97 human-computer-interaction-phd Postdoctoral positions at The Ohio State University
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discovery to join our interdisciplinary team focused on understanding antibody-antigen interactions and advancing vaccine and therapeutic design for cancer and other diseases that affect both humans and
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activities; assists with training of other lab members. Minimum Education Required MD, PhD, or MD/PhD required. Required Qualifications Ability to interact in a highly multidisciplinary environment; experience
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of this position is to elucidate how T cell-NK cell interactions, immune regulatory circuits, and cellular state transitions shape responsiveness to cancer immunotherapies. Research efforts will extend
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Scholar with expertise in antibody discovery to join our interdisciplinary team focused on understanding antibody-antigen interactions and advancing vaccine and therapeutic design for cancer and other
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advanced research on West Nile virus (WNV) dynamics, with a primary focus on computational infectious disease modeling and quantitative analyses of field data. They will contribute to a multidisciplinary
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psychology fellows in the department. PhD in Clinical or School Psychology Required Additional Information: Responsibilities & Training Experiences Conducting comprehensive psychological and psychoeducational
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The Postdoctoral Researcher will pursue advanced research training under the mentorship of Dr. Rongxue (Rosie) Wu, MD, PhD, Associate Professor in the Department of Surgery (Cardiology) at The Ohio State University
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focusses on axon-glia interactions and on how glial metabolism regulates axon integrity and myelination (e.g., Nature Neuroscience, PMID 32807950; Nature Neuroscience, PMID 25195104; PNAS, PMID 28484008
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autophagy and lipid metabolism in glial cells to ultimately gain insights into autophagy’s function in human neurodevelopmental disorders and breast cancer brain metastasis. This position provides
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quantum devices. The Post Doctoral Scholar will embark on a program of independent research with the primary goal of determining how computational and theoretical methods can provide thermodynamic design