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Dynamic Constitutional Systems-toward selection of functions – DYNAFUN
The key objective of DYNAFUN is to provide a research programme with a deep knowledge and expertise on Dynamic Constitutional Systems, with new insights into the basic features that control multivalent recognition towards natural selection of functions. Research will be guided by the ambitious scien
Dynamic Glycosylated Polymers as Potential Antibacterials – GlycoDyn
WHO has established a list of pathogens (ESKAPE) displaying antimicrobial resistance. Among them, Pseudomonas aeruginosa (PA) is a bacterium involved in multiple infections and is lethal for patients with cystic fibrosis. Bacteria bind to host cells through protein-carbohydrate interactions. Lectins
Dynamic Polymers – Dynamic Interactive Systems for Constitutional Membranes – DYNAMERS
DYNAMERS est un projet interdisciplinaire de recherche fondamentale et appliquée qui a pour but de maîtriser les systèmes multivalents (polymères dynamiques, nanoparticules, surfaces, membranes) en utilisant une approche dynamique constitutionnelle afin de créer des dispositifs fonctionnels dont les
Dynamics and nanoscale topology of the membrane-associated Rab11-vRNP complex in the context of influenza virus-infected cells – FluNanoTrack
Influenza A viruses (IAV) pose a serious threat to global public health. Development of improved influenza prevention and therapy, whether it be the universal vaccine or novel anti-influenza drugs, will depend strongly on fundamental science improving our understanding of the molecular mechanisms in
Dynamics of Green Growth in European and Chinese Cities (DRAGON) – DRAGON
Beyond national policies, city-level policies are more and more recognized as key components of global strategies to mitigate GHG emissions. In particular, land-use regulations, transport taxation, or investments in clean transportation modes could reduce car use. However, each city is different, an
Dynamique et Optimisation des Processus de TRansport Intermittents – DYOPTRI
Many transport and search processes can be analyzed in term of a succession of two types of exploring steps. This intermittency is a general feature for numerous physical, chemical, biological and industrial systems. At the microscopic scale, we can mention the diffusive motion of species in confine
Détection « on-chip » des fluctuations quantiques de courant de nano-systèmes – DOC-FLUC
Our project is to develop and exploit the capabilities of on-chip noise detectors to investigate electronic transport in mesoscopic conductors. On-chip detectors allow a well-controlled and optimal coupling to noise sources, giving access to high-frequency noise and to high moments of noise (at leas
ECO-friendly alkaline-earth silicides for THERMoelectric applications – ECOTHERM
In recent decades, the search for new green energy sources has become a major economic and ecological challenge. Their adoption requires a reduction in costs and improvements in reliability, durability, and efficiency to compete with current fossil and nuclear energies. Among these, thermoelectric g
ELECTRICAL CONTROL OF CELL POLARIZATION – COELPOCE
Cell polarity plays a key role in regulating cell-cell communication, tissue architecture and development. Both internal and external cues participate in directing polarity and feedback onto each other for robust polarization. One poorly appreciated layer of polarity regulation comes from electroch
ELECtrical NANO-imPRINT for the industrial fabrication of nanoparticle-based sensors – ELECNANOPRINT
test test test test Many countries including France have recently launched ambitious R&D programs in order to promote the emergence of nanotechnologies. This strong interest is caused by the exploration of the innovative properties of nano-objects that could lead to many potential applications. For
