By providing a tool that better simulates human aging, HuT mice may help scientists uncover new strategies to protect telomeres, slow cellular aging and develop therapies for age-related diseases.

Psilocybin, the active compound derived from psychedelic mushrooms, significantly delayed cellular aging and extended ...

As the quest to extend human lifespan gains momentum, a select group of scientists is pioneering efforts to reverse the aging process. Inside state-of-the-art laboratories, researchers are ...

Moreover, telomere differences contribute to divergent aging trajectories between males and females. Understanding these sex differences is crucial to develop personalized interventions and therapies.

“The genetic basis of aging is complex, and it is likely that both cellular and whole organism factors contribute to the aging process. While telomeres are one important factor, other genetic ...

Previously, how telomeres regulated the human aging process could only be studied using isolated human cells in a petri dish. “This mouse model is quite different, ...

As revenues from the anti-aging market -- riddled with hope and thousands of supplements–– surged past $500 million last year ...

In a new study, men who followed a specific whole-foods diet reversed their biological age by up to nine years. The secret ...

A compound found in psychedelic mushrooms may have antiaging properties. Researchers at Baylor College of Medicine have found ...

Researchers at Washington State University (WSU) have developed genetically engineered mice with human-like telomeres, offering a new model for studying aging and disease. The findings, published in ...

For instance, in human leukocytes, a TL of 5 kb is associated with higher odds of death. Moreover, ... How nutrition and telomere dynamics shape beauty and aging in women.