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Our work Technology Publications Funding Our team Contact My research is focused on the control mechanisms of intracellular Ca 2+ release in excitable cells. Specifically, my lab is interested on defi...
The research of Thomas R. Shannon explores the local control of excitation-contraction coupling in excitable cells. These control mechanisms are fundamental to many cellular phenomena and are, thus, o...
The focus of my research is on how students learn physiology and how teachers can best help students learn. What does it mean to "understand" physiology? What are the obstacles to students achieving a...
This lab has three main focuses, both studied by modeling and simulations. Calcium-induced calcium release (CICR) in cardiac skeletal muscle During heart muscle contraction, Ca 2+ is released using th...
Approach History Publications Contact I am interested in the device approach to biology that views biological systems as a system of devices, each with inputs and outputs using power supplies to imple...
The properties and biological functions of ion channels are long-term interests of Tom DeCoursey, PhD . A major focus of his laboratory in recent years is the voltage-gated proton channel. Modulation ...
Our work Technology and methods Publications Funding Our team Contact The research of Michael Fill, PhD , explores the local control of intracellular Ca signals mediated by the ryanodine receptor (RyR...
Our laboratory’s research is directed toward two separate areas: The molecular mechanisms viruses use to deposit their genetic material into cells, a process that initiates infection Determining...
Our work Technology Publications Funding Our team Contact Blatter's research group investigates control of intracellular calcium and its role in the regulation of excitation-contraction and excitation...
Our physiology & biophysics researchers detail the function of individual molecules (enzymes, transporters, etc.) to determine how these molecules operate and are controlled within cells, tissues and ...