Cell & Gene Research

A Deep Dive with Dr. Michael Levin on Development, Repair, and the Future of Cellular Control What if aging wasn’t just about wear and tear—but about miscommunication? In the ever-expanding field of regenerative medicine, few voices are as compelling or thought-provoking as that of Dr. Michael Levin, a developmental biologist at Tufts University and a […]

When we think of Olympic athletes, we picture peak performance—strength, grace, precision, and unrelenting discipline. But what if their extraordinary physical capabilities are accompanied by something less visible but just as remarkable: a slower biological clock? Recent research suggests just that. A study of Hungarian Olympic gold medalists has revealed a striking finding: elite athletes

Exploring how cellular energy hubs could help reverse the effects of certain mutations—and what that means for health and longevity Every cell in your body is a story in motion—one shaped by genes, environment, and the unceasing pulse of energy that fuels life itself. At the heart of that energy is the mitochondrion, a microscopic

A landmark study shows that aging may not be a one-way street—and that youthful vitality might be more recoverable than we imagined We all feel it eventually. That subtle slowing down, the lingering aches, the name you can’t quite recall. Aging is often seen as a gradual loss—a steady march forward in time from which

A groundbreaking discovery highlights how certain stem cells preserve their youth — and what it may mean for extending healthspan Aging has long been associated with an inevitable decline — a slow unraveling of biological resilience, where cells lose their regenerative capacity, tissues wear out, and organs falter. But what if aging isn’t entirely universal?

A groundbreaking study in mice opens new doors in mitochondrial medicine—and offers clues for enhancing energy, resilience, and longevity at the cellular level Deep within every cell in your body, two genomes coexist. One resides in the nucleus, home to over 99% of your genetic material. The other—a tiny, powerful remnant of ancient bacteria—lives in

As we navigate the decades of life, one truth becomes clearer: how we age is not just a matter of genetics or luck. It’s a mosaic built from daily choices—and one of the most influential of these is how we eat. Emerging research continues to affirm what many holistic wellness advocates have long believed: the

Rethinking Aging: More Than Just Time Aging isn’t merely the accumulation of years. It’s the biological and biochemical wear and tear that accumulates over time, subtly reshaping our cells, tissues, and organs. At its heart lies one of the most potent disruptors of healthy aging: chronic inflammation. In recent years, scientists have turned their attention

New research reveals how cellular senescence may serve both villain and hero roles in the aging process In the fast-evolving world of longevity science, cellular senescence has become one of the hottest—and most complex—topics of our time. Senescent cells, sometimes dubbed “zombie cells,” are widely known for their role in driving age-related inflammation, tissue dysfunction,

As the field of longevity science continues to evolve, few discoveries carry as much significance as those involving the mitochondria — often called the powerhouses of our cells. These tiny, energy-generating organelles play a central role in fueling nearly every biological process. When mitochondria falter, the consequences ripple outward, contributing to numerous age-related declines. One