Intensive antibiotic use in farming has created the ideal conditions for resistant bacteria, viruses and fungi to develop.

CCMB finds antibiotic-resistant genes widespread in sewage across major cities; calls for nationwide surveillance and ...

Antibiotic resistance genes, the molecular instructions that allow bacteria to survive drug treatments, are not confined to ...

An international team of scientists is warning that everyday antibacterial soaps, wipes, sprays, and other "germ-killing" ...

A new study from the University of Bergen shows that genes responsible for antibiotic resistance are present not only in ...

Antibiotic resistance is tightening its grip on global healthcare, but the pipeline of truly new treatments remains thin.

Climate change, aging populations, and antimicrobial resistance will reshape infection prevention, requiring cross sector collaboration, better data systems, and targeted vaccination by 2040.

You may be tempted to think of the relationship between antibiotics and bacteria as adversarial, but it's actually much more ...

In South Africa, wastewater treatment plants (WWTPs) and connected river systems could serve as reservoirs of antibiotic resistance, raising fresh concerns about how antimicrobial resistance moves ...

From the moment raw ingredients are harvested to when you cook and eat a meal, an invisible process is taking place: the growth of antimicrobial resistance. This happens when microorganisms (bacteria, ...

Antibacterial soaps and disinfectants may fuel antibiotic resistance while offering no added benefit, scientists warn.

A review finds that antibiotic resistance genes—capable of undermining modern medicine—can travel through the air across both ...