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Amélioration des procédés électrolytiques de production d'hydrogène, de fluor et d'aluminium par modélisation des phénomènes diphasiques et électrochimiques couplés – AMELHYFLAM
The aim of this project is to improve industrial electrolysers for both fluorine and aluminium production in order to decrease their cost of production. In addition the project will contribute to the
An integrated clinical and scientific approach for craniofacial malformations – CRANIRARE
The CRANIRARE project aims to analyse the molecular and pathophysiological mechanisms of rare craniofacial malformations and to transmit the results into improved patient care. CRANIRARE will work on
An integrated genomic and genetic approach of industrial yeast traits – GENYEASTRAIT
This project aims at improving our understanding of the molecular basis of the properties of S.cerevisiae industrial wine yeasts. These strains exhibit specific capacity to ferment under stressful con
Analyse Harmonique et Problèmes Inverses – AHPI
The endeavour of this project is to develop some methodology for modelling and solving inverse problems of a certain type using tools from harmonic and complex analysis. These problems pertain to deco
Analyse de nouvelles fonctions de la nucléoline in vivo – NUCLEOLIN
Besides the well known role of the nucleolus in ribosome biogenesis, nucleoli play important roles in the regulation of many fundamental cellular processes, including cell cycle regulation, apoptosis,
Analyse des données issues des réseaux d'observatoires biologiques pour suivre et analyser l'impact de l'introduction de pratiques innovantes – VIGIWEED
GMO use is said to be of potential larger impact within other changes in the Farmland landscape because it will deeply modify several components of the cropping system at different time and spatial sc