Seminar Description The Bers laboratory investigates the cellular and molecular mechanisms controlling cardiac contraction, with particular emphasis on calcium and sodium signaling, electrophysiology, and mechanisms contributing to heart failure and arrhythmias.
Seminar Description The Martin laboratory investigates cytoprotective signaling mechanisms in muscle, with an emphasis on pathways that help cells respond and adapt to physiological and pathological stress.
Seminar Description The Wulff laboratory studies potassium channels as regulators of cellular function and explores potassium-channel modulators as potential therapies for autoimmune and cardiovascular diseases.
Seminar Description The Grandi laboratory uses computational and mathematical modeling to investigate cardiac electrophysiology, ion transport, and cellular signaling in health and cardiovascular disease.
Seminar Description The Chen laboratory investigates neuroplasticity within the central nervous system and its role in cardiovascular regulation, with a focus on neural mechanisms that influence cardiovascular function.
Seminar Description The Hell laboratory studies the molecular mechanisms underlying synaptic transmission and plasticity, including how signaling complexes and ion channels regulate neuronal function, learning, and memory.
Seminar Description Research in the Navedo laboratory investigates cellular and molecular mechanisms controlling arterial smooth muscle function and vascular reactivity, with an emphasis on how these pathways are altered in conditions such as hypertension and diabetes.
