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New global guidance aims to curb antibiotic pollution from manufacturing

The World Health Organization (WHO) has published its first-ever guidance on antibiotic pollution from manufacturing. The new guidance on wastewater and solid waste management for antibiotic manufacturing sheds light on this important but neglected challenge ahead of the United Nations General Assembly (UNGA) High-Level Meeting on antimicrobial resistance (AMR) taking place on 26 September 2024. The emergence and spread of AMR caused by antibiotic pollution could undermine the effectiveness of antibiotics globally, including the medicines produced at the manufacturing sites responsible for the pollution. Despite high antibiotic pollution levels being widely documented, the issue is largely unregulated and quality assurance criteria typically do not address environmental emissions. In addition, once distributed, there is a lack of information provided to consumers on how to dispose of antibiotics when they are not used, for example, when they expire or when a course is finished but there is still antibiotic left over. “Pharmaceutical waste from antibiotic manufacturing can facilitate the emergence of new drug-resistant bacteria, which can spread globally and threaten our health. Controlling pollution from antibiotic production contributes to keeping these life-saving medicines effective for everyone," said Dr Yukiko Nakatani, WHO Assistant Director-General for AMR ad interim. Globally, there is a lack of accessible information on the environmental damage caused by manufacturing of medicines. “The guidance provides an independent and impartial scientific basis for regulators, procurers, inspectors, and industry themselves to include robust antibiotic pollution control in their standards,” said Dr Maria Neira, Director, Department of Environment, Climate Change and Health, WHO. “Critically, the strong focus on transparency will equip buyers, investors and the general public to make decisions that account for manufacturers’ efforts to control antibiotic pollution.”  A range of international bodies have called for this guidance, including the WHO Executive Board, the G7 health ministers and UNEP. “The role of the environment in the development, transmission and spread of antimicrobial resistance needs careful consideration since evidence is mounting. There is a widespread agreement that action on the environment must become more prominent as a solution. This includes pollution prevention and control from municipal systems, manufacturing sites, healthcare facilities and agri-food systems,” said Jacqueline Alvarez, Chief of Branch for the Industry and Economy Division at the United Nations Environment Programme (UNEP). The guidance was developed in close collaboration with a diverse group of international experts representing academia, regulators, inspectors, international organizations such as UNEP, and other sectors. The draft also underwent public consultation, receiving valuable input from industry and other stakeholders. Industry has also taken up this challenge, though a voluntary industry-led initiative which can be updated in some areas to align with the new guidance.  The guidance provides human health-based targets to reduce the risk of emergence and spread of AMR, as well as targets to address risks for aquatic life caused by all antibiotics intended for human, animal or plant use. It covers all steps from the manufacturing of active pharmaceutical ingredients (APIs) and formulation into finished products, including primary packaging. AMR occurs when bacteria, viruses, fungi, and parasites no longer respond to medicines, making people sicker and increasing the risk of spread of infections that are difficult to treat, illness and deaths. AMR is driven largely by the misuse and overuse of antimicrobials, yet, at the same time, many people around the world do not have access to essential antimicrobial medicines.  

  • 6 September, 09:00
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Calculate your personal long COVID risk

The University of Queensland-led and developed COVID-19 Risk Calculator has been updated to determine a person's risk of developing long COVID. Developed in conjunction with scientists, clinicians and researchers from Flinders University, QUT, the University of Sydney and the Immunisation Coalition, the online calculator provides a personalized risk assessment of developing long COVID 6 months after infection. Associate Professor Kirsty Short from UQ's School of Chemistry and Molecular Biosciences said the tool will be useful in helping tackle the obstinate disease. "At least 65 million people globally are thought to suffer from the post-acute sequelae of COVID-19 (PASC), more commonly known as long COVID," Dr. Short said. "It's an incredibly debilitating disease causing more than 200 symptoms across 10 different organ systems and can affect individuals quite differently. Common symptoms include fatigue, brain fog and shortness of breath." Dr. Short said while diagnosing and treating long COVID is still in its infancy, there is now a strong understanding of the risk factors associated with the condition's development. "The calculator takes into account a range of personal factors including age, sex, comorbidities, vaccination status, number of previous infections and use of antiviral medications," she said. "All of this data allows our research-backed algorithm to provide a personalized risk assessment of developing long COVID. Users see their risk results either as 'a chance' or 'per million people'. The interface is user-friendly and easy to navigate for people of all ages and technological proficiencies." Associate Professor John Litt from Flinders University, a co-lead on the calculator project, said by helping to identify those who might be at higher risk, the tool allows for proactive measures and early interventions to potentially mitigate the severity and duration of long COVID symptoms. "While many adults don't see COVID-19 as a big issue now, many are concerned about getting long COVID," he said. "The chance of suffering long COVID increases with every bout of COVID-19 a person catches." Dr. Short said the project also puts a spotlight on the controllable factors that can lead to long COVID. "Incomplete vaccination, missed drug treatment during acute infection and repeat infections are the greatest controllable influencers that increase risk, so there are actions you can take right now to reduce that," she said. "Health managers and individuals in conjunction with clinicians can use the risk assessment tool for shared decision making on vaccination, infection-avoidant behaviors and pursuing early treatment during acute infection. "Knowing your personal risk and the steps you can take to protect your health can help us win the war against long COVID."

  • 6 August, 15:02
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