Several B-vitamins need to be converted into other forms before they are activated for a wide range of functions. However, enzyme defects, alcohol, medication, and aging processes can make this difficult. The form of vitamin D that we produce from the sun or get from supplements is also inactive, and factors like obesity, aging processes, and a lack of certain minerals can make it difficult to make the active form. Conversion of vitamin K1 into vitamin K2 requires a well-functioning gut flora. Optimal utilization of Q10 requires a specific selenium compound. This means that an inability to activate vitamins and Q10 can result in chronic fatigue, many serious diseases, and in the worst case, early death.

According to a study published in BMC Psychiatry, increasing one’s intake of vitamin B3 may improve mood and reduce or even eliminate suicidal thoughts. It is important to note, however, that vitamin B3 is primarily found in protein-rich foods, and a plant-based diet may increase the risk of deficiency. Additionally, stimulants, genetic factors, and aging can make it harder to utilize B3 from the diet, because B3 must first be converted into its active form, NAD, which is important for energy metabolism, mood, and mental balance.

Vitamin B3, found in protein-rich foods, is important for energy metabolism, circulation, and protection of nerve cells. Getting enough vitamin B3, combined with drinking green tea that contains a specific antioxidant, appears to provide additional protection for nerve cells. This suggests that the combination of vitamin B3 and green tea may protect against the development of Alzheimer’s disease through synergistic effects, according to a study published in GeroScience.

Vitamin B3 deserves a lot more attention because of its key role in cellular energy metabolism, the brain and nervous system, our mental health, and our circulatory system. In the cellular powerhouses, we find the derivate form of B3 called NAD, which gives an energy boost. According to a study published in StatPearls, studies suggest that vitamin B3 lowers the risk of Alzheimer’s disease, Parkinson’s disease and other neurological disorders, rheumatoid arthritis, muscle atrophy, and various cancer forms. Many people have an increased need for the nutrient due to factors such as ageing, genetic variations, and poor utilization of the vitamin.