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Diabetes, obesity and hypertension: an integrated digital model for treatment and prevention

The European Impact-Med project will develop and validate an innovative cardiometabolic care system supported by a connected digital ecosystem

by Health Review

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3' min read

Translated by AI
Versione italiana

3' min read

Translated by AI
Versione italiana

The European Impact-Med project is taking off with the aim of revolutionising the management of cardiometabolic diseases through an integrated, multidisciplinary and patient-centred care model. Hypertension, diabetes, obesity with cardiovascular diseases such as ischaemic heart disease and heart failure represent a major challenge for healthcare systems. They cause mortality, hospitalisation and long-term disability with an impact of 4 million deaths per year and more than EUR 210 billion annual costs for cardiovascular diseases alone and significant impacts on the quality of life of patients and their families.

To combat these diseases with a high social and economic impact and to improve prevention, early diagnosis, continuity of care and personalisation of care throughout the patient's journey, Impact-Med will develop and validate an integrated cardiometabolic care model supported by a connected digital ecosystem, capable of combining artificial intelligence, remote monitoring, clinical and patient-generated data, advanced imaging, biomarkers, and interoperable platforms.

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The European project financed by the Innovative Health Initiative Joint Undertaking (IHI JU) within the framework of Horizon Europe with a duration of 60 months (April 2026 - March 2031), has a total budget of EUR 22.9 million and is coordinated by the University Campus Bio-Medico of Rome and Medtronic Ibérica. The consortium brings together 26 partners from 13 European countries. The Impact-Med kick-off meeting, held at the University Campus Bio-Medico in Rome, was attended by representatives from academia, clinics, industry and patient organisations.

Towards more personalised and proactive medicine

"Impact-Med was born out of the conviction that the future of cardiometabolic care lies in integration: not only of technologies, but also of disciplines, data and perspectives," says Prof. Leandro Pecchia, Principal Investigator of the project at the University Campus Bio-Medico in Rome. "We want to show that precision medicine and person-centred care are not separate goals, but the same goal."

According to Jorge Posada, Head of Open Innovation and EU Project Management Office at Medtronic Ibérica, "public-private collaboration is crucial to transform technological innovation into a concrete and sustainable impact for patients and healthcare professionals."

The test on four clinical use cases

Impact-Med will test its solutions in real contexts through four clinical use cases.

Management of hypertension based on artificial intelligence. This pilot study, developed in Spain and led by Medtronic Ibérica together with the Hospital Clínico San Carlos through its research foundation, will evaluate how risk stratification using AI, remote blood pressure monitoring and digital tools to engage the patient can improve blood pressure control and promote earlier diagnosis of cardiovascular complications in high-risk patients.

Remote monitoring of cardiovascular disease. Developed in France by Medtronic France, AP-HP hospitals and the cardiovascular research network ACTION, this study will examine how remote monitoring and predictive analysis tools can strengthen outpatient follow-up, improve continuity of care and help reduce unnecessary hospitalisations in patients with hypertension and previous myocardial infarctions.

Patient support to improve self-management of type 1 diabetes. This use case developed in the UK by Leeds Teaching Hospitals NHS Trust together with Medtronic International and DigiBete will explore how remote monitoring and personalised digital education can improve therapeutic adherence, disease self-management and quality of care in children, adolescents and young adults with type 1 diabetes.

Personalised treatment for type 2 diabetes and obesity. Developed in Denmark, this study combines the expertise of Perspectum and Siemens teams in Germany and India with the clinical and research capabilities of the North Denmark Region and Aalborg University. By integrating multi-organ phenotyping using advanced imaging techniques, patient-reported data on their experiences and AI-based risk prediction tools, the study aims to support more personalised treatment decisions and improve clinical outcomes for patients with type 2 diabetes and obesity.

The four studies will evaluate clinical effectiveness, patient experience, economic sustainability and the possibility of integrating enabling technologies into European healthcare systems.

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