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, biochemistry, protein/RNA structural computation and RNA Nanotechnology. We aim to train and create the next generation of scientific leaders and workforce to transform innovative research and RNA
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supporting ongoing mouse and cell biology studies. This role offers exceptional opportunities for skill development, career advancement, and involvement in innovative, translational cancer research from
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, determined according to the applicant's expertise and development goals. Together, Spakowicz and Chambers lab study how the microbiome affects the response to cancer treatments, especially immunotherapy, and
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the quantum-classical boundary, and explore applications with quantum advantage. CQISE supports program development, seed grant funding, recruiting of faculty, creation of infrastructure, partnerships with