icipe Digital Repository

Browsing by Subject "IAPV"

Browsing by Subject "IAPV"

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  • Vincent, Doublet; Yvonne, Poesch; Andreas, Gogol-Döring; Cédric, Alaux; Desiderato, Annoscia; Christian, Auror; Seth, M. Barribeau; Oscar, C. Bedoya-Reina; Mark, J. F. Brown; James, C. Bull; Michelle, L. Flenniken; David, A. Galbraith; Elke, Genersch; Sebastian, Gisder; Ivo, Grosse; Holly, L. Holt; Dan, Hultmark; H. Michael, G. Lattorff; Yves, Le Conte; Fabio, Manfredini; Robin, F. A. Moritz; Francesco, Nazzi; Dino, P. McMahon; Elina, L. Niño; Katja, Nowick; Ronald, P. van Rij; Robert, J. Paxton; Christina, M. Grozinger (BMC Genomic, 2017)
    Background: Organisms typically face infection by diverse pathogens, and hosts are thought to have developed specific responses to each type of pathogen they encounter. The advent of transcriptomics now makes it possible ...
  • Vincent, Doublet; Yvonne, Poeschl; Andreas, Gogol-Döring; Cédric, Alaux; Desiderato, Annoscia; Christian, Aurori; Seth, M. Barribeau; Oscar, C. Bedoya-Reina; Mark, J. F. Brown; James, C. Bull; Michelle, L. Flenniken; David, A. Galbraith; Elke, Genersch; Sebastian, Gisder; Ivo, Grosse; Holly, L. Holt; Dan, Hultmark; H. Michael, G. Lattorff; Yves, Le Conte; Fabio, Manfredini; Dino, P. McMahon; Robin, F. A. Moritz; Francesco, Nazzi; Elina, L. Niño; Katja Nowick; Ronald, P. van Rij; Robert, J. Paxton; Christina, M. Grozinger (BMC Genomic, 2017)
    Background: Organisms typically face infection by diverse pathogens, and hosts are thought to have developed specific responses to each type of pathogen they encounter. The advent of transcriptomics now makes it possible ...

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