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Henri Cramail http://www.lcpo.fr/team-2-biopolymers-bio-sourced-polymers/ . The team designs bio-based polymers using polyaddition/polycondensation pathways. The main bio-resources studied
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materials for the sequestration of heavy metals (particularly palladium) and their subsequent use as heterogeneous catalysts. The project will therefore consist of developing and characterizing original
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researcher to join our team at LPICM, a joint unit between CNRS and Ecole Polytechnique, in the frame of a 'prematuration' program which aims at exploring original research that can transform into a startup
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original chemo-enzymatic methods for site-specific RNA modifications, based on chemoenzymatic strategies and Induced Chemical Proximity - Apply these methods to the modification of mRNA vaccines
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position (M/F) at the CNRS in the MARBEC Research Unit is proposed to study planktonic functioning, its dynamics and its evolution by 1) estimating the metabolic (primary production and respiration) and
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, offering a stimulating and interdisciplinary environment. The main activities of the recruited candidate will include: • Performing molecular biology experiments (cloning, genome editing, etc.) • Performing
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team (photonics, neuromorphic computing, software development, microfabrication) to develop and implement original solutions. ● Contribute to the development of the startup's intellectual property and
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and visible spectral ranges on all-trans retinal Schiff bases in different solvents and, if possible, as a function of temperature. He or she will be in charge of co-supervising a master student working
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properties through the manufacture of optoelectronic devices III-N are particularly interesting for applications in photonics. However, one of the main challenges is related to the quality of the material
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-dependent modulation of aversive experience. The main objective of this project is therefore to identify the neuronal circuits and understand how high CO2 perception stresses flies to modulate future aversive