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studies using cell culture models (3D culture, expression of mechanosensitive channels) Hands-on training in ultrasound stimulation, custom transducer designs and cell culture setups, live-cell imaging and
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seeking for motivated candidates that are interested in developing computer models of the composite human neuro-muscular system that combine detailed musculoskeletal geometries, muscle-tendon models and
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clinical nutrition strategies using 3D technologies and innovative study models. It includes a human clinical trial aimed at evaluating the efficacy and safety of advanced nutritional interventions in celiac
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the Ven Te Chow Hydrosystems Laboratory at UIUC, using 3D-printed riverbed models derived from field data. Finally, insights from experiments will be incorporated into cutting edge flood models to enable
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The project is highly flexible and can be tailored to the interests of the successful candidate, with opportunities for lab and field work. Possible avenues include: 3D scanning and biomechanical modelling (e.g
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at adapting our blood-brain barrier model to predict the brain permeability of extracellular vesicles and therapeutic agents. It by the use of cell culture, automation, high content imaging, TEER and
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metastases. spaXio combines cutting-edge methods like spatial multi-omics, 3D tumoroid models, and AI-powered data analysis to uncover how metastatic niches form and how they might be targeted therapeutically
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group. Advancements in tissue model development are central to the goals of Print4Life, which seeks to revolutionise how functional, bioengineered structures are designed and fabricated. Within
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dynamics to neuroaesthetics Modelling Oscillations in Human Immune & Neuroimmune Cells Multi-level modelling of neuromodulation and lesioning Multimodal Machine Learning for Psychological Profiling
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radioligand therapies for such cancers and test them in cellular and animal models. If you thrive in a collaborative environment and have a keen interest in both imaging and treatment of cancer, this role is