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NAD+: A Key Driver in Cellular Aging
NAD+ is a coenzyme essential to hundreds of processes in the body, particularly in supporting how cells generate energy. As levels naturally decline with age.
NAD+ is a coenzyme essential to hundreds of processes in the body, particularly in supporting how cells generate energy. As levels naturally decline with age, this drop has been associated with cognitive decline, loss of muscle mass, and metabolic disorders.
A therapy built to help your body feel and function at its best, restoring NAD+ levels to support your metabolism and long-term health. Research have explored several ways to restore NAD+ levels in the body, from dietary supplements and enzyme targeting compounds.
NAD+ therapy in particular has shown promising results in both younger and older adults, with studies pointing to improvements in metabolic function and a boost in the body's natural antioxidant defenses.
NAD+
NAD +
NAD +
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NAD +
The science of flourishing starts with your Metabolic Health
If you would like to explore other metabolic support, ask your provider about NAD+
NAD+
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Growing evidence points to NAD+ playing a wide-ranging part in generating cellular energy, driving redox reactions, and acting as a substrate or cosubstrate in the signaling pathways that govern healthy aging and lifespan. There is preclinical and clinical data on their therapeutic potential for age-related conditions, particularly cardiometabolic disease. *
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NAD+ concentrations fall progressively over the course of life, and this age-related drop in NAD+ availability is thought to contribute to numerous conditions associated with aging. Preliminary studies in humans indicate that NAD+ precursors can safely elevate NAD+ levels in the blood and certain tissues, with early signs of benefit and modest improvements in blood pressure and lipid profiles among older adults who are overweight or obese.**
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NAD+
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Through both direct and indirect effects, NAD+ shapes numerous essential cellular processes, including metabolic pathways, DNA repair, cellular senescence and immune cell activity all of which are vital for sustaining tissue and metabolic balance and supporting healthy aging. Notably, aging brings a steady decrease in NAD+ levels within tissues and cells. As a result, NAD+ metabolism has become a promising therapies to support healthspan in humans. ***