Can the HEARTS initiative reduce the burden of cardiovascular disease?

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What is Hearts?

Cardiovascular disease (CVD) remains a major burden in most countries of the world, and hypertension remains one of the most important contributors to this burden. The urgency of tackling CVD has never been clearer.

WHO has identified five technologies aimed at targeting key drivers of the CVD burden, including some aspects of the diet such as tobacco control (MPOWER), physical activity (ACTIVE), and salt restriction (SHAKE). We have launched a global initiative (Global Hearts Initiative) that includes packaging. Trans fat intake (replacement) and heart. HEARTS is a set of activities to improve cardiovascular risk management in primary care, with a focus on hypertension.1

The HEARTS technology package is an institutionalized model of care and a set of guidelines for cardiovascular risk management with a focus on hypertension control and secondary prevention in primary care. HEARTS is structured around his six pillars: treatment and medication protocols, higher quality blood pressure measurements, care team training and education, innovations in care organization and team-based care, data standardization and new data. The focus is on utilization. Additionally, the program is based on implementation research and program evaluation, and a framework has been developed to monitor implementation and results, including a performance scorecard.1 This is both vertically scaled up (through institutionalization through policy, legal, budgetary, and systems-level changes) and horizontally through diffusion and replication in different populations, or expanded populations served in larger communities. Provide a well-designed scale-up plan that relies on scale-up. Program delivery on a national and regional basis. HEARTS is based on established models of care, such as the Chronic Care Model.2 This could be effective in improving the treatment of chronic diseases such as heart failure, diabetes, and asthma by improving treatments, reducing resource usage, and reducing cardiovascular disease risk in diabetic patients. Shown.2