Dr. Dorith Rotenberg
Lead Investigator &
Director of Graduate Programs – Plant Pathology
Dr. Kirsten Lahre
Research Technician & Lab Manager
Research Projects: Identification of Sw-5 resistance-breaking (RB)
tomato spotted wilt virus (TSWV) genetic variants in North Carolina tomato fields; Characterize transgenic resistance to TSWV; Evaluate new sources of Sw R genes for new resistance to RB-TSWV isolates; Cloning and transient-expression of thrips saliva proteins in plant tissue to enable studies to identify thrips effectors; Evaluate potential dispersion of engineered plant virus vectors in mixed plant communities.
Lucas de Oliveira
Genetics and Genomics Scholar (GGS)
PhD Student in Plant Pathology
Thesis project: My PhD research is to uncover the roles that TSWV-interacting thrips proteins play with regards to viral acquisition and transmission. My hope is that discovering the function of these proteins will provide insights into molecular determinants of thrips vector competence, and a novel means towards disrupting pathogen transmission and spread in croplands.
Jake Seiter
NSF Graduate Research Fellow
PhD Student in Plant Pathology
Thesis project: My PhD research aims to understand the spatiotemporal dynamics of the Peregrinus maidis/maize mosaic virus (MMV) pathosystem in continuous maize cropping systems and to characterize the role of alternative plant-feeding and viral-reservoir hosts in the dispersal of maize mosaic virus in the landscape. The long-term goal is to provide knowledge towards better management of vector-transmitted plant virus disease in the context of our changing climate.
Emma Morris
PhD Student in Plant Pathology
Thesis Project: My Phd research aims to understand the molecular functions of thrips (Frankliniella occidentalis) salivary gland-secreted proteins in plant hosts during feeding and transmission of tomato spotted wilt virus (TSWV; Orthotospovirus tomatomaculae). My goal is to understand how thrips saliva proteins suppress or elicit plant defense responses against thrips and/or TSWV.