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, including murine in vivo models, as well as in vitro studies using primary in-vivo and patient samples. You will apply flow cytometry to monitor immune responses and utilize next-generation sequencing
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Summary We study cell division mechanisms using C. elegans as a model organism. Our main R01 funded project seeks to characterize novel functions of separase during cytokinesis. We use multiple
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, using molecular/cell biology, immunology, and animal models. A candidate will work with a collaborative interdisciplinary team and an enthusiastic mentor. Highly motivated individuals holding a Ph.D
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on characterizing non-coding regulatory elements in humans and understanding how these elements change across different conditions. The project will involve developing new modeling approaches for coupling functional
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or PostDoc) will deal with the generation of spin and orbital electronic currents for spin–orbit torques in solid-state devices made of light metals, metallic ferromagnets and/or magnetic insulators. In
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. We are seeking a Postdoctoral Researcher to join the team and make significant contributions to the field. The researcher is expected to have (i) strong machine learning skills to improve model
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logging and analysis and manipulating well-log data and integrating rock observations to develop basin-scale models. Relevant peer-reviewed publications and conferences papers on Lata Paleozoic Ice Age
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immunotherapy using cutting-edge protein engineering with directed evolution. The lab has developed therapeutics that are currently in clinical trials, such as ST-067 (a "decoy-resistant" IL-18), MDNA-11 (CD122
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advance regenerative medicine. For more information about the lab, please visit https://mesa-lab.org/ .Projects will utilize in vivo mouse models, transcriptomic techniques, and advanced intravital imaging
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model the hydration and microstructural development of various cement binder systems and quantify the pore structure (ie. Resistivity, permeability…) of concrete produced from materials. Processing