DNA

After two decades in the making, scientists have cracked the code on a drug that can repair DNA, setting the scene for a new class of therapeutics that can fix tissue damage that occurs through heart attack, inflammatory disease and other conditions.

Scientists have sequenced RNA from a nearly 40,000-year-old woolly mammoth leg, the oldest ancient RNA ever recovered. These fragile molecules could reveal which genes were active in the animal’s final hours.

An ambitious plan to generate sequence genomes for 1.85 million species on our planet is underway. It's a major undertaking that'll dramatically enhance our understanding of biology, and inform conservation efforts. Thankfully, AI is lending a hand.

A new gene-editing technique from the University of Texas at Austin uses bacterial retrons to replace entire sections of dangerously mutated DNA with healthy genetic code. It could "reno" multiple mutations simultaneously.

One of the first events to signal the collapse of Napoleon's reign was his crushing defeat after an invasion of Russia in 1812. Researchers have long thought that the disease typhus played a role, but modern DNA analysis paints a different picture.

What naked mole-rats lack in the looks department they make up for it in longevity, living healthily for nearly four decades. Now, scientists have found just how they repair their DNA – and it has the potential to be harnessed by humans to do the same.

Researchers believe they have developed the first blood test to diagnose chronic fatigue syndrome, or myalgic encephalomyelitis, and it has the potential to be a game-changer for millions around the globe suffering with the debilitation condition.

A groundbreaking study has revealed that your mom and dad’s DNA don’t just pass on telomere length, they actively reshape it in the first days of life, influencing how we age and our risk of developing diseases such as cancer.

Sequencing mammoth DNA has already helped scientists map out how these Ice Age giants evolved, migrated, and survived. But there's a hidden layer of history still waiting to be decoded – the microbes that lived inside them.

A groundbreaking discovery reveals how HIV integrates its genetic material into human DNA, exposing a key viral vulnerability that could lead to new therapies and bring the world closer to a functional HIV cure.

In a groundbreaking study, scientists have mapped the most detailed genetic blueprint yet of frailty – the age-related decline that affects around 40% of people aged 65 and over. It provides new hope for developing precision anti-aging therapies.

A species loved by scientists has a new trick under its wings – a "time out" in youth that leads to significantly slower aging throughout life. This discovery, which shows that biological aging isn't fixed, is a breakthrough in human longevity science.