Updated 1:45 p.m. May 10: Katie Murphy of °”TV won todayâs UC Grad Slam, judged the best at summarizing her research in three minutes or less, for a general audience. She competed against other campus Grad Slam winners â and became the first °”TV student to take the systemwide championship. Congratulations!
Original story, April 9: Thereâs a small, fenced-in field near the Student Health and Wellness Center on the °”TV campus. In the summer, you might find corn growing here, and among the rows, you might find Katherine âKatieâ Murphy weeding the field, hand pollinating the corn and finally harvesting it. This corn isnât destined for the dinner table but rather the lab, where itâs used for research purposes to help feed our future.
âCorn is critical to our food supply, and the reality is that some years down the line, we have to be able to grow more food if we want to feed our growing population,â says Murphy, a plant biology Ph.D. student. Recently, Murphy was crowned for her three-minute presentation âCall the Plant Doctor.â Sheâll compete in the in San Francisco.
Murphy studies terpenes, which are types of molecules plants produce to survive as immobile organisms. From regulating growth to defending against fungal pathogens, understanding the function of terpenes and the origins of their biochemical synthesis are important for future food security. Murphyâs research focuses on a group of corn terpenes called dolabralexins.
âWe already have a lot of evidence to show that dolabralexins are important for how corn deals with disease and also drought,â says Murphy, whoâs investigating their chemical structure. Murphy is unraveling how these molecules affect harmful fungi, like Fusarium verticillioides, which can cause ear rot, a condition characterized by moldy kernels.
How do dolabralexins combat these disease-causing fungi? And does the moleculeâs structure and shape influence its potency? These are all questions on Murphyâs mind. But itâs not just about corn; using these corn molecules could help bolster other cropsâ defenses.