Fall Research Expo 2021

Stronger mutualism may lead to a higher susceptibility to parasitism

This project analyzed the complex connection between mutualistic and parasitic relationships in the legume Medicago truncatula.

Past research done by Dr. Wood has shown that there is a genetic tradeoff for Medicago between attracting rhizobia (a mutualistic bacteria) and repelling nematodes (a parasitic worm). To further investigate this three way relationship, we blur the lines between mutualism and parasitism by examining strains of cheating rhizobia. 

Our primary question in this project is whether roots in a mutualistic relationship are more susceptible to nematode infection.

 

PRESENTED BY
PURM - Penn Undergraduate Research Mentoring Program
Engineering & Applied Sciences 2024
Advised By
Dr. Corlett Wood
Assistant Professor of Biology
Eunnuri Yi
Lab Manager
Join Nova for a virtual discussion
PRESENTED BY
PURM - Penn Undergraduate Research Mentoring Program
Engineering & Applied Sciences 2024
Advised By
Dr. Corlett Wood
Assistant Professor of Biology
Eunnuri Yi
Lab Manager

Comments

Wow your presentation is really good. Quick question: What do these interactions look like outside of the lab? What percentage of Rhizobia is naturally cheating vs mutualistic?