One of the ways the impact of laser radiation on the body is the intravenous laser irradiation of blood (VLOK), which is currently being successfully used in cardiology, pulmonology, endocrinology, gastroenterology, gynecology, urology, anesthesiology, dermatology and other fields of medicine. Deep scientific study of the issue and promote the application predictability results VLOK both independently and in combination with other treatments. The versatility and efficiency of the method is unprecedented.
Endovenous laser therapy can be performed in virtually any hospital or clinic. The advantage of outpatient laser therapy is to reduce the possibility of development of nosocomial infections, creating a good psycho-emotional background, allowing the patient for a long time, keep working, spending in this procedure and receiving proper treatment.
Intravenous irradiation of blood - the device is "mulatto"
Treatment for a daily or every other day on the course of 3 to 10 sessions. Time of exposure for most diseases for 15-20 minutes per session for adults and 5-7 minutes for the children. However, irradiation parameters can be varied in accordance with medical conditions and specific technique. The use of sterile disposable fibers with a needle KIVL-02, manufactured by NPLTS "Engineering", makes the procedure painless and VLOK absolutely secure.
Active device based on semiconductor lasers ALT "mulatto" is designed for intravascular blood irradiation by radiation of different wavelength range - from ultraviolet to infrared, including the "classical" wave length 0.63 mm. The radiation source (laser or LED) is located directly in the optical connector remote transmitter. This eliminates the need for fiber trunk and keep the original polarization of the radiation (for lasers), which provides the maximum therapeutic effect. Parameters replacement remote emitters are shown in the table.
In conducting the VLOK used sterile disposable fibers KIVL-02, which are connected to a special connector on the remote transmitter. Provides smooth control and digital control of optical radiation power at the fiber output for all types of radiators. For laser emitters provides additional digital control laser power. Continuous monitoring of laser power can improve the quality of the procedure and maintenance of the apparatus. The device has an automatic timer and digital display duration of the procedure. The digital display shows the emission wavelength, which is particularly important given the existing wide selection of the wavelength of exposure.
