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Diagnostic Digital
dont le marché global mondial atteindra 9 Mds € en 2021. Les retombées en cliniques permettront un diagnostic
Differences in language learnability across ages – LangAge
This project examines the learning mechanisms and linguistic/cognitive biases deployed by children and adults when they learn a language. We study the acquisition of multiple linguistic levels, from the sound system, to the lexicon, to morphosyntax. The major differences in outcome between learning in children and adults may depend on differences in the input to learners (task 1), the learning mechanisms deployed (task 2), or the linguistic/cognitive biases (task 3).
Differential Archaeology of the Linguistic Sign – SEMAINO
Differential Archaeology of Linguistic Signs
Diffusion of High Pathogenicity H5N1 Avian Influenza in wild animal populations: a better understanding for a better mitigation – WILDFLU
Since 2021, highly pathogenic avian influenza clade 2.3.4.4.b H5N1 has affected wild species at unprecedent
Digital Communication and Information Sciences for the Future Internet
been selected and started (seven in 2020, eight in 2021 and seven iin 2022).
Digital Materials - An industrial Reality In Motion – RealIMotion
Many strategic industries rely heavily on metallurgical products. Faced with intense environmental and societal expectations and global competition, these sectors demand more precise models to predict microstructural changes during thermomechanical treatments. New efficient numerical methods are targeted. Numerous industrial applications are involved in the project.
Digital Transition and Urban Transformation – NETURB
rise to new urban transformations (Florida et al, 2021). The city is becoming more platform-based, and
Digital communication free collaborative robots swarms – RoboSCo
project presented in response to the ASTRID ASRO 2021 call for projects deals with perception and decision
Digital twin contribution to better control the morphological properties of aggregates under hydrodynamic constraints – MORPHING
Digital twin contribution to better control the morphological properties of aggregates under hydrodynamic constraints
DihydrouridinE RNA modification marks: written and erased by the same enzyme – DERASE
Cellular RNAs contain chemical modifications originally thought to be static, and utilized to fine-tune RNA structure and function. Some RNA methylations may be reversed to modulate RNA processing. Surprisingly, little attention is paid to reversible modification of tRNA and rRNA. It is quite plausible that reversible modifications at the tRNA and rRNA levels might also be harnessed by nature via evolution to directly affect translation. A point in case here is dihydrouridine (D).
