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FGF 8 (Fibroblast growth factor 8 )

Organism
Oncorhynchus mykiss (Rainbow trout)
Paralogs
Citations
  • Berthelot C., Brunet F., Chalopin D., Juanchich A., Bernard M., Noel B., Bento P., Da Silva C., Labadie K., Alberti A., Aury JM., Louis A., Dehais P., Bardou P., Montfort J., Klopp C., Cabau C., Gaspin C., Thorgaard GH., Boussaha M., Quillet E., Guyomard R., Galiana D., Bobe J., Volff JN., Genet C., Wincker P., Jaillon O., Roest Crollius H., Guiguen Y. (2014). The rainbow trout genome provides novel insights into evolution after whole-genome duplication in vertebrates. Nature Communications 5:3657. doi:10.1038/ncomms4657.
  • Data input by Mara Iliopoulou
    		•
    Sequence
    >FR930882.1 Oncorhynchus mykiss Fibroblast growth factor 8b
    TCAGTGGGCCCCTGAGCTGTGGTGATGGGTATGTTTAGTCCTCCGGGGGTGGAAGGGGACCACGGGGAGGGGGAGGACAT
    CAAAGGGCTGGGTGTCACCCAGGAGGTGGCCCTTGGGCTGGCGTTTCATGAAGTGGGCCTCCCTCTGGTGTTGCTTGGTC
    CTGGAGGCCTTGCGGGGCCTTCCTTTACGCGTGAAGGCCATGTACCAGCCCTCATATTTAGCGTTCTGGAGAGCAGTGTA
    GTTGTTCTCCAGAACGATCTCTGTGAAGATGCAGTCTTTACCACGACCCTTCCGCTGTTAGAGAGAGAGAGAGAGAGAGA
    GGAGGTGGTGGGTGTGAGGGTGAAAGACAGAATGACGGAATGATTTAGGGGGTCAGTCTCTGAGGATGTTAAAATATTGT
    TTTGACAAGTAAATGTCCTATCAATCCTTCAAGTTTCTTTCCAAATCATGTCCCAACTCCCTACAAGGGCTTTTCTGGTC
    ATAACTCAAGTGAAGAGCCTTACACAGGACAGACATAACTTTTCCCTGAAACTTTGTATTCATGGTCACAGTCAAAATTC
    TGACCGGATTTATTGAACTCAACCAACCTCCAGGGCTCACATGAAAAGAGATTTCAATGTGACTTCCCTAAATAAAGGAT
    TAATAAGTAAATATAATGTTTACCTTGCCAATCAATTTCCCCGTCTTGTTCATGCAGATGTAGTAGCCCGTCTTTGCCCC
    TTTGATCCGAATACGACTACCAAACGTGTCCGTCTCCACCACAAGTTTGGCTAGAAAAACACAAAACACATCATATTCTT
    AATGAACTTTATTCAGCTCAGACACAATGATTCTCAAGCTTATGAGGTTATTCTATTTTGTGAACACGATATGCATGCAT
    TCATAACTTTGAGCTAAAACCTTTGTGAAAAATAATCCAATAGTGGTATCATTTGAGACTAAATTGAATTTGAAGACTGT
    GAGACTATGCCGGCCCAGTAGTATTGACGTGATGACATCAGAAAGGGTGTGAAGTTATTGTCATGACTGGTTCAGACGAC
    TACATTTAACCTCGATCTAATAACCTTAAGTTATGTATCATATTATAATGACTTTAGCAGAGTTCTACTACTCGTTATCA
    TGGCATCAATCTTGCATGCAGCGGGGAGACAAGTATTGTATATGGCAAAACATTCAAACATAAATTAAATTTGAAACATT
    GGCTAAAAACACTCTAGTCTTTTAGAATAGCAGCAAGTGGCTTTGACTTCGCACTGAGCCATTGTCATTGAACGGCTATA
    AAATGCCGCGCTACGCTAGATGATGGGGAGGAAGGAGGAACGAGGGAGTGAGAGAACATAGCGGTCAGCGACACAGCCAC
    AAAAGCACCGAGCAGTGGTCAGATTTGGGCCTGCTACAAGAGTGACACCCACTTAGGACATGCACGCTTGAGCCAAGGCG
    AGGTGTGTGTGTGTGTTTGAGGGAGAGGGAGATGAAGAAAAAAGAACAGAGAGAGGAAAGAGGGGATAAAATGAAGATGC
    TGACTTCACCGCTCTTTATAAACCGAGTCATACATTGAGTTGTAAAGCAATGAAAATTCCTCATTAAATGACACTCCAAA
    AAGCAGGCAGCAGGCTTAGGGAGAAATAGATGGTTGTGGTGGAAAGATGGCTAGACAGACCAAAAAAAGACTTTGGTGAC
    AGGAATTTGCTCCCTTTAAATTTCAGACAATTTTTTCCTTGAGGGGAGAAAAAAAATCCCAACCTAGCATAGATTTAATC
    AAAACAGCTGTCTATATTGTACACTTTGTCCATAGGCTATACTCCAAGAAAGAAAAAAATCTAAAAGGGTTCTTTAACTG
    TCCCCATAGGATAAGCCCTTTTGGTTCCAGGTAGAACCATTTTGGGTTACATCTAGAAACCTCTGTAGAAAGGGTTCTAC
    ATGGAACCCGAAAGGATTCAATCTGCAACCAAAAAGGGTTCTCCTATGGGGACAGCCGAATAACCTTTTAAGGGTCTAGA
    TAGCACTTTTTTTCAAATAGTGCATAGGAGGCCTATGAATACGTCTAGACCACCACTGTTGAGAAATACACATTTTTAAC
    TTCATGTGGATGAAACAGTGCGATGCGGTTGCCCTGAGAAATGTTGTGCTAATTATTCCACTTGGCAGAAATGCAGTTTA
    CCCAAACCCTTCCAAAAACAATGCATTGTCTATAAGGGCCATTCAGCACCACTCTGGATACGTGAGTTAAAACAATTCTG
    ATTTATCAATTACATTTATCACATTTTTGTAATTCTCGTGGCAAATGTCAATCAGTCACTGATATTTTAAACCACTAAAT
    CTAATGTAAAAATGTCGTACTTTTTTTTGGTATGTTTAAGCAGATATGAATTAATTTATTTTGTGTTCAAAGGATGGACT
    TGAGAGAGCTACTGTGTATTTATAACATTTAAATATTTCGGTATTTGAATATTCATTGACATGTGTCCATCAAAGACCAT
    TGGGGGACAGAATTAAACAAAAACACATTCGCCTCATAACTTTGGGTAAAAAATAGGGCGTCTCAAGGTTATGAAAATTG
    CAAGTCATATGTCTTTCTTTCAAACGCTTCTGAGAGGGTAAGCTACTCAGTAACTGTTTAAGAAGGTAGAAAGTAAGACG
    AGTTCTGATGTGTTTACCAGATATTCTGAGTGGGTTTCTCCCGAGAATCCCAGTCCAGAACAATACTATAGAATCCATTT
    CGAATGAATTTTCTCCCTCCCGCCTCCTACTCAAACCTAAACTTCTTCATGCTAAATAGAACTGTTTGCTTTTTAAATGG
    TGATATTTTCATAATATACCTACTTTTCTTCTCCAATAGGCCTACATGACTTGTAAATTGACGTGTCCATAAGTAGACTT
    AGGTCATTTCAAAATCTGGAATAAGCCTGTTAAATCCTACAATTATTACGAAAATGCCTAGGTCTACTTGAAGGCACCCA
    TTTGGTGCTAGGCGTGATTTATTCGTTTCTTACCGTGCACAGCTCCGTCGTCGCCCATGGCATTCACTTTCTTATTGCCC
    AGAACCTGGACATGTTTGCCGCTGGTCCGGCTGTAGAGCTGGTAGGTCCGAATCAACCTGCGGCTCATCCGGTCAGACAA
    CCGGCACTGCTCGTTCACATGGTGCTTGAAATTAGGAGGTGGGGAGTGGGACTGCACTGTGTTCTATCAAACAAGAAAAA
    CACATACAAAAGAAATGCATGAATAAAATAAGTAAAAAATTAAAGCATCAATGAGAGAATAGCCGAACTGATAATTAATG
    CGAATTGATGTTCAGTCTAAATGAATGAGAAGCAGATCAAGTTATTTTCCAACTAAAACATATTTATATATTTCAATGAA
    CACCAATCATATGCTTTTCATATGGGCTTAGGCCATAGGCACTTCAAAGGGAATTGCGGGCACATGGTTTTTAGAAGAGA
    AAAAGTGCCCTTGCACAGTGAGTGTTTGGGGAGATACACGCAGCGAGTCCGCTGTCCTCACTCGAGATGACATGCCTATG
    ATAGGTTGTTTTACCACGAATGATCTTTCACCCCCATCTCCCTTAGCTATATCCCTTAACGATTATTTTTCAATTCAGCC
    ATACGCCATACCCATATGTTTTAACAATTACCTTTTAGGCTCGCTTTTACGTCTTTTCAAGATGTTTGACTTGTTGCCAA
    CTACTTAGGGCTCATAATAAAATGTTTTCATTGTTATTACACTTTTATTGCAGATATGCAAACGAATTGGATTAATATCA
    ATAAGAATAAAAACGCTTGTAAATTGATATAATTAGTTGCATTGATGGACTGAAATCTTTTTAAGGGGCTATGAAATGTT
    ATGGTATGCAAATTGCGCTGCAAACTTCATAAAAATGCATGCAAGTTCGTACCTGTGTGTAAAAACACAGCGCTAAGAAC
    TGAAGTAACCTGAAACATAAAAAAATAAAAATATTTATGTTTCATATACATTTCCAAATATGTCAAGTAACTATATAGGC
    CTATATAGCCAATTCCTTAAATCTTCAGTTCAGTTCAGTAGTATAATAACTCACAGGTAGCCTAATCTCGATGTTTTAAA
    CCTCAT
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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

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