Roger W. Innes

The paper identifies EVacs as vacuole-derived structures that mediate RNA secretion in plants by encapsulating and releasing cytoplasmic RNA and proteins into the apoplast.

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 identifies proteins and pathways involved in plant EV secretion, revealing roles for EXO70, RIN4, and VAP27 in EV heterogeneity and plant immunity.

The paper uses fluorescence microscopy to show that plant extracellular vesicles (EVs) are heterogeneous, with distinct markers like TET8 and PEN1 labeling different subpopulations.

This paper introduces GATEWAY-compatible vectors for functional gene analysis in soybean composite plants, enabling rapid screening of transgenic roots and investigation of subcellular localization and protein interactions.

The paper identifies diverse RNA species on Arabidopsis leaf surfaces that are distinct from apoplastic RNA and may influence microbial communities.

This study identifies FgTPP1, a protease from Fusarium graminearum, as a virulence factor that suppresses immune responses and contributes to Fusarium Head Blight disease in wheat.

This study identifies CPR1, a conserved soybean cyst nematode effector protease, which targets GmBCAT1 for degradation, enhancing nematode susceptibility.

This study compares subcellular changes in alfalfa cotyledons infected by compatible and incompatible Colletotrichum species, finding that incompatible infection leads to paramural body formation and increased extracellular vesicle secretion.