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with cell culture skills (human or animal models) with an emphasis on organoid and stem cell biology Analytical and molecular techniques (i.e. qPCR, ELISA, multiplex genomic and proteomic assays
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unknown PRRSV strains and present a portfolio of biomarkers, cell populations, and/or immune processes to target for revised immunomodulatory design strategies that are catered towards prevention/treatment
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-Informed Neural Networks (PINNs) and hybrid models that respect the physical laws governing the real-world system Applying Deep Reinforcement Learning (DRL) algorithms to optimize processes within simulation
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analyses for methods such as flow cytometry, cell culture/stimulations, and RNA sequencing (bulk, single-cell, spatial) may also be available based on your interests. Research endeavors are intrinsically
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opportunities to interpret and communicate research findings. Exposure to additional assays and analyses for methods such as flow cytometry, cell culture/stimulations, and RNA sequencing (bulk, single-cell
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), Chronic Wasting Disease (CWD), Scrapie, and emerging camel prion diseases. You will receive hands-on training and mentorship while contributing to high-impact studies that combine cell-based systems
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, immunohistochemistry, cell/tissue processing, and ELISA/immunoblots, and the scientific communication of research findings. Learning Objectives: Under the guidance of a mentor, you will have the opportunity to learn
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with these plants using in vitro and in vivo animal models. Animal tissue and cell culture models will be used to study the ability of compounds of interest to cross absorptive barriers as
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. Additionally, we intend to measure root water uptake using sap flow meters. The data will be integrated using recently developed physics-informed neural networks in order to translate apparent resistivity data
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. Gain experience in constructing recombinant viruses and performing Western blot analyses. Hone your microscopy techniques including light and fluorescence microscopy. Learn how to perform cell-based