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) technology development. This project will be dedicated to the deep learning-driven design of MRI pulse sequences, image reconstruction algorithms, and the quantitative estimation of tissue parameters
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, electrical, and biological engineers to develop tools to study and eventually treat visceral pain disorders. Interested applicants should apply online and attach their curriculum vitae, statement of research
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experience in one of the following aspects: engineered mouse model, human iPSC/ESC culture and/or differentiation, mouse ischemic injury models or other injury models, molecular cloning, multi-omics, and
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. Under the supervision of the lab PI, Dr. John LaDisa, and in consultation with clinical collaborators, this Two-Year Postdoctoral Fellow appointment will be responsible for performing engineering-based
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have a research backgrounds in any combination of the following: cardiac physiology, animal modeling, stem cell engineering, molecular biology techniques (e.g. qPCR and Western blotting), transcriptomics
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proteins, their interactions with cell surface receptors, and novel approaches to modify their functions in vivo with small molecule or engineered protein ligands. Actively funded projects with multiple
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lab’s research focuses on identifying ways to modulate the immune system to more effectively target and eliminate cancerous cells. Along these lines, the lab utilizes cellular-based engineering approaches