The goal of this project is to develop a data-driven framework for improving the regulation and detection of Rs strains that threaten US agriculture.
The primary purpose of this project is to precisely circumscribe the authentically threatening Rs strains that are highly aggressive on potato at cool temperatures using a combination of phenotypic assays and bioinformatics to evaluate current diagnostic markers.





“TTU is a leader in conducting transdisciplinary research and developing innovative solutions to enhance agricultural system efficiency and resilience while simultaneously reducing environmental impacts. We are employing data-driven biology, systems-based approaches, and computational innovations to understand and predict the dynamics and systems properties of the phytobiome, aiming to improve plant resilience to changing environments. We are very excited to collaborate with the Phytobiomes Alliance to develop and implement innovative practices based on system approaches that harness natural resources to enhance crop productivity, food quality, and environmental health sustainably.”