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Protein Overview: gi|9655951, gi|1...

General Information:
Name(s) found: gi|9655951 [NCBI NR]
gi|15641462 [NCBI NR]
Description(s) found:
Found 4 descriptions.
SHOW ALL
  • gi|9655951|gb|AAF94608.1| RTX toxin RtxA [Vibrio cholerae O1 biovar El Tor str. N16961] [NCBI NR]
  • gi|15641462|ref|NP_231094.1| RTX toxin RtxA [Vibrio cholerae O1 biovar eltor str. N16961] [NCBI NR]
    • Organism: Vibrio cholerae O1 biovar El Tor str. N16961
    Length: 4558 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 MVFYLIPKRR VWLMGKPFWR SVEYFFTGNY SADDGNNNIV AIGFGGQIHA YGGDDHVTVG  60
   61 SIGATVYTGS GNDTVVGGSA YLKVEDSTGH LIVKGAAGYA DINKSGDGNV SFAGAAGGVS 120
  121 IDHLGNHGDV SYGGAAAYNG ITRKGLSGNV TFAGAGGYNA LWHETNQGNL SFTGAGAGNK 180
  181 LDRTWSNRYQ GSHGDVTFDG AGAANSISSR VETGNITFRG AGADNHLVRK GKVGDITLQG 240
  241 AGASNRIERT HQAEDVYTQT RGNIRFEGVG GYNSLYSDVA HGDIHFSGGG AYNTIIRKGS 300
  301 GNDFAKEGMT NAKADEIVLT KAVMSGSWIG QDHHVTAVKS ASEPNTYLFA FADSTYTKIN 360
  361 KVQLRNDPQT GELKYYSTAW YKEVNHLSNL ANQDISDNGG FTAVNINGAY TLSDLKVEHQ 420
  421 QSVTVHAVEK SLTEYEWVTY ANGAVIDAKE VSLSDAKMGG HAIYADGTKV DVKAVKSNRQ 480
  481 PNTYIYAKVL GPYTKIVVVE LANDPETGAL KYQARSWYKE GDHTANIANQ DISSATGYNP 540
  541 MGKGGYSLSD LHYSVNAVRS TSETVADIEE YTDQTLFKPA NDSGESSGDV RFNGAGGGNV 600
  601 IKSNVTRGNV HFNGGGIANV ILHSSQFGNT EFNGGGAANV IVKSGEEGDL TFRGAGLANV 660
  661 LVHQSEQGKM DVYAGGAVNV LVRLGDGQYL AHLLAYGNIS VQKGSGDSRV VMLGGYNTHT 720
  721 QIGSGNGLWL AAGGFNVMTQ VGKGDVAAVL AGGANVLTKM GEGELTSGML GGANVITHIS 780
  781 NDDQLSNTTA VALGGANILT KKGKGNTLAV MGGGANVLTH VGDGTTTGVM VGGANILTKV 840
  841 GNGDTTGILL GVGNVLTHVG DGQTLGVMGA AGNIFTKVGD GTSIAVMIGA GNIFTHVGEG 900
  901 NAWALMGGLG NVFTKVGNGD ALALMVAEAN VFTHIGDGMS VALMLAKGNV ATKVGNGTTL 960
  961 AAMVGNVNIF THIGHGSTFA AMIGQANIMT KVGNDLTAAL MVGKANIMTH VGDGTSLGLF1020
 1021 AGEVNVMTKV GNGTTLAAMF GKANIMTHVG DGLTGVLALG EANIVTKLGD DFMGVVAAAK1080
 1081 ANVVTHVGDA TTAAVLAGKG NILTKVGEGT TVGLLISDVG NVMTHVGDGT TIGIAKGKAN1140
 1141 LITKVGDGLG VNVTWGQANV FTQVGDGDRY NFAKGEANLI TKVGDGQEVS VVQGEANIIT1200
 1201 HVGNGDDYTG AWGKANVITK VGHGQNVVLA KGEANIVTQV GDGDSFNALW SKGNIVTKVG1260
 1261 DGMQVTAAKG QANITTTVGN GLNVTAAYGD ANINTKVGDG VSVNVAWGKY NINTKVGDGL1320
 1321 NVAVMKGKAN ANIHVGDGLN INASYAQNNV AIKVGNGDFY SLAVASSNTS SNKLSALFDN1380
 1381 IKQTVLGVGG SQAINYLVQG DEASSSGTHK GRGAIATPEI TKLDGFQMDA IKEVSSDLGD1440
 1441 SLTGSVTKVD TPDLNKMQHA LNVDDSSVQA PNLIVNGDFE LGEHGWQSTH GVEASYAGSV1500
 1501 YGVEGEGHGA RVTELDTYTN TSLYQDLANL AQGEVIAVSF DFAKRAGLSN NEGIEVLWNG1560
 1561 EVVFSSSGDE SAWQQKNLKL TAQAGSNRIE FKGTGHNDGL GYILDNVVAT SESSQQANAI1620
 1621 REHATQNPAA QNALSDKERA EADRQRLEQE KQKQLDAVAG SQSQLESTDQ QALENNGQAQ1680
 1681 RDAVKEESEA VTAELAKLAQ GLDVLDGQAT HTGESGDQWR NDFAGGLLDG VQSQLDDAKQ1740
 1741 LANDKIAAAK QTLSDNNSKV KESVAKSEAG VAQGEQNRAG VEQDIADAQA DAEKRKADAL1800
 1801 AKGKDAQQAE SDAHHAVNNA QSRGDRDVQL AENKANQAQA DAQGAKQNEG DRPDRQGVTG1860
 1861 SGLSGNAHSV EGAGETDSHV NTDSQTNADG RFSEGLTEQE QEALEGATNA VNRLQINAGI1920
 1921 RAKNSVSSMT SMFSETNSKS IVVPTKVSPE PERQEVTRRD VRISGVNLES LSAVQGSQPT1980
 1981 GQLASKSVPG FKSHFASTSI GIENELSGLV VVLPKNSAQT FGYVHDSQGN PLFMLTKDMN2040
 2041 QGGYSNPVGI NDIQGVNNWQ THTIELVTYP SEISDTAAVE SRKEAMLWLA KEFTDHINQS2100
 2101 NHQSLPHLVS DDGRFTLVIS NSKHLIAAGN GTSIDAQGKT IGMTPSGQQA TMAISAKEFG2160
 2161 TSSSPEVRLL ESAPWYQAGL RDEFLANAKN TTLDDPATAQ NVYAYLTSVY SKTADLAKEY2220
 2221 GIYINDWDPA SEGFSPNAQG LTDPKVKNAW SILPRTKPVR MLELLSAEDS RYVRQQIAEK2280
 2281 LKGTYSESLA KNVFEYFQYG GEVAGHGINN ATTGSVQQPE PAILFEFRSV PSALSDFVPK2340
 2341 TASTVKVDVK ALDHFDSASR KAIITEVNAL VSGSEDFDAW YQEYRASKGQ PPVKNPKSSA2400
 2401 SANHKAEWLM TQHAEQWAKI TAPYTDNHET LTSTKLASND KEELHALGET SNLENNKQQE2460
 2461 NVASIINTML NDMLPFYALR TERNLLVQEG DEGFEVRAWP GTEDKSKTII LEDPEDAAQH2520
 2521 KAIERFILAN FDNFEQMPDE LFLVDNKVIS HHEGRTHVLA QKVDGAWQYN ATVELMSVTE2580
 2581 LLDAANVTGK IRGESYQQVI DALTDYHASI TEHADYEPES VEKLLNLRKK IEGYVLGHPD2640
 2641 SGRVEAMNSL LNQVNTRLDE VSLLSVAEQT IQAQNSFSRL YDQLEAANLK ESKHLYLDQN2700
 2701 GDFVTKGKGN LANIDLLGSR EAVLEKVKLT VSNEYGQTVA DTIFAGLSAK DLAKDGKGVD2760
 2761 IAGLNKVHQA IEQHLSPVSA TLYIWKPSDH SALGHAALQI GQGRTQLEGQ AAADFNQQNY2820
 2821 VSWWPLGSKS SNISNILNVA TKDQPDLKLR WSDFSQPAHQ NDTLEHDVAS EENDGFGLHD2880
 2881 GDIKLKRFIE KLNAAKGIDA SFKEASEGYA SVLLGNPDML ETTSIPAHVF QPFVEQWNDT2940
 2941 SYDMMDVAHR FAQELRLQAQ RSDDPELLEK RIGNVIRQFA ERALEEIETF KASQADQGRV3000
 3001 FRINLEGLDV AAMQAEWHRL SNDPDARYQL LTKNCSSTVA KVLKAGGADK LIGHTWLPKF3060
 3061 GVWTPTELFN FGQALQEAQL EIAAKKQSHQ VTDVLDALSG NEKPKENVAI ENDGTPPRDK3120
 3121 ESLSPLTRFL NNELYGDKEA RRKIGEITQT LLDHAVEKGE SQKITLQGEA GRLTGYYHQG3180
 3181 TAPSEGETSS PSGKVVLFLH GSGSSAEEQA SAIRNHYQKQ GIDMLAVNLR GYGESDGGPS3240
 3241 EKGLYQDART MFNYLVNDKG IDPSNIIIHG YSMGGPIAAD LARYAAQNGQ AVSGLLLDRP3300
 3301 MPSMTKAITA HEVANPAGIV GAIAKAVNGQ FSVEKNLEGL PKETSILLLT DNEGLGNEGE3360
 3361 KLRTKLTASG YNVTGEQTFY GHEASNRLMS QYADQIVSGL SSSASVDEDL DQQGLDTTST3420
 3421 KDQGISNKND HLQVVDSKEA LADGKILHNQ NVNSWGPITV TPTTDGGETR FDGQIIVQME3480
 3481 NDPVVAKAAA NLAGKHAESS VVVQLDSDGN YRVVYGDPSK LDGKLRWQLV GHGRDHSETN3540
 3541 NTRLSGYSAD ELAVKLAKFQ QSFNQAENIN NKPDHISIVG CSLVSDDKQK GFGHQFINAM3600
 3601 DANGLRVDVS VRSSELAVDE AGRKHTKDAN GDWVQKAENN KVSLSWDAQG EVVAKDERIR3660
 3661 NGIAEGDIDL SRIGVNNVDE PARGAIGDNN DVFDAPEKRK PETEVIANSS SSNQFSYSGN3720
 3721 IQVNVGEGEF TAVNWGTSNV GIKVGTGGFK SLAFGDNNVM VHIGDGESKH SVXIGGYQAL3780
 3781 EGAQMFLGNR NVSFNFGHSN DLILMMDKSI PTPPLVNPFD GAARISGVLQ GIATSGEGED3840
 3841 WLAAQEQQWT LSGAKKFVKD MSGLDQSSSV DYTTLVELDS QNERDSRGLK HDAEATLNKQ3900
 3901 YNQWLSGNGN SGTSQLSRAD KLRQANEKLA FNFAVGGQGX DIQVTTGXWN FMFGDNIQSI3960
 3961 LDTNLGSLFG LMTQQFTATG QAKTTFTYTP QDLPRQLKNK LLGQLAGVGA ETTLADIFGV4020
 4021 DYTASGQIVS RNGQAVDGVA ILKEMLEVIG EFSGDQLQAF VDPAKLLDSL KAGIDMGADG4080
 4081 IKSFAETHGL KEKAPEEEKD NSSVSVNGAN VNSAQGATVA DGNTETAETQ DRAFGFNSLN4140
 4141 LPNLFATIFS QDKQKEMKSL VENLKQNLTA DLLNMKEKTF DFLRNSGHLQ GDGDINISLG4200
 4201 NYNFNWGGDG KDLGAYLGDN NNFWGGRGDD VFYATGKSNI FTGGEGNDMG VLMGRENMMF4260
 4261 GGDGNDTAVV AGRINHVFLG AGDDQSFVFG EGGEIDTGSG RDYVVTSGNF NRVDTGDDQD4320
 4321 YSVTIGNNNQ VELGAGNDFA NIFGNYNRIN AGAGNDVVKL MGYHAVLNGG DGDDHLIATA4380
 4381 ISKFSQFNGG EGRDLMVLGG YQNTFKGGTD VDSFVVSGDV IDNLVEDIRS EDNIVFNGID4440
 4441 WQKLWFERSG YDLKLSILRD PSNDSDQSKF EHIGSVTFSD YFNGNRAQVV IGMSEKDLSG4500
 4501 EREYTMLSDS AIDALVQAMS GFEPQAGDNG FIDSLESKSQ AAISMAWSDV VHKKGLMV

    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

    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: 0.97

    Source: Reynolds et al. (2008)

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