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Medical Center, Hershey, PA. The job consists of laboratory work using complex genetic mouse models and primary cell culture systems to understand the pathophysiology of osteoarthritis disease development
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research for an NIH-NSF funded project on human health, movement, and infectious diseases. Successful applicants will have experience in: Either spatial analysis using GIS or disease modeling in R and/or
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investigates mechanisms of bacterial colonization of hosts using the squid-Vibrio model system using a range of techniques including animal studies, genomics, and molecular biology. Responsibilities will
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synthesis, structured extraction of claims/evidence, reproducible AI-in-the-loop pipelines, or evaluation/verification of model-generated outputs) is preferred. Additional Information Applicants must complete
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as well as RNA processing mechanisms in bone regeneration, and to define molecular mechanisms that underpin impaired bone repair in different disease models including obesity/type 2 diabetes. Research
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linked to oral health outcomes and health disparities. Apply and develop bioinformatic pipelines, statistical models, and computational tools to assess associations between microbial composition, oral
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settings. Quantitative skills in epidemiology, modeling, or bioinformatics. About the Laboratory The Kapur Laboratory at Penn State works on the genomics, pathogenesis, diagnostics, and control
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a model system, research in the Stahley Lab focuses on understanding the cell-cell interactions that establish collective cell polarity. The successful applicant will be expected to employ cell and
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of computational and theoretical chemistry. Research will involve the modeling of molecular materials based on model and ab-initio calculations. Projects will include, but are not limited to, and the topological
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printing. Hands-on lab benchwork on cell biology, immunology, and animal tumor models is a plus. Generate, analyze, and evaluate data. Present results in an organized manner. Learn new techniques and