Cell & Gene Research

In the ever-evolving world of longevity science, researchers are uncovering increasingly sophisticated ways to not only slow aging but to actively reverse some of its damaging effects at the cellular level. One of the most intriguing developments comes from a surprising source: tiny packets of biological material called extracellular vesicles (EVs), released by stem cells. […]

Sirtuins: A New Frontier in Longevity Science In the world of longevity research, few molecular pathways have captured as much attention as NAD+ and its close partners, the sirtuins. These interconnected molecules lie at the heart of many age-related processes, from DNA repair to metabolism to cellular stress resistance. Yet while boosting NAD+ levels has

As the field of longevity science matures, researchers are discovering that many powerful interventions may come not only from the lab but also from nature’s own pharmacy. Among these naturally occurring compounds, apigenin, a plant-derived flavonoid, has emerged as a particularly promising candidate for promoting healthy aging and reducing the risk of cancer — two

Aging is often described as a slow unraveling—a gradual loss of vitality, energy, and resilience. But beneath the surface, aging begins at the cellular level. Among the most vital players in this story are stem cells, the body’s lifelong reservoir of regeneration. From muscle to brain, skin to bone, stem cells are the architects of

A new study in mice reveals that rejuvenating neurons at the molecular level may restore cognitive function—and point the way to future brain-aging therapies As we age, memory often becomes a moving target. Names slip, words hide, and moments blur. While these changes can be subtle, they reflect a profound shift happening within the brain’s

Multiple sclerosis (MS) has long puzzled researchers. Unlike many chronic illnesses, it does not follow a simple cause-and-effect pattern. Instead, it appears to arise from a tangled interplay of genetics, immune dysfunction, inflammation, environmental factors, and — as scientists are now beginning to understand — a surprising biological phenomenon known as epigenetic memory. While this

In the quiet corners of our biology, science is uncovering a subtle yet promising ally in the battle against aging: Urolithin A. This gut-derived molecule, not directly present in the foods we eat but formed through their digestion by specific microbes, is emerging as a potential therapeutic agent against one of the most disruptive features

Aging isn’t just about wrinkles and gray hair. At the cellular level, it’s a battle against time, inflammation, and decline. But recent scientific discoveries suggest that a powerful ally may be quietly working in your gut: Urolithin A—a postbiotic compound that could help slow aging by reducing inflammation and reprogramming aged cells to behave more

In the evolving landscape of longevity science, researchers are beginning to challenge long-standing assumptions about one of the most delicate frontiers of aging: reproductive health. While extending lifespan and improving metabolic resilience have long dominated the conversation, a new area of focus is gaining attention — the possibility of extending reproductive years. A recent breakthrough

New research reveals a profound link between how our cells manage information and how they become vulnerable to disease—and possibly, aging itself If DNA is the script of life, then epigenetics is its director—guiding how, when, and where each gene is expressed. For years, scientists believed that while genetic mutations were permanent changes to the