Free worldwide shipping Free Delivery Worldwide

    The Secret - NAD+

    NAD+, also known as Coenzyme I, is one of the most multi-function and important biological substance found in the body of mammals, functioning in more than half of the body's metabolic activities. Moreover, Sirtuins, the longevity-promoting and anti-aging protein in mammals, is also NAD+-dependent. As pets age, their NAD+ levels also decrease rapidly, causing a reduction in metabolic rate, decline in mitochondrial functioning, and body malfunctioning. The way to keep pets young, is to supplement the NAD+ that has been lost in their bodies.

      Raising NAD+ levels directly

      NMN is the most direct precursor of NAD+. It is also a substance that is naturally present in all mammals and various food. The amount of NMN present in food is very limited, thus your pet cannot consume sufficient NMN through their daily diet intake.

      Mind-blowing test results on NMN

      "After feeding the 2-year-old mice with NMN for 7 days continuously, their muscle health has returned to levels similar to 6-month-old mice, just as a 60-year-old elderly returning to 20 years old," described Professor David Sinclair.

      David Sinclair is co-Director of the Paul F. Glenn Center for the Biology of Aging at Harvard Medical School. He conducted a research on NMN in 2013, and found out that after feeding 2-year-old mice with NMN for a week, their muscle health has returned to levels similar to 6-month-old mice, just as a 60-year-old elderly returning to 20 years old; their lifespan has been extended by 20%. Related reports have also been published in the international scientific journal Cell. After that, related research has emerged to explore and prove the powerful effects of NMN. NMN has officially emerged as a central topic in the field of scientific research.

      Read more test reports here

      Let your pet enjoy the same privilege as NASA astronaunts

      Since 2017, NASA has started exploring the possibility of using NMN to shield astronauts against harmful cosmic rays.

      Previous research shows that after a potential 4-year long voyage to Mars, astronauts will face serious health probelms: high-energy particle radiation in space will damage astronauts' DNA, causing the death of 5% of their body cells as well as significant aging. Moreover, it may result in cell mutation, which will most probably cause serious consequences. Now, NMN might actually become the key to solve this challenge.

      Read more test reports here