At the core of our initiative is the recognition that interoceptive signals—messages that inform the brain about the body’s internal state—arise from interconnected homeostatic loops. These signals play a vital role in shaping higher cognitive functions, decision-making, and socio-emotional behaviors, which in turn can influence bodily states through feedback mechanisms.
Understanding brain-body interactions requires a multidisciplinary approach. Our program cultivates a collaborative environment where curious and bold scientists come together to explore this evolving field. By combining diverse conceptual frameworks and expertise, we seek insights that go beyond the reach of individual disciplines.
We are dedicated to developing a comprehensive view of the body’s physiological systems, examining the complex interplay among digestive, cardiovascular, renal, endocrine, metabolic, and neural functions. Our research spans multiple levels—from molecular and genetic mechanisms to whole-organism physiology and social-emotional behavior.
This program offers a unique platform for faculty at all career stages—from senior investigators to early-career researchers—in the Departments of Physiology, Neuroscience, and Biomedical Engineering, fostering a synergistic and pioneering research enterprise.
