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teams within Development Sciences organization to support and guide the design of drug products. In this role, the postdoctoral fellow will be part of a dynamic, engaging, and multidisciplinary
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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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in cancer therapy, offering substantial benefits to the pharmaceutical industry. The postdoc will work closely with interdisciplinary teams, gaining access to cutting-edge technologies and resources
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variants in immune cells. The postdoc will develop flow cytometry-based molecular and functional assays using in vitro cell models (cell lines, primary cells, and iPSC-derived cells), perform genome-wide
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in cancer therapy, offering substantial benefits to the pharmaceutical industry. The postdoc will work closely with interdisciplinary teams, gaining access to cutting-edge technologies and resources
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on advancing the understanding of ophthalmic diseases through innovative multiomics approaches and bioinformatics. The postdoc will engage in interdisciplinary collaborations to drive novel research initiatives
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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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experience performing in vivo biodistribution imaging to apply to an exciting project investigating antibody penetration in heterogenous tumor models. The postdoc will work closely with in vivo imaging
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, publishing technical validation data sets on in vivo cell therapy constructs, and help advance our in vivo cell therapy pipeline projects. The postdoc will be directly supervised by the leader of this in vivo
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, publishing technical validation data sets on in vivo cell therapy constructs, and help advance our in vivo cell therapy pipeline projects. The postdoc will be directly supervised by the leader of this in vivo