Marie K
- Research Program Mentor
PhD candidate at University of Wisconsin - Madison
Expertise
genetic and molecular controls of plant cellular processes relevant to combat the climate crisis; CRISPR-Cas9 genome mediated engineering in plants; developmental, cell, and molecular plant biology
Bio
I work with a plant called Brachypodium, which is closely related to economically important crop species, such as rice, corn, wheat - things we eat! During Brachypodium’s primary root development, a curious movement at the root tip occurs that has been demonstrated to aid in soil exploration and seedling establishment. My research aim is to identify the underlying molecular pathway responsible for changes in cellular functions that result in the root tip’s movement. Outside of lab, I explore the world by taking solo trips abroad, reading, and testing out new recipes. I explore my city, Madison, WI, by biking and kayaking in the summers, and driving around in a warm car during the winters. In addition to being a biologist, I am a boxer and yogi. I enjoy attending concerts, watching stand-up comedy, and playing Bananagrams.Project ideas
Engineering plants to combat the climate crisis
Using previously published expression analyses and bioinformatic data, explore a potential candidate gene which may regulate a process in plants related to plant survival and/or growth. Propose a hypothesis which outlines the potential molecular pathway in which your candidate gene functions. How would you use genetic engineering, such as CRISPR-Cas9 mediated genome engineering, to test your hypothesis? In answering these questions, I will help you to write a research proposal which addresses a potential way crop species may be improved to handle changing environmental conditions due to the climate crisis.