Dr. Loewy worked over his decades-long career at Washington University to uncover connections between the peripheral and central nervous systems.
Arthur Loewy and the central regulation of autonomic nervous function

Dr. Loewy worked over his decades-long career at Washington University to uncover connections between the peripheral and central nervous systems.
Dr. Bridgman made fundamental discoveries into the structure of growth cones and developed novel histology teaching approaches over his 4-decade career at Washington University.
From circadian rhythms in Drosophila to feeding and mating in mosquito, Duvall is revealing the inner workings of insect behavior—and how to manipulate it.
As a graduate student in the Department of Neuroscience, Glasser came to be a leader in the Human Connectome Project.
The MSTP student brings her background in systems neuroscience to the cutting-edge molecular biology expertise of Yao Chen’s laboratory.
The cognitive neuroscientist at Macquarie University got his first wet lab experience as a postdoc at WashU, and now addresses those same questions about hand-eye coordination and sensory-motor integration in his research on surgeons’ skills.
Nettles has led outreach efforts to bring neuroscience into St. Louis classrooms, all while making inroads into the biology of Rett Syndrome for her graduate research in Harrison Gabel’s lab.
Wang’s research as a postdoc in Andreas Burkhalter’s lab revealed the mouse visual cortex as much more structurally complex than scientists previously thought.