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新興和製薬株式会社

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新興和製薬株式会社

  • Product Information
  • Online Store

How is Shinkowa Pharmaceutical's NMN?

・Purity: at least 99.8%.
・Accelerated aging test: maintains a purity degree of at least 99.5% after 3 months at 40 ℃.

About safety, evaluation, and other tests conducted by Shinkowa Pharmaceutical.

・First time (Japan Food Analysis Center. Completed August 17, 2015.)
・Acute oral toxicity test: no abnormalities or deaths observed (on rats.)
・Reverse mutation test: negative (on bacteria)
・Primary skin irritation test: non-irritant.
・Eye irritation test: non-irritant (on rabbits).

・Second time (DRC Corporation. Completed November 23, 2015)
・Food containing resveratrol and nicotinamide mononucleotide
Examination of lipid improvement effect by intake of composition:
(human clinical research)No safety problems, other data undisclosed.

・Third time (Graduate School of Biomedical & Health Sciences, Hiroshima University. Completed March 31, 2019)
・Evaluation of the effects of long-term intake of nicotinamide mononucleotide (NMN)
…No safety problems, other data undisclosed.
https://upload.umin.ac.jp/cgi-open-bin/icdr/ctr_view.cgi?recptno=R000029616

・Fourth time (Japan Food Analysis Center. Completed July 30, 2018)
・Acute oral toxicity test: no abnormalities or deaths observed (on rats.)
・Reverse mutation test: negative (on bacteria)
・Primary skin irritation test: non-irritant (on rabbits).
・Eye irritation test: non-irritant (on rabbits).

Shinkowa Pharmaceutical only uses NMN with the highest purity and stability. In addition to the tests above, we have conducted and completed other safety and evaluation tests and have confirmed its safety every time.

NMN is an intermediate metabolite in the NAD + biosynthesis system and contributes to the body synthesis of NAD +, which decreases with age. Sirtuins, which are believed to have a major influence on aging, require NAD + to carry out their functions, and NMN promotes the synthesis of NAD +, so through the action of the sirtuins NMN is thought to affect the process of aging. Studies that claim that the activation of the NAD+ synthesis system through the administration of NMN mitigates a series of symptoms associated with aging have been reported one after another (see References 1 and 2). For example, professor Shinichiro Imai of the Department of Developmental Biology/Department of Medicine (joint), Washington University (St. Louis) School of Medicine, the foremost expert in aging research, observed the effect of long-term oral administration of NMN on mice, an animal most frequently used in experiments. As a result, improvement of energy metabolism, improvement of insulin sensitivity, increase of bone density and improvement of mitochondrial activity of skeletal muscle, among others, were observed (see Reference 2). However, there are also many aspects of the biomolecular mechanism of NMN that have not been clarified yet. We consider that elucidating these are important issues in the research on aging. Therefore, as a company, we have decided to set up a program to promote a series of studies in order to contribute to the science of NMN and also to the branch of science related to aging. As the first step, in order to elucidate the mechanisms of NMN, we have concluded a research consignment (Elucidation of Intracellular Mechanism of NMN by Multi-Omics Analysis) with the nonprofit corporation Systems Biology Institute (hereinafter SBI; CEO: Hiroaki Kitano). In this research consignment, omics analyses will be carried out about the effect of NMN on cells, using various human cultured cells with different tissues and growth conditions. It is expected that this will allow us to understand a part of how NMN affects gene expression and intermolecular interaction in cells through sirtuins and the synthesis of NAD+, among others. The results of this research will be published on a timely manner on international journals. SBI CEO Dr Kitano has expressed his expectations regarding the research, "Through long-term administration, NMN is a substance expected to mitigate the physiological problems associated with aging. Although a number of physiological effects caused by the administration of NMN have been reported, the detailed biomolecular mechanisms have not yet been elucidated. This research will comprehensively analyze the effects of NMN at a cultured cell level and I hope it will be the first step leading to the next stage of research on the biomolecular and system biology of NMN." Shinkowa has made donations and commissioned research to the University of Washington and a number of other research and educational institutions to contribute to the promotion of NMN research, and in April 2015 we launched in Japan a line of health foods containing NMN through our own brand “Mirai Lab”. This line was quickly expanded when we launched our cosmetic brands “FACE RICH” and “BODY RICH”. Mirai Lab and NMN are attracting a great deal of attention, and NMN products have been featured in the media as substances that could be effective for rejuvenation and anti-aging.

Reference 1: Yoshino et al. NAD+ Intermediates: The Biology and Therapeutic Potential of NMN and NR. Cell Metabolism 2018 Mar 6; 27 (3): 513-528.

Reference 2: Yamaguchi Shintaro, Jun Yoshino, The Role of NAD+ Synthesis System in Age-Related Diseases and its Possibilities Related to Drug Discovery Targets, vol. 87, No. 2, pp. 239 - 244 (2015、Japanese)

Reference 3: Mills, K., et al., Long-term administration of nicotinamide mononucleotide mitigates age-associated physiological decline in mice, Cell Metab. 2016 December 13; 24(6): 795-806.doi:10.1016/j.cmet.2016.09.013.