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biomolecular mechanisms underlying heart disease, with the ultimate goal of contributing to innovative treatment strategies? Did you know that cardiovascular disease is the leading cause of death worldwide
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function. Our lab studies mechanisms of enzyme catalysis and/or electron transfer between proteins, with a particular interest in understanding the involvement of conformational dynamics. The available
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research on pediatric brain tumors, primarily pineoblastoma. Our research is focused on examining the molecular mechanisms of tumor progression and the identification of novel drug targets using genomic and
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of protein function. Our lab studies mechanisms of enzyme catalysis and/or electron transfer between proteins, with a focus on understanding the involvement of conformational states and dynamics. As a
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neural and behavioral mechanisms underlying response to such treatments, are encouraged to apply. The fellow will actively participate in implementation, data analysis, and dissemination of findings
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of protein function. Our lab studies mechanisms of enzyme catalysis and/or electron transfer between proteins, with a focus on understanding the involvement of conformational states and dynamics. As a