MNN, officially called β-Nicotinamide Mononucleotide, is also known as the modern "elixir of youth." Multiple authoritative studies have shown that NMN participates in various physiological activities, including human metabolism and cell repair. It shows tremendous potential in delaying aging, improving mental state and sleep quality, and enhancing energy, physical strength, muscle strength, and bone density.
Many Nobel Prize winners in Chemistry and Medicine were born during the development of NMN (Beta-Nicotinamide Mononucleotide).
In 1994, the British biochemist Sir Arthur Harden first discovered the substance NAD+. In 1929, Arthur Harden was awarded the Nobel Prize in Chemistry for this discovery.
In 1920, Hans Von Euler-Chelpin discovered the key role of NMN in human metabolism, and ultimately won the Nobel Prize in Chemistry in 1929 for this discovery.
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In 2005, Professor Shinichiro Imai of Washington University in the USA published the first research report on NMN, publicly stating that NMN can increase the NAD+ levels in the human body.
In 2011, through the intervention treatment of diabetic mice using NMN, Professor Shinichiro Imai of Washington University successfully increased the insulin levels in mice, demonstrating the remarkable therapeutic effects of NMN on diabetes.
In 2013, Harvard University's "Father of Anti-aging," David Sinclair, successfully improved several aging indicators in test mice by using NMN for anti-aging intervention in elderly mice. This extended the mice's lifespan by 1/3 to 1/2, proving NMN's potential in anti-aging and attracting significant capital investment.
In 2016, Keio University in Japan, in collaboration with Washington University, conducted the first human clinical trial. By evaluating various aging indicators, they confirmed the safety and efficacy of NMN in humans. At this point, NMN production and sales were recognized abroad.
The safety of NMN is a concern for many consumers. In fact, NMN itself is a key substance present in the human body and can also be found in our daily food. The NMN commonly seen on the market today is extracted from plants. Thus, consumers have no need to worry about the safety of NMN, as its raw materials are derived from nature. In 2017, Hiroshima University in Japan conducted another human trial on the long-term oral intake of NMN, ultimately presenting positive and healthy research reports.
First, as a precursor of NAD+, NMN's primary role is to promote the synthesis of NAD+ enzyme in the body. This enzyme is closely related to cell metabolism and cell repair, giving it anti-aging effects.
NMN can improve women's health indicators
The anti-aging research team at Japan's Doshisha University published an article in Glycative Stress Research, stating that supplementing NMN after menopause can effectively alleviate the deterioration of health indicators due to aging. It maintains metabolism and hormone health while significantly improving skin aging indicators.
NMN can improve sleep quality and physical functions in middle-aged and elderly people
A clinical trial conducted by Japan's University of Tsukuba found that consistently taking 250 milligrams per day for 12 weeks can effectively alleviate fatigue, physical strength, and sleep quality in middle-aged and elderly people.
NMN can reduce weight, cholesterol, and blood pressure
Harvard University's "Father of Anti-aging," David Sinclair, conducted a clinical trial on overweight individuals over the age of 45. Volunteers consumed 2000mg of NMN for 28 consecutive days, successfully reducing their weight. The experimental data also showed that the cholesterol and blood pressure of the overweight volunteers decreased to varying degrees, highlighting the potential benefits related to liposomal price and its impact on health.
NMN can help treat retinal dysfunction caused by cardiovascular diseases
Japanese scientists published an article in the International Journal of Molecular Science, stating that NMN can significantly increase retinal NAD+ levels, activate antioxidant genes, and reduce the activation of glial cells, thereby addressing retinal dysfunction caused by cardiovascular diseases.
NMN can activate longevity proteins and mitochondrial cells to delay aging
The research team at Jilin University published conclusions in the International Journal of Molecular Sciences exploring NMN's role in delaying aging. NMN delays cellular aging and continuously activates mitochondrial functions by activating longevity proteins.
Of course, NMN benefits do not stop there. As the modern "elixir of youth," NMN has gained the recognition of many consumers. If your company is seeking to purchase high-quality NMN powder products, Natural Field, as a leading NMN powder supplier, is committed to providing high-purity and stable NMN products to global enterprise customers. Our NMN powder is produced strictly according to international standards, ensuring every product is safe and reliable.
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