HEALING with Single Frequency Light (Monochromatic Light) – LED’s


Originally Written by: Olszewski, David, E.E., I.E.

David Olszewski is an engineer from Seattle, Washington who holds patents on light therapy equipment in several countries. He is co-author of the latest book on light therapy, Light Years Ahead, which describes light therapy in medicine today. He is president of the Light Energy Company and has over 30 years of experience in the application of light and heat equipment in the health field and the effects of light and other electromagnetic fields on the body.

EARLY EXPERIMENTS In 1965, the Russians and Czechs were trying to standardize colour therapy, which is the use of colours to treat the body. When they used a single colour on a number of people, they got different reactions because colour affects emotions and produces different effects. The Russians wanted to have a standard treatment, so they theorized that if they isolated one frequency of blue, or red, they could duplicate colour therapy on a regulated basis. They started separating different frequencies with lasers, and they discovered a lot more than they expected to find. They discovered that a single frequency light in a laser can stimulate DNA in damaged cell tissue. They used a low power laser under 50-milliwatts because higher lasers can cut tissue.

PULSED VS.CONTINUOUS LASER They discovered that if they used a pulsed laser light, the tissue healed rapidly. On the other hand, if they gave a continuous beam, it sedated the cell and killed the pain. When a single frequency pulsed light hit the cell, it actually stimulated the cell to start producing more protein than it normally does, and as a result, the cell would heal. Even when they took the light away, the cell continued its healing. The continuous beam had a reverse effect. It actually caused the cell membrane to relax; it killed pain, reduced inflammation and made muscle tissue relax.

INCREASED HEALING IN THE 660 nm WAVELENGTH It didn’t matter what the frequency was. It could be infrared, red, blue, or green, as long as it was single although, as you move toward the red end of the spectrum, the rate of cellular regeneration increased. For instance, a single frequency in the green range might affect the kidney 40 times better than a normal base-line study, whereas a red would be about 4,000 times faster. So over the years they migrated to infrared, red and eventually the 660 nanometer wavelength because it was the fastest way to regenerate tissue. So if you have an injury you would normally recover from in ten days, you can actually recover that tissue in two days by treating it with light.

WAVELENGTH OF CELL TISSUE About ten years later at the University of Chicago, researchers discovered that the average wavelength of cell tissue in the human body ranged between 600 nanometers and 720 nm; 660 is the mid-point. So in essence, the reason a 660 nm works better than any other single frequency is because it is closer to the resonant frequency of cell tissue. The other reason is that 660 nm absorbs better in hemoglobin.

LASER LIGHT VS LIGHT EMITTING DIODES (LED) When this therapy reached the U.S. and Canada, both lasers and light-emitting diodes at 660 nanometers were being used. The LED diffuses; the single frequency laser does not. With this diffusion, the cell can actually be in control of the treatment and shut off the molecules when it was done. But with the laser, the cells are no longer in control; the doctor or the practitioner applying the laser is in control. If he does it too long or with too much strength, you would not only heal the tissue, but you would start a deterioration again. So basically, the use of light-emitting diodes eliminated the draw back of lasers, and light could be applied into such sensitive areas as the eyes and around the face. LEDs allowed this whole area to blossom into a much larger usage by average people in their homes. Tiina Karu, Ph.D. of the Laser Technology Center in Russia, and affiliated with the University of California at Berkely, probably the top researcher in the world on the use of lasers and light emitting diodes published a study in Health and Physics Digest called “Photobiological Effects of Lasers” which discusses photobiological stimulation without laser light. The article explains that you can do laser treatment without using laser light, by using light emitting diodes which are much safer. Since the cells are basically in control of the process, there is no way to overuse light.

THE MERIDIAN SYSTEM Acupuncturists discovered that single frequency light could activate acupressure points. Pulse light could stimulate it; continuous light could sedate the acupuncture points. But they also discovered that light applied to a meridian end-point can actually be traced flowing through the meridian to the organ acupuncture points. The meridian system is a useful pathway for getting light deeper into the body, so if you are treating things like asthma in the lungs, there is an alternate method of getting light into the lungs.

DEPTH OF LIGHT PENETRATION As we developed more types of lights with different geometrical shapes, we were able to actually get light deeper into the body without going through the meridians. Initially, single frequency light penetrated approximately an inch and a half, but today, larger units can penetrate up to eight inches. It will go through the skull. We use it on strokes, concussions and internal problems in the brain. Excellent studies have been done using light for pain relief, degenerative osteoarthritis, carpal tunnel tendonitis, skin ailments, acne, psoriasis, healing of the sinus cells, throat and ear problems, whiplash and lower back problems.

PENETRATING THROUGH THE BLOOD STREAM You can even get light into the blood stream. One of the best ways is through your belly button, because the aorta artery is behind the belly button. So if you insert the light there for 20 minutes, every drop of blood in the body will pass in front of the light, increasing the activity of your white cells, red cells, B-cells and T-cells, so you can boost your whole immune system.

ACUTE VS CHRONIC CONDITIONS If you use lasers or light-emitting diodes, it will actually speed up healing by a factor of five. If you have chronic conditions like osteoarthritis or whiplash from 15 years ago, conditions that are not responding or are deteriorating, the use of laser and LED light has actually stimulated regeneration. I believe light is going to play the biggest part in chronic conditions for people who have already explored a lot of other modalities and have found no solution.

BRAIN WAVE STUDIES We were studying the diagnosis of illnesses like leukemia, etc through brainwave patterns. We were surprised to find that when we treat the person with light, or with heat, that when the body starts healing, it shifts into what is called a healing profile where beta waves disappear, and alpha, theta and delta appear like you wouldn’t even find in a yogi.

THERMAL THERAPY FOR IMMUNITY A rectal heat probe allows the temperature to rise to between 98 degrees and 113 degrees in the rectum. It corrects prostate troubles and shrinks the prostate. It eliminates hemorrhoids. The most important use for rectal therapy is that it makes your body think you have a fever, even though the heat is only in the rectum. So the body will fight the fever by generating new white cells in the bone marrow. In this way, you can increase your white cell count overnight in lowered immune systems. Many thermal units are being used to boost the immune systems of people with serious illnesses such as cancer, AIDS and lowered immunity. We use heat to generate new white cells in depleted immune systems, and we use light on the blood stream to regenerate red cells, white cells, B and T-cells. So the combination of light and heat has been very effective with critical conditions.

“I oppose sunglasses. Sunglasses are the main reason why the UV light destroys the eyes. This occurs because your pupils expand when you wear sunglasses, and the exposure can destroy your eyes even quicker”. – Meier Schneider

For more information please contact David Olszewski at Light Energy Co., Seattle, Washington at 1-800-LIGHTCO (1-800-544-4826).

 

Low Level Light Therapy (LLLT)

LLLT is an emerging medical and veterinary technique in which exposure to low-level laser light or light emitting diodes might stimulate or inhibit cellular function, possibly leading to beneficial clinical effects. The use of low levels of visible or NIR light for reducing pain, inflammation and edema, promoting healing of wounds, deeper tissues and nerves, and preventing tissue damage has been known for almost forty years since the invention of lasers (Karu, 1998). Despite many reports of positive findings from experiments conducted in vitro, in animal models, and in randomized controlled clinical trials, LLLT remains controversial. Tiina Karu has proposed (see Photobiological Sciences Online unit entitled “Action Spectra: Their Importance for Low Level Light Therapy”) that mitochondria are a likely site for the initial effects of light, specifically that the enzyme cytochrome c oxidase (unit four in the mitochondrial respiratory chain) absorbs photons and increases its activity leading to increased ATP production, modulation of reactive oxygen species and induction of transcription factors (Turrens, 2003).

Several transcription factors are regulated by changes in cellular redox state. Among them redox factor-1 (Ref-1) dependent activator protein-1 (AP-1) (Fos and Jun), nuclear factor κB (NF-κB), p53, activating transcription factor/cAMP-response element-binding protein (ATF/CREB), hypoxia-inducible factor (HIF)-1α, and HIF-like factor. However, it was also shown that low levels of oxidants appear to stimulate proliferation and differentiation of some type of cells (Alaluf et al., 2000; Kirlin et al., 1999; Yang et al., 1996). These effects in turn lead to increased cell proliferation and migration (particularly by fibroblasts), modulation in the levels of cytokines, growth factors and inflammatory mediators, and increased tissue oxygenation (Pastore et al., 1994). The results of these biochemical and cellular changes in animals and patients include such benefits as increased healing in chronic wounds, improvements in sports injuries and carpal tunnel syndrome, pain reduction in arthritis and neuropathies, and amelioration of damage after heart attacks, stroke, nerve injury and retinal toxicity (Hamblin et al., 2006). Figure 10 shows the mechanism and application of LLLT.

Figure 10
Figure 10. LLLT mechanism and application. Incoming red and NIR photons are absorbed in cell mitochondria, producing reactive oxygen species (ROS) and releasing nitric oxide (NO), which leads to gene transcription via activation of transcription factors (NF-κB and AP1).

9.1. LLLT for pain relief, inflammation and healing. In recent years, there has been growing interest in the use of laser biostimulation as a therapeutic modality for pain management (Strong, 2002). Alterations in neuronal activity have been suggested to play a role in pain relief by laser therapy.

Many published reports document the positive findings for laser biostimulation in pain management. This level of evidence relates to chronic neck pain (Chow et al., 2005), tendonitis (Bjordal et al., 2006), chronic joint disorders (Bjordal et al., 2003), musculoskeletal pain (Gerber et al., 2001), and chronic pain (Aronoff, 1999). Randomised controlled trials provide evidence for the efficacy of laser therapy in chronic low back pain (Frazer et al., 2003).

LLLT has been used clinically since 1981 for the treatment of patients with inflammatory pathologies. LLLT was conducted on different animal models of inflammatory disorders. LLLT have been reported to have a significant effect on carpal tunnel syndrome treatment, mucositis, arthritis, and ulceration.

The literature on LLLT applied to the stimulation of wound healing in a variety of animal models contains both positive and negative results. The reasons for the conflicting reports, sometimes in very similar wound models, are probably diverse. It is probable that applications of LLLT in animal models will be more effective if carried out on models that have some intrinsic disease state. LLLT significantly improves wound healing in both diabetic rats and diabetic mice. LLLT was also effective in X-radiation impaired wound healing in mice. Furthermore, the total collagen content was significantly increased at 2 months, when compared with control wounds. The beneficial effect of LLLT on wound healing can be explained by considering several basic biological mechanisms, including the induction of the expression of cytokines and growth factors known to be responsible for the many phases of wound healing. Figure 11 shows the mechanism of LLLT on wound healing (Lucas et al., 2002).

Figure 11
Figure 11. LLLT for Wound Healing. Cells in the wound respond to light induced reactive oxygen species (ROS) leading to the expression of growth factors, such as transforming growth factor beta (TGF), and platelet derived growth factor (PDGF), which encourage synthesis of more collagen, increased formation of blood vessels, and less inflammation, all of which increase wound healing.

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~ by 619 on March 22, 2010.

2 Responses to “HEALING with Single Frequency Light (Monochromatic Light) – LED’s”

  1. Very happy to see your article, I very much to like and agree with your point of view. Thank you for sharing. At the same time,i love
    LED tunnel light very much .Welcome to look at my website and blog articles.Hope we can become good friends, and exchange and to help each other! Thanks!!

    Are pleased to re-visit your blog, from which I learned a lot of knowledge, and totally agree with your point of view, I hope you can be the exhibitions, once again thank you for sharing such a wonderful text. I will wait to see what’s! Thank you!i love
    LED tunnel light very much .

  2. Thank`s a lot!
    When treating a horse´s swollen head with LED-light in 8min was a miracle!
    What VET doctors do? – poisons, burns & cut..

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