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Ultrafast Reactivity of Biomolecules under Irradiation – RUBI
Ultrafast reactivity of biomolecules under irradiation
Adaptation of Fungi to cheese – ArTIFICE
Adaptation of fungi to cheese
Trade-off between growth and defense in durum wheat – TRADEOFF
Two categories of plant stimulants are used in agriculture: biostimulants (growth promotion) and defence elicitors (or defence inducers). Despite the increasing use of these products (+12% worldwide growth over the last 5 years), few scientific studies have been devoted to deciphering the physiological impact of this new type of product alone or in combination.
Collective total synthesis of Grayananes and Kalmanes – SynCol
In this project, we are developping a flexible synthetic strategy to access various natural products from two diterpenoid families. This approach will grant us access to substantial amount of various natural products. Their bioactivities will be further studied in the context of future collaborations.
Thioacid / Azide Ligation Applied to Nucleic acids as a new tool for chemical biology – TALAN
The TALAN project aims to explore the potential of the thioacid / azide ligation (TAL) (and in particular the sulfo-click reaction, involving a thioacid and a sulfonyl-azide function) as a new DNA templated bioorthogonal chemical ligation in order to provide a new tool for the detection and quantification of nucleic acids in a biological medium.
Selective modification of carbohydrates using photo-activated nanocatalysts – CARBOPHOTON
Selective modification of carbohydrates using photo-activated nanocatalysts
Efficiency and reliability enhancement of a multi-source DC microgrid dedicated to residential applications by integrating bi-Level managements – EREMITE
Efficiency and Reliability Enhancement of a Multi-Source DC Microgrid Dedicated to Residential Applications by Integrating Bi-Level Managements
GEOthermics vs GEOtechnics: from the fundamentals of thermo-hydro-mechanical behaviour of clays to the design of safe energy geostructures – GEO2
The aim of this project is to investigate experimentally the mechanical response of clays subjected to thermal loading and to provide recommendations for the design of energy geostructures in clays. Particular focus is put on the volumetric response, as it is the responsible of possible additional thermal-induced settlements of energy geostructures. The project propose an innovative approach, fondamental and multidisciplinary.
Fungal communities associated with marine plastic waste and their bioremediation potential – MycoPLAST
Plastics debris pervades in our oceans and freshwater systems at an increasing accumulation rate. While identifying the major sources of plastics are critical, greater investigations on the plastic microbiome to characterize the whole microbial communities appear also essential. The major aim of MycoPLAST is thus to highlight specific microbial communities, and more precisely fungal communities, able to degrade plastics.
Deciphering Bacteriocyte-specific Cysteine-Rich protein structure and activity: a new potential BIOpesticide FAMILY alternative to conventional chemical treatments – BIOFAMILY
Aphids are major crop pests that cause important plant damages worldwide. Until now, most aphid pest control strategies rely on the use of specific sets of systemic chemical pesticides. Their intensive uses have a sure negative impact on human health and/or environment. This creates the need for the development of new ecologically friendly technologies.