Warming oceans can break an important relationship: how corals and their relatives are controlled by their algae to look for the light. The discovery can inform efforts to save coral reefs, which in turn would benefit biodiversity and the human economy too!

Colorectal cancer treatment can become more efficient following two breakthroughs: a machine learning system that has dramatically improved detection and a web tool that can predict the risk of its recurrence.

Researchers have been achieving promising results by using cryotherapy to kill breast cancer cells by freezing tumours with super-cold nitrogen.

Combining antibiotics has just been shown to be a surprisingly effective way of overturning drug resistance, despite the long-held view that mixing multiple antibiotics isn’t effective.

In a major achievement, scientists have created an algorithm that can spot the similarities of tumour evolution in different cancer patients. This will help to predict the progress of the disease and find the most efficient personalised treatment.

Scientists have managed to extend the lives of drug-resistant ovarian cancer patients through a combination therapy and discovered other ways to attack the stubborn disease.

Here’s an exciting and accidental new discovery about tea: it can destroy most lung cancer cells. Future tea-based therapies will be less harmful to healthy cells and offer novel use for waste material destined for the tip.

Scientists have recently found that switching off the coincidentally named THOR gene can prevent tumour growth in the skin and lungs.