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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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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
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. The Digital and Computational Pathology Laboratory in PCS is seeking a talented and motivated postdoctoral fellow to develop cutting-edge methodologies in computer vision and AI to power whole slide image
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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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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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, 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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performance. The postdoc will apply their skills and expertise to develop tools to bridge this gap and solve our most cutting-edge drug delivery challenges. Responsibilities Generate new research strategies
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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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for driving research studies using electrophysiology methods aimed at investigating mechanisms underlying sensitization of nociceptive neurons in the context of migraine chronification. The postdoc will design
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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