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cell driven regeneration using mouse models. The successful candidate will support projects investigating the molecular mechanisms of osteoarthritis and epiphyseal cartilage regeneration, as
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foundation in at least a few of the following areas: high-mobility materials based printed electronics, transient electronics (various sensors, circuits, energy devices etc.), degradable materials, micro
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to, Simulations Plus, Phoenix (e.g., IVIVC toolkit) and Simcyp. Understanding of in vitro release and bioequivalence assessment principles and strategies. Hands-on proficiency in cell culture, tissue processing and
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biochemistry, genetics, microbiology, and cell biological approaches. For more information check the Saavedra lab website: https://www.saavedralab.com The successful candidate for this role will join a
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and written communication skills. -Attention to detail and training in research methodology and quantitative data analysis. -Recent or upcoming Ph.D., or equivalent degree, in Cell Biology, Molecular
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, human mobility, AI, and network theory. While the selected candidate will primarily be expected to contribute to work on the criminal legal system, they would also be joining a highly collaborative
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(e.g. children, young adults, older adults), to specialists (e.g., radiologists, athletes). Our research uses a mixture of in-lab and ambulatory tools (e.g., apps that run on mobile phones and tablets
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following areas: high-mobility materials based printed electronics, transient electronics (various sensors, circuits, energy devices etc.), degradable materials, micro/nanofabrication, nanowire synthesis