Sebastián Asurmendi

This study shows how TuMV infection alters Arabidopsis water management through reduced root hydraulic conductance, aquaporin downregulation, and osmotic adjustments, leading to a constrained physiological state.

This paper develops a cost-effective viral enrichment system for grapevine using NGS to detect and characterize viruses by depleting host transcripts.

This study examines how increased transpiration in an Arabidopsis mutant affects root hydraulic conductivity and plant water balance under osmotic stress.

This paper investigates how TuMV infection affects stomatal closure and drought tolerance in Arabidopsis, finding that while it triggers stomatal closure, it reduces overall drought tolerance.