Pilot 2.3

Smart wearable and portable sensors to monitor human healthiness and pathological states. 

The goal of the pilot project is to advance cutting-edge technologies, devices, and solutions that expedite the adoption of proximity medicine, with a specific emphasis on early diagnosis and monitoring for chronic and frail patients. The pilot involves the generation and integration of innovative wearable, transdermal, implantable, and portable sensors, which will be incorporated into modular AI-assisted web-based platforms to analyze data for smart detection of pathological states onset. The planned activities will also include the development of multisensor systems dedicated to continuously monitoring physiological conditions and promptly detecting anomalies in patients with chronic diseases in real-time. Advancements in biosensor production will also include AI-based robotic technologies for the prediction of properties and the automated synthesis of biosensor components.

The following working packages will be developed during within the Pilot 2.3:

WP1. Wearable, transdermal, implantable biosensors. WP1 will includes activities aimed at defining new biomarkers and expediting the production and selection of new materials to enhance biosensor manufacturing, functionalization, and detection sensitivity.

WP2. Breath biosensors. WP2 will includes activities to design and produce fast main-stream optical oxygen sensors with superior properties.

WP 3 – AI-based data integration platform. The WP3 will includes the development of artificial intelligence, machine learning and deep learning tools to integrate the produced biosensors ensuring security, privacy, and standard compliance.

WP 4 – Development of electronic for biosensors. The WP4 will includes the development and the validation of electronic platforms for the extraction of the biosensors dynamic and static characteristics and the configuration of new tools for the design of sensor interface Integrated Circuits.

Partecipants: 

UNIMIB Prof. Guido Cavaletti, Prof. Stefano Sanguinetti, Prof. Laura Russo, Prof. Paolo Napoletano, Prof. Daniela Micucci, Prof. Gabriele Croci, Prof. Marcello De Matteis.

UNIBG Prof. Giuseppe Rosace, Valerio Re

ATS Milano Dr. Antonio Russo, Dr. Anita Andreano