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Protein Overview: gi|91806407, gi|...

General Information:
Name(s) found: gi|91806407 [NCBI NR]
gi|6682232 [NCBI NR]
gi|15232699 [NCBI NR]
Description(s) found:
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  • gi|91806407|gb|ABE65931.1| exocyst subunit EXO70 family protein [Arabidopsis thaliana] [NCBI NR]
  • gi|6682232|gb|AAF23284.1|AC016661_9 hypothetical protein [Arabidopsis thaliana] [NCBI NR]
  • gi|15232699|ref|NP_187564.1| ATEXO70H3 (exocyst subunit EXO70 family protein H3); protein binding [Arabidopsis thaliana] [NCBI NR]
  • (Q9SF50) Hypothetical protein [athaliana3702.FASTAC.txt]
  • hypothetical protein [Arabidopsis thaliana]gi|15232699|ref|NP_187564.1| exocyst subunit EXO70 family protein [Arabidopsis thaliana] [nrdb_11152004_Chlamydomonas]
  • Tax_Id=3702 Exocyst subunit EXO70 family protein [EBI-IPI_Arabidopsis_3.11_12-06-2005_reversed.fasta]
  • | Symbols: ATEXO70H3 | ATEXO70H3 (exocyst subunit EXO70 family protein H3); protein binding | chr3:2926308-2928221 FORWARD [TAIR_Arabidopsis_na_04-12-2008_con_reversed.fasta]
  • hypothetical protein [Arabidopsis thaliana] [nr-271106-contam.fasta]
  • protein binding [Arabidopsis thaliana] [nr-271106-contam.fasta]
  • exocyst subunit EXO70 family protein [Arabidopsis thaliana] [nr-271106-contam.fasta]
  • | Symbols: ATEXO70H3, EXO70H3 | exocyst subunit exo70 family protein H3 | chr3:2926302-2928215 FORWARD LENGTH=637 [TAIR_A_Thaliana_10_12-14-2010_reversed.fasta]
  • Exocyst complex component 7 OS=Arabidopsis thaliana GN=F11F8_11 PE=2 SV=1 [ARATH-contam.fasta]
  • Exocyst subunit EXO70 family protein OS=Arabidopsis thaliana GN=F11F8_11 PE=2 SV=1 [ARATH.fasta.20160308]
    • Organism: Arabidopsis thaliana
    Length: 637 amino acids

    Gene Ontology:
    Cellular Component: exocyst [IEA][ISS]
    Biological Process: vesicle docking during exocytosis [ISS]
    exocytosis [IEA]
    Molecular Function: protein binding [ISS]


    Sequence:
    Sequence:
    [PDR BLAST]
    [ProtParam] 
          1          11         21         31         41         51         
      |          |          |          |          |          |          
    1 MRSKSGFSFF SKMTSSRKRP SLSLPSKSHE STDVNKTIDN AAEIIEKWNT EYVSDKKFYS  60
   61 LFCESKRDAK KFVKRVKELQ NAMDLLIRED PNSEKLLRAQ NLMQIAMKRL QKEFLQILSM 120
  121 NRAHLDPESI SSRSPTSVVS NDDDVWHESR SAGDSIIEVE EVSKNSRTEL KSIADCMIAA 180
  181 GCAKECATTY KSIRKSIVDE SIYRLGVENI SSSKAKKMPC EVVELKMNRW IEAVKVSMKT 240
  241 LFNGEKTLCD EIFESSVSLR EFCFRDISKE GALLLFGFPE TITLRDKKNP HPEKIFPLLD 300
  301 MYCTITDNLL AIEAIFSFPS ISNVRTQAHS SLSRLSESIL AHLMDFESQI RKDSSKTVVR 360
  361 GGGVHPMTIS AMNHISRLAE YSNALINILK GSSSSSSAKA LLPKSYFNVS ESEESPVSEL 420
  421 KARFAWMILV LLCKIDGKAE MYKDFSMQYL FLANNLQHVV SRARSTNVKH VLGNDWIAKN 480
  481 SEKVRQFARS YERLAWGPLA SMCPAISTSE AVEMSPEEAM MQFKKFNETF ESTCEAQSEC 540
  541 IVLDPKLLDE MRISIGRKLL PVYRDFYNAH RNAVMLAGTE GQWNVRYNPE DIGNHLSELF 600
  601 SGKGISEKGY VCTPDFCVTT PTPTPVRKTR SLSCRRF

    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


    [What does the above image mean?]
    [View Top Sequence Alignments] [Show Ginzu Version Information]

    Domains predicted:

    #   Region(s) Method Confidence Match Description
    1 View Details [1..637] PSI-BLAST 124.0 No description for 2pftA was found.


    Reference: Drew K, et al. (2011) The proteome folding project: Proteome-scale prediction of structure and function. Genome Res. 2011 Sep 16


    Philius Transmembrane Prediction:

    Protein predicted to be: GLOBULAR (No transmembrane regions or signal peptide)
    Confidence of classification: 0.88

    Source: Reynolds et al. (2008)

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