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  1. Physiological and molecular characterization of drought responses and identification of candidate tolerance genes in cassava by Turyagyenda, L.F., Kizito, Elizabeth Balyejusa, Ferguson, Morag E., Baguma, Yona K., Agaba, Morris, Harvey, Jagger J.W., Osiru, D.S.O.

    Published 2013
    “…Morphological and physiological measurements indicate that the tolerance of the improved variety is based on drought avoidance, through reduction of water loss via partial stomatal closure. Ten genes that have previously been biologically validated as conferring or being associated with drought tolerance in other plant species were confirmed as being drought responsive in cassava. …”
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    Journal Article
  2. Immune receptor genes and pericentromeric transposons as targets of common epigenetic regulatory elements by Cambiagno, Damián Alejandro, Nota, María Florencia, Zavallo, Diego, Rius, Sebastián Pablo, Casati, Paula, Alvarez, Maria Elena, Asurmendi, Sebastian

    Published 2019
    “…Some PRR/NLR genes are affected by epigenetic changes of neighboring transposable elements (TEs) (cis regulation). We analyzed whether these genes can also respond to changes in the epigenetic marks of distal pericentromeric TEs (trans regulation). …”
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    Artículo
  3. Genetic transformation as a tool for the introduction of agronomically important genes into citrus plants. by Pena, Leandro, Cervera, Magdalena, Juárez, José, Navarro, Antonio, Ortega, Carmen, Pina, José A., Durán-Vila, Núria, Navarro, Luis

    Published 2017
    “…We are using this system to introduce the gibberellin-C20-oxidase gene, in sense and antisense, in citrus plants trying to modify tree size.…”
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    Objeto de conferencia
  4. Expression patterns of pathogenicity genes during Phytophthora pisi infection of pea roots by Hosseini, Sara

    Published 2010
    “…The genus Phytophthora (phylum Oomycota), contains destructive plant pathogens that cause enormous economic damage to many important crop species. …”
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