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Protein Overview: gi|4455065

General Information:
Name(s) found: gi|4455065 [NCBI NR]
Description(s) found:
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  • gi|4455065|gb|AAD21057.1| RtxA protein [Vibrio cholerae] [NCBI NR]
  • RtxA protein [Vibrio cholerae] [nrdb_11152004_Chlamydomonas]
  • RtxA protein OS=Vibrio cholerae GN=rtxA PE=4 SV=1 [vibrio_cholerae.fasta]
    • Organism: Vibrio cholerae
    Length: 4545 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 MGKPFWRSVE YFFTGNYSAD DGNNNIVAIG FGGQIHAYGG DDHVTVGSIG ATVYTGSGND  60
   61 TVVGGSAYLK VEDSTGHLIV KGAAGYADIN KSGDGNVSFA GAAGGVSIDH LGNHGDVSYG 120
  121 GAAAYNGITR KGLSGNVTFA GAGGYNALWH ETNQGNLSFT GAGAGNKLDR TWSNRYQGSH 180
  181 GDVTFDGAGA ANSISSRVET GNITFRGAGA DNHLVRKGKV GDITLQGAGA SNRIERTHQA 240
  241 EDVYTQTRGN IRFEGVGGYN SLYSDVAHGD IHFSGGGAYN TIIRKGSGND FAKEGMTNAK 300
  301 ADEIVLTKAV MSGSWIGQDH HVTAVKSASE PNTYLFAFAD STYTKINKVQ LRNDPQTGEL 360
  361 KYYSTAWYKE VNHLSNLANQ DISDNGGFTA VNINGAYTLS DLKVEHQQSV TVHAVEKSLT 420
  421 EYEWVTYANG AVIDAKEVSL SDAKMGGHAI YADGTKVDVK AVKSNRQPNT YIYAKVLGPY 480
  481 TKIVVVELAN DPETGALKYQ ARSWYKEGDH TANIANQDIS SATGYNPMGK GGYSLSDLHY 540
  541 SVNAVRSTSE TVADIEEYTD QTLFKPANDS GESSGDVRFN GAGGGNVIKS NVTRGNVHFN 600
  601 GGGIANVILH SSQFGNTEFN GGGAANVIVK SGEEGDLTFR GAGLANVLVH QSEQGKMDVY 660
  661 AGGAVNVLVR LGDGQYLAHL LAYGNISVQK GSGDSRVVML GGYNTHTQIG SGNGLWLAAG 720
  721 GFNVMTQVGK GDVAAVLAGG ANVLTKMGEG ELTSGMLGGA NVITHISNDD QLSNTTAVAL 780
  781 GGANILTKKG KGNTLAVMGG GANVLTHVGD GTTTGVMVGG ANILTKVGNG DTTGILLGVG 840
  841 NVLTHVGDGQ TLGVMGAAGN IFTKVGDGTS IAVMIGAGNI FTHVGEGNAW ALMGGLGNVF 900
  901 TKVGNGDALA LMVAEANVFT HIGDGMSVAL MLAKGNVATK VGNGTTLAAM VGNVNIFTHI 960
  961 GHGSTFAAMI GQANIMTKVG NDLTAALMVG KANIMTHVGD GTSLGLFAGE VNVMTKVGNG1020
 1021 TTLAAMFGKA NIMTHVGDGL TGVLALGEAN IVTKLGDDFM GVVAAAKANV VTHVGDATTA1080
 1081 AVLAGKGNIL TKVGEGTTVG LLISDVGNVM THVGDGTTIG IAKGKANLIT KVGDGLGVNV1140
 1141 TWGQANVFTQ VGDGDRYNFA KGEANLITKV GDGQEVSVVQ GEANIITHVG NGDDYTGAWG1200
 1201 KANVITKVGH GQNVVLAKGE ANIVTQVGDG DSFNALWSKG NIVTKVGDGM QVTAAKGQAN1260
 1261 ITTTVGNGLN VTAAYGDANI NTKVGDGVSV NVAWGKYNIN TKVGDGLNVA VMKGKANANI1320
 1321 HVGDGLNINA SYAQNNVAIK VGNGDFYSLA VASSNTSSNK LSALFDNIKQ TVLGVGGSQA1380
 1381 INYLVQGDEA SSSGTHKGRG AIATPEITKL DGFQMDAIKE VSSDLGDSLT GSVTKVDTPD1440
 1441 LNKMQHALNV DDSSVQAPNL IVNGDFELGE HGWQSTHGVE ASYAGSVYGV EGEGHGARVT1500
 1501 ELDTYTNTSL YQDLANLAQG EVIAVSFDFA KRAGLSNNEG IEVLWNGEVV FSSSXDESAW1560
 1561 QQKNLKLTAQ AGSNRIEFKG TGHNDGLGYI LDNVVATSES SQQANAIREH ATQNPAAQNA1620
 1621 LSDKERAEAD RQRLEQEKQK QLDAVAGSQS QLESTDQQAL ENNGQAQRDA VKEESEAVTA1680
 1681 ELAKLAQGLD VLDGQATHTG ESGDQWRNDF AGGLLDGVQS QLDDAKQLAN DKIAAAKQTL1740
 1741 SDNNSKVKES VAKSEAGVAQ GEQNRAGVEQ DIADAQADAE KRKADALAKG KDAQQAESDA1800
 1801 HHAVNNAQSR GDRDVQLAEN KANQAQADAQ GAKQNEGDRP DRQGVTGSGL SGNAHSVEGA1860
 1861 GETDSHVNTD SQTNADGRFS EGLTEQEQEA LEGATNAVNR LQINAGIRAK NSVSSMTSMF1920
 1921 SETNSKSIVV PTKVSPEPER QEVTRRDVRI SGVNLESLSA VQGSQPTGQL ASKSVPGFKS1980
 1981 HFASTSIGIE NELSGLVVVL PKNSAQTFGY VHDSQGNPLF MLTKDMNQGG YSNPVGINDI2040
 2041 QGVNNWQTHT IELVTYPSEI SDTAAVESRK EAMLWLAKEF TDHINQSNHQ SLPHLVSDDG2100
 2101 RFTLVISNSK HLIAAGNGTS IDAQGKTIGM TPSGQQATMA ISAKEFGTSS SPEVRLLESA2160
 2161 PWYQAGLRDE FLANAKNTTL DDPATAQNVY AYLTSVYSKT ADLAKEYGIY INDWDPASEG2220
 2221 FSPNAQGLTD PKVKNAWSIL PRTKPVRMLE LLSAEDSRYV RQQIAEKLKG TYSESLAKNV2280
 2281 FEYFQYGGEV AGHGINNATT GSVQQPEPAI LFEFRSVPSA LSDFVPKTAS TVKVDVKALD2340
 2341 HFDSASRKAI ITEVNALVSG SEDFDAWYQE YRASKGQPPV KNPKSSASAN HKAEWLMTQH2400
 2401 AEQWAKITAP YTDNHETLTS TKLASNDKEE LHALGETSNL ENNKQQENVA SIINTMLNDM2460
 2461 LPFYALRTER NLLVQEGDEG FEVRAWPGTE DKSKTIILED PEDAAQHKAI ERFILANFDN2520
 2521 FEQMPDELFL VDNKVISHHE GRTHVLAQKV DGAWQYNATV ELMSVTELLD AANVTGKIRG2580
 2581 ESYQQVIDAL TDYHASITEH ADYEPESVEK LLNLRKKIEG YVLGHPDSGR VEAMNSLLNQ2640
 2641 VNTRLDEVSL LSVAEQTIQA QNSFSRLYDQ LEAANLKESK HLYLDQNGDF VTKGKGNLAN2700
 2701 IDLLGSREAV LEKVKLTVSN EYGQTVADTI FAGLSAKDLA KDGKGVDIAG LNKVHQAIEQ2760
 2761 HLSPVSATLY IWKPSDHSAL GHAALQIGQG RTQLEGQAAA DFNQQNYVSW WPLGSKSSNI2820
 2821 SNILNVATKD QPDLKLRWSD FSQPAHQNDT LEHDVASEEN DGFGLHDGDI KLKRFIEKLN2880
 2881 AAKGIDASFK EASEGYASVL LGNPDMLETT SIPAHVFQPF VEQWNDTSYD MMDVAHRFAQ2940
 2941 ELRLQAQRSD DPELLEKRIG NVIRQFAERA LEEIETFKAS QADQGRVFRI NLEGLDVAAM3000
 3001 QAEWHRLSND PDARYQLLTK NCSSTVAKVL KAGGADKLIG HTWLPKFGVW TPTELFNFGQ3060
 3061 ALQEAQLEIA AKKQSHQVTD VLDALSGNEK PKENVAIEND GTPPRDKESL SPLTRFLNNE3120
 3121 LYGDKEARRK IGEITQTLLD HAVEKGESQK ITLQGEAGRL TGYYHQGTAP SEGETSSPSG3180
 3181 KVVLFLHGSG SSAEEQASAI RNHYQKQGID MLAVNLRGYG ESDGGPSEKG LYQDARTMFN3240
 3241 YLVNDKGIDP SNIIIHGYSM GGPIAADLAR YAAQNGQAVS GLLLDRPMPS MTKAITAHEV3300
 3301 ANPAGIVGAI AKAVNGQFSV EKNLEGLPKE TSILLLTDNE GLGNEGEKLR TKLTASGYNV3360
 3361 TGEQTFYGHE ASNRLMSQYA DQIVSGLSSS ASVDEDLDQQ GLDTTSTKDQ GISNKNDHLQ3420
 3421 VVDSKEALAD GKILHNQNVN SWGPITVTPT TDGGETRFDG QIIVQMENDP VVAKAAANLA3480
 3481 GKHAESSVVV QLDSDGNYRV VYGDPSKLDG KLRWQLVGHG RDHSETNNTR LSGYSADELA3540
 3541 VKLAKFQQSF NQAENINNKP DHISIVGCSL VSDDKQKGFG HQFINAMDAN GLRVDVSVRS3600
 3601 SELAVDEAGR KHTKDANGDW VQKAENNKVS LSWDAQGEVV AKDERIRNGI AEGDIDLSRI3660
 3661 GVNNVDEPAR GAIGDNNDVF DAPEKRKPET EVIANSSSSN QFSYSGNIQV NVGEGEFTAV3720
 3721 NWGTSNVGIK VGTGGFKSLA FGDNNVMVHI GDGESKHSVD IGGYQALEGA QMFLGNRNVS3780
 3781 FNFGHSNDLI LMMDKSIPTP PLVNPFDGAA RISGVLQGIA TSGEGEDWLA AQEQQWTLSG3840
 3841 AKKFVKDMSG LDQSSSVDYT TLVELDSQNE RDSRGLKHDA EATLNKQYNQ WLSGNGNSGT3900
 3901 SQLSRADKLR QANEKLAFNF AVGGQGADIQ VTTGNWNFMF GDNIQSILDT NLGSLFGLMT3960
 3961 QQFTATGQAK TTFTYTPQDL PRQLKNKLLG QLAGVGAETT LADIFGVDYT ASGQIVSRNG4020
 4021 QAVDGVAILK EMLEVIGEFS GDQLQAFVDP AKLLDSLKAG IDMGADGIKS FAETHGLKEK4080
 4081 APEEEKDNSS VSVNGANVNS AQGATVADGN TETAETQDRA FGFNSLNLPN LFATIFSQDK4140
 4141 QKEMKSLVEN LKQNLTADLL NMKEKTFDFL RNSGHLQGDG DINISLGNYN FNWGGDGKDL4200
 4201 GAYLGDNNNF WGGRGDDVFY ATGKSNIFTG GEGNDMGVLM GRENMMFGGD GNDTAVVAGR4260
 4261 INHVFLGAGD DQSFVFGEGG EIDTGSGRDY VVTSGNFNRV DTGDDQDYSV TIGNNNQVEL4320
 4321 GAGNDFANIF GNYNRINAGA GNDVVKLMGY HAVLNGGDGD DHLIATAISK FSQFNGGEGR4380
 4381 DLMVLGGYQN TFKGGTDVDS FVVSGDVIDN LVEDIRSEDN IVFNGIDWQK LWFERSGYDX4440
 4441 KLSILRDPSN DSDQSKFEHI GSVTFSDYFN GNRAQVVIGM SEKDLSGERE YTMLSDSAID4500
 4501 ALVQAMSGFE PQAGDNGFID SLESKSQAAI SMAWSDVVHK KGLMV

    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