"Our work is inherently cross-disciplinary because we plan to investigate how the nervous system functions in many different organ systems in both health and disease. The lab will be able to delve into these exciting questions thanks to the wonderful, supportive community at Baylor College of Medicine, the NRI and within the McNair Scholars program. The breadth of excellent science done here provides so much inspiration and opportunities for collaboration," Marshall said.
This is not the first time Marshall has been a part of the Baylor community. After graduating from Texas A&M University with a Bachelor of Science in biology, she began a Ph.D. program at Baylor. During that time, she earned a Master of Science in neuroscience but later followed her mentor to Columbia University, where she completed her Ph.D. in molecular and biomedical science.
As a student, Marshall discovered a new phenomenon of rapid touch-receptor remodeling in the context of healthy skin renewal and described the anatomical and organizational structure of somatosensory neurons in the bat wing that provide sensory feedback during flight.
During her postdoctoral fellowship at the Howard Hughes Medical Institute and the Scripps Research Institute, Marshall participated in multiple projects under the mentorship of recent Nobel Laureate Dr. Ardem Patapoutian. In these projects, Marshall identified that the mechanotransduction ion channel PIEZO2, which mediates external senses like touch, also is essential for internal force sensing. Her primary work found that this ion channel mediates urinary reflexes and the sensation of bladder fullness in mice and humans.
Marshall has had several publications in high profile journals such as Nature, Science and Cell Reports. She is the recipient of prestigious awards, including being named a Kavli Fellow in 2021 and earning the Dean’s Award for Excellence in Research at Columbia University. She also has been involved in science-related community outreach to promote science education and careers.