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on the molecular, cellular, and metabolic mechanisms that drive vascular calcification and vascular remodeling using mouse models, primary vascular cells, and translational tissue-based studies. The
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480 LC/MS instrument. Along with this powerful analytical tool, we use various in vivo mouse models and in vitro models to define the role of nutritional input and the underlying mechanisms in disease
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development ( https://rupress.org/jcb/article/220/11/e202103080/212704/ ) or regeneration ( https://www.science.org/doi/10.1126/sciadv.adi7840 ). To address these questions, we use mouse and cell
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to organismal phenotypes through mouse models, auditory physiology, molecular analysis, and experimental manipulation of the inner ear. Current and developing projects include functional
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understanding the mechanisms that govern tissue regeneration in the alveolar region of the lung. The lab combines genome-wide ‘omics approaches, genetic mouse models, in vivo and ex vivo live imaging
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molecular and cellular mechanisms of cardiac arrhythmias. Our research integrates genetically engineered mouse models, cardiac electrophysiology, ion channel biology, and translational cardiovascular
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cellular mechanisms underlying these disorders using cell-based assays, blood vessel organoids, and zebrafish and mouse models, working alongside neurosurgeons, computational scientists, and clinical
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focused on musculoskeletal biology. The qualified candidate will oversee larger research projects. Requirements: The candidate will do Experimental training in preclinical surgical mouse models or
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focused on musculoskeletal biology. The qualified candidate will oversee larger research projects. Requirements: The candidate will do Experimental training in preclinical surgical mouse models or
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cells become dysfunctional in mouse models of viral infection and cancer. Studies the human immune response to cancer by isolating and studying tumor-infiltrating lymphocytes. Works on techniques used in