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a highly motivated Cell and Molecular Biologist to join Biotherapeutics Expression and Purification group (BEP) located in Pfizer Worldwide Biotherapeutics Research campus of Cambridge MA . Qualified
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at the center of our operations and you'll find that everything we do, every day, is in line with an unwavering commitment to quality. You will have the important role to generate high-quality immunoassay data in
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system against cancer cells. The Chemoproteomics Team plays a vital role in this mission through enabling the discovery and molecular understanding of small-molecule therapeutics. We are seeking a
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at the center of our operations and you'll find that everything we do, every day, is in line with an unwavering commitment to quality. You will be a member of our growing Bioinformatics/Data Analytics team and
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the Cancer Cell Biology division to support our collective efforts to discover and target drivers of prostate cancer disease progression. This is a lab-based position with a focus on designing and executing
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cutting edge design and process development capabilities to accelerate and bring the best in class medicines to patients around the world. POSITION SUMMARY The Cell Culture Technologies Team (CCTT) in
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T umor /Cancer Cell B iology, P harmacology, or similar. PhD students in the last year of their thesis work are eligible to apply if all other requirements will be met at the time of the position's
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. The individual will work closely with cell biologists and medicinal chemists, and apply strong biochemistry knowledge/skills to oncology small molecule drug discovery and development of innovative therapies. ROLE
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of our operations and you'll find that everything we do, every day, is in line with an unwavering commitment to quality. You will be part of a team that is addressing the critical task of rejuvenating our
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to preclinical research projects in the area of cancer biology, with a focus on oncogenic tumor dependency Support drug linker discovery and PD marker activities through execution of molecular and cell-based