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 ...

The air we breathe serves as a silent vector of antimicrobial resistance, calling for the need to integrate air monitoring ...

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

As droughts grow more severe, a hidden danger is emerging from the ground — a discovery researchers are describing as a ...

Extensive application of the weed killer in Argentina may be unintentionally selecting for bacteria already resistant to many ...

And the US isn’t immune. While the country still has one of the lowest rates globally, cases have been climbing steadily ...

For as long as we’ve known that soil bacteria manufacture molecular weapons to fight each other, we’ve been swiping their ...

Some bacteria do not defeat antibiotics by evolving resistance right away—they outlast treatment by slipping into ...

As antibiotic resistance continues to rise worldwide, scientists are searching for new strategies to combat infections. This ...

Insights from the BSAC New Agents Conference focused on emergent fungal and viral disease threats and therapeutic innovations ...

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