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blots, confocal microscopy, cell culture, traditional and quantitative real-time PCR, immunoprecipitation, microdissection and/or biomechanical testing and modeling. Experience working with animal models
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experience with animal experiments using murine cancer models and a strong background in immunology, experience in molecular and cell biology techniques — including primary cell culture, RNA assays, and
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experiments in protein engineering, molecular biology, biochemistry, and next-generation sequencing (NGS). The ideal candidate will have experience with computational tools for protein modeling and design—such
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2025/2026 academic year. The digital and social media platforms where we conduct much of our everyday expression today are shaped by algorithms and Large Language Model AIs, technologies of automation
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are shaped by algorithms and Large Language Model AIs, technologies of automation and creation that mimic the superorganic “tradition” to which past folklorists had misguidedly assigned sole agency. How should
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transgenerational plasticity shapes individual responses to both natural and human-induced environmental change, using fish as model organisms. The successful candidate will have flexibility in determining
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mutation detection; participates in analyzing data for reports for the purpose of grants submissions; designs and conducts pre-clinical studies using a variety of disease models in mice; trains staff
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Services Research, Statistics/Biostatistics, Biomedical/Health Informatics or Computer Science. Strong quantitative background in pharmacoepidemiologic methods, bioinformatics, causal inference modeling, AI
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surgical models How to Apply: Interested candidates should submit the following documents to Dr. Yanbo Fan (yanbo.fan@osumc.edu): Curriculum Vitae (CV)/Biosketch Cover Letter expressing research interests
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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