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Protein Overview: gi|31616732, gi|...

General Information:
Name(s) found: gi|31616732 [NCBI NR]
gi|31505494 [NCBI NR]
Description(s) found:
Found 5 descriptions.
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  • gi|31616732|emb|CAD60099.1| polyketide synthase type 1 [Anabaena circinalis 90] [NCBI NR]
  • gi|31505494|gb|AAO62584.1| polyketide synthase type 1 [Anabaena sp. 90] [NCBI NR]
    • Organism: Anabaena sp. 90
    Length: 3869 amino acids

    Gene Ontology:
    Cellular Component: NONE FOUND
    Biological Process: NONE FOUND
    Molecular Function: NONE FOUND


    Sequence:
    Sequence:
    [PDR BLAST]
    [ProtParam] 
          1          11         21         31         41         51         
      |          |          |          |          |          |          
    1 MELEISNDKS VQARVFKALN EAKERLKAVE AQQSEPIAVV GLGCRFGKNI STPEAFWSFL  60
   61 KAGGNTLTDV PSDRWNVSDF YDSDRSKPGK IYVSQGGFLN DVSMFDAHFF GIAPREALHI 120
  121 DPQQRLLLEV GYEALEDAGM AAPTARIGKT GVFIGITNND YARLIAPGGD YSTIGAYHIS 180
  181 GNHINAAAGR ISYLLNLNGP SLAIDTACSS SLVAVHLACR SLRSQECRQA LVGGVNLILT 240
  241 PEVPIALCRN QMLAADGRCK TFDESADGFG IGEGCGVVVL KRLSEALADS DRIWALIRGT 300
  301 SVNNDGASGG FTVPNGPMQT DLIRDALADA RLSANAIDYV EAHGTGTSLG DPIEIKAIAD 360
  361 ALCVNRSPSQ PLLIGSVKTN LGHLAAAAGI SGLIKTILSI YHGEIPAHLN FQKPNPHINW 420
  421 DSIPLHVVTQ TRPWTQGNGK IKAAGVSSFG ASGTNAHAIL SEPPQVQSST KTTFPVLVTL 480
  481 SAKDEERLRL LAANFVNYID QKPEVNLTDI AFSVNTGRFH HKQRLTLLVS NTASFKEQLR 540
  541 AFVNGNDREA NIIYGEVRVN TKIAFVCNDA RTIFPAMGKE LFVNEPVFRD ALMQCDRLFQ 600
  601 NYLNFSIEDL LDNNQDINDP LYVHPTLFAL QYALCELWKS WGIRPSAILG NGLGEYIAAQ 660
  661 QAGIFSIGDA VKLVATRVHL FSEQSGEKEF LAFQKVAEEV SYRNPQLTLI SNNGEVANNY 720
  721 IKTAAYWLQQ LHHLDNIEKG IFTLHQMGYQ IFLEIGNQPI NNIVHSKLPA KEILCLCSLA 780
  781 KDCSNYQQIQ TVIAELYVRG VNINWQEFHR SCSGQKISLP SSPFIRKRYW VDAIKSNRSG 840
  841 HPLLGDRFPS PLSSIQYRAS ISQNNPEFLT EHQVFDKPIF PGAAFIEMAL AAAQSQAVIL 900
  901 ENIEFQKALL LQEQEDTLQL IIEQNCFQIY QQSNNNWDVL VTGGIDSLNI LDANRQNLEQ 960
  961 IAANCPEQME INSFYERYQK SGVNYGSSFQ IINKLQRGKN SAFAKIKLTQ IQCLEAEKYK1020
 1021 FHPVMLDACF QAIAAILFQQ ESSVTYVPVR IAKFQFFKSP GASVISAARL TKNSNNYIIS1080
 1081 NIDIYSEQGE LLVAITGFEL KSVQSQEIIR HQIQPQSYME EWITLASLLP DGRDYLLNPD1140
 1141 AIKTLVQPQQ LEQQLAEKLY QYERLLEEME TLSVSYIWEG LKELNWQPQL GQIYPEEQIA1200
 1201 TQGGVVDFYR PLLSRCLAIL AEEGIITQQK DGWLLAKEPV ISSSQLPIQQ LRREFPDYLA1260
 1261 EINLIERCGS ALAAVMRRQI EPLELLFPQG DLNAIASVYS DAAGAKLMNE LVAATIKTVV1320
 1321 ANLPTNRQLR ILEIGGGTGS STAAILPHLP PEQIEYTFTD ISSSFLTRAK ENFSNYPFIK1380
 1381 YQTLDIEKAP ISQGFLPSYF DIIIAANVLH ATADINETLN NVRSLLAPNA ILILLESTGA1440
 1441 RPWVDLTFGL TEGWWLCSQD PHRNGYPLVD TEHWQNLLAK HQFTEINIIE PTNPKTRNLL1500
 1501 QQSVIIAKSS LPSLCTSVSW REIIFADTNG IARSLITPFQ QRGITCSLIS PQDINPDNPD1560
 1561 DYLSLLQNLI TPETREIIYL WSLQEIEGEI YQAVEIHCRR FLFLLQALLQ QENPPALILV1620
 1621 TQGSVPAKEI TTLTSPAQSS LLGMALSLVL EHPELNFRAI DLDPHAQDLG EKLFREIHNN1680
 1681 TQENRVALRG EQRFCPRLVE RKLADGNINF RQDGFYLISG GTGGLGLATA RWMIEHGACH1740
 1741 LVLCSRSGAK ALNPEILASL QSINEDIQIK DVDVTDAEKL HALLEECRSQ YPLRGIFHIA1800
 1801 GTLDDTTLLR LTPERFNYVL APKVKGTWLL HQLTLNDTLD FFVCYTSAVS LIGSAGQANA1860
 1861 AAANAFEDAF TYYRHAHNLP ATVINWGPWS EIGAAVDRNV LERLAAKGYD AIAPDLALNT1920
 1921 LEKILFNQIV RAGVIAIDWQ RFPYINQSFY QNFLPQIKPK SQTASNLLEQ WQIIPVKQRR1980
 1981 DLLIRQISLR VCTVLGLSTH EVSPQQGFFD MGMDSLTSTE LRNLLQTDFN CSLPTTIAFR2040
 2041 FPNVETLADY LLREILVTSE VQTPVQQLIQ EVPQIQIEKY TPEKPQQEED PIVIVGMACR2100
 2101 FPGGANDLES FWQLLEQGKD AVREIPSDRW DMQAWYHPDP DTPGKIYSPY GAFLEQIDQF2160
 2161 DAEFFGIVPR EAVAIDPQQR LLLETTWQAL ESAGQNPQKL RNTQTGVFVG AMTQDYAQLS2220
 2221 YAPEAINAYT GSGTSLSVAA GRISYVLGLQ GPSMTVDTAC SSSLVAVHLA CNALRNGECD2280
 2281 IALAGGVNII LTPVISLIES RAHMLAPDGR CKTFDASANG MVRGEGCGMI VLKRLSQAVK2340
 2341 SGDHILAKVH STAVNHDGSS SGLTVPNGDA QEKLLHQALK AAKLNPEQID FIEAHGTGTA2400
 2401 LGDPIELESM AAVFGKRLQN RPLIIGSVKT NLGHLEGAAG IAGLIKTVLA LQHHKIPPHL2460
 2461 HFQQPNPRFD WSSQIFEVPV HGKNWHPSQR ERIAGVSSFG FSGTNAHIIV GEIASNSPQP2520
 2521 SEQKFYLLPL SARSQKSLKE LAKNYQYALN ESVNFADTCF TASTGRAIFR HRLCVLADSN2580
 2581 TTAEKALADF QKGEDSDNLI TPITSETQTK VVFLFSGQGS QYSGMGQTLY NQEPVFKNTL2640
 2641 ELCDNILQPI LGKSLLGLIF QLQNSEQLEQ TQITQPALFS LEYALAKLWQ SWGIQPAALL2700
 2701 GHSIGEYVAA CLAGVFSLED ALQLVVQRGR LMGELPHNGA MAAIYADYQT VADHLTPYGN2760
 2761 QVNIAADNGA INVISGLSEI VEQLEKSFME QGYKTRRLAV SHAFHSPLME PILDDFAKML2820
 2821 QQVSFHEPSL NIISNVTGKP IGKEIATADY WLRHLRNTVH FGQGFKLLID SGYRHFLELG2880
 2881 PKPVLLGMAR LNSQSKEILW LPSIVPGQDE QAQMYRSLAT LFVNGYSIEW TEVFKQVQRV2940
 2941 LLPTYPFQRE RYWLSNPQFF VSDIKTKLHP FIHEVKKLAT GEIIVEGEIS SEYPDYLEGH3000
 3001 KVFGKILFPA TGFIETILVA SRQIFTDDLA IIQNVAIHQG LVLSQSQTKL QLIFKSKKSS3060
 3061 GYSFEIFSSD SAKDSWVLHV TGEINVNERH EKLTHRRRDA KDERRESVDL ARFYEFYEQM3120
 3121 GISYGQRFQA IQELRYFSSS SQAKISIDRS LVDRRYCLHP VLLDACLQSI GAAFPEIHGQ3180
 3181 ELHLPYGFSS LELFGNPGTQ AWTHIEIKSQ IDGEICVDVE VYDEQEQLCA RFTDLTARRI3240
 3241 NPAVLQRLWQ ETENNCFYQV QWQKLDSVST ITGNSQHSWL VFVRPSTALY QSINLLQKAG3300
 3301 ERVITVELSD DYKRHSLESF VINPSRKSDF QRLYQEAYPS GEFPTGVIFA WETVPNEASA3360
 3361 DTVYKSCNAV LYLIQTITSN MKKLPDLWLV TRGANRVLSE TYLQPEQSPL WGLGAVINHE3420
 3421 YPQIRCVCLD LPAIVESHEA EFLFNEFHTS GSESRLALRR GNRYGARLVS ATIPAAQKQQ3480
 3481 LVSKEGAYLI TGGLGKLGLL MAQWLSQMGS SHLVLCSRHV KSQPEAIASL TKNGTQITIV3540
 3541 NADITSAADT EQLFSRFGAD LPPLRGVIHA AAVLDDGLLT NQNWEKYQNV MRPKVEGTLL3600
 3601 LDRYTRNLSL DFFIAFSSAA VILGSPGQSS YAAANAFMDA LIQQRQSLGL PGISIKWGAW3660
 3661 DTGNKIEKQR FANWGIHSMP SDTAIKYLSD LILSDVDQGI ILDIDWSTFN QAFNINQPFF3720
 3721 AEVITTKADS KEAKLLERLK SVSIDERAEN LSQGIEQILR EVTGLSASSV IPHHTSFLEL3780
 3781 GLNSLMVLEF KNRLQSNLAC TLPTSIIFDY PNIASLNIYL QKEVLADSVD FEIKSNESSE3840
 3841 IVNPYESLNE DELAILLNQK LAELEEYGD

    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: 0.83

    Source: Reynolds et al. (2008)

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