Bioptron Medolight BluDoc
DEVICE FOR COSMETIC PROCEDURES EMPLOYING BLUE LED LIGHT AND INFRARED LIGHT
Why using Medolight BluDoc:
- The perfect solution for people who understand the necessity of constant care for a healthy looking skin. The innovation consists in the unique combination of wavelengths, their frequency, and scientifically grounded cosmetic procedures.
- A modern technology that activates various enzymatic processes in the body that are important for life. It is a supplementation of electromagnetic energy, charging cell mitochondria by boosting the reserves of the energy carrier – adenosine triphosphatase (ATP).
- An aesthetically executed product intended to improve the quality of life. It is so easy to use that you are going to want to keep using it all the time.
WHY BLUE LIGHT
The main adaptation mechanism created by the blue light is the increase in energy stores in body tissues at expense of increased synthesis of ATP in cell mitochondria. The blue range of waves is absorbed intensely by numerous photosensitive structures (flavins, porphyrins, carotenoids). This ensures normal course of photochemical reactions that are important for biological functioning of skin.
Medolight BluDoc can be used for a vast range of skin conditions like: preparing the skin for a cosmetological (cosmetic) procedure, coarse, itchy skin, consequences of injury to soft tissues of the face, aging skin, after a deep cleansing of the face, symptoms of acne, hyperesthesia.
HOW THE LIGHT IMPACTS THE SKIN
The optical properties of living tissues facilitate the passage of light in different directions. There takes place diffusive absorption of light with the whole skin surface. The biological impact of light consists mainly in absorption thereof. It depends on mutual activity of external photons and electrons of body molecules.
The skin absorbs 25-30%, muscles and bones - 30-80%, and parenchymal organs (liver, kidneys, etc.) - up to 100% of infrared radiation within the range from 800 to 1200 nm.
BLUE LIGHT
It has been established that all the living organisms - from the simplest ones to human beings - have special energy-sensitive proteins that function independently of the nervous system. Their sensitivity depends on frequency and amplitude of electromagnetic waves. It has impact on the intensity of metabolism in mitochondria. Their activation turns on genetic programs within the cells, enabling stabilisation of body functions. We find confirmation of active participation of blue light in great variety of spheres of body activity.
It has been proved experimentally that on subcellular, cellular and systemic level there take place complex physiological reactions to blue light. [Karandaszow W.I., 1998]. Improvement in microcirculation depends on reduction in viscosity of blood and aggregation of erythrocytes. This leads to acceleration in supply of O2 to tissues and its use. The blood levels of glucose and atherogenic lipids decrease. Supplementation of energy to blood cells and proteins means that immunity is normalised. The flow of nerve impulses is improved. All of this result in accelerated regeneration in case of disorders. There is also known the antibacterial and antiviral effect that occurs during application of short-wave part of the spectrum onto the skin.
