NAD+ Benefits: What It Does and Who It Supports

NAD+ is one of the most talked about molecules in men's and women's health, and the biology behind it is genuinely substantial.

Maves offers NAD+ to support cellular energy. It can also be combined into protocols that target more than one system at once. Here's what it does and who it suits.

What NAD+ Does

NAD+ is a coenzyme present in every cell in the body, and it does two jobs.

It functions as an electron carrier in the reactions that convert nutrients into ATP, the molecule your cells use for energy. Without adequate NAD+, that conversion process is constrained regardless of how well you eat.

It also acts as a substrate for enzymes involved in cellular maintenance and DNA repair, including sirtuins and PARPs. So it supports both energy production and the upkeep of the systems producing it.

Why Levels Decline

NAD+ availability isn't fixed. Levels decline measurably with age across multiple tissues, and this is one of the more consistent findings in the field.

The decline appears to come from both reduced production and increased consumption, as accumulated cellular stress raises demand on repair enzymes. Less supply, more competing demand.

That combination is the reasoning behind supporting NAD+ directly.

What NAD+ Supports

In clinical practice, NAD+ is used to support:

• Cellular energy production and metabolic function
• Recovery from physical and cognitive demands
• The cellular maintenance processes that decline with age

It works at the level of the systems underneath daily function rather than producing an acute effect, which is why it's used consistently rather than as needed.

What the Research Shows

• Sirtuins, the enzymes most associated with cellular aging research, cannot function at all without NAD+ as a substrate
• Cells recycle NAD+ continuously through what's called the salvage pathway, and the rate-limiting enzyme in that pathway becomes less active over time
• DNA repair enzymes consume NAD+ rather than simply using it, so accumulated cellular stress draws directly on the same pool energy production depends on
• NAD+ levels follow a daily rhythm, rising and falling on a circadian cycle that ties cellular energy to your sleep and wake pattern

FAQ

Why is NAD+ given by injection rather than a tablet?

NAD+ taken orally is largely broken down in the digestive tract before absorption. Injection bypasses that, which is why clinical protocols use it.

Is NAD+ a stimulant?

No. Stimulants like caffeine block the signals telling you you're tired. NAD+ works further upstream, supporting the process cells use to produce energy in the first place.

What happens when NAD+ runs low?

Energy production and cellular repair draw on the same NAD+ pool. When availability drops those processes compete, which is part of why reduced energy and slower recovery tend to show up together.

Two Ways to Start

On its own — NAD+ as a standalone treatment for cellular energy.

Within a protocol — Recovery pairs NAD+ with Sermorelin, targeting cellular energy alongside sleep quality and overnight repair.

Which fits depends on whether cellular energy alone addresses your goal, or whether sleep and recovery are limiting you too.

Find your protocol today!

This article is for informational purposes only and does not constitute medical advice. The information contained herein is not a substitute for professional medical advice. Always talk to your doctor about the risks and benefits of any treatment.