Low Frequency Laser Therapy involves the use of multi-wavelength diodes, i.e. lasers of different colours, which can be applied topically or intravenously, interstitially, intra-articularly, favouring the appearance of cellular porcesses in the affected tissues and organs. The principle of this therapy is based on the reactivation of mitochondrial processes. Different types of wavelengths of the visible and invisible spectrum can influence biological processes by stimulating the nucleus. As a result, aged cells can be reactivated and stem cells in the body will be activated, allowing repair and healing of damaged tissues

INTRAVENOUS LASER THERAPY

During intravenous therapy, a catheter is inserted into the vein in the ulnar area, with which the blood is exposed directly to the laser beam. The low intensity of the radiation that is absorbed by the cells in the blood triggers various effects in the body, the most important being anti-inflammatory and stimulating the function of the immune system in diseases such as liver and skin diseases, diabetes and cancer.

The therapy is applied in 20-60 minute sessions, 3-5 times a week, with a total of 10 sessions combining the effects of different laser wavelengths (red, green, blue, yellow, UV).

INTERSTITIAL AND INTRA-ARTICULAR LASER THERAPY

In these techniques, a sterile catheter is used to apply the laser beam directly to the affected area. In the case of chronic and treatment-resistant conditions, a significant decrease in the intensity of pain sensation and stimulation of local tissue regeneration is observed. With this technique and the modern equipment used, the laser beam penetrates the tissues in depth (12 cm), which considerably improves the therapeutic effects felt by the patient in the case of conditions such as spinal stenosis, herniated discs and arthritis. Intravenous laser irradiation involves exposing blood to a beam of light of specific intensities and wavelengths.

Green light increases oxygen uptake by 20% by altering the steric conformation of haemoglobin molecules, increases ATP production by up to 30% by stimulating the mitochondrial respiratory chain and improves the quality of the erythrocyte membrane.

Blue light radiation decreases the level of inflammation in the body, stimulates complex I of the mitochondrial respiratory chain increasing cellular production of ATP, by stimulating the production of reactive oxygen species destroys microorganisms in the bloodstream, in combination with riboflavin has antibacterial, antiviral and antiparasitic effect. It also stimulates microcirculation by increasing NO production, in combination with curcumin, as a photosensitizing agent, it has antitumor effect.

Red light radiation stimulates cytochrome c, with increased ATP production, stimulates immune function, activates macrophages, helpscytokine and interferon production, stimulates microcirculation and increased tissue oxygenation as well as cytochrome c activity, with increased ATP production in cells, has anti-tumor effect.

Yellow light radiation stimulates mitochondrial complexes II and III, detoxifies the body by cleansing the blood and stimulating lymphatic drainage, influences vitamin D metabolism with an effect on bone, tissue and immune health. Together with hypericin, one of the most powerful natural photosensitisers obtained from St. John’s wort, it has anti-tumour, antibacterial and antiviral effects. It also has antidepressant effects by improving serotonin metabolism and is effective in chronic infections, chronic fatigue syndrome, viral infections (shingles, EBV, herpes), Lyme disease, anxiety disorders (in combination with hypericin or tryptophan in patients with serotonin deficiency).