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Number: JR93360 Position Summary The Ushiki Lab investigates the molecular mechanisms of cis-regulatory function and how noncoding genetic variation alters gene regulation in human disease. Our work
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: to understand the neurophysiological mechanisms and brain networks involved in neurological and psychiatric disorders (epilepsy, Parkinson's disease and obsessive-compulsive disorder), and to optimise
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, sintering of SiC-based ceramics, microstructural and mechanical characterization, programming of machines, modeling and simulation with Ansys, Abaqus, Comsol or similar software. The experimental nature
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vivo experimental models (e.g. ticks and mice) to identify and characterize bacterial virulence factors and host cell machinery; molecular, cellular, and immunological mechanisms that facilitate
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Position Summary The Ushiki Lab investigates the molecular mechanisms of cis-regulatory function and how noncoding genetic variation alters gene regulation in human disease. Our work integrates
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writing. ● Experience working in a complex experimental system setting. Brief Description of Duties: The Advanced Combustion & Energy Systems Laboratory (ACES Lab ), in the Department of Mechanical
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to uncover how gene expression and mechanical forces interact to shape embryonic development. This role offers a unique opportunity to work at the interface of developmental biology, biophysics, and
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(PI). The successful candidate will conduct research exploring the mechanisms by which tau spreads between cells in the nervous system, under the supervision of the PI. Research activities may include
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precision micromachining and 3D printing. Experimentally characterize cavitation dynamics, including mechanical, thermal, and chemical effects associated with bubble collapse. Contribute to the development
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cells manage to assemble more NPCs and whether they are dependent on this mechanism. Our preliminary results demonstrate the crucial role of UBAP2L in the assembly of nucleoporins (Nups) into NPCs and