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-chip (OoC) technology offer precise control over critical parameters such as fluid dynamics and mechanical stimuli that closely mimic in vivo conditions. This project aims to develop a vascularized liver
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-based methods, to estimate the Hessian of a proxy function (smoothed version of the network) in a single forward pass, as suggested by @balasubramanian2022zeroth. - Combining these approaches with
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proteins (RIME) in a context where PRDM9 is present or absent, and the genomic localization of its known co-factor REC114 will be studied by ChIP followed by NGS sequencing. For a better mechanistic insight
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high potency, stability and specificity and test its therapeutic potential in a wound-on-a-chip model of skin scarring. Expected Results This project will lead to the elucidation of a new mechanism of
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, the fungus that has caused some of the most severe die-offs ever recorded in wild species. This fungal pathogen is causing the White-Nose disease in bats. The main questions asked will be: 1-Is the P
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transport pass if the person lives in Lille). Future publications will have to mention the financial support obtained from CNRS/MITI program, and will be deposited in an open science archive, preferably HAL