Stanford University

Researchers have analyzed blood proteins to estimate the biological - as opposed to the chronological - age of bodily organs to predict a person’s risk of disease. The approach may lead to the earlier detection of disease in apparently healthy people.

Eating less meat is known to be good for heart health, but studies have been hampered by confounding factors such as genetics and background. Now, 22 sets of twins on 'healthy' meat and plant-based diets provide us with the best comparative data yet.

Women and girls in industrial countries may have ready access to inexpensive menstrual pads, but such is not always the case in developing nations. That may soon change, however, thanks to the sisal plant.

Managing diabetes usually involves regular shots, but soon patients might only need injections a few times a year. Stanford has developed a hydrogel-based delivery system that slowly releases drugs over months to control diabetes and even weight.

They've lived on earth for 280 million years at least, but starfish – or sea stars – remain a huge mystery in biology. Now, long-held beliefs regarding their unique design have been upended, as genetics reveal they're not all arms but nearly all head.

Anyone who's been to karaoke night at a bar knows just how dramatically altered our voices get after throwing back a few drinks. Scientists have now shown that analyzing these vocal changes is a surprisingly good way to see just how drunk we are.

A study into using ketamine to treat depression has yielded surprising results. Despite the unique way in which the researchers ensured the trial was ‘blind’, the placebo and treatment groups had the same improvement in symptom severity.

Using paired smartphones, motion-capture app OpenCap films video and then uses AI to analyse human movement, providing detailed data for use in rehabilitation, presurgery plans and disease diagnostics – and is 1% of the cost of traditional technology.

Researchers have identified cell-specific proteins in eye fluid and used AI to determine which proteins accelerated aging in particular diseases. The technique may lead to precision treatments and more informed clinical trials.

In a major step towards creating new organs on demand to alleviate donor waitlists, Stanford scientists have now received a contract and funding for experiments to 3D print human hearts and implant them into live pigs.

Scientists at Stanford Medicine have tested a new potential treatment for Alzheimer’s disease in mice. The therapy involves transplanting blood stem cells from healthy mice into those with the disease, which helps replace defective neural cells.

Believe it or not, male sexual desire actually begins in the brain. Scientists have found the neural circuit that triggers mating behaviors and the ensuing pleasure and reward feedback in mice. They hope it can lead to new drugs to treat dysfunction.