Vol. 3 No. 1 (2012)

Published: 16-03-2012

Reviews

Articles

  • Computational prediction of candidate miRNAs and their targets from the completed Linum ussitatissimum genome and EST database

    Tiffanie Y. Moss, Christopher A. Cullis
    e2
    https://doi.org/10.4081/jnai.2012.4150
    Published: 5 June 2012
    3459
    PDF: 695
    Supplementary File 8. miRNA:target duplex structures for miRNA:5208.: 0
    Supplementary File 9. miRNA:target duplex structures for pre-miRNA:932: 0
    Supplementary File 7. miRNA:target duplex structures for Contig3977.: 0
    Supplementary File 6. miRNA:target duplex structures for Contig6926: 0
    Supplementary File 10. miRNA:target duplex structures for Scaffold1966 miRNAs: 0
    Supplementary File 11. miRNA:target duplex structures for pre-miRNA:1209: 0
    Supplementary File 14. The complete dataset for all miRNAs derived from the flax genome with predicted targets: 0
    Legends for Supplementary Files: 0
    Supplementary File 13: KEGG Pathway Analysis of Linum putative miRNA targets - breakdown by heirarchy subcategory: 0
    Supplementary File 2. Flax UNIGENE derived miRNA hairpin structures.: 0
    Supplimentary File 12: Targets of Flax miRNAs: 0
    Supplementary File 1. Flax genome derived miRNA hairpin structures.: 0
    Supplimentary File 5: Predicted targets for Unigene derived miRNAs.: 0
    Supplementary File 4. Discarded flax UNGENE derived hairpin structures.: 0
    Supplementary File 3. Discarded flax genome derived hairpin structures.: 0

  • A new entropy model for RNA: part I. A critique of the standard Jacobson-Stockmayer model applied to multiple cross links

    Wayne Dawson, Kenji Yamamoto, Gota Kawai
    e3
    https://doi.org/10.4081/jnai.2012.2650
    Published: 24 July 2012
    3286
    PDF: 600
    APPENDICES: 274
    A Physical Origin for Functional Domain Structure in Nucleic Acids as Evidenced by Cross-linking Entropy: II: 0
    A Physical Origin for Functional Domain Structure in Nucleic Acids as Evidenced by Cross-linking Entropy: I: 0
    Modeling the Chain Entropy of Biopolymers: Unifying o Different Random Walk Models under One Framework: 0