NAD7: Advanced NAD⁺ Booster for Cellular Energy & Immune Health

NAD7 is designed to help you replenish and maintain optimal NAD⁺ levels—a crucial factor for supporting cellular energy production, efficient DNA repair, and robust immune function.

By promoting optimal NAD⁺ availability, NAD7 empowers your body to perform at its best from the inside out.

Many vital systems throughout the body depend on sustained high NAD⁺ levels, including:

ATP

The cell’s primary energy currency. NAD+ delivers electrons to power the mitochondria, which then generate the energy (ATP) cells use for all essential functions.

PARP

A family of enzymes that detect breaks in DNA and help manage the repair process through a reaction called ADP-ribosylation. NAD+ is a crucial energy source for PARP.

CD38

An enzyme found on the surface of many immune cells, playing a vital role in regulating immune responses. While its activity is crucial for normal immunity, chronic overactivity—a common occurrence with aging—can become detrimental by excessively depleting NAD+ levels. This NAD+ depletion then contributes to inflammation, age-related dysfunction, and various diseases. Crucially, NAD+ itself is independently essential for proper immune cell function. Beyond CD38's role in degrading it, adequate NAD+ is required for processes like T cell activation, differentiation, and metabolic reprogramming, which are fundamental for immune responses. Furthermore, NAD+ supports the production of key immune signaling molecules, helping to coordinate effective immune responses. Therefore, while CD38 is part of the immune system, its age-related overactivity can paradoxically undermine the very immune functions that rely on sufficient NAD+.

Sirtuins

A family of enzymes that regulate gene expression, metabolism, stress resistance, and aging. They consume NAD+ to remove chemical tags from proteins, helping maintain cellular health, mitochondrial function, and longevity.

Mitochondrial Metabolism and Function

Beyond general ATP production, NAD+ is critical for overall mitochondrial metabolism, allowing cells to efficiently burn fuel and maintain energy balance.

Circadian Regulation

NAD+ levels influence proteins that control the body’s internal clock, affecting sleep, hormone cycles, and metabolism.

Calcium Signaling

Certain NAD+-dependent molecules help regulate calcium release inside cells, which is crucial for muscle contraction, nerve signaling, and other cellular activities.

Antioxidant Defense

Through its role in redox balance and detoxification, NAD+ is central to antioxidant defenses, helping cells neutralize harmful free radicals and maintain metabolic equilibrium.