87 front-end-development Postdoctoral research jobs at The Ohio State University in United States
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strategies to enhance tumor immunogenicity and overcome resistance to immunotherapy. Our research focuses on identifying metabolic vulnerabilities in cancer and developing metabolic interventions to convert
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discovery in cancer science, with a focus on the kidney cancer microenvironment. Develop successful manuscripts and grant applications to support all or part of the research effort. Partner with Dr. Rathmell
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Sciences | Evolution Ecology and Organismal Biology The post-doc would be expected to conduct literature reviews, organize workshops, and implement surveys of database managers/developers, fishery managers
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, and cancer. Two examples of the lab’s priority projects are the recent discoveries of actin processive polymerization at the pointed end by Vibrio toxins (Sci. Adv. , 2022) and the allosteric
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the development of new ideas and proposals for funding. Additional Information: Required Education - Doctorate (Academic) in Mechanical or Aerospace Engineering. Desired Education - Focus of study in the fields
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region. Assist in building a coalition of partners and collaborators as part of development of the research proposal. Identify and select problems to be addressed quantitatively with existing long term
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-cell technologies and proteomics. The candidate will be responsible for conducting and evaluating the experiments, collect and analyze the data, develops and trouble shoots new experimental techniques
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-viral gene therapies. The position will offer competitive salary and benefits. The Gallego-Perez Nanomedicine Lab is a multidisciplinary research team that develops nanotechnology-enabled carriers
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studied; develops and troubleshoots new experimental techniques and protocols; attends research seminars; contributes to manuscript preparation and supports technical writing; participates in preparation
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and mechanisms of selective autophagy and lipid metabolisms in neural stem cells, microglia, and astrocytes. The lab developed novel genetically engineered mouse models to study roles of autophagy genes