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for FLASH-RT: strategies to obtain the shortest delivery time on healthy tissues and high dose-rate coverage of large volumes need to be evaluated for the current machine settings, high spatial and temporal
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on mitochondrial signaling in cardiac dysfunction and cardiac autophagy in sepsis using both in vitro and in vivo models. The prospective candidate will have opportunities to work within a highly interactive
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conduct groundbreaking translational research centered on human disease biology. Additionally, we utilize ex vivo multicellular organoid culture models and in vivo disease modeling in mice to enhance our
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conduct groundbreaking translational research centered on human disease biology. Additionally, we utilize ex vivo multicellular organoid culture models and in vivo disease modeling in mice to enhance our
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optical imaging, genetic tools, and mouse models to investigate the mechanisms governing the secretion of pro-inflammatory molecules and their functional roles. Candidates should hold a Ph.D. in Biophysics
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optical imaging, genetic tools, and mouse models to investigate the mechanisms governing the secretion of pro-inflammatory molecules and their functional roles. Candidates should hold a Ph.D. in Biophysics