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to address key questions in chronic pain. Perform experiments and analyze data, employing techniques including animal handling, breeding, tissue collection, imaging, molecular biology assays, and
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University to study the connections between lipid load, mitochondrial biology, and cardiac arrhythmias in animal models of cardiomyopathy and heart failure. The position entails working with C. elegans, in
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. The ideal candidate will have a PhD in neuroscience, immunology, biology or related biomedical science field, have excellent communication skills and possess the ability to work both independently as
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Discovery and Development Group. The ideal candidate will have a PhD in neuroscience, immunology, biology or related biomedical science field, have excellent communication skills and possess the ability
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conferences. • Ensure that research is performed in compliance with all governmental and University policies, including the protection of human and animal subjects and effort reporting. • Ensure that research
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interested in investigating the interactions between chronic neuropathic pain states and comorbidities, such as cognitive dysfunction, depression and anxiety. Our basic-science driven approach has led
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motivated postdoc to work on a NIH funded project examining the role of lipids in vascular and lymphatic endothelial cell biology and its connection to gastrointestinal health and inflammation. Candidates