NAD+: The Cell's Essential Fuel

NAD+ (Nicotinamide Adenine Dinucleotide) is the vital coenzyme found in every cell of your body. Think of it as the master fuel that powers energy production, repairs DNA, and maintains a healthy metabolism. Because our natural NAD+ levels decline as we age, supporting them has become a key focus for maintaining vitality and wellness.

NADH: The Energy Taxi to the Cell’s Power Plant

When you eat food, your body breaks it down into tiny, usable building blocks (like glucose).

  1. Food is Converted
    Food is broken down into small building blocks (like glucose).
  2. Raw Energy is Released
    The cell "burns" these blocks, releasing high-energy electrons.
  3. The Courier Charges Up
    The molecule NAD+ captures these electrons and becomes NADH (the charged energy carrier).
  4. Delivery:
    NADH travels to the mitochondria (the cell's power plants) to deliver the energy.

More Than Just Energy: The Role of NAD+

After the NADH taxi delivers the electrons, the energy is used for three crucial tasks:

1. Direct Energy Production

  • Process: The delivered electrons are converted into ATP, the cell's immediately usable energy unit.
  • Effect: You gain the energy to exercise, think, and grow. Because this process is highly efficient, you notice improved focus and mental clarity.

2. DNA Repair and Healthy Cells

  • Process: NAD+ acts as fuel for special "repair proteins" (like PARPs). These proteins use NAD+ to continuously fix damage to the DNA.
  • Effect: Your cells remain intact longer and function optimally.

3. Cell Vitality and Longevity

  • Process: NAD+ activates Sirtuins, also known as the 'longevity proteins.'
  • Effect: This helps keep the cell vital and contributes to overall cellular health.

NAD+ and Aging

  • Decline: The amount of NAD+ in your body naturally decreases as you age (especially after age 40).
  • Impact: This drop slows down energy pathways and leaves repair proteins with insufficient fuel.
  • Effect: This process contributes to aging, resulting in less energy, slower recovery, and increased cellular vulnerability.