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candidate will lead epidemiological studies within this multi-institutional consortium project, integrating lipidomics/metabolomics, dietary intake data, and cancer outcomes to identify novel biomarkers and
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-driven colorectal cancer risk. The successful candidate will lead epidemiological studies within this multi-institutional consortium project, integrating lipidomics/metabolomics, dietary intake data, and
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antibody and memory B cell responses to viral and/or gut infections, as well as their links to cancer and autoimmunity. We aim to uncover and comprehend the molecular mechanisms that foster effective immune
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cancer Energy balance and adipose tissue in cancer progression Our research includes transdisciplinary approaches to colorectal cancer prognosis, utilizing health behavior information, measures of energy
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decisions. The dysregulation of these surveillance mechanisms is linked to ribosome dysfunction, loss of proteostasis, and human diseases, including cancer, neurodegeneration, and age-related disorders