What question did this study set out to answer?

This research aims to investigate how climate change and human mobility contribute to antimicrobial resistance.

February 12, 2026Journal of Prescribing Practice0 citations

Migration, climate change and antimicrobial resistance

Key Points

This research aims to investigate how climate change and human mobility contribute to antimicrobial resistance.
Analysis of the relationships between antibiotic use, climate factors, and human movement
Assessment of access to diagnostic tools and its impact on resistance patterns
Evaluation of existing interventions and recommendations for coordinated responses
Increased antibiotic use is linked to rising antimicrobial resistance due to climate change effects.
Human mobility exacerbates the spread of resistant strains across regions.
Limited access to diagnostics hinders effective responses to antimicrobial resistance.

Abstract

George Winter explores how antibiotic use, climate change, human mobility and limited access to diagnostics are accelerating antimicrobial resistance, and asks whether a more coordinated response could help turn the tide

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