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Institute of Metabolic and Cardiovascular Diseases (Toulouse) | Toulouse, Midi Pyrenees | France | about 1 month ago
cardiometabolic diseases. The research topic's links to the research environment in Toulouse: The LiMitAging team participates in the large IHU HealthAge program on healthy aging, launched in 2024 (https
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and Aging laboratory headed by David Bernard. He/she will develop a project aiming to identify novel markers of senescent cells, investigate whether they have a function in senescent cells and whether
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. Their tasks will include: 1. Creating an age model for the collected sequences and, based on the results, selecting the sequences to be analysed. 2. Collecting and performing the planned sedimentary geochemical
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of optimizing physical performance, recovery, well-being, and health, even under challenging environmental conditions. Population aging is a major global phenomenon that demands urgent attention and proactive
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storage). Their mission will consist of developing multimodal approaches for understanding Li-ion battery aging, integrating heterogeneous data (electrochemical, electrical, thermal, usage history, etc
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., Grappone, J.M. et al. 2021. Intensity of the Earth's magnetic field: Evidence for a Mid-Paleozoic dipole low. Proceedings of the National Academy of Sciences, 118, e2017342118, https://doi.org/10.1073/pnas
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of physiological responses Designing robotics solutions to enhance the use of UMH in Virtual Reality. Where to apply Website https://insa-rennes.nous-recrutons.fr/poste/om5f0k2y6e-post-doc-design-of-3d-in
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, particularly using reconstructed human skin models that mimic aging or wound-healing conditions. This work takes place in a multidisciplinary framework combining chemistry, biophysics, and tissue engineering
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to the project's collective publications. The work will be carried out in connection with the ERC Synergy Grant HorsePower project, co-directed by Ludovic Orlando (https://www.britishmuseum.org/research/projects
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exploits the optoelectronic properties of noble metals such as gold and silver. The confinement and guiding of light at nanometers scales in the deep sub-wavelength regime thanks to plasmon excitations offer