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INTEGRATED PRODUCT PROCESS MODULAR DESIGN – IPROD
Enterprises struggle to survive in today’s socio-economic environment characterized by globalization, shorter product lifecycle, demand for increased product variety and customized products, exponenti
DYNAMICS AND STRUCTURE OF THE CORE c-NHEJ MACHINERY: THE PIVOTAL ROLES OF HUMAN DNA LIGASE 4 – NHEJLIG4
The objective of the NHEJLIG4 project is to provide a better mechanistic understanding of the classical Non-Homologous End Joining (c-NHEJ) pathway with a focus on the dynamic interactions involving D
Epigenetic effects of Assisted Reproductive Technologies – CARE
Millions of children have been born worldwide via assisted reproductive technologies (ART). Yet, the safety of these techniques is not fully demonstrated. ART are associated with numerous complication
Electric Hybrids: emerging forms of energy transition in southern cities – HYBRIDELEC
Cities in the developing and emerging countries experience many problems of electricity supply, which conventional responses such as extending the grid cannot fix. Therefore, collective and individual
first MIcro-Thermoelectric module based on Oxides – MITO
The project MITO is an ambitious applied research project which aims to integrate for the first time promising thermoelectric (TE) materials based on oxides into micrometric TE modules for efficient t
Hypervalent Silicon Derivatives as Partners in Photoredox and Dual Catalysis – HyperSiLight
The HyperSiLight research program focuses on the development of new radical precursors based on anionic and cationic hypervalent silicon derivatives that are easily accessible, bench stable and should
Dynamic Combinatorial Chemistry for Nucleic Acid Structures – DYCONAS
Non-canonical DNA and RNA structures, such as G-quadruplexes (G4) as well as hairpin-like, slipped-strand structures formed by tri-, tetra- and oligonucleotide repeats in DNA and RNA, represent therap
Alveolus mimics using human pluripotent stem cells and mechanistic understanding of nanoparticles translocation through respiratory system – AvleolusMimics
We aim to develop human alveolus mimics for mechanistic understanding of nanoparticles translocation through respiratory system. Alveolar epithelial and capillary endothelial cells will be obtained by
New Structures in Amplitudes – Amplitudes
The increasing precision of experimental measurements at CERN's Large Hadron Collider (LHC) calls for increased precision in theoretical predictions. The key ingredients in these predictions are quan
Bimetallic complexes of photoswitchable phosphines and uses in catalysis – Switch-Phos
The main objective of this project is to develop the synthesis of new photo-switchable phosphorus complexes for catalytic uses.