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Designing a genome engineering platform for microalgae – SynDia
The main objective of the SynDia project is to deliver a microalgal platform adapted for industrial production, to bring microalgae among the key enablers of the bioeconomy transition.
Design, synthesis and characterisation of new absorbents (Ionic Liquids) for the biotreatment of hydrophobic VOC – ILABio
Design, synthesis and characterization of ionic liquids for the biotreatment of hydrophobic VOC
Design of polyvalent organic electron donors: Applications in organic and polymer synthesis – iPOD
agents with neutral organic structures and exceptionally negative redox potentials have received a renewed
Design and development of a tunable EUV source for the characterization of multilayer mirrors (Tunable Parametric Laboratory UV Source) – TPLUS
Except the synchrotron radiation or the free electron laser, which are only available in large facilities
Des composants centrosomaux dans les cellules végétales acentrosomales – CentroPlant
plants lack a conspicuous MTOC like a centrosome, except basal bodies formed briefly in flagellate motile
Degradation of Amines in Liquid Matrix and Analysis : Toxicity or Innocuousness for ENvironment? – DALMATIEN
CO2 capture technologies enable to limit greenhouse gas emissions. Nevertheless the most mature technology is based on CO2 absorption by organic compounds which may be slowly degraded to form new molecules. It’s necessary to make sure that no molecules detrimental to environment are emitted to atmosphere in treated flue gases. This is the aim of DALMATIEN (Degradation of Amines in Liquid Matrix and Analysis: Toxicity or Innocuousness for ENvironment?).
Deforming Integrable Sigma-models – DefIS
The primary goal of DefIS is to push forward the current frontier of knowledge on integrable field theories. Few field theories have the property of being integrable. Their study has nevertheless proved to be of great importance for theoretical physics. The reason is that integrability allows for the use of specific techniques in order to compute exact results. DefIS aims to construct the full landscape of integrable sigma-models and to determine its characteristics.
Deep roots versus deep pumps : Comparing deep nutrient uplift in dry tropical eco- and agro-systems – NutriLIFT
Deep roots fulfill essential functions, impacting water and geochemical cycles, plant ecophysiology and community ecology not only in natural forests but also in agrosystems.However, quantifying the lift of nutrients released from rock-minerals weathering remains a challenge linked on the one hand to the hidden nature of the roots and on the other hand to the complexity of the rhizosphere.
Decision Making Under Uncertainty – DEMUR
In recent years, uncertainty has become a major challenge facing private and public decision-makers. This research project aims to analyze decision-making in a context of global uncertainty, in particular by highlighting the macroeconomic consequences of global uncertainty through the prism of heterogeneous agent behavior.
Deciphering the role of giant virus GciS proteins in host cell iron-sulfur homeostasis – VirISC
residues. They are purified as large oligomers with exceptional Fe-S cluster binding properties, and mimic some
