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groundbreaking initiative to target cell surface proteins, which constitute nearly one-third of all coded proteins and are pivotal drug targets. While existing technologies, such as bifunctional degraders, have
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groundbreaking initiative to target cell surface proteins, which constitute nearly one-third of all coded proteins and are pivotal drug targets. While existing technologies, such as bifunctional degraders, have
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data, leveraging advanced computational models, and applying state-of-the-art genomic technologies. The postdoc will develop new computational approaches to further our mission to identify drug targets
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high degree of responsibility in maintaining scientific standards, and safe laboratory practices Qualifications Basic Qualifications PhD in Pharmaceutical Sciences, Chemical Engineering, Cellular and
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vivo imaging technologies at the AbbVie Lake County or Worcester sites. The postdoc will also have access to wet-lab space to perform any supporting in vitro experimentation. With cross-collaboration
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benchwork. This role involves protocol optimization, implementation of novel technologies, and construction of analysis pipelines to enhance target discovery and drive innovation in ophthalmology. We
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enhancing the design of antibody sequences and improving drug delivery systems. The postdoc will collaborate with a multidisciplinary team, gaining exposure to advanced technologies and methodologies, and
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of accurate and efficient AI-assisted digital pathology readouts. The ideal candidate will possess a strong background in computer science, engineering, or a related field, with emphasis on computer vision and
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with multi-color flow cytometry, ELISA, western blot, qPCR and other immunology research skills. Research experience with mRNA LNP and/or other in vivo cell engineering delivery systems. Record
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new cell-based experiments to effectively and efficiently address the needs of the postdoc project Support evaluation of cell-based technologies including image analysis, transcriptomics, and biomarker