Latest news and articles about antibiotic resistance from NEX English
Recent studies indicate that rising temperatures and changing rainfall patterns are accelerating the spread of antibiotic-resistant bacteria, complicating the treatment of previously simple diseases. This phenomenon poses a significant threat to global health.
The Centers for Disease Control and Prevention (CDC) in the United States has issued warnings regarding the risk of antibiotic-resistant salmonella infections associated with backyard poultry. This alert comes as cases have increased in several American states.
Researchers from the University of Bergen in Norway have found antibiotic-resistant genes in the lungs of 35% of healthy individuals, raising questions about how these genes spread. This discovery suggests a broader issue than previously believed.
An international team of researchers has revealed that the use of antibacterial soaps and wipes contributes to the worsening of antimicrobial resistance globally, without providing additional health benefits. The new study highlights the potential risks of these common products.
Researchers from the California Institute of Technology warn that drought not only impacts the environment but also contributes to increased bacterial resistance to antibiotics, posing a global health threat.
American researcher Phyllis Arthur warns of a growing global health crisis that threatens millions of lives due to bacterial infections' resistance to antibiotics. A scientific report predicts that this crisis could contribute to the deaths of approximately <strong>170 million</strong> people over the next <strong>25 years</strong>.
A new study indicates that drought elevates the concentration of antibiotic-resistant microorganisms in soil, raising concerns about climate change's impact on public health. Researchers from the California Institute of Technology observed a strong correlation between drought and antibiotic resistance across more than 100 countries.
A new study highlights a significant link between climate change and rising antibiotic resistance, indicating that drought periods may exacerbate this global health issue. Researchers emphasize the urgent need for action from governments and health organizations.