NAD+

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NAD+ is believed to have several potential benefits, including improving energy levels, anti-aging, supporting cognitive function, reducing inflammation, and supporting the body’s natural detoxification processes.

WHAT IS NAD+?

NAD+ INJECTIONS is a critical coenzyme to produce energy & regulate key bodily functions. .NAD+ Injections are a powerful way to supplement your NAD+ levels without infusions-all from the convenience of home. NAD+ levels decline with age as evidenced in scientific studies Converts nutrients into energy & maintains healthy DNA By improving & sustaining NAD+ levels, you can deaccelerate the aging process Injections are administered subcutaneously into fatty tissue to facilitate NAD+ into the bloodstream Circulates NAD+ faster than other methods to notice benefits sooner.

BENEFITS OF NAD+

Research has established the therapeutic potential of NAD+ in a range of contexts. It has specifically been targeted as a potential treatment of neurodegenerative conditions.

There is currently a phase II study underway at the Keio University School of Medicine, where researchers are looking at the long-term effects of NMN (a NAD+ precursor) on glucose metabolism in healthy adults.

Another, at Hiroshima University, is studying the impact of long-term NMN supplementation on hormone levels in healthy populations [4]. These studies will be useful to researchers interested in NAD+ as a therapeutic agent.

In the interim, there is a wealth of documentation and clinical studies to support the use of NAD+

ANTI-AGING

Research in mice has revealed that increasing NAD+ metabolism can extend lifespan and mitigate premature aging diseases.
In a 12-month rodent study, oral administration of the NAD+ precursor NMN suppressed weight gain, enhanced energy metabolism, and improved insulin sensitivity in the test subjects. The authors deemed NMN as having preventative effects on age-associated physiological changes, with the hope that these results could be replicated in humans.
The concern with supplementing oral NMN is that its effects in neurons are unclear. Increased intracellular NMN activates SARM1, which is an executor of axon degeneration. NAD+ nasal spray may help to “by-pass” this activation of SARM1 from oral supplementation of the NAD+ precursor NMN.