NMN infusion therapy and NAD+ infusion therapy

NMN IV therapy is a next-generation anti-aging treatment gaining global attention, with research from Harvard Medical School and Keio University discovering its rejuvenating effects. For those seeking not just visible anti-aging care, but also a desire to maintain a youthful, healthy lifestyle indefinitely, boost stamina and concentration to work efficiently and vigorously, NMN IV therapy is ideal. It revitalizes vitality from within, helping you regain an ageless charm.

As we age, our physical functions such as skin and stamina decline. NMN intravenous therapy targets the cells that accelerate aging and can reverse the aging process, hence it is also called “back-aging therapy.” By activating genes deeply involved in aging, it supports reclaiming youthfulness and living healthily.

NAD+ (nicotinamide adenine dinucleotide) is an essential substance for energy production and cellular repair. NAD+ acts as a coenzyme that aids cellular chemical reactions, playing a role in converting nutrients from food into energy. It is also involved in processes that maintain cellular health and function; a decrease in NAD+ can contribute to aging and disease progression. One reason why aging-related issues like decreased stamina and slowed metabolism appear is linked to the age-related decline in NAD+. By age 60, the body's NAD+ levels are said to drop to about half of what they were at age 30.

NAD+ therapy, which supplements NAD+ externally, is gaining attention as a next-generation anti-aging treatment that aims to restore damage caused by aging and stress, promoting “rejuvenation from within.”

NAD+ therapy is believed to boost energy metabolism and enhance physical stamina and concentration by increasing NAD+ levels in the body. It is also said to have beneficial effects on anti-aging and beauty. This treatment is recommended for those who wish to "stay youthful and healthy for as long as possible" or "maintain focus for work or studies."

NMN (nicotinamide mononucleotide) is a vitamin-like substance naturally produced in the body and is a precursor to NAD+. When NMN enters the body, it undergoes several enzymatic reactions to convert into NAD+.

Incidentally, foods rich in NMN include edamame, broccoli, and cucumbers. For broccoli, consuming 100mg of NMN per day would require approximately 40kg (about 2000 florets).

Both NMN IV therapy and NAD+ IV therapy aim to efficiently increase NAD+ levels. The difference between NMN IV therapy and NAD+ IV therapy lies in whether NAD+ is administered directly or its precursor is administered.

Due to its large molecular weight, NAD+ is difficult for cells to absorb directly, so it has been common practice to replenish it via intravenous infusion using NMN, which has a smaller molecular weight. NMN infusion therapy works gradually because it must undergo the conversion process to NAD+. However, as research advanced and a route for direct uptake of the larger NAD+ molecule was confirmed, NAD+ infusion therapy emerged. Since NAD+ is administered directly, there is no conversion process involved, and effects tend to be felt more quickly.