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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.
Cardiac Ca2+ signaling and mineralocorticoid network – Calsignaldo
ar diseases, heart failure (HF) is a notable exception. Despite therapeutic improvements, the mortality
Regulation of Abscission Timing in Animal Cells – AbsCyStem
lineage and cultured human cells to combine exceptional genetic tools existing in flies and great bi
Principles of molecular recognition between Polycomb protein SCML2A and human long-non coding RNAs – lincRNPs
and lncRNAs. Consequently, this project is of exceptional interest in the fields of structural biology
Biochemical and Structural characterization of MnmE/MnmG and GTPBP3/MTO1 protein complexes involved in redox modifications of bacterial and human tRNAs – MiGRATe
The aim of the project is to study the structure / function relationship of enzymatic complexes conserved throughout evolution (MnmE / MnmG in bacteria and GTPBP3 / MTO1 in humans) and involved in the 5-carboxyaminomethylation modification of tRNA wobble position that is necessary for the correct decoding of the genetic information. Indeed, the lack of modification leads to growth disorders in bacteria and severe pathologies in humans.
Digital valorising of historical scale models of cities for adaptative and innovative uses – Urbania
The collection of plans-reliefs is an exceptional legacy that includes a hundred 1:600-scale models,
Cohomological study of algebraic varieties – ECOVA
Cohomological study of algebraic varieties
FInancial and REal interdependencies: volatility, international openness and economic policies – FIRE
volatility, international openess and economic policies
TRACE METAL LEGACY on MOUNTAIN AQUATIC ECOGEOCHEMISTRY – TRAM
Following the onset of the industrial revolution and the use of fossil energy, humans can now indisputably be seen as major geological agents. At present, anthropogenic fluxes of up to 62 chemical elements surpass their corresponding natural fluxes. Due to their geological features mountain environments have been exploited since the beginning of metallurgy.
Impacts of global change on dispersal costs – DISPCOST
Impacts of global change on dispersal costs: roe deer as a model
