Cell Recharger Therapy with NAD +
NAD+ is the key to reducing body degeneration plus has the ability to restore the health and energy deep down to the cellular level
What is NAD+ Therapy?
Nicotinamide adenine dinucleotide or NAD in short is a coenzyme found in the body that is fundamental to metabolism. NAD+ however contains not just NAD but also vitamin B3 which assists our body to produce energy.
When a person consumes food, whether starch, sugar, glucose, fat, or protein, our body then converts them to energy. The process of producing energy requires the assistance of NAD+. As we grow older, NAD+ slowly decreases. Therefore, adding NAD+ can restore and enhance the body’s cell function.
NAD+ does not only help with the body’s energy function. In fact, NAD+ is also the key to unlocking and enhancing the efficiency of over 500 cell functions. In addition, NAD+ assists with the regeneration of deteriorating cells making it highly potent in combating aging.
How can NAD+ Therapy fights aging?
NAD+ does not only help with the body’s energy function. In fact, NAD+ is also the key to unlocking and enhancing the efficiency of over 500 cell functions. In addition, NAD+ assists with the regeneration of deteriorating cells making it highly potent in combating aging. Many research studies have found that NAD+ is highly beneficial for anti-aging and maintaining one’s youthfulness. Hence, in summary, NAD+ improves the function of different cells, regenerates the function of many organs plus has the ability to reverse the aging process with its anti-aging qualities.
Who is NAD+ Therapy suitable for?
NAD+ therapy suits those with low levels of energy, who get easily exhausted, and are generally lethargic. NAD+ can provide a boost to one’s energy. This is especially beneficial for older people who feel drained although they have not done a lot of work.
In addition, due to the organ restoration capabilities, NAD+ can also help with repair plus degeneration prevention and therefore, can assist with problems such as dementia, heart degeneration, kidney deterioration, and more.
