFLNLCVID SAFQPFCAVK ENKEPMLFSS IENLKFFSKN1200
 1201 IPKSAEDREK HKFVYTYTQI KEKKCGSYFV SILTMLQDGT ILFFSPLVVY TQLTPYKNQY1260
 1261 IIESPNDNLY KICYQSKDST LPSPLILKDK FDQLNFETTD EQSQIIRKAL SNCLFAIFKR1320
 1321 NNNLFTKEEI KSQSIDYLIE KYCLIIDNDD DNDGIDDNSI LVNGGVASID DMVLASTAGK1380
 1381 ETTILNNGKR VLAKLIFQIL KSNVDLIDWD NIATFTNTSS KQQLNIIQAI DNLIVTPLSV1440
 1441 TNQVTESDLI SKTQLDIINN RMKIKQYELI SNTIATDLIK PIINNSILFR ILEINSGFGY1500
 1501 LSEMIINKIN QLLIEFENSY EIEIEFTFTL NGTNQDDNKE ISNSIKEKLT NLLISKSSIS1560
 1561 IIFKELNLNE SFLEQKFNPS YYDLIVLTNL STITNLNESI EFINSILYPN GHLIIIDTKN1620
 1621 QSNFQDYEIF EQFLIFDNFG GGIVDDNIDW NQIFQNNNLN NAIVTPNIQP HVIQVQKSKL1680
 1681 YDKVMSTLDD ITGPYDQIII IGDQMQDTNE DLFQNPIMDI NKQGTDIYRI KTIEEFEKHC1740
 1741 LTIPPTDKSI LFFISAMNNL SLGDYKQVNF DYIKINQYLL ANKLRCPFIL ATRSALKEST1800
 1801 NALAASLIGS FRYFSEFSNI LNLYSFDFGE MVFTIASGSP FKWMNMAIDL LDPNKHIQRE1860
 1861 YIFRNGNETW FERIGKIKRV KSKYQSKSYL DDKEDSLVAR LNQNLEYQLE AKQSNLKENE1920
 1921 IEVQVVATGI NFKDSLIFRN LVPPVLANHD GDYSKPEFGI ECSGIVSRIG SKVTKFKVGD1980
 1981 SVLGISWKST SSHAINYQDA FVLKPDNISF VEAASIPLVY CTSFYSLFYS GNLKIENNES2040
 2041 VLIHQASGGI GLACLNILKS CGFKSKLYVT VGSKEKEDYL RETYGDFITG IYSSRNTDFL2100
 2101 ENIKTDLSKI NNNNNEIKEN NTINESFDDV DQILPFIHKK GVDLIINTLP FEFLDTNFLL2160
 2161 LGQGGRIVDL SVNHLNNNDT TDFSKFKWFI GYSTVEIFYN GFEKSKHILQ LIIDMIKNKE2220
 2221 LPLIPIKEYP INQIKDAIEF IGQRKHIGKI VINHKVGLRD GCSNLVQDTI KSLQNHLKDN2280
 2281 YLVASPDFKF MGDSLGKTIL LTGQTGLSLS IIQISLLNNY QDLEGIIVIS KSPIRNELQY2340
 2341 LISFAKYLSR KTRVHFKQAD CSKFDEISKA ISEIYEKDDP NLSPVESIFH NAFVPVMSEP2400
 2401 QDIGMKHIDD AYDAKTTGAM NLYLLAILNG WKLKNFFFSS SVASVSGSSR QAGYCGANLV2460
 2461 LESIAKTIQS QGIRCSTICW GSIGDIGYVS RNESVSKYVH GLGNISMPSN MVLGSLDLLL2520
 2521 QQPTLSTDTT IVASFDFNNL PKLSTNGSNN LYYKFDYFTN PIQSNQNNCS SDDLSIREEI2580
 2581 LAKFSEFLSV DDQSKINLDI KLLDYGADSM VIVELKNYLD KTYTPNILSI QQLQNVTINQ2640
 2641 LIQSVTDAMN KLNGNENKSI KKSNKLVQQK QIDWVKEIKL DSSIKPTDEM IKLFKQLQQQ2700
 2701 LASPTTTTSN TVFLTGSSGF IGIYILFYLI KSVNCKIVYC LIRRKTIEEA TTFLIEFLKV2760
 2761 HQLYNQLTTD EINKIKPVLG DYTLDSFGLS VDQYTNLSNN VDLIINSAAS VSFLMDYEDS2820
 2821 KVESVEGVLQ CLRFSCHNKL KKFVQVSTLG VYSDDKRDNL DDYTFAQIDP KIIQSKNSII2880
 2881 NGYLQGKIVS EYHIKEAANR GIPCCIIRLP FIGPNPSTGV GNDSDFFQTL LQSCYAMSTY2940
 2941 PKQESGLQLY STPVTWVAQN LSFISMNPKC WSTSSNNPSS ISENLTCYNL FGESICFNVL3000
 3001 LTELASQLKW KPTPPGEFLK KLKSFPNEPS CNKLHVVLKN SKNLLLNIYI PGNYKLNPTL3060
 3061 KQLLQSNNTY KGWKITPEMI LTHLSFTFKK IKFINYK

    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: 0.72

    Source: Reynolds et al. (2008)

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