Metabolism - Diabetes - Weight Loss
Metabolic disorders such as diabetes and obesity are skyrocketing around the world. These common health challenges pose significant cause for global concern. They can lead to serious or life-threatening conditions like cardiovascular disease, liver disease, peripheral neuropathy and even blindness. Conventional treatments often only treat symptoms, leaving the underlying causes largely unaddressed and patients searching for answers.
Recent research from numerous respected universities and institutions has revealed a critical connection between mitochondrial dysfunction, NAD+ levels, and metabolic diseases. NAD+ supplementation has shown promising results in animal studies, suggesting potential therapeutic benefits for targeting metabolic dysfunction at the cellular level.
Doctors often face challenges in managing metabolic conditions and encouraging patients to adopt healthier lifestyles, with limited options available to support them. However, preclinical studies suggest that boosting NAD+ levels may mimic the effects of calorie restriction, a proven strategy for promoting metabolic health, weight loss, and longevity.
During caloric restriction NAD+ levels rise naturally. Research in animal models shows that NAD+ supplementation may replicate the metabolic benefits of reduced calorie intake without the need for extreme dietary changes. These findings show promise for future clinical applications.
Harvard University provides a broad overview of how NAD+ can be used for various metabolic conditions.
Discusses Type 2 diabetes, the critical role of NAD+ biosynthesis, and outcomes of supplementation.
Provides clear evidence in mice of NAD+’s effects on offspring development, brain development, and benefits to mothers who supplemented.
Doctors often struggle with addressing metabolic conditions and trying to get patients to implement healthy lifestyle changes. There is a lack of viable options available for doctors to support patients with metabolic problems. However, preclinical studies show that boosting NAD+ levels can mimic calorie restriction.
Caloric restriction promotes metabolic health, weight loss and longevity. During caloric restriction NAD+ levels rise naturally. Research in animal models shows that NAD+ supplementation may replicate the metabolic benefits of reduced calorie intake without the need for extreme dietary changes. The potential for human interventions holds promise.
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These statements have not been evaluated by the Food and Drug Administration and are not intended to diagnose, treat, cure, or prevent any disease. These results are not typical. Individual results may vary.
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