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ROLE SUMMARY At Pfizer we deliver breakthroughs that change patients' lives. In La Jolla, we are dedicated to the development of oncology agents that disrupt cancer biology or redirect the immune
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profiling data, in order to extract high-value insights into cancer biology and the mechanisms of action/resistance for a variety of therapeutics being developed by Pfizer Oncology. In addition, a successful
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and cellular biology techniques, such as RNA/protein expression analysis, biochemical assays, flow cytometry, and high content/live cell imaging. Define approaches to optimize and troubleshoot
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As a member of a team of scientists in our In Vivo Pharmacology Cancer Cell Biology Group, you will play a lead role in using models of cancer to evaluate new drug candidates, mechanisms, and
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on myeloid cell biology and cellular uptake/degradation pathways. This Scientist will work in a matrix structure within the department supporting both in vitro and in/ex vivo studies that investigate
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an analytical and chemical biology strategy, commensurate with each project's stage, to provide data and interpretations that enable efficient and effective decision-making regarding linker payload
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Unit, which is focused on anti-tumor immunity and immune cell biology to support the execution and diversification of the Oncology Research pipeline. The incumbent will be an established scientific
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modeling and simulation Collaborate with research biology in the development of in-vitro assays and in-vivo models to generate data that inform preclinical-to-clinical translational PKPD models Provide
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relationships, biomarker characterization and early clinical trial design Collaborate with research biology in the development of in-vitro assays and in-vivo models to generate data that inform preclinical
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Why Patients Need You What You Will Achieve This is a laboratory-based position in the Viral Vaccine & Immunology group (Research). The ideal applicant must have experience in biology and