The world is littered with trillions of micro- and nanoscopic pieces of plastic. These can be smaller than a virus—just the ...

In a growing global trend, bacteria are evolving new ways to maneuver around medical treatments for a variety of infections.

Researchers have shown that differences in the entire rotavirus genome -- not just its two surface proteins -- affect how well vaccines work, helping to explain why some strains are more likely to ...

Structural biology forms the cornerstone of our understanding of the molecular architecture, function, and interaction ...

Most plastics used today – roughly 75% – are made of semicrystalline polymers. These materials have a layered structure that ...

The findings explain how most common plastics shed nanoscopic pieces into the environment – not just when they’re burned or crushed, but slowly and quietly, just by sitting out in the open.

Scientists have discovered novel proteins in velvet worm slime that could lead to strong, recyclable bioplastics. These ...

In the search for better ways of tackling the debilitating condition, Australian researchers have zeroed in on a newly discovered chink in the virus’s armour.

We want wide, fast, and affordable access for our new antiviral. It might sound counterintuitive, but a patent will help us ...

Tomas Cihlar knew all too well that despite initial successes with combination treatment, HIV was firmly holding ground ...

Traditional vaccines work by stimulating the immune system, but their effectiveness is often limited by how well they can ...