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an interdisciplinary approach that integrates mitochondrial patch-clamp electrophysiology, advanced live-cell and label-free imaging, structural biology (cryo-electron tomography and cross-linking mass spectrometry
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include expressing recombinant proteins in insect, mammalian, and E. coli cells; purifying proteins using FPLC systems; performing in vitro RNA transcription and labeling; carrying out in vitro assays
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part of an interdisciplinary research team on projects focused on the interspecies transmission, evolutionary dynamics, and surveillance of infectious diseases (including influenza and coronaviruses
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Qualifications: Ability to analyze both qualitative and quantitative data Experience publishing in peer-reviewed journals Ability to design and implement a study Ability to work independently and as part of a team
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to work effectively both independently and as part of an interdisciplinary team. The position provides opportunities to collaborate with researchers in agricultural engineering, mechanical engineering
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web components, and plant disease assessments. Specifically, the candidate leads research including experimental design, planning, setup and sampling, data generation and analysis. Experiments could
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addition to individualized mentoring, the fellow will have opportunities to take part in seminars and workshops that will provide training in preparing research grant applications, tobacco and cannabis-related research
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biochemical or molecular assays. Experience with fluorescence-based assay development. Experience with biochemical reconstitution of multi-component protein systems or signaling pathways. Experience with
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Performs research on metallurgical phenomena related to welding and additive manufacturing (AM) in advanced alloys and to failure mechanisms in welds and AM components of advanced alloys; applies
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. Deepti Mathur, Ph.D. As part of the Department of Molecular Medicine and Therapeutics at The Ohio State University College of Medicine, our goal is to use the lens of metabolism to better understand and