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principles driving tumor progression, including both cancer cell-intrinsic signaling and contributions from the tumor microenvironment, to improve therapy and survival outcomes in lung cancer patients. What
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signaling and contributions from the tumor microenvironment, to improve therapy and survival outcomes in lung cancer patients. What You’ll Do: Conduct and design independent research projects Perform CRISPR
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resistance mechanisms underlying disease development, genetic and epigenetic biomarkers for lung cancer precision medicine, and signal transduction changes during disease progression. A strong background in
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phosphatases in cancer and neurological disorder signaling pathways. Job Summary: The successful candidate will join a dynamic and motivated research team, utilizing an array of techniques in protein chemistry
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neuroscience research, cell and molecular biology, or cancer biology. Additional Qualifications Considered Experience in neural stem cell, cancer biology, signal transduction, metabolism, autophagy, glia cells