

This paper discusses the development of national antibiotic assessment reports (NAARs) as foundations for the design of national antibiotic policies. It proposes that more robust national data on antibiotic use that integrates population health factors can support equitable access to these medicines and inform global targets. Overall, a better and more accurate understanding of antibiotic use can increase national ownership and curb the impact of antimicrobial resistance (AMR).
Antimicrobial resistance (AMR) is one of the most pressing global public health threats today. As microorganisms evolve and no longer respond to available treatments, the options for managing and preventing severe infections become limited. This not only increases the risk of complications, hospital admissions, and death but also threatens advances in medical care. Recent outbreaks and pandemics have further underscored the far-reaching consequences of infectious diseases without effective treatment, raising critical questions about preparedness and global coordinated action.
To address these challenges, the World Health Organization (WHO) has systematically provided guidance and tools to support countries in combating AMR. Such efforts include global targets, stewardship protocols, and parameters for national action plans (NAPs). However, current trends in antibiotic use and the rising deaths attributed to bacterial resistance, estimated at 4.95 million in 2019, suggest the need for different approaches.
This white paper discusses the development of national antibiotic assessment reports (NAARs) as foundations for designing national antibiotic policies. By using a single standard method to combine multiple antibiotic use datasets within these reports, information can be made comparable within and across countries. Therefore, creating a more comprehensive assessment of antibiotic use, factoring in population health factors, could increase national ownership and improve the AMR response.
By providing a comprehensive assessment of antibiotic use and proposing robust data collection methods, this paper ultimately aims to support the development of effective national antibiotic policies and optimize the global response to AMR.