The D3 4 HEALTH Foundation - made up of 28 partners including public and private universities, research institutes and companies - carries out activities to enhance research on digital technologies in the healthcare sector, through a sophisticated data mining process, in order to improve diagnosis, monitoring and treatment for 5 major diseases: metastatic colon cancer, liver and biliary tract cancer, central nervous system cancer, type I diabetes, multiple sclerosis.
Challenging the boundaries of science and technology through research to revolutionize the healthcare system, the clinical world and the vision of disease management and monitoring. The main vision is to create digital twins and biological organs through machine learning and AI techniques powered by historical and real-time data. This innovation promises not only more precise diagnoses and real-time monitoring, but also highly effective treatments
Incentivize AI technology experiments for a seamless transition to the market. Introduce cutting-edge technologies and techniques to explore the human body, as an engineer would do with a production system. Implement an effective technology transfer strategy to convert discoveries and research into solutions for industry and the production system, bringing innovations from laboratories to clinics and everyday life.
Develop a series of wearable devices, capable of recording symptoms and other data of patients throughout their lives. This could allow patients to be monitored remotely with a greater social impact considering the use of these devices also in less fortunate countries. This type of innovation could also extend to Third World countries, offering a vital means to monitor people's health.
Educate future professionals in managing innovation in the medical field, working closely with key institutions. This initiative also aims to provide support for the management and compliance of regulatory and ethical aspects related to the collection and use of data. Create a research infrastructure spread across the national territory, cutting-edge and capable of creating added value for health and research infrastructures
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