In 2016 completed the PhD in Pharmaceutical and Biomolecular Sciences with the studies of the surface structure of hydroxyapatites and its effect on the adsorption of the molecules of biological relevance: water, aminoacids, and proteins.
Since 2017 was involved in the series of project related to the eco-sustainable alternatives to the conventional materials in the tribological field (application of the new inorganic binders as a substituent of the organic polymers), leather treatment (application of non-toxic inorganic nanoparticles instead of hazardous organic compounds employed in the raw hide treatment)
In 2016 completed the PhD in Pharmaceutical and Biomolecular Sciences with the studies of the surface structure of hydroxyapatites and its effect on the adsorption of the molecules of biological relevance: water, aminoacids, and proteins.
Since 2017 was involved in the series of project related to the eco-sustainable alternatives to the conventional materials in the tribological field (application of the new inorganic binders as a substituent of the organic polymers), leather treatment (application of non-toxic inorganic nanoparticles instead of hazardous organic compounds employed in the raw hide treatment)