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Protein Overview: PKS44_DICDI

General Information:
Name(s) found: PKS44_DICDI [Swiss-Prot]
Description(s) found:
Found 4 descriptions.
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  • Probable polyketide synthase 44 OS=Dictyostelium discoideum GN=pks44 PE=3 SV=1 [Swiss-Prot]
    • Organism: Dictyostelium discoideum
    Length: 3078 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 MENQNIKYGD NDVAIIGIGL RLPNSINKPL ELWEGLLAGF DGIVETTNRW SDSFSAMDEI  60
   61 SSKYAGLIDL DEWMSFDPLF FGIIPTEVPS IDPQQRLLLK CTWEAFEDAN IDPFKLRGTN 120
  121 TSVYVGASSL DYASINVDFD ETPMNIFNSN MSGISNRISY CYDFRGTSLT IDTACSSSLN 180
  181 AVHLGYKSII NGESDYSIVG GCNFIMSPHT SRSFESINVT 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 SFGITGSNAC LILTEYIKPK TTTTTTANNN GNQKYLIPIS ANSKSSLESY KEKLINSSKE 480
  481 FSETINFKDF VKYQLDSKTL KLTQRSVIIA SNWEEAGSTQ SIVTTNTNRS GNIIKDANKN 540
  541 PQLVFVFSGQ GPQWSKMFTQ LYDQEPIFKQ KTDQIDSLLS KHYGYSILNK LNSIKDDDTV 600
  601 TINEPILAQP SVFMIQMALI ELYKHWGILA SISIGHSLGE VSSAVCSGMI DLETGCFIIY 660
  661 HRSRLQQQTV GSGRMLVASL NEQQFNQEFQ QKYPSIEISC FNSPFSIVLA GKESELQEIS 720
  721 NILKEKETFS IFLSTQSSFH SSSQEPIKDE LLKQLKDIKS TKSNIPNFST VTSNLFNDND 780
  781 DDEVVQQPDE ASSHNSTTTL FDSNYVYENV RKPVQFEKAI KNVFNYIEKK GLGSSVIFLE 840
  841 ISASPVLGNY IREMIPQDSN YFFIEDQTIS VLSSLNKKNK DQVLEIQTSI SQLYCKGYNV 900
  901 NFNCSNQTKS LDFKNTGYKQ LSDVLFKYSW DDESYWSVSP LISNYIKNGP ATNHLGYRNE 960
  961 RQPYQSFTSS IDIKKEPFEF LKGHSSRNRV IYPGCGYIDS ILKAFPDQDL TIQSMEYKSA1020
 1021 ILLSSSMKTY LSTNIIPSGK NEYRVSFHYK DKKTNKWILS CSGRLSTTKH NDEVVKKVDI1080
 1081 EKLKSKCNFV TIQKKELYET IKYKAQLTLE GKFQSIEEVS YGHNCCLSKV PLTTLSSYDN1140
 1141 ESFLNLCVID AAFQPLGAVK ENQEPMVFAS IENLKFFSKN IPKSAEDREK YKFVYTYTQV1200
 1201 KEKKCGSYFV SILTMLQDGT ILFFSPLVVY TQLTPYKNQY IIESPNDNLY KICYQSKDST1260
 1261 LPHPLLLKDK FDQPRFETTD KQSQVIKKAL SNCLFAIFKR NNNLFTKVEV KSQSIDYLIE1320
 1321 KYCLIIDNDD DNDGIDDNSI LVNGGVASID DMVLASTTGK ETTIVNNGKR SLAKLIFQIL1380
 1381 KSNVDLIDWN NIATYTKNIS KQQLNIIQAI GNLIVTPLSV TNQVTESDLI SKTQLDIINN1440
 1441 RMKIKQYELI SNTIATDLIK PIINNSILFR ILEINSGFGY LSEMIINKIN QLLIEFESSY1500
 1501 EIEIEFTFTL NGTNQDDNKE ISNSIKEKLT NLLISKSSIS IIFKELNLNE SFLEQKFNPS1560
 1561 YYDLIVLTNL STITNLNESI EFINSILYPN GHLIIIDTKN QSNFQDYEIF EQFLIFDNFG1620
 1621 GGIVDDNIDW VKIFQDNNIN RVVATPNIKP HVIQVQKSKL YEKVMGTLDD ITGPYDQIII1680
 1681 IGYQLQGTDE DNFQSPIMDI NKQGTDIYRI KTIEEFEKHC STIPPTDKSI LFFISAMNNL1740
 1741 SLENYKQVNF DYIKINQYLL ANKLGSLFIL ATKSALKEST NALAASLIGS FRYFSEFSNI1800
 1801 LNLYSFDFGE DVYTLSKEIS LKWLNMAIDL LDPNKHIQRE YIFRNGNETW FERIGKIKRV1860
 1861 KSKYQSKSYL DDKEDSLVAR LDQNLEYQLE AKQSNLKENE IEVQVVATGI NFKDSLIFRN1920
 1921 LVPPVLANHE GDFSKPEFGF ECSGIVSRIG SKVKKFKVGD SVLGISWKST SSHAINYQDA1980
 1981 FVLKPDNISF VEAASIPIVY CTSFYSLFYS GNLSIKNNES VLIHQASGGI GLACLNILKS2040
 2041 CGFKSKLYVT VGSKEKEDYL RETYGDFITG IYSSRNTDFL ENIKTDLSNK NDNNNNNNNN2100
 2101 NNDNKESNIK ELLDNDDDEI LPFIHKKGVD LIINTLPFEF LDTNFLLLGQ GGRIVDLSVT2160
 2161 HLNNNDTTDF SKFKWFIGYS TVEIFYNGFE KSKHILQLIT DMIKNKELPL IPIKEYPINQ2220
 2221 IKDAIDFIGQ RKHIGKIVIN HKLGLRDGCS NLVQDTIKSL QNHLKDNYLV ASPDFKFMGD2280
 2281 SLGKTILLTG QTGLSLSIAQ ACLLNNYQDL EGIIVISKSP IKHELQYLIS LAKYLSRKTR2340
 2341 VHFKQADCSK FDEMRKVISE IYEKDDPKLS PVESIFHNAF VPVMSEPQDI DMKHIDDAYD2400
 2401 AKTTGAMNLY MLMSMYDWKL KNFFFSSSIT SVSGSSRQAG YCGANLVLES MAKVIQSQGI2460
 2461 RCSTICWGII GDTGYVSRNE SVAKFLNGLG NAPMPLNMVL GSLDLLLQQP TLSTDTTIIA2520
 2521 SFDFNNLPKL SRDGSNNISY KFDYFTNPIQ SNQNNCSSDD LSIREQILAK FSEFLSVDDQ2580
 2581 SKINLDIKLL DYGADSMVIV ELKNYLDKTY TPNILSIQQL QNITINQLIQ SVTDAMNKLN2640
 2641 GNENKSIKKS NKLVQQKQID WVKEIKLDSS IKPTDEMIKL FKQLQQQAST TTSNTVFLTG2700
 2701 SSGFIGIYIL FYLIKSVNCK IVYCLIRRKT IEEATTFLIE FLKVHQLYNQ LTTDEINKIK2760
 2761 PVLGDYTLDS FGLSVDQYTN ISNNVDLIIN SAASVNYQMG YEDSKVESVE GVLQCLRFSC2820
 2821 HNKLKKLFQV STLGIYSDDK RDNLDDYTFA QIDPKIIQSK NSIINGYLQG KIVSEYHIKE2880
 2881 AANRGIPCCI IRLPFIGPNP NTGVGRDLDL FQTLFQSCYA MSTYPKQESG LQFYATPVTW2940
 2941 AAQNLSFISL NPKCWSTSSN HPSSISENLT CYSLFGESIC FNVLLTELAT QLKWKPTSSG3000
 3001 EFLKKLRSFP NEPSCKKLHI VLKNTKNLLL NVYIPGNYKL NPTLKQLLQS NNTYEGWKIT3060
 3061 PEMILTHLSF IFKKKLNK

    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: 0.64

    Source: Reynolds et al. (2008)

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