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WAP65 (warm acclimatation protein 65)

Organism
Sparus aurata (Gilthead sea bream)
GO term(s)
Molecular Function: n/a
Cellular Component: n/a
Biological Process: n/a
Phylogeny
Paralogs
Citations
  • Sarropoulou E., Fernandes JMO., Mitter K., Magoulas A., Mulero V., Sepulcrec MP., Figueras A., Novoa B., Kotoulas G. (2010). Evolution of a multifunctional gene: The warm temperature acclimation protein Wap65 in the European seabass Dicentrarchus labrax. Molecular Phylogenetics and Evolution 55: 640–649. doi:10.1016/j.ympev.2009.10.001.
  • Pierre S., Coupé S., Prévot-d’Alvise N., Gaillard S., Richard S., Gouze E., Aubert J., Grillasca JP. (2010). Cloning of Wap65 in sea bass (Dicentrarchus labrax) and sea bream (Sparus aurata) and expression in sea bass tissues. Comparative biochemistry and physiology Part B Biochemistry molecular biology 155:396–402. doi:10.1016/j.cbpb.2010.01.002.
  • Sarropoulou E., Sepulcre P., Poisa-Beiro L., Mulero V, Meseguer J., Figueras A., Novoa B., Terzoglou V., Reinhardt R., Magoulas A., Kotoulas G. (2009). Profiling of infection specific mRNA transcripts of the European seabass Dicentrarchus labrax. BMC Genomics 10: 157. doi:10.1186/1471-2164-10-157.
  • Assembled from Eliza Kaitetzidou including 3 EST sequences retrieved from NCBI-EST database: GW823929,GW821905, GW821301.
  • fish-it.org.
    		•
    Sequence
    >FJ664124.1 Sparus aurata Warm acclimatation protein 65-1
    TTTGCTCTAGGCCTCTCAAGTCTTTCCTGAACCAGAGAACTGCTCACCATGAAGCTGCTCACCCACATCCTCTTCCTGGC
    CCTGGCTGTGGTATTGGCTCAGTGTGATGAACATACATCAGCTGTCCTTGACCGTTGTCAAGGCCTTGAGATGGACGCTG
    TTGCAGTAAATGAAGAATACATACCTTACTTTTTCAAGGGTGACCATCTGTTCAAGGGCTTCCATGGCAAAGCAGAGCTG
    TCTAATGAGTCCTTCGCAGAGCTGGATGACCATCACCACCTGGGCCATGTAGATGCTGCTTTCCGCATGCACTATGAGAA
    CAGCAGCGACCACGACCACATGTTCTTCTTCTTGGACAACAAGGTGTTCAGCTATTACCAACACAAACTTGAGGACGGCT
    TCCCCAAGGATATCTCTGAAGTCTTCCCTGGAATCCCTGACCACCTGGATGCTGCTGTAGAGTGTCCCAAGCCAGAGTGT
    GATGAAGACTCTGTCATCTTCTTCAAGGGAGACGACATATACCACTTTAATGTCCAAACCAAGGCAGTGGATGAGAGAGA
    GTTCAAGTCCATGCCAAACTGCACATCTGCTTTCCGCTTTATGGAGCACTATTACTGCTTCCATGGACATATGTTCTCCA
    AGTTTGACCCAAAGACTGGCGAAGTGCATGGCAAATACCCCAAAGAGGCACGAGACTACTTCATGAGATGCTCCAAGTTC
    AGTGAAGAGAGCGACCACGTAGAGAGGGAGCGCTGCAGTCGTGTTCATCTGGATGCCATCACATCTGACAATGCTGGGAA
    CATGTATGCCTTCAGAGGCCACCATTTCCTCCGTAGAGATGGGGACAATGACACAATGACGGCAGACACCATCGAAAATG
    CTTTCAAGGAGCTGCACAGTGAGGTGGACGCCGTTTTCACATACCAGGATCACCTTTACATGATCAAGGACGACCATCTG
    TTTCTTTACAAAGTTGGTGAGCCCCACACCCACTTGGACGGTTACCCCAAGCCTGTGAAAGAGGAGCTGGGCATTGAGGG
    TCCCATTGATGCTGCATTCGTCTGCGAGGATCATCACATTGCTTACATTATCAAAGGTAAGAATATCTATGATGTGGAAT
    TGAAGGCCAGCCCTCGTGTTGCAGGCAACGAGCGTACTATTCACCTCTTCGAGAATGTTGATGCTGCCATGTGCAATCGT
    GAAGGAGTGAAGGTGATCAAAGGCAACCATTTCTACCACTTCATGAGCACAATGGAGTTTGTTGCTGGCAGGTCCCTGCC
    TGAGCAGCATAGGGTATCCTTGGAGCTGTTTGGTTGTGATCACTAAGATGCTTGCTTGACAGAACTGAATGGATTATGCA
    GAACATCACATACAACACAAAGGAACATGGAAAAAGAACAGCACCACCACATAAATCTTACCTCAAAATAACCATTTGTC
    TGAAAGGGTTCTTTCTTTTTTGTAATTATGCTTAGTGATCCTCTATGAAGTGGTGTGTTACCAAGAAGTCAAATGGTTTT
    ACGAGTTTATCTGTGATTCATTTTGTACCATTTTGTTGTGAATAAAATGGAGAGGCAACACAAAAAAAAAAAAAAAAAA

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    >Sparus_aurata_WAP65-2
    ATGGACCTGTTCACCAAAACTCTGTTTCTGTGCTTAGCACTAACCCTCACTAATGGAGCACCTGCGCCAGCAACAAGA
    TGCAGCAGTAGACGGTGGAGATGCTGCTCTGCCAGACCGCTGTGAAGGCATTGAGTTTGATGCCATCACTCCCGACGAGA
    AAGGAAACACCTTCTTCTTCAAAGGTCCCCACTTGTGGAAGGGTTATCACTGGTCCAGCTCAGCTCTTCCAACGAGTCAC
    TTCAAGGAGCTCGACGACATCCATAACATCGGCCACGTCGACGCTGCCTTCCGCATGCACAACAAAGACAACCTGGACGA
    CCACGATCACATCTATTTCTTCCTGGATGACAAGGTGTTCAGCTATTATAACCACACTCTGGAAGACGGCTATCCAAAAG
    GGATCCAGGACGACTTCCCAGGAGTCCCCACTCATCTGGACGCTGCTGTTGAGTGTCCTCAGGGAGAGTGCATGACTGAC
    TCAGTTCTCTTCTTCAAGGGAAATGATGTTCATGTTTATGATATCAGCACAAAGGCGGTGAAGACCAAGCAGTGGTCACA
    CCTGCCTGTCTGCACCGCTGCCTTCCGCTGGCTGGAGCACTACTACTGTTTCCATGGAAACAACTTCACCAGGTTCCATC
    CAGTATCCGGAGAGGTGAACGGTACCTACCCAAAGGACGCCCGCAATTATTTCATGAGATGCCCCAACTTTGGTCATGGA
    GCTGGTCATAAAGTCCCAAAATGCAGTGAGACCAAACTAGATGCCATCACCACTGATGATGCAGGCAAAACATATTTATT
    TTCAGGCCCCAACTACATGCGACTGGACACCCGCCGTGACGGCCTTCATGGCTTCCAAATCACCAGGACGTGGAAGGAGG
    TGACACAAGGAGTGGACGCTGTCTTTTCCTACGATAACAAGATCTACCTGATTAAGGGTGATCAAATTTACATCTACAAA
    GGAGCCGCTCACTACACCCTGATTGAGGGTTACCCTAAAACCCTGAAGGAGGAGCTCGGCATCGAAGGAACAGTGGACGC
    AGCCTTTGTGTGTCCAAATGAACACATCGTTCATATAATCCAAGATGGAAACAGAATGCGTGATGTTGACCTGACCGCCA
    CACCCAGGGTCATAAACCGAGATGTGCCCTTACCCATTTCCCCCATTGATGCCGCTCTGTGCGGTGCGGATGGAATCAAT
    CTGTTCAAGGGCTCGGAGTACTACAACTATGAGAGCGCCATGATACTGGCTATGGGCAGAATCAGGGCGATCCCTAAACC
    TGTTACCTCGGCAATGATTGGATGTGAGGATTAAGAATCGGCATTCTGACTTCAAACTTGAACTTTTCTCTCCGCTCATG
    CACGCAGTGTTTCTGACTGGATGAAGAAAAGTTAACCACAGAAATAAACGGCTGAAAGATCTGGATTTGGGGAGTGATGT
    AGAGAAAGTCCCATCATTAAATGGAAGTAACTGACACCACTGACTNTTGTTTAGTGAATAAAAATGGAAAGCAGCAAAAA
    AAAAAAAAAAAAAAAAAAAAAAAA
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    Organism

    GO term(s)

    Gene Expression

    Gene Structure

    Possible Primers

    Phylogeny (Gene Tree)

    Synteny

    Genomic Map Locations

    Paralogs

    Sequencing Methods

    Citations

    Sequence

    Gene Domains

    Molecular Markers


    Data input by E.Sarropoulou E.Kaitetzidou
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