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This research investigates the mechanisms of infection by the rice blast fungus in both leaves and roots, focusing on gene expression changes and post-transcriptional regulation during the infection process.
The rice blast fungus M. oryzae has emerged as a paradigm for the understanding of fungal aerial attack. M. oryzae also infect roots.
Consequently, M. oryzae-rice interaction represents an excellent pathosystem for comparative studies of the distinct organ-specific mechanisms that occur during fungal colonisation of rice leaves and roots.
We have characterised two pathogenicity-deficient mutants in M. oryzae lacking the karyopherin Msn5p/EXP5 [Plant Cell 22, 953 (2010)] and a novel RNA-binding…
UNIVERSIDAD POLITECNICA DE MADRID
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