Studies estimates that by 2050 Superbug crisis could get worse, killing nearly 40 million people

The emergence of antimicrobial resistance, commonly referred to as the "superbug crisis," poses a significant threat to global health. Recent studies estimate that by 2050, this crisis could lead to nearly 40 million deaths annually if current trends continue without intervention. The rise of multidrug-resistant organisms has been attributed to various factors, including overprescription of antibiotics, inadequate infection control measures, and insufficient public awareness regarding antibiotic stewardship . As bacteria evolve and develop resistance mechanisms against existing treatments, even minor infections could become life-threatening. The number of lives lost around the world due to infections that are resistant to the medications intended to treat them could increase nearly 70% by 2050, a new study projects, further showing the burden of theongoing superbug crisis.

Cumulatively, from 2025 to 2050, the world could see more than 39 million deaths that are directly attributable to antimicrobial resistance or AMR, according to the study, which was published Monday in the journal The Lancet.

antimicrobial resistance (AMR) – in which bacteria evolve so that the drugs usually used to fight them no longer work – up from 1.14 million in 2021. AMR will play some role in 8.2 million deaths annually, up from 4.71 million.

The study, published in the Lancet was conducted by the Global Research on Antimicrobial Resistance (Gram) Project and is the first global analysis of AMR trends over time.

In addition, drug-resistant infections impact the health of animals and plants, reduce productivity in farms, and threaten food security.

AMR has significant costs for both health systems and national economies overall. For example, it creates need for more expensive and intensive care, affects productivity of patients or their caregivers through prolonged hospital stays, and harms agricultural productivity.  

vaccines, diagnostics and medicines; lack of awareness and knowledge; and lack of enforcement of relevant legislation. People living in low-resource settings and vulnerable populations are especially impacted by both the drivers and consequences of AMR.

The new study gives Strathdee hope that the world can reduce the potential burden of antimicrobial resistance. That would require improving access to antibiotics and newer antimicrobial medications, vaccines, clean water and other aspects of quality health care around the world, she said, while reducing the use of antibiotics in livestock, food production and the environment, which can breed more resistance.

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Sarah H

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