Eugénie Hébrard

This study shows that knocking out eIFiso4G1 or introducing Indels in its VPg-interacting region confers high resistance to RYMV in rice, with some variants maintaining plant growth.

The paper shows that symptom observation in rice fields greatly underestimates co-infections by RYMV and Xoc, revealing 12.4% co-infection rates in symptomatic samples.

This study traces the historical and phylogeographical spread of Rice yellow mottle virus (RYMV) in East Africa, linking its dispersal to rice cultivation, trade, and human activities.

This study uses deep-learning structural modeling and divergence dating to analyze RdRps from plant and fungal viruses, revealing a recent divergence of sobelivirads and suggesting cross-kingdom host shifts in their evolutionary history.