A new study tested six AI models developed by Meta, Google, Deepseek and Mistral AI and found that AI models can generate more complete summaries of complex cancer pathology reports than physicians.

While reviewing lung cancer CT scans, doctors sometimes spot abnormalities unrelated to the lungs. New research has now shown that some of those abnormalities could be signs of other undiagnosed cancers.

Exercise does not have to be exhausting to be effective. New research from Edith Cowan University shows that eccentric exercises — such as slowly sitting down, walking downstairs or lowering a weight — can improve muscle strength, size and performance with less effort and in just a few minutes a day.

Researchers have developed flexible, low-cost devices that have the capacity to generate electrical signals which can activate living brain cells.

Researchers have produced the first detailed map of how smell receptors are arranged in the nose. The findings challenge long-held assumptions about olfaction, reveal a highly ordered receptor system and could provide a basis for future treatments for smell loss.

New research highlights that food anaphylaxis, a severe and rapid allergic reaction to food, can prove fatal in children if life-saving adrenaline autoinjector (Epipen) is not administered on time.

The newly created lectureship will examine how metabolism and the immune system interact, while identifying mechanisms that could inform microbiome-based strategies to prevent and treat overweight and obesity.

Scientists have engineered strains of a naturally occurring beneficial gut bacterium into a programmable “living medicine” to treat hepatic encephalopathy, a severe brain dysfunction linked to liver failure.

Scientists conducted research and analyzed more than 900 fossil deep-sea stony corals collected from depths of up to 1,000 metres. Through the study they found out that deep-water coral ecosystems may be more susceptible to climate change than previously thought.

Plastic waste could become more than an environmental burden: researchers are investigating how sunlight can turn it into hydrogen, syngas and industrial chemicals. The approach points to a possible route for cleaner fuels and circular plastics, but scaling it will depend on better sorting, more robust catalysts and economically viable reactor designs.