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clinical, neuroimaging, fluid biomarker phenotypes and neuropathology for validation. Your mission: Extract novel biomarker signatures and therapeutic targets that explain disease heterogeneity across
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Research Fellow (Fusion Shielding Materials) - School of Metallurgy and Materials - 105638 - Grade 7
limited to testing fusion materials and their joints to the effect of irradiation, high temperature, heat flux/plasmas, quantify thermo-mechanical property degradation and map failure mechanisms to guide
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Southwestern (UTSW) Medical Center in Dallas, seeks applications for multiple postdoctoral fellow positions to investigate memory mechanisms in the mammalian brain using innovative molecular, cellular
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German Center for Diabetes Research (DZD) and the TransCampus collaboration with King's College London. We analyze large clinical cohorts and experimental models to unravel disease mechanisms and identify
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emerging roles in metabolic regulation and mitochondrial homeostasis. The project integrates experimental and computational strategies to uncover novel biological mechanisms and lay the groundwork for future
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at Cleveland Clinic Lerner Research Institute. The Wu lab is interested in understanding the fundamental mechanism of innate immunity and its impact on adaptive immunity, inflammation, and cancer. Dr. Wu’s lab
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to improve model simulation, and attribution of the impacts of SAI Design further AI/ML approach to test hypothesised mechanisms that emerge from the analysis Main Duties The responsibilities may include some
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biologists is expanding! We are looking for a Research Fellow fascinated by the structural basis of molecular functions. You will study the mechanism of RNA acetylation, how post-translational modifications
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, we use cutting edge genomic techniques such as duplex sequencing, long-read sequencing, and single-cell DNA and RNA sequencing. We are also actively developing new experimental and computational
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microscopy, and electrophysiology in mice and magnetoencephalography (MEG) in humans to investigate the molecular, cellular, and circuit mechanisms underlying frustration and irritability. The Li lab is