Type I mucopolysaccharidosis (MPS I) is caused by mutations of the lysosomal glycosidase α-L-iduronidase (IDUA) gene and functional deficiency of the IDUA (E.C. 3.2.1.76) (Hampe et al. 2020). The enzymatic...
Research Units The project will be carried out by the following research units (RU): • RU1, coordinated by the PI (Dr. Mangiatordi) and located at the Institute of Crystallography of...
Il progetto BIO-DUST mira alla produzione di un nuovo prodotto green, a partire da scarti, per la stampa 3D di pezzi mancanti di statue e nella creazione di copie di...
CONPER’s main aim is to demonstrate two-dimensional (2D) solar cells exploiting 2D halide perovskite with large conjugated organic cations able to efficiently transfer charge between layers. To reach its main...
Il piano sperimentale del progetto REACH-XY è stato sviluppato sulla base delle conoscenze generate a livello europeo negli ultimi 5-6 anni, massimizzando lo sfruttamento dei risultati della ricerca su X....
MENDELEEV Consortium assembles 3 Teams with complementary expertise, spanning organic, material chemistry, and crystallography. We aim to synergize our expertise in order to set-up radically new foundation of (Photo)Catalytic and...
Global warming and climate change are directly related to Increased atmospheric CO2 levels, which are currently higher than ever and continue to increase. Current strategies for CO2 reduction are mainly...
The design and application of sustainable polymers is a remarkable scientific goal demanded by the modern society at a global level. The in-depth knowledge of the molecular structure of polymers...
The COXSECAT (Carbon OXides SEquenatial CATalysis) project is aimed at developing innovative catalytic systems (homogeneous and heterogeneous) and conditions for realizing an efficient indirect chemical valorization of carbon dioxide, through...
Bloodstream infections require rapid and effective intervention because of their high mortality risk. However, the number of antibiotics used to treat these conditions has been reduced dramatically due to the...
