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no treatment. Mesenchymal stem cells (MSC) feature several attractive characteristics: ease of procurement
settings sharing biogeographical and socio-ecological features with South-Western China (northern regions of
joint localization by fusion of heterogeneous features; T3 optimization of distributed efforts on an
been made in describing the cellular composition featuring COVID-19 patient blood. However, the rarity of [...] diversity, the underlying molecular and functional features, and cellular networks they engage in the context
candidate against SARS-CoV-2 including the following features: 1 / the humoral and cellular immune response
The goal of the Chaire CaMeLOt is to address the modern challenges of crowd-sourcing, peer-grading and to provide a unified mathematical framework and efficient algorithms to cope with cooperative and decentralized learning and optimization.
these unconventional equations several original features arise which require the development of new ideas
GLIal metabolic dysfunctions investigated with brain multimodal magnetic resonance: from inherited METAbolic diseases to neurodeGENerative diseases – GLIMETAGEN
cells, which cause neurological symptoms mimicking features of neurodegenerative diseases, respond remarkably [...] neurodegenerative diseases share glial metabolic features. My proposal GLIMETAGEN wished to test this directly
Ferroelectric-ferroelectric transitions Induced by External STress for Applications in sensing and energy harvesting – FIESTA
FIESTA aims at investigating stress-induced ferroelectric-ferroelectric phase transitions in ferroelectric/piezoelectric materials with two target applications developed throughout of the project: tunable acoustic filters with frequency hopping feature and small-scale energy harvesting devices for self-powered systems. The project finds its motivations both in socio-economic challenges (sustainable energy source, integration…) and associated scientific questions.
Organofluorine compounds are ubiquitous in medicinal chemistry and agrochemistry. However, the creation of C-CF3 bonds mediated by metals is very challenging due to the M-CF3 bond strength. An original strategy to enable an easier reductive elimination of aryl-CF3 derivatives from well-defined aryl-M-CF3 platforms resides in the preparation of high oxidation state organometallics, more prone to be reduced by 2 electrons. The Ni4Rf project seeks to explore this strategy using Ni(III) and Ni(IV).