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and physiology, using cell-based systems and animal models. Our research focuses on hemodynamics in normal healthy state to pregnancy to heart failure states. Our lab is a space where as a team we make
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and physiology, using cell-based systems and animal models. Our research focuses on hemodynamics in normal healthy state to pregnancy to heart failure states. Our lab is a space where as a team we make
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infection and computational modeling . Preference will be given to candidates with research experience in the core areas of the group’s research; The candidate should have good programming skills (e.g. python
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talented Postdoctoral Fellow to join Dr. Abdullah’s lab at the Center for Translation Research and Education within the Department of Surgery at Loyola University Chicago. The ideal candidate will perform
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motivated and talented Postdoctoral Fellow to join Dr. Abdullah’s lab at the Center for Translation Research and Education within the Department of Surgery at Loyola University Chicago. The ideal candidate
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contractile biophysics, cellular and whole-heart electrophysiology, in vivo physiology, and molecular and biochemical approaches to study the effect of gene mutations on protein function. Ideal Candidate
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disease to study contractile biophysics, cellular and whole-heart electrophysiology, in vivo physiology, and molecular and biochemical approaches to study the effect of gene mutations on protein function
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their training. The Barefield lab uses mouse models and human induced pluripotent stem cell derived cardiomyocyte models of genetic cardiovascular disease to study contractile biophysics, cellular and whole-heart
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anchored by the Loyola University Medical Center, and the Loyola University Chicago School of Law. Comprised of thirteen colleges and schools, Loyola University Chicago offers more than 80 undergraduate and
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-doctoral scholar to investigate how cyclic nucleotides cell signaling pathways and electrophysiologic changes contribute to heart disease or stress (pregnancy). The successful candidate will utilize cell and