News
Could NAD Be The ‘Fountain Of Youth” For A Woman’s Eggs?
Due to a variety of factors, often including career, educational and financial considerations, today many women are routinely waiting until they are in their 30’s before trying to start a family. In fact, according to the U.S. Centers for Disease Control and Prevention (CDC), there are more women in their...
NAD Supplementation And Cognitive Health - Prevention And Restoration
Nicotinamide Adenine Dinucleotide (NAD), a powerful natural compound found in every cell of the human body, serves as a critical coenzyme which powers vital biochemical reactions and is essential for optimal cellular functioning and repair. Like so many other bodily compounds, NAD levels decline as you age and this decline...
Resveratrol And The Human Immune System
Many people are familiar with resveratrol (say “res-VER-ah-trahl”), a natural antioxidant compound found in many varieties of red grapes (including red wine), blueberries, rhubarb, dark chocolate and other foods. Resveratrol is also found in Japanese knotweed, a perennial plant native to East Asia, which has been used for centuries as...
What Causes Grey Hair And How To Reverse It
Finding that first grey hair or two in your otherwise dark locks comes as a bit of a shock for most people, as going grey is one of the earliest signs of aging. Once the greying process has begun, the transition to all or mostly grey hair is only a...
The Longevity Gene (SIRT1), NAD+ and Cellular Metabolism: What You Should Know
As you age, the level of NAD+ (Nicotinamide adenine dinucleotide) in your body naturally declines. Because NAD+ is essential for optimal cellular functioning and repair, this decline contributes to many of the often distressing changes you are likely to experience as you grow older, such as a decrease in cognitive...
The newest findings on NAD+, the Circadian Rhythm, and Anti-aging
While the role of the circadian rhythm and the anti-aging benefits of NAD+ are already well-known a new ground-breaking study , published just a week ago, provides new insights into:[i] - To what extent NAD+ can alter gene expression of the circadian rhythm.- How NAD+, with the help of...
