Exploring the Chemistry of Plant Defense and Signaling
Our lab investigates the biosynthesis and regulation of specialized metabolites, with a particular focus on terpene biosynthetic pathways in plants, especially the model legume Medicago truncatula. By integrating analytical chemistry, molecular biology, and genome engineering approaches, we seek to understand how plants produce diverse chemical defenses and signaling molecules.
To support this research, we are seeking motivated undergraduate laboratory assistants who are excited to contribute to the identification and biochemical characterization of enzymes involved in specialized metabolite biosynthesis, as well as to the elucidation of biosynthetic pathways through in planta metabolite analysis.
We welcome motivated students who are curious about plant biology and chemistry, and genome engineering to apply.
In addition to project-specific research activities, undergraduate assistants will receive training in core laboratory techniques, including molecular cloning, protein expression, and analytical sample preparation, and data analysis. Students will also gain experience in essential laboratory operations such as plant growth and maintenance, media preparation, and stock solution preparation.
Because our research program benefits from continuity and progressive skill development, a long-term commitment is expected. We welcome enthusiastic and curious students with an interest in plant biology, metabolism, and genome engineering who are eager to learn and contribute in a collaborative and supportive research environment.
Beyond technical training, students will gain valuable experience in critical thinking, experimental design, data interpretation, problem-solving, and scientific communication. As students become more proficient, they may have opportunities to take greater ownership of projects and contribute to independent research questions.
The skills acquired through this experience are directly relevant to careers in biotechnology, agriculture, biochemistry, genetics, pharmaceutical research, and other life science fields, including careers in graduate and medical school. Long-term participation can strengthen applications for undergraduate research fellowships, internships, graduate and professional programs, and industry positions. Students may also have opportunities to present their work at research symposia, contribute to scientific publications, and obtain strong letters of recommendation that support their future academic and career goals.