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models, histology, cell culture, differential expression analyses, and molecular biology assays, our lab studies the molecular mechanisms that regulate metabolic processes and iron homeostasis both in
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-disciplinary research involving the use of mouse models, human tissue and blood samples. Use biochemical, cellular, molecular, and pharmacological approaches to for mechanistic studies. Use cutting-edge
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blot, CRISPR, etc.) Knowledge of in vitro cell models and in vivo animal models (viral/fungal) Knowledge of general pathophysiology and molecular biology Proficiency in data analysis Strong problem
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of in vitro cell models and in vivo animal models (viral/fungal) Knowledge of general pathophysiology and molecular biology Proficiency in data analysis Strong problem-solving and experimental design
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mitochondrial dysfunction. Other projects may involve studying the impact of coinfection and lifelong persistent infection on immune and overall health in mouse and human models. Strong cellular immunology
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the laboratory of Dr. Ronadip Banerjee. The focus of this position will be to study molecular mechanisms of pancreatic islet adaptation to pregnancy and dysregulation in gestational diabetes mellitus and other
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the molecular mechanisms underlying cancer, neurological, and vascular disorders. The ideal candidate will have a strong publication record and the ability to work independently on multidisciplinary projects in a
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Duties & Responsibilities Plan, design and conduct advanced, multi-disciplinary research involving the use of mouse models, human tissue and blood samples. Use biochemical, cellular, molecular, and
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at least one of the following areas: electrophysiology, imaging, immunohistochemistry, neuroanatomy, or molecular biology. Preferred skills include patch-clamp recordings, experience with neuromodulation
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models, histology, cell culture, differential expression analyses, and molecular biology assays, our lab studies the molecular mechanisms that regulate metabolic processes and iron homeostasis both in