News — mitochondrial health

Pyrroloquinoline quinone, or PQQ, is quickly gaining attention in the health and wellness world as the so-called "longevity vitamin." Though not officially recognized as an essential vitamin, PQQ’s powerful cellular benefits have sparked interest among scientists, biohackers, and everyday wellness enthusiasts. Its claim to fame? Supporting mitochondrial health — the tiny energy factories in your cells — and potentially slowing down the ticking clock of aging.

Unlike many supplements that work on the surface level, PQQ operates deep within your cellular machinery. It encourages the growth of new mitochondria, boosts antioxidant defenses, and helps cells produce cleaner, more efficient energy. This combination of effects makes PQQ a promising ally for not just better energy and focus today, but for healthier aging in the years ahead.

In the search for graceful aging and vibrant cellular energy, mitochondria—the tiny powerhouses of our cells—have become a focal point of cutting-edge health science. When these energy engines falter, so does our vitality. But what if a natural compound found in a common fruit could spark mitochondrial renewal and extend the lifespan of our cells? Enter urolithins, postbiotic metabolites derived from pomegranates that are quickly gaining a reputation as game-changers for mitochondrial health and longevity.

Urolithins, especially Urolithin A, are not present in pomegranate juice itself. Instead, they’re produced by gut bacteria when ellagitannins—polyphenols found in pomegranates—are metabolized. These molecules have been shown to stimulate mitophagy (the selective recycling of damaged mitochondria), reduce inflammation, and improve muscle function in both animal models and human trials. In a world where fatigue, cognitive decline, and aging-related conditions are increasingly common, urolithins may hold a juicy secret to a longer, more energized life.

Chronic Fatigue Syndrome (CFS), known for its unrelenting exhaustion, impacts countless individuals worldwide. While the exact causes of CFS are complex, a growing body of research points to the mitochondria as central to understanding and potentially managing this condition. These tiny but powerful energy factories in our cells play a key role in generating energy, and when they are not functioning optimally, fatigue can set in quickly and deeply. Learning more about the mitochondria’s role in CFS can reveal new ways to support energy levels and improve quality of life for those impacted.

Understanding how mitochondria work, and why they’re often affected in CFS, can open doors to new treatment strategies. From lifestyle choices to nutrition and supplementation, many methods can support mitochondrial health. With the right tools, it’s possible to give your mitochondria a boost and, in turn, take a step toward improving energy levels and reducing the symptoms of chronic fatigue.