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researcher to join our team and advance our understanding of protein adsorption at interfaces, an area critical to biologics development. This research project will focus on developing a predictive model for
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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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that support discovery and preclinical safety studies Generate and validate experimental hypotheses derived from AI models in collaboration with in vitro teams Publish research findings in peer-reviewed journals
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models, including large vision models Record of scientific initiative and creativity in research or development activities Capable of independently designing and executing experiments, interpreting data
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transcriptomic data, that will be integrated with clinical metadata and whole-genome data for developing machine learning models to identify and predict patient factors driving toxicity response and sensitivity
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Responsibilities Establish and validate a rodent migraine model using behavioral assays. Drive patch-clamp electrophysiology experiments in primary neurons and tissue slices. Perform immunohistochemistry in cultured
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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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mechanisms underlying gene regulation within immunological disease models. This will include pooled and arrayed CRISPR screens in combination with the interrogation of coding and non-coding human genetic
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diseases. Specifically, this postdoctoral fellow will focus on establishing biology models and assays relevant to the in vivo cell therapy platform, generating and testing novel in vivo cell therapy designs
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diseases. Specifically, this postdoctoral fellow will focus on establishing biology models and assays relevant to the in vivo cell therapy platform, generating and testing novel in vivo cell therapy designs