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About NMNH

About NMNH

BASIC INFO:

What is NMNH and why is it important to the body?

NMNH is short for nicotinamide mononucleotide hydride - it sounds complicated, but it functions as fuel for cells.

Our body needs a substance called NAD+ to have energy, repair itself and function properly. NAD+ is like a battery that powers cells - without it, cells would age faster and not function well.

🧬 NMNH helps the body make NAD+ quickly and efficiently. It's the most advanced form of a substance called NMN, with just one extra hydrogen - and that's what makes it a much more powerful source of energy for cells.

⚙️ What does NMNH do in the body?

  • Increases NAD+ levels, which promotes energy and DNA repair
  • Helps protect the brain and nerves
  • 💪 Supports cell performance and slows the aging process (internal organs, skin, brain)
  • 🛡️ Strengthens cellular defenses against stress

🌟 Why should we prefer polymorphic NMNH?

Polymorphic means that NMNH has a stable and pure crystal structure. This makes it:

  • ✅ Better absorbed
  • ✅ longer stable at room temperature
  • ✅ more effective than the conventional form

DETAILED INFO:

NMNH: The most advanced NAD⁺ precursor for mitochondrial health and anti-aging

🧪 What is NMNH?

NMNH (Reduced Nicotinamide Mononucleotide) is a reduced form of NMN that serves as the most effective precursor to NAD⁺ - the absolute most crucial molecule for cellular energy, DNA repair, epigenetic regulation and sirtuin activity.

Unlike NMN or NR, NMNH increases NAD⁺ levels more rapidly and intensely by skipping some metabolic steps.

⚙️ Mechanism of action

  1. NMNH is converted to NMN and then directly to NAD⁺ via NMNAT enzymes.
  2. Strengthens mitochondrial function and adds reducing power to cells.
  3. Activates sirtuins (SIRT1-7) that repair DNA and regulate aging.

🧬 Why is NAD⁺ key in anti-aging?

NAD⁺ levels decrease with age and the following table will explain this:

📊 NAD⁺ levels over the lifespan

Age Relative NAD⁺ level Description/comment
0-10 100 % Maximum level, high growth and regeneration
10-20 90-95 % Moderate decline, high metabolic activity
20-30 80-85 % Gradual decline of NAD⁺ begins, high vitality persists
30-40 65-75 % Visible decline, slower recovery, more oxidative stress
40-50 50-60 % Half of original level, sirtuin activity decreases
50-60 35-45 % Increasing inflammation, sleep disturbances, fatigue, higher risk of disease
60-70 20-30 % Dramatic decrease in NAD⁺, mitochondrial dysfunction
70+ <15 % Critical level, associated with cellular aging and degeneration

This leads to impaired regeneration, weakened immunity and decreased energy. NMNH compensates for this decline and slows down cell aging.
What does the above imply?
That starting to actively supplement NAD+ precursors is essential if you want to maintain your current state of health, appearance/beauty and energy for as long as possible.

🌟 Benefits of the polymorphic form of NMNH

  • ✔️ Higher stability and purity
  • ✔️ Improved bioavailability
  • ✔️ Consistent absorption and effect

📈 Summary of the effects of NMNH

Effect Mechanism
Increase NAD⁺ Rapid conversion of NMNH → NAD⁺
Anti-aging Activation of sirtuins, DNA repair
Neuroprotection Increase cellular energy, decrease inflammation
Metabolic balance Activation of AMPK, improved glucose tolerance
Antioxidation Increase in reducing capacity of cells

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