The group works in: development of distributed measurement in the contexts of IoT. development of innovative solutions for environmental energy harvesting. development of data analysis solutions and prototype sensors. implementation of open-source data management and visualization systems.
The Biosensors and Sensors research group is dedicated to advancing point of care devices for monitoring patients with neurodegenerative diseases.
The resarch activities are dealing with high resolution electron microscopy studies on the functional morhology of eukariotic cell organelles with particular focus on cell motility and control of the cell cycle.
The research activities of the BioStructLab are focus on gene manipulation by recombinant DNA technique, production of biological macromolecules ( RNA and DNA), and structural characterization by structural biology techniques The
The research group is focused on two key areas, synthetic organic chemistry and computational chemistry, which are highly complementary and in complete synergy with each other. the research group is interested in the development of new chemical methodologies in the medicinal chemistry context and in the study of the interaction between the drug and its macromolecular target
The invention consists of a smart, inexpensive and biocompatible nanomaterial with custom-designed bioactivity.
The present invention consists in a safety valve for use in patients with respiratory diseases characterized by severe levels of hypoxemia, with artificial airways in mechanical ventilation. In case of programmed or accidental disconnection from the circuit, prevents the "fall" of the Positive End-Expiratory Pressure (PEEP), necessary for the recruitment of alveolar areas for gas (O2, CO2) exchange.
The research activity consists in high resolution transcriptomics to identify cancer specific subpopulations and interactions with cancer cells and the Tumor Microenvironment (TME), also adopting spatial transcriptomics and proteomics
The invention consists of a method and related device for evaluating and diagnosing allergic-type reactions in a patient by analysing in vitro impedance changes detected by contacting the patient's serum with a given allergen
The method proposed is designed to produce individualized face masks that are well tolerated by small patients
