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a regulated Good Laboratory Practices (GLP) setting to support Pfizer's vaccine programs according to Standard Operating Procedures. You will support the technology transfer and integration of new
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to execute and optimize routes to complex payloads and drug linkers Utilize state-of-the-art computational chemistry and structural biology to advance the design of ADC technology Effectively communicate and
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) at Pfizer combines research and technology units that have deep disease area expertise and cutting-edge science and platforms to discover and develop innovative therapeutic programs in small molecules and
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chemistry to advance ADC technology Design novel payloads using computational chemistry and structural biology Execute efficient routes for complex ADC payloads and drug linkers Interpret SAR and prioritize
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a regulated Good Laboratory Practices (GLP) setting to support Pfizer's vaccine programs according to Standard Operating Procedures. You will support the technology transfer and integration of new
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scientist to join this highly innovative team and collaborate with key stakeholders across Pfizer's Research and Development, including Protein Engineering, Clinical Pharmacology, Drug Safety and
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organize/prioritize work efficiently and effectively Experience designing and building building reusable code infrastructure and work with engineering teams Strong written and verbal communication skills
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and lifelong learning. The role will also encompass collaborating with cross-functional teams to ensure product quality and safety, employing state-of-the-art technology for data analysis and
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a regulated Good Laboratory Practices (GLP) setting to support Pfizer's vaccine programs according to Standard Operating Procedures. You will support the technology transfer and integration of new
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of the Oncogenic Transcriptional Networks Group within the Cancer Cell Biology (CCB) Department. The candidate should have expertise in cell line engineering technologies, molecular and protein biology methods, and