A new review maps how common genetic variants, insertion/deletion polymorphisms, microRNAs, DNA methylation and histone ...

A new narrative review in Pediatric Research reframes bronchopulmonary dysplasia as a disorder of epigenetic programming in ...

The First Steps Towards Cellular Rejuvenation Life Biosciences, a biotech startup based in Boston, has announced that their first patient has received a groundbreaking experimental treatment, aiming ...

The Scientific Potential Hidden Behind the 'Delicious Temptation' of ChocolateWarm cocoa enjoyed during a casual break or bitter dark chocolate. These are familiar comfort foods for us, but recent cut ...

Jonathan was already a fully grown tortoise when he arrived on the remote island of St. Helena in 1882. He has since outlived ...

GSK3β in colorectal cancer cells degrades histones to accelerate glycolysis, and the resulting lactate leads to the ...

Age reversal has moved from laboratory theory into a real human experiment. ER-100 could help reveal how much of aging ...

After four weeks of using the cream, participants lowered the biological age of their skin by about two years on average.

A machine learning-based gene expression clock helped identify SRSF1 as a rejuvenation target. The gene shifted several aging ...

Every cell in an organism contains the same DNA, which carries all the instructions needed for it to function. Yet cells do not all use the same genes: A nerve cell, for example, does not activate the ...

Direct reprogramming of human blood cell precursors into neural stem cells gradually reversed molecular signs of aging.

A new review examines how protein and specific amino acid restriction may affect metabolism, cellular aging, and longevity, while highlighting important gaps in the human evidence.