The discovery of a juvenile woolly mammoth named Yuka, found in Siberian permafrost with its skin and muscles intact, has ...

In 2010, researchers in northeastern Siberia stumbled upon a genetic goldmine: the remarkably well-preserved remains of a juvenile woolly mammoth. The animal, named Yuka, died nearly 39,000 years ago, ...

Scientists have extracted the oldest RNA molecules out of a woolly mammoth, gaining a snapshot into the processes at work in ...

Scientists have recovered RNA from a mammoth carcass preserved in permafrost for 40,000 years. The ancient molecules reveal details about the creature’s last moments.

WOOLLY mammoths are a step closer to coming back from the dead after RNA from a 39,000-year-old carcass was found. The Ice ...

Scientists have collected ancient RNA from mammoth samples up to 52,000 years old. Learn how they can use that RNA to ...

The frozen remains of a juvenile woolly mammoth named Yuka preserved details about the animal’s last moments alive ...

A woolly mammoth that lived and died nearly 40,000 years ago has given us a spectacular scientific first, millennia later.

The biotech industry is experiencing a rush of AI-powered tools for many aspects of the complex drug discovery process. But one that has flown under the radar, increasingly thought to be key to ...

While you’re probably pretty familiar with DNA, it’s likely that RNA only made it onto your radar during the pandemic, thanks to Covid-19 vaccines such as the ones from Moderna and Pfizer. DNA is “the ...

All starting from the same DNA, neurons ultimately take on individual characteristics in the brain and body. Differences in ...

RNA plays a vital role in how our genes are expressed and how diseases develop. Yet, because RNA molecules constantly change ...