Cellular Regeneration Oxygenation

$75.00

Cellular regeneration therapy device uses an innovative technology that activates the oxidative response mechanisms by producing a bio identical signal that trigger cellular repair.

Description

Cellular regeneration therapy device uses an innovative technology that activates the oxidative response mechanisms by producing a bio identical signal that trigger cellular repair.

How does it works?

The technology involves using a water molecule to create a specific electromagnetic wave that has the same wavelength as the “good” excited ROS (reactive oxidative species) produces in our cells. Structure changes happens when water is able to absorb that specific electromagnetic energy. The proteins embedded into that molecule and absorb it for regenerative activity of the cell and repair. The technology does not involve the production of any ROS. When someone breath it, it goes straight into protein repair and DNA repair.

Why is important? (benefits)

  • Less DNA damage thus rejuvenating and anti-aging
  • Faster repair of oxidative stress damages
  • Improve immunity
  • Anti-aging benefits
  • Repairs cellular damages caused by stress, pollution, cigarette, alcohol and unbalanced diet.

Who can use it?

Anyone can use it; it doesn’t matter the age or their condition. No side effects, no contraindications. Bio-identical signaling helps trigger natural repair mechanisms, supporting rather than overriding the body’s natural ability to function. These could include health-conscious people who are interested in anti-aging, those who want to prevent disorders, or to enhance their energy, or help to recover from illness or better management of chronic diseases. Athletes seeking peak performance, faster recovery times and improved immune function are also dedicated users this technology.

What to expect

You will comfortably breath air from a small tube. Can be combined with other services. You will leave with a feeling of well-being, more energy and focus – the repair effects at the cellular level.