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Protein Overview: gi|9715734

General Information:
Name(s) found: gi|9715734 [NCBI NR]
Description(s) found:
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  • gi|9715734|emb|CAC01604.1| peptide synthetase [Anabaena circinalis 90] [NCBI NR]
  • peptide synthetase [Anabaena sp. 90] [nrdb_11152004_Chlamydomonas]
  • peptide synthetase [Anabaena circinalis 90] [nr-271106-contam.fasta]
    • Organism: Anabaena sp. 90
    Length: 5060 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 MQNHNEELPL SYAQQRLWFL DQLQPNSPLY NIPLALRLVG TLNRAALAQS LKEIIDRHEA  60
   61 LRTNFMTIDG QPAQIIQTEI NWTVSVVDLQ HLSTLVLSEV EVTEQESASQ QLAQKQAIQP 120
  121 FDLASESLVR ATLVVLSETE HLLLVCMHHI VSDGWSMGVF AHELAALYNA YTQGQRTPLE 180
  181 PLPIQYADFA IWQRELLQGD LLQSQLSYWQ QQLKEAPALL SLPTDRPRPA VQTFVGAHQK 240
  241 FALSVELTQK LTKLSQEQEV TLFMTLLAAF DTLLYRYTGQ SDIVVGAPIA NRNYGEIEAL 300
  301 IGFFVNTLVM RTNLEGNPRF SELLTRVRLM AMDAYSHQDL PFEMLVEALQ LERDLSYTPL 360
  361 FQVVFGLQNA PNSQVELTGL TVSPLVVESV TAKCDLTLAM ENTGTGLIGV WEYNTDLFDT 420
  421 GTIERMTGHF VTLLEGIVAN PLERISQLPL LTEVEQQQLL VEWNDTQVDY PQDKCIHQLF 480
  481 EEQCLRTPDA VAVVFENQQL TYHELNCRAN QLAHYLRSHG VGADVLVGIC VERSLEMIVG 540
  541 LLAIFKAGGA YVPLDPEYPQ KRIQFMLKDS GTSVLLTQSF LLDQLPIAEQ QNPYQVICLD 600
  601 QESFSSELTD NPNPQSTPNN LAYVIYTSGS TGRPKGVMIE HQALVNLSLA WCKTFQVQSQ 660
  661 SRLLQFGSFS FDLSVAEIAT TYVSGACLYL PNIETLLPSQ VLVDFLADHK ISHSFLSPSA 720
  721 LSVLPQATLP DLQYLSVGGE ASSAELVERW GTGRRFFNAY GPTESTVAAT IAICQPNGRK 780
  781 PPIGRPIANA QIYILDEYLQ LVPVGVPGEL HIGGAGLARG YLNRPELTQE KFIPNPFDNS 840
  841 KFKIPYRNAK DVQNSKLYKT GDLARYLPDG NIEYLGRIDN QVKIRGFRIE LGEIEAVLSQ 900
  901 LGDVQASCVI VREDITGDKR LVAYIVPQKE VTPTVTELRQ FLKAKLPEYM VPNAFVILES 960
  961 LPLTPNGKID HRALPTPDLH SELKHKYVAP RTPVEEILAQ IWAQVLKVEQ VGIEDNFFTS1020
 1021 GGHSLLATQL VSHIRNIFQV ELPLRELFAA PTIAELMPLI QHLQQQDLEL TSPPILPRAE1080
 1081 NAELLLSFAQ NRLWFLDQFE PNSALYNIPI ALRLVGTLNQ AALEQSLQEI IHRHEALRTN1140
 1141 LITVDGQPRQ IIQTATNWTL AVVDLKHLST TAQEIAAQQL VQQQALQPFD LEKQALVRAT1200
 1201 LVVLSVTEHL FLVCMHHIVS DGWSMGVFVQ ELATLYNAYS IGQPANLAPL PIQYADFALW1260
 1261 QRQWLAGDVL QNQLNYWQQQ LKDAPALLSL PTDRPRPAVQ TFAGAYHEFA LSVELTQKLT1320
 1321 KLSQEQGVTL FMMLLAAFDT LLYRYTEQSD ILVGTPIANR NRSEIEGLIG FFVNTLVLRT1380
 1381 DLSGNPSFAE LLTRVRLMAM DAYAHQDLPF EMLVEVLQPE RDLSHAPLFQ VDFLLQNDPL1440
 1441 STVELTGLTV SPLPIESATA KFDLTLGMQN TGNGLVGVWE YNTDLFDHST IERMKGHFVT1500
 1501 MLEAIVANPQ ERIDQLPMLT AVEQQQLFVE WNDTQADYPQ DKCIHQLFEE QVKFSPDAVA1560
 1561 VIFENQQLTY GELNTQANQL AHHLQSLGVR PEVLVGIYLE RSLSIIVTLL AILKAGGGYV1620
 1621 PLDPDYTQQR LADISEDSQF SVLITQQKLL NSLPVQGVKI IVLDTESEML TNQSQVNPVS1680
 1681 EVKPENLACL LYTSGSTGKP KGVMLTHAAL VNHSSAISEV FGLTSGDRVL QFASFSFDVA1740
 1741 AEEIFPTWYK GATVVLRPTQ MFPDFASLSQ FIAQESLSVL NITPAYWHEW AVAVSQDNAT1800
 1801 VPPSLRLVAV GGDAVLLETV TIWRQVVGDR VNCLNVYGPT EASVTAIVHD LLHPQSETAN1860
 1861 SVLIGRPIAN TQAYILDRHL QPVPVGVKGE LHLCGVRLAR GYLNRPELTE EKFIPNPFSG1920
 1921 SRGAEILANS QSPVPSSRLY KTGDLARYLP DGNIECFGRI DNQVKIRGFR IELGEIEAVL1980
 1981 NQYIDVQTSC VIIREDTPGD KYLVAYVVPY PEKIPTISEL RQFLSRNLPL YMVPQAFVFL2040
 2041 DFLPLTPNRK VDRRALPAPD LSSNRTDKYV PPRTPTEEML AQHLVAEVEV GAVGIHDNFF2100
 2101 ELGVHSYWQR NWYPASVPLP VELPLRSLFA AATGAQLADL IGQSQRQNLE ITVPPILPRA2160
 2161 ENAELSLSYA QQRLWFLDQL QPNSSLYNIP LALRLAGFLE VAALEQSLEE IIYRHEALRT2220
 2221 NFITIDGKPT QIIQTVRNWQ LSVIELQHLP RLEQETSAQE LAITQAIQPF DLASGSLLRA2280
 2281 TLVVLSETEH ILLICMHHIV SDEWSMGVFI QELATSYNAY AQGQSANTAP LPIQYADFAI2340
 2341 WQRQWLVGEV LQSQLSYWKQ QLKDAPALLS LPTDRPRPAV QKSLGAYQEF ALSLELTQGL2400
 2401 MQLSQQQGVT LFMTLLAGFD TLLYRYTGQS DILVGTPIAN RNHSEIEGLI GFFVNTLVMR2460
 2461 TDLSADPSFS SLLGRVREMA LSAYAHQDLP FEMLVEALQP QRNLSHTPLF QVAFVFQNAP2520
 2521 NSQVELTGLT VSPLVVESTT AKFDLTLAME NTGTGLVGVW EYNTDLFDSS TIERMASHFV2580
 2581 TLLEGIVANP FERISQLPLL TAVEQQQLLI EWNDTQVDYP QDKCIHQLFE EQCLRTPDAV2640
 2641 AVVFENQQLT YHELNCRANQ LAHYLQSLGV GADVLVGLCV ERSLEMIVGL LAILKAGGAY2700
 2701 VPLDPDYPQE RLNLILEDAQ VSVLLIQQHL VEKLQQHQAH IVCLDSDGEK IAQNSNSNPL2760
 2761 NIATPSNLAY VIYTSGSTGK PKGVLVNHSH VVRLFAATDS WYNFNSQDVW TMFHSYAFDF2820
 2821 SVWEVWGALL YGGRLVVVGY LVTRSPKSFY ELLCQEKVTI LNQTPSAFRQ LIPAEQSIAT2880
 2881 VGDLNLRLVI FGGETLELNS LQPWFDRHGD QSPQLVNMYG ITETTVHVTY RPLSKADLHG2940
 2941 KASVIGRPIG DLQVYVLDEH LQPVPIGVAG EMYVGGAGVT RGYLNRAELT AQRFISNPFN3000
 3001 GNSEQLLYKS GDLARYLPNG ELEYLGRIDN QVKIRGFRIE LGEIEAALSQ LREVREVVVV3060
 3061 ARSDQPDNKR LVAYVVPQQK NLESSKKPEK LSTDKVELWP SIAEYYVYDD LLYYAMTNDH3120
 3121 RRNDSYKVAI NQLVKDKIVV EIGTGKDAIL SRFCVQGGAN KIYAIERNEE TCRQARACIE3180
 3181 KLGLADKITV IHGDATLVDI PELADVCVSE IVGAIGGSEG AAVIINNARR FLKPDGLMIP3240
 3241 ERSITKMAAV TLPDEILHNP KFAEIPAYYT KKIFEEVGYP FDLRVCIKKF SQANVLSTVD3300
 3301 VLEDLNFNEY ISPEFSHEVQ LEIHKNGRMN GFLVWLNLHT IAGEEIDILE HEYCWLPVYL3360
 3361 PLFEPGIEVE YGDVIQAVCS RTLCENNLNP DYAIKGRLLK KNGENINFEY VSYHYKNNFR3420
 3421 QTRFYQRLFA DYGNVKNNYP DNLARYLRAN LKKLLPDYMI PSSFVVLENL PLTPNGKIDH3480
 3481 LALPKPELTV LSEADYVMPN TEAEKIIAAI WQKILQIEKV GLEDNFFELG GHSLLATQVI3540
 3541 SRLQEAFGIS LPLRYIFESP TVAQLSEVIL SQLETGSGLT VPAIAPVDRD RDIPLSWAQE3600
 3601 RLWFVNQLEG ESSAYTIDFT MRLVGNLNVK ALEQAFAAIG QRHEPLRTQF KIKDNKPVQA3660
 3661 IAPSMTITLP VVDLQNLQDP TKQVEELATA EACKPFDLAN GSVLRVKLWQ VAPDEYVLLL3720
 3721 AIHHIAADGW SMGILIDELS AYYRSFSTGS SVELPELSIQ YADFAVWQRQ WLTNQVLECQ3780
 3781 LSYWKQQLTG APPLLELPTD RPRPAIQTFR GGTEQLQLDS QLTQQLKKLS QKSGSTLFMT3840
 3841 LLAGFVVLLS RYSGQTDLVV GSPIANRNRQ EIEPLIGFFV NTLALRFDLS PEPSFEALLA3900
 3901 QVRKVTQNAY EHQDLPFEML VEELQLERNL DRNPLTQVVF ALQNAPTAPW DFPGVRVQDM3960
 3961 PSGLDSVRVD LELYLWDVPE GLGGFCSYNR DLFDGTTIAR MMQNFVTLLG AIVDNSQQSV4020
 4021 ALLPLLTEGD RHQLLKEWND TQTDDPYHKC IHQLVEEKAE QTPDAIAVVC GNQQLTYAQL4080
 4081 NNRANQLAHY LRSLGLETEQ LVGICVERSP LMLVGILGIL KAGGAYVPLD PEYPQERLSL4140
 4141 MLEDSQVSLL LTQWTLIEKL PQHPAKPVFL DEIWQQIAQN SQENLTGIVT AANLANVIYT4200
 4201 SGSTGKPKGV MVEHQGLCNL AQAQIQAFGL HSDSRILQFA SLSFDACISE ILMSLGSGGT4260
 4261 LYLGSKDSLM PGTPLIERLR DYAITHITLP PSALAVLHKV ELTTLQTIIV AGEACAVELI4320
 4321 KQWSAGRNFF NAYGPTEGSV CATLAKCSAL TQKLPLVGPI ANVQVYILDS QLQPVPIGVP4380
 4381 GELHIAGVGV ARGYLNRPEL TQEKFISNPF GPSKLYKTGD LGRYLADGTI EYLGRIDNQV4440
 4441 KIRGFRIELG EIEAVASQHP LVQESVVIAR EDIPGDKRLV AYLVPALQGQ VLPEQLAQWQ4500
 4501 GEYVSDWQKL YEQSYSQQQT PTDDPTFNIS GWNSSYTGKA IPDSEMREWV ESTVSRILLG4560
 4561 KPQRVLEIGC GSGLLLFRVA PHCQEYWGAD YSSATIRNLE RLCGEIQGLE NVRLLHKTAD4620
 4621 NFEGIPQGAF DTVVVNSVVQ YFPSVDYLLQ VLEGAMTAIA SQGKIFVGDV RSLPLLLPYH4680
 4681 AAVQLARAES DKTVEQWQQQ VHQTVAAEEE LLIDPRFFIA LQQRFPQITW VEIQPKRGHA4740
 4741 QNELTQFRYD VTLHLVLMWG KGSSLVKLAT YQLSWTQLQD QLKLVHPEWL GIRDVPNQRL4800
 4801 QQARQVLGWW ENPPAASTVG ELRQRLAAQP MVGINPEQIW QIGEELGYTV HLSWWESSQD4860
 4861 GCFDVVLSRN SSTPVSDIQS YPSFWEHETI TTKPWTDYTN NPLYGKLVQK LVPQVREFIQ4920
 4921 QKLPNYMIPQ AFVLLNALPL TPNGKVDRRA LPTPDTASRN LGTGFVSPRT PIEAQMAQIW4980
 4981 SEVLGLERIG VKDNFFELGG HSLLATQVIS RSRDIFSVEL SLQNLLEYPT IVNLAQMIEV5040
 5041 LGVSQISITE TPEDYEEGEL

    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:

    SHOWING SINGLE HITS. [ Hide 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: 0.84

    Source: Reynolds et al. (2008)

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