Red and Near-Infrared Light penetrates the skin and deep layers of the body (tissues, muscle, bone & brain) stimulating increased circulation and healing at the cellular level… in every cell in the body.

With Red Light, cells can produce more energy to stimulate repair, triggering a cascade of healing effects. Healthier cells mean healthier organs and healthier systems.

Red Light reverses oxidative stress and encourages the body to work better, increasing energy and stamina.

Treatments are quick, effective, safe and deeply relaxing.

You may wonder, what does red light therapy do to the body? When effective treatment is used, the body’s cells will improve their metabolism and experience a reduction of inflammation. Cells in the body respond to light therapy via a photochemical response. When red and infrared light is applied to a treatment site, the light will increase cellular adenosine triphosphate or ATP in that area. ATP is made in the cell’s mitochondria. You may remember from biology class, “the mitochondria are the powerhouse of the cell!”

When our cells are stressed out, our ATP does not work as well as it should. Nitric oxide molecules will bond to the ATP, and as a result, our cells do not perform as well. As light is penetrated the cell’s mitochondria, the nitric oxide molecules that are inhibiting the ATP will detach from the ATP and instead bind to oxygen molecules. As a result, the mitochondria and ATP resume working effectively.

When the nitric oxide molecules pass out of the cells, they behave like a vasodilator. Blood flow is then encouraged to the treatment site and surrounding areas. As this happens, the communication between the cell’s nucleus and the rest of its parts begins to signal at optimal rates.

Photochemical reactions within cells somewhat resemble the photosynthesis of plants. Photochemical responses at the cellular level aid cells in working at their total capacity. As a result, this increases the cell’s energy. The result of increased blood flow to the area allows for inflammation and pain to be reduced.