It has been observed that the transformation from NR and NMN happens for a reason and it is entry to certain types of cells. It leads researchers to conclude that NMN is the fastest way to stimulate the production of NAD. Besides, NMN supplements have got their anti-aging and other benefits than the production of NAD.
With NAD metabolic pathway, the NMN supplements are added to cells without even converting to the NAD. It is possible with the help of the newly found transport proteins to increase after the levels of NAD drop off. This results in the contribution of NMN to cell energy, which allows anti-aging elements to be promoted by the cells with enough growth and regeneration.
If you are planning to supplement NMN and NAD together offers the direct path of promoting cell metabolism and is a faster way to do the same. Additionally, NMN will boost insulin production and activity and offers metabolic benefits and glucose tolerance. The NMN supplements will help to alleviate the metabolic conditions that include fatty liver disease, obesity, and diabetes.
How Does Your Body Make NAD?
Human bodies have the ability to produce NAD naturally from smaller components and precursors. Known as a raw material composition for NAD+, there’re around 5 key precursors that happen in our body namely tryptophan, nicotinamide, niacin, nicotinamide mononucleotide, and nicotinamide riboside. From all the given precursors, only NMN represents the final stage of the NAD+ synthesis.
You can get the precursors from diet and NA, NR and Nam are certain types of vitamin B3, which is one important nutrient. When absorbed in our body, cells will synthesize by many pathways. There is no difference in the biochemical pathway and factory production line, but in the case of NAD+, the multiple production lines can lead to a similar product.
The first pathway is known as the de novo pathway. It starts with the earliest NAD+ precursors called tryptophan and grows ahead.
The second pathway is the salvage pathway and it is more into recycling and creates NAD+ from different products of the NAD+ degradation. Proteins present in our body will help to degrade them to accumulate at unhealthy degrees.
