Study on the enantioselective biodegradation of emerging chiral pollutants. Implications and risks for the health and the environment
Development of high performance and sensibility micro technologies for the evaluation of the xenobiotics metabolism. Metabolic enantioselctivity of chiral xenobiotics
Development of high performance microtechnologies for the study of xenobiotic-bio macromolecule interactions. Distribution processes enantioselectivity and chiral xenobiotics metabolism
In-vitro studies of drug bioavailability and protein interactions using Computational and electrophoretic techniques
Development of high performance separation microsystems for the evaluation of the non-specific xenobiotic-biomembrane interactions and the specific chiral xenobiotic-plasmatic protein
Development of chromatographic and electrophoretic systems as in vitro systems for the xenobiotics permeability evaluation. Pharmacological and toxicological implications
Application of the micellar liquid chromatography as an in vitro technique for the prediction of pharmacokinetic properties as well as biological activity of drugs acting on the central nervous system
Hydrophobicity estimation of drugs via Micellar Liquid Chromatography. Implications on the biological distribution processes