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Protein Overview: gi|46486682

General Information:
Name(s) found: gi|46486682 [NCBI NR]
Description(s) found:
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  • gi|46486682|gb|AAS98783.1| JamL [Lyngbya majuscula] [NCBI NR]
  • JamL [Lyngbya majuscula] [nrdb_11152004_Chlamydomonas]
    • Organism: Lyngbya majuscula
    Length: 3935 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 MEPTTNKDQL SLSKQMFLAL KQAETKLEMM ELAKSEPIAI IGIGCRFPGN ANTPESFWQL  60
   61 LANGEDGVRE IPPERWDIDS HYHPDPDTPG KMYIRHASLV EQVEQFDPEF FGISPREAHS 120
  121 LDPQQRFLLE VTWEALERAG INPQQLENTQ TGVFLGIGQN DYADLGLSQL ENISPYDGTG 180
  181 NGFCFAAGRL SYFLGLQGPS IAIDTACSAS LVAVHEACQS LRQRESNLAL AGGVQLILSP 240
  241 YVTTALSRLK ALSPDGRCKT FDAAADGYGR GEGCGMVVLK RLSDAVKNGD QIWAVIRGSA 300
  301 VNHDGPSSGL TVPNKLAQEK LIEQALKAAK VEPSQVGYVE AHGTGTSLGD PMEVRALATV 360
  361 FEQGHNQENP LRIGSVKTNI GHLEAAAGIA GLIKVVLQLQ HQKIAPSLNF VNPNPYIEWE 420
  421 NLPLEVPTQL KPWLSSGDKR VGGVSSFAIS GTNAHVVLEE APREGNRQQA TGNSEDYLER 480
  481 SVNLLTLSAK TEIALAELVS SYIYYLETDT ELAREHPFRF AIANVCYTAN TGRAHFKHRL 540
  541 AVIASDHKEL AEKLLYQKTG EEVVGLFAGQ FDSASQSPPK IAFLFTGQGS QYVNMGRELY 600
  601 ETQPTFRQAL EQCDQILQPY LEYSLLEILY PQNAQPSSSS LLDQTAYTQP ALFAIEYALY 660
  661 KLWSSWGIKP KAVMGHSVGE YVAATVAGIF SLEDGLKLIA TRGRLMQQLP SGGEMVSVMA 720
  721 SESKIRELIT PYTEKVAIAA INGPESVVIS GEAEAIAAIV HKLESDGVKT KRLQVSHAFH 780
  781 SPLMEPILAE FEALAKQITY HQPKIPLISN VTGTKVDNSI ATANYWVNHI RQPVKFAASM 840
  841 ATLHQQGSEI FLEIGAKPIL LGMGRQCLPE DSGTWLPSLR PGVDEWQQIL SSLGQLYIRG 900
  901 AQIDWSGFDR DYSPQKVVLP TYPFQRERYW VETAKDWNGK AISATKLHPL INQKFCSPLA 960
  961 KEIFFESHFS TTNLPFLADH RIYEKVVVPG ASHISLLLAA ASLTLPTTAC QLEDILFPQA1020
 1021 LAIPEQGART VQVALTPQDS SYSCQVISFD DSLDSQTHEL SNNGNQADSW AVHATGKLAL1080
 1081 TKAEQSLIPL EEIQDRCLTK IDNTEVYQYI WDRQIQLGQS FRWIEQVWLG EGEVLCQMKV1140
 1141 PQTVWDATKY QLHPALIDSC FQSIVALDLS QSDDNNETFV PFSVEKFIFY NRPQPGLLWC1200
 1201 FTRASQDKQA KERLKADIQL FDQDGQLVAQ VIGLQARKAN PETLLMTLEA DLSNWFYEIN1260
 1261 WQTQPLPSTS PSNGNQTGNW LVFALTSELT ECIGKELAQK GHNCIWVSPG SEYQQLDAQH1320
 1321 YQINPTVAEQ FSQLLQDNAD IKGIVHLWGV DETKESVGEL AKAQELGCAT ALHLVQGLTQ1380
 1381 AGLTQVVPMW LVTQGTQTVL AETEVVQPQQ GSLWGLGRVM RLEHPELTCC RVDLDPKSPV1440
 1441 ADTLPILVDE LLFNNQEDQI AIRQGVRYVA RLVQQQKQKF TSQQQLPIPE TQPLELKLSE1500
 1501 YGLIDNLNWQ PMQRRPPEAQ EVEIQVKAVG LNFRDVLNAL GLLKEYYAQH LGITSVEQLT1560
 1561 LGLECVGVIT SVGETVSHWQ IGDEVMAFVP NGFSSFVTTA AEFVMAKPKQ MSFPEAATLP1620
 1621 LTFFTAYYGL QHLAKIQPGE RVLIHAAAGG VGQAAVQIAL QAGAEVFATA SPPKWDFLKS1680
 1681 LGVQQIMNSR TLDFASEIMH LTQGGGVDIV FNSLNGEFID KSFAVLATQG RFVEIGKIGI1740
 1741 WTPEQVKQKR PDVDYFPFDI GEVMTQQPNL IAKISEELTQ QWNQGKLQAL PYKVFPSTEV1800
 1801 AAAFRYMQQA KHIGKVVVAM PEASCEQKSI QAEASYLITG GLGALGLEVA QWMVKEGARN1860
 1861 IVLTGRSAPK EAAQKTIREL ETAGASVNVL LGDVSTQEDV TKIFQQMVEA SLPPLKGVIH1920
 1921 AAGVLDDGVL QKMSWERFTK VMAPKVSGTW YLHQLTQDLP LDFFVCFSSM ASMLGNYGQG1980
 1981 NYAAANGFMD AIAHYRRGQG LPGLSINWGA WATAGMAARL AREHQNRMQS SGVVAIDPES2040
 2041 GMQALGSLLS GSQSQVGVFP VNWPEFFRQM PGMAKLPFLE AFTTKSVEQS QKDRILEQLN2100
 2101 VASDREQEKL LTSYLQSRVA HFMGMTLSQI ELEKSLTVMG LDSLMAVELR NQIQTELAVD2160
 2161 IPATRFMEGI TIIALATEIK QQLIIKTDKN QTIESNNQGQ LDQNKDSNWI GGRTMNLVEF2220
 2221 LQDISLKGVK LWCDGEKLRT GGSQEVLTPD VIAQLKQHKS EILQLLKENP GIFQVHPLSY2280
 2281 GQKGLWFLWL LSPQNHNYNV SFSVRIYSKV DITIWQQVFQ ALRERHPLLR STFPNLAEQP2340
 2341 VQQLHQHQEL DFLQIDASSW SEEELNKKVI EAHRHPFNLE TESVMRVRWF TCSEANHIML2400
 2401 LTIHHIALDG WSCNLIAKEL PQLYQAQQYG VETSLPPLNN SYQDYVRWQK ELVEGQKGEQ2460
 2461 LWNYWQQKLV GELPVLNLPT DRPRPPIQTD NGGSYPFKLS EKLTEQLKKL AQTEGVTLYM2520
 2521 ILLATFQVLL YRYTGQVDIL VGSPTYGRTK AEFASIVGCF VDSMVMRADL SGNPVFRDFL2580
 2581 SQVRQTVLEA LAHQDYPFPL LVDKLQVERD SSRSPIFHTY FILHKFQESK GWQNVFFSSK2640
 2641 KTLMNWGGLE VEPFTLDQQE GLYDLDLEML EEDSYLLGFL RYNTDLFDGS TIERMAGHFE2700
 2701 NLLSGIVENP SQKVSELPIL SAAERHHLLV EWNDTAVEYP KDKCIHQLFE EQVEKTPDAV2760
 2761 AVVFEGEQLT YQQLNQQANQ LAHYLRSFEV GPGVLVGISV EPSLEQVVSL LSVLKAGGVY2820
 2821 VPLDPNYPQE RLAFMQEDSK VQVVLTQEPL LEKISLQHSR MVCLDRDQDV IGRESSENLA2880
 2881 CHTTPDDLAY AIYTSGSTGK PKAVLGRIRS TVNRLHWMWE MLPFAADEIC CQKTSINFVD2940
 2941 HVAEIFSPLL KGIPLVIVKD DIRGDVPQLM SLLRDKKITR IVLVPSLLKT MLEYGSEQFT3000
 3001 QLRYLKYVFC SGETLPLNLA QAFQQKISSA RLFNLYGSSE VAADVTCFEV NLWQTRQKIL3060
 3061 QYFKPQVIHN FNDNQVPGLD QKPFTKPGVS TETLAPKFQR SELPLYPLKV EDYYDKLSQE3120
 3121 VLPYVIDTGS PKFIGHMTSA LPDFMHDMSK LISRLNQNLV KIETSKSLIL LERETLAILH3180
 3181 RLVYHFADEF YQDNIQQKNR NLGIVTTGGT TANISALLCA RNRGLLSKEN SLELSKESIY3240
 3241 HVLSKKGYQD IVIIGSRLMH YSINKAASIL GMGTKNVVYI DSSSDGKLDL DLLVENISEC3300
 3301 RNKHMYVLAI VGIAGTTETG EIDPLVEMGN IAQEFGIHFH VDAAWGGATI FSERHKGKLK3360
 3361 GIEKADTITI CGHKQLYLPQ GISVCLFKDP QMLNFAETTA RYQAQRDTFD VGRFTIEGSR3420
 3421 SALSLCLHGS LHIIGKRGYE ILIDDGIEKA QYFSRLIQML EPFELIMEPA LNIVNYRYIP3480
 3481 ADLRSKVKQK SLTDSEIERI NQLNTQIQKE QFEWGMTFVS KTTLIDTGHD QGKEIVVFRT3540
 3541 VLSNPNTTTA DLHSVLEDQL RIANQIETSE TRSKHKLIDF STPDAVTMDK EMIYLHLADD3600
 3601 PKANLEEALE EYLKKNTVPI GKPISNTQIY ILDKYGNLLP PGIPGELYVG GDGIAQGYLS3660
 3661 HPELTQEKFI LNPFTKDKKS QNTEANRLYK TGDLARWLPD GNIEFVGRID NQIKLRGFRI3720
 3721 ELGEIEALLN GHSQIQQAVV IAREDIPGNK RLVAYIVASD ESLSTKELRE FTKQKLPEYM3780
 3781 IPSAFVTLDS LPLMPNGKID RKALPTPDGI SPEQEYVAPK TEIEQHIAQI WQDVLQIEKV3840
 3841 GIYDNFFEMG GNSLLLVKVS SKLQELFKME LQVVELLKYP NISYLSQYIK SETPKTKNLT3900
 3901 EARNVRDYKL KEGKKNMRQR LEGRQRHRSK NKIRE

    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: 0.82

    Source: Reynolds et al. (2008)

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