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45 years ago, following the discovery of laser technology, a new approach to treating an increasing number of illnesses emerged. This approach originated from science, and it grew to be known for its non-invasive and non-toxic nature. Over the years, it has been successfully used - in laboratories, hospitals, clinics and private homes throughout the world. This approach goes under the name of low-level laser therapy, although it is also known as low-level laser irradiation, phototherapy and LLLT, amongst other names. Today, coMra (Coherent Multi-radiances) has brought additional benefits to low-level lasers: by the use of magnetism, low-level ultrasound, and LED lights - all of which have an important role in the healing process. The benefits of these different radiances have become apparent from developments in the scientific fields of biophysics and photobiology, as well as low-level laser technology, and as a result, they have been incorporated in the Delta Laser. How coMra WorkscoMra operates on a cellular level via a number of different mechanisms of action. The combination of Near-Infrared Laser, Colour Light Emitting Diodes, Magnetic Field and Ultrasound all play respective roles in stimulating the immune and regenerative functions of the human body. Therefore, treatments with coMra-Therapy act both locally at the site of a disease, and also systemically by means of light-induced release of chemical messengers and modulation of the nervous system. The Near-Infrared Laser and Magnetic Field deliver energy directly to the site of a disease, penetrating from epidermis to inner organs (down to 5 cm) and restoring energy deficit in diseased cells by accelerating enzymatic synthesis of Adenosine Triphosphate (ATP). Colour LEDs initiate a number of signaling pathways inside cells, as well as between components of the immune and nervous systems. Intracellular signaling involves changes in reactive oxygen species, Ca2+, free radical NO° and pH. Irradiation of skin sensory nerves and immune cells cause a cascade of responses in the central nervous system and modulation of systemic immune responses. Ultrasound increases the speed and efficiency of enzyme activity in cells, inter- and intracellular mass transport and other biochemical processes through non-destructive mechanical agitation. Targets of coMraDiseased cellsBecause of the universal action of the Delta at a cellular level, all types of diseased cells in connective, muscle, nervous and epithelial tissues can benefit from the radiances. The cells respond by increasing respiratory activity, enhancing cell proliferation that leads to tissue regeneration and improving resistance of cells to toxins, hypoxia and other stress factors. Immune systemThrough supporting the functionality of immune cells, coMra plays a major role in stimulating the immune system and enhancing both innate and specific resistance to pathogens. In particular, it facilitates chemotactic and phagocytic activities of neutrophils and macrophages, increases lymphocyte population and modulates production of inflammatory messengers. Nervous systemcoMra-Therapy is remarkably effective in relieving acute pain and chronic pain associated with many diseases; for instance, fibromyalgia and diabetic neuropathy. As a neuroprotective therapy, coMra-Therapy can be successfully used in post-traumatic nerve repair, prevention of muscle atrophy and acute ischemic stroke.
*"After nearly 45 years of low intensity level light applications in humans with lasers (or any other optical to near infrared light sources) there are no known reports of any adverse side effects to the best of our knowledge."
Laser therapy: A review of its mechanism of action and potential medical applications *Food and Drug Administration, Center for Devices and Radiological Health. USA. |
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