article · Discover Public Health
Chidera Stanley AnthonyAntibiotic resistance presents a major public health challenge that is worsened by environmental antibiotic pollution. Waste from pharmaceuticals contaminates ecosystems through multiple pathways, accelerating the development of resistant genes that can disperse across wide geographic areas. Primary contributors to this pollution include manufacturing emissions, wastewater from healthcare facilities, agricultural runoff, and the incorrect disposal of medicinal products. Current regulatory frameworks contain critical gaps regarding the safe handling, utilisation, and disposal of these substances. Addressing this growing environmental and health crisis requires urgent local and global policy interventions alongside enhanced public education. Implementing an integrated One Health approach offers a coordinated framework uniting the environmental, agricultural, and human health sectors to manage pharmaceutical waste, safeguard therapeutic efficacy, and improve clinical outcomes.
When discarded antibiotics enter waterways and soil, they encourage bacteria to develop resistance to standard medical treatments. This process undermines the effectiveness of essential life-saving drugs worldwide. Managing waste from pharmaceutical production, hospitals, and farms is therefore vital to preserving treatment options and protecting shared natural ecosystems.
The abstract does not indicate a direct commercial application pathway, focusing instead on policy interventions, public awareness, and cross-sector regulatory frameworks.
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Antibiotic resistance is a major public concern and can be exacerbated by environmental antibiotic pollution. This paper explores various ways pharmaceutical wastes can contaminate our ecosystem, further driving the emergence of antibiotic resistance. Key sources of antibiotic pollution include pharmaceutical manufacturing processes, healthcare facility effluents, agricultural runoff, and improper disposal of antibiotics. These pollutants enter the environment and cause the formation of resistant genes, which can spread across a region. This paper also discussed key regulatory gaps for ensuring the appropriate use and disposal of pharmaceutical waste to mitigate antibiotic pollution. There is an urgent need for global and local policy interventions to guide the use and disposal of pharmaceutical products. Additionally, public awareness is crucial in educating the public on the dangers and importance of appropriate use and disposal. By adopting a One Health approach, stakeholders across different health sectors, agriculture, and the environment can be united more effectively to combat antibiotic pollution and resistance. This would protect public health, maintain antibiotic efficacy, improve treatment outcomes, and protect the environment. Clinical trial number : Not applicable.
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DOI: 10.1186/s12982-025-00506-9
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