Red Light Therapy (later referred to as RLT) is a controversial treatment technique that uses low wavelengths of red light to treat skin problems such as wrinkles, scarring and persistent wounds.
In the beginning, in the early 1990s, scientists used red light to help people grow plants in space. This was because scientists found that the intense light from red light-emitting diodes (led) helped to promote the growth of plant cells and photosynthesis. The potential medical applications of red light were then studied, specifically to see if red light therapy could increase the amount of energy within the body's cells. The researchers hope that red light therapy could be an effective treatment for muscle atrophy, slow wound healing and bone density problems caused by the weightlessness of space travel.
Not only does red light therapy enable rapid protein production to help with beauty and skin care, it also has anti-inflammatory properties and can speed up the repair of damaged tissue, thus promoting bone healing.
Anti-ageing professionals know that mitochondria are the powerhouse of the cell, the nod to anti-ageing. Red light is thought to enhance the mitochondria, where cellular energy is produced, by producing a biochemical effect in the cell. The molecule found in all living cells that carries energy is called ATP (adenosine triphosphate). By enhancing the function of the mitochondria through the use of red light therapy, the cells can produce more ATP and with more energy, the cells can function more effectively to rejuvenate and repair damage.
Unlike lasers or Intense Pulsed Light (IPL) therapy, Red Light Therapy does not cause damage to the skin's surface. Lasers and IPL work by causing controlled damage to the outer layer of the skin and then inducing tissue repair. Red Light Therapy emits light that penetrates approximately 5 mm below the skin's surface, bypassing pain and damage and stimulating direct skin regeneration.
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