Araceli G. Castillo

This study shows that geminiviral components are associated with extracellular vesicles in infected plants, which are infectious and may facilitate viral movement and immune modulation.

This study compares the systemic infection capabilities of two ToLCNDV isolates and their pseudo-recombinants in tomato and N. benthamiana, revealing isolate- and host-dependent differences in component compatibility.

This study shows that plant vesicle trafficking genes have dual roles in geminiviral infection, with some promoting and others restricting systemic spread.

The paper identifies GDP-O_SCPLOWLC_SCPLOW-galactose phosphorylase as the main control point in ascorbate biosynthesis through metabolic engineering, genetic analysis, and functional mutant complementation.

This study identifies TTL proteins as scaffolds for BR signaling components in Arabidopsis, enhancing signal transduction by localizing these components at the plasma membrane upon BR treatment.