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Inborn errors of immunity to HSV-1 underlying childhood herpes simplex encephalitis: an exception or a rule? – IEIHSEER
Childhood herpes simplex virus 1 (HSV-1) encephalitis (HSE) is a devastating viral illness of unclear pathogenesis. HSE is the most frequent form of sporadic viral encephalitis in developed countries
Repeatability of the speciation process in butterflies: natural replicates in a suture zone system – SPECREP
How predictable is evolution? Do species respond in the same way to similar environmental pressures? The question of repeatability is crucial in evolutionary biology because it can inform on the mechanisms generating and shaping diversity and can shed light on how organisms might react in the face of future changes.
entanglement enhanced Trapped Atomc Clock on a Chip – ee-TACC
such as thermal noise and vibration. Notable exceptions are atomic clocks, which benefit from the exquisitely [...] many everyday applications already require exceptionally precise time and frequency standards enabled
Emerging azacalixphyrin: a novel molecular tool for science – EMA
We can thus envision for these new compounds exceptional versatility in science by analogy to porphyrins
OH Risk
scientific risk and the prospect of spin-offs with exceptionally high potential if they succeed. By offering
Improving models and plant phenotyping pipelines for a smart agriculture under abiotic stress combination and elevated CO2 – MODCARBOSTRESS
Improving phenotyping pipelines and crop models for best prediction of plant performance under climate change
Phase diagram in NaxMO2 layered oxides – Dinamo
project might allow discovering new materials with exceptional electronic properties.
Post-transcriptional regulation of the heat stress response in plants – HEAT-ADAPT
The capacity of plants to survive exposure to a variety of environmental stresses is of prime importance for food production, especially in the context of global warming. How climatic variations impact plant life cycles is therefore an urgent question to address in order to improve stress tolerance and adapt agriculture to future rises in temperature. This project aim to understand how plants regulate their response to heat stress.
Sulfate Reducing Bacteria: mechanisms of biomineralization and preservation of biosignatures of a key metabolism of Earth history – SRB
Microbial metabolisms such as bacterial sulfate reduction are involved in the formation of key minerals widespread in the rock record, and might have played a central role in the coupling of S, C and Fe biogeochemical cycles in Earth history. Elucidating their role in ancient environments requires the use of robust biosignatures of these metabolisms. We explore these mechanisms of biomineralization using interdisciplinary tools, with the aim of defining / refining such biosignatures.
Ontogeny of MAIT cells in neonates and hematopoietic stem cell transplant recipients – NEOMAIT
three independent clinical teams providing exceptional resources to patient samples, and one team providing
