A. S. Iyer-Pascuzzi

This study shows that the Ralstonia solanacearum type III effector RipUK60 disrupts plant cytoskeleton organization to enhance bacterial virulence.

This study investigates how Phyllachora maydis infects and spreads in maize leaves using histological analysis of infected samples from multiple fields.

The paper identifies subcellular localization of effector proteins from the maize pathogen Phyllachora maydis using fluorescent tagging and microscopy.

The study shows NLP7 regulates root cap development by modulating auxin pathways and nitrate signaling.

This study shows that exogenous trehalose improves tomato drought tolerance and bacterial wilt resistance by enhancing ABA and SA signaling, and triggering systemic disease resistance.

The paper uses image-based phenotyping to identify new genetic loci for disease resistance in tomato plants, detecting QTL earlier and more accurately than human assessment.

This study uses X-ray microCT to show that Ralstonia biomass clogs xylem vessels, causing wilt symptoms in tomato plants.

This study shows that defense hormones ET and SA, but not JA, influence root endosphere microbial diversity in tomato by modulating specific bacterial taxa.

The paper identifies auxin pathway suppression in resistant tomato roots as a mechanism for resistance to Ralstonia solanacearum.