NAD+ Protocol
Comprehensive NAD+ protocol for intramuscular and subcutaneous administration.
What it is and why it matters
NAD+ sits in the longevity and energy-maintenance space, where the real interest is in how cells cope with stress, fuel demand, and wear over time. The biology here is less about an obvious symptom and more about whether the body’s tiny energy systems seem to hold up better or worse.
For most readers, the simplest way to understand this category is to think in terms of cellular housekeeping. The peptide is being read as a signal that may influence how efficiently cells manage energy, recover from strain, and keep the background machinery running.
How to mix and measure it
Read the vial label before anything else, because longevity peptides are often discussed in a way that makes concentration sound interchangeable when it is not. The draw amount depends on both the amount of peptide and the BAC volume used to dilute it.
If the concentration is off, the schedule becomes misleading very quickly. The calculator is there to keep the protocol tied to the real bottle so the numbers stay practical and comparable.
What the schedule looks like
| Phase | Dose | Frequency | Duration |
|---|---|---|---|
| Loading | 100-250 mg (100 → 150 → 200 → 250 step-up) | Daily | 1-2 weeks |
| Maintenance | 100-250 mg | 2-3x/week | Ongoing |
For NAD+, the table helps the reader see whether the protocol is framed as a short observation block, a repeated cycle, or a longer durability experiment. In this category, schedule shape matters as much as the dose itself.
How long people usually use it
Longevity protocols are easier to follow when they are framed as a clean block of time. That gives the reader a chance to notice whether the response is steady, subtle, or too noisy to interpret.
The cycle matters because energy and recovery signals often need a little time to settle. A fixed window makes the page read like a real experiment instead of an open-ended habit.
Why this page exists
Note for readers: this page expands the source material into a plain-language guide. It is meant to explain what the peptide is, why people study it, how the schedule should be read, and how energy-sensing biology fits into the bigger picture.
The goal is to give readers the full picture without making them wade through jargon.