NAD is one of the earliest molecules on earth and is found in every cell of the body. It plays a key role in protecting the major organs of the body. So as NAD declines, so does that protection. The NAD+

Sirtuins are nicknamed the “longevity gene by scientists. They regulate the proteins and genes involved in the body’s response to inflammation, oxidative stress, and programmed cell death. They are dependent on NAD+

When young, the levels of AMPK tend to be high. AMPK has been described as the master switch that regulates the body’s metabolism and life expectancy. It helps the body turn glucose into energy and prevents the body from storing too much fat by helping change fat into energy.

When mTOR is regulated correctly, it’s beneficial in governing our health and extending our life expectancy. However, when the levels become out of balance, either too much or too little, we can experience negative consequences that will impact our longevity.

NF-kB (Nuclear Factor-kappa B) is the main pathway responsible for controlling the complex physiological process of inflammation. It regulates the release of proinflammatory genes (genes that cause inflammation) such as cytokines and chemokines in response to free radicals. Chronic inflammation is considered a key factor contributing to ageing.

We can associate skin aging with a loss of skin moisture. The key molecule involved in skin moisture is hyaluronic acid (HA) which has a unique capacity to bind and keep water molecules. HA also acts a naturally occurring joint lubricant as you age, joint movement becomes stiffer and less flexible because the amount of lubricating fluid inside your joints decreases and the cartilage becomes thinner.

Liposomal technology is reinventing the supplements industry. By taking nano supplements in place of regular supplements, the body is better able to absorb the vitamins and minerals within. That means superior results and improved health for all supplement users.