Prof. Massimo Mariconda, Prof.ssa Carla Cicala, Prof. Giovanni Improta.

Goals

• Integrated device able to quantify and localize  NSAID administered transdermally;<
• Metrological characterization in terms of sensivity and resolution.

Results

• A FEM model for identifying individual tissue was developed for improving the interindividual reproducibility and validated experimentally through on-field tests carried out at the Academic Hospital of Federico II University.

Keywords

Impedance Spectroscopy, drug absorption monitoring, transdermal delivery, non-invasive, real time monitoring;

Collaborations

A.O.U. Federico II, Politecnico di Torino.

Projects

«TDeUM – Transdermal Universal Meter» (Bando Finanziamenti Ricerca di Ateneo Unina 2016).

Awards

IMEKO TC-10 2016 Best Live Demonstration Award.