NAD+ Injections

PEPTIDE & VITAMIN INJECTIONS

OVERVIEW

NAD+ (Nicotinamide Adenine Dinucleotide) is a coenzyme found in every cell of the body and is essential to cellular energy production, DNA repair, and metabolic function. NAD+ levels naturally decline with age, contributing to fatigue, cognitive decline, slower recovery, and the accumulation of cellular damage. NAD+ injections deliver this critical molecule directly into the muscle or bloodstream, bypassing digestive degradation for maximum absorption and immediate cellular availability. The result is enhanced energy, sharper mental clarity, improved athletic recovery, and support for healthy aging at a cellular level.

KEY BENEFITS

  • Boosts cellular energy (ATP) production for sustained vitality

  • Supports DNA repair and slows markers of cellular aging

  • Enhances mental clarity, focus, and cognitive function

  • Reduces inflammation and supports immune resilience

  • Improves athletic performance and post-exercise recovery

IDEAL CANDIDATE

Clients experiencing persistent fatigue, brain fog, reduced athletic performance, or those interested in proactive anti-aging and cellular health optimization. Also popular for post-illness recovery and supporting overall metabolic wellness.

THE PROCESS

How it works…

Consultation

During the consultation we review your health history, energy levels, wellness goals, and determines the appropriate NAD+ protocol — dose and frequency — for your needs.

Preparation

The injection site (typically the deltoid or gluteal muscle) is cleansed and prepped. The NAD+ solution is drawn into a syringe.

Injection

NAD+ is administered as an intramuscular injection. The process takes just a few minutes and is well tolerated by most clients.

Post-treatment

Most clients notice an improvement in energy and mental clarity within hours to days of treatment. Mild soreness at the injection site may occur.

on-going Protocol

An initial loading series (e.g., weekly for 4–6 weeks) is often recommended, followed by monthly maintenance injections to sustain cellular NAD+ levels.