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AbstractVirus-induced plant diseases in cultivated plants cause important damages in yield. Although the mechanisms of virus infection are intensely studied at the cell biology level, only little is known about the molecular dialog between the invading virus and the host genome. Here we describe a combinatorial genome-wide approach to identify networks of sRNAs-guided post-transcriptional regulation within local Turnip mosaic virus (TuMV) infection sites in Brassica napus leaves. We show thatdoi:10.1038/s42003-020-01425-y pmid:33230160 fatcat:6tdlqfvjm5c3la3jgk5t7n75ki