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— investigating how mechanical forces from focused ultrasound alter immune cell function and tumor microenvironments Acoustic tool development — designing next-generation transducers, wearable ultrasound devices
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studies the mechanisms by which chronic viral infections suppress antiviral immunity and drive T cell exhaustion to facilitate viral persistence. We also have a major interest in how chronic viral
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. The Richer lab has broad interests regarding mechanisms of T cell development, activation and memory generation in the context of acute and chronic viral infections. Current projects include 1) determining
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. The Richer lab has broad interests regarding mechanisms of T cell development, activation and memory generation in the context of acute and chronic viral infections. Current projects include 1) determining
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that aligns with the missions of SoS and CBATI. The tenure home of the selected candidates will be in one of six departments within the SoS: Biology, Chemistry and Chemical Biology, Earth and Environmental
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sedentary behavior, such as actigraphy, mobile tracking technology, passive monitoring, and artificial intelligence applications Elucidating mechanisms (e.g., systemic inflammation, gut microbiota, etc