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understanding of the mechanisms of bnAb induction during natural infection. Dr. Williams has been awarded a NIH UM1 grant to develop new vaccine strategies that can induce more protective immune responses in
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to distinguish competing mechanisms. Communicate with experimentalists to translate biological questions into testable mathematical and computational modeling problems. Collaborate closely with experimentalists
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multidisciplinary translational neuro-oncology research program focused on immunotherapy, biomarker discovery, and spatial biology. In this role, you will help advance innovative research embedded within investigator
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. The Department of Neurobiology is looking for a highly motivated Postdoctoral Associate to join our team investigating the neural mechanisms of motor learning and long-term motor memory. In this role, you will
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to understanding the fundamental mechanisms that drive cancer development, treatment response, and therapeutic resistance. By combining cutting-edge molecular biology, functional genomics, and translational research
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contributions to biomedical science. Be Bold. Join a research program focused on uncovering the cellular, molecular, and neural mechanisms underlying migraine and chronic pain. You'll leverage cutting-edge
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the molecular and cellular mechanisms of vision and retinal disease. This position offers an exciting opportunity to contribute to innovative research focused on the development and maintenance of the light
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supporting professional growth and interdisciplinary collaboration. Be Bold. Join a laboratory pioneering the use of bioengineered human muscle systems, known as myobundles, to investigate the mechanisms
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the mechanisms of, and interventions for, immuno-senescence and aging in lung transplantation using high-throughput multi-‘omic approaches, primary cell culture systems, and animal models of transplantation. Ph.D
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conduct research studies involving patients undergoing SEEG monitoring. Design and implement intracranial electrical stimulation experiments to investigate neural mechanisms underlying epilepsy and sleep