NAD Studies Research

In this research, we also examine the role of NAD (nicotinamide adenine dinucleotide) in red blood cells, which provides insight into niacin (formerly known as vitamin B3) status in the body. Niacin, like NAD, is a crucial component of various coenzymes, making it essential for numerous cellular processes and metabolic pathways, particularly in the respiratory chain, where its primary function is ATP (adenosine triphosphate) synthesis. While diseases and syndromes such as chronic fatigue syndrome (CFS) are directly impacted by NAD availability and energy production, it is important to note that ATP is vital for the proper functioning of every cell, system, and process in the body. From cellular repair to immune function, the body relies on ATP for energy, making NAD a key factor in overall health and wellness.

Profiling NAD levels in red blood cells not only complements ATP profiling but also serves as an important marker to monitor niacin supply, aiding in the optimal functioning of the body as a whole.

Practical Application of Research

By optimizing NAD support through NMN (nicotinamide mononucleotide) in our formulations, we address this essential requirement, supporting energy production and promoting vitality across all bodily functions. NMN is a more effective choice than niacin because it is a direct precursor to NAD, ensuring more efficient NAD synthesis within the body. Unlike niacin, which must go through several steps before becoming NAD, NMN bypasses some of these steps, leading to a faster and more direct boost in NAD levels. Additionally, one of the major benefits of using NMN is the absence of the "flush" effect commonly associated with niacin. Niacin supplementation can cause flushing - an uncomfortable side effect where blood vessels dilate, causing a warm, red, or tingling sensation in the skin. This flush is often viewed as a sign of niacin's activity in the body, but it can be undesirable for many people. On the other hand, NMN avoids this issue, providing a more comfortable and efficient way to boost NAD levels without the discomfort of flushing. Moreover, while non-flushing forms of niacin are available, they are not ideal because they are often less effective at supporting the body's NAD production compared to NMN, which is specifically designed to promote this vital process.

Additionally, research on individuals with immune deficiency conditions has shown a notable correlation between niacin use and the absence of viral load detection over extended periods (when combined with other treatments). This underscores the potential benefits of optimizing niacin levels, not only for general health and wellness but also for supporting immune function and potentially enhancing the body’s ability to manage complex conditions. These findings suggest that maintaining optimal NAD levels, through NMN supplementation, can play a significant role in promoting overall health and supporting the immune system in a variety of contexts.