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Dr. Sarac receives $217,500 NIH grant to research cell excitability 

Radmila Sarac, Assistant Professor in the Department of Biological Sciences, received a $217,500 grant from the Heart, Lung, and Blood National Institute of Health to perform research on the project entitled “Molecular Specificity of GIRK channel function.”

Ion channels are important mediators of cell excitability and are essential for proper signaling and cell function. In particular, potassium channels play a crucial role in mediating electrical excitability in neurons and in the heart. The specific ion channel family that Dr. Sarac studies plays important roles in physiological modulation of the heart beat and hyperpolarization of neurons. Therefore, these channels contribute to normal physiological processes and may be a target for pharmacological modulation. These channels may also be potential targets to treat various disease states such as cardiac arrhythmias and epilepsy. Understanding the molecular diversity and how the various subunits contribute to the function of the overall channel will provide useful information in designing targets for these channels.

Dr. Radmila Sarac received a $217,500 grant from the Heart, Lung, and Blood National Instituted of Health.


Dr. Sarac received her B.S. in Pharmacy from Purdue University and her Ph.D. from the Department of Neurobiology, Pharmacology, and Physiology at the University of Chicago. Dr. Sarac has been actively engaged in studying how potassium channels as well as other ion channels are modulated by various chemical mediators.

Dr. Sarac joined the Purdue faculty in the Department of Biological Sciences in 2005. She has utilized her time at PUC to further research how specific potassium channels are assembled and how the channels work. In the course of these studies, she has mentored several students who have participated in the Undergraduate Research Day and have also attended national scientific meetings of the Biophysical Society.

When asked about her current research project, Dr. Sarac stated, “This grant is important for several reasons. The studies proposed in the grant will help to answer important questions about the specificity of GIRK subunits and how they come together to form a functioning channel that is involved in various cellular activities. In addition, the grant provides an excellent opportunity for students to become involved in the research project and obtain useful laboratory experience.”

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