• Transporting oxygen, nutrients, and wastes to and from the cells and various components of the immune system to where they are needed.
• Regulating temperature through circulation.
• Circulating hormones to all parts of the body
• Clotting and closing of wounds.

As we saw in the May-June 2013 issue of the  Red Clover Clinic Newsletter, low-level laser therapy has developed over the past few decades to speed the healing of wounds, lessen the inflammation in arthritic joints, increase circulation around trigger points in order to release them, stimulate acupuncture points, and more. 

Another lesser-known benefit of laser light to the body is the impact it has on the blood. Red Clover Clinic is now using the recently developed R-J Laser LightNeedle 300 (the "blood laser"), which delivers red and blue-violet laser light to the blood non-invasively. 

Generally speaking, laser irradiation  of the blood brings the body back into a state of homeostasis; that is, it has a normalizing effect on the whole system. It triggers various immune responses to rid the body of inflammation, which translates to less pain. It improves blood circulation throughout the body, and specifically in the central nervous system (the brain). It improves communication between muscle and nerve cells for improved function. It normalizes tissue metabolism and promotes the mitochondria to produce more ATP, which translates into more energy.

Since the Russians began doing research on intravenous laser irradiation of the blood in 1981, many additional studies have shown its positive effects on cardiovascular health, hypertension, neuropathy, muscular sclerosis, diabetes, autoimmune disease, allergies, acute infections, fatigue, fibromyalgia, systemic inflammation, liver disease and kidney disease.

What is a treatment like?

The blood laser has six fiberoptic cables that are clustered into a small mouthpiece. The mouthpiece, covered with a disposable  plastic covering, is placed under the tongue. The client rests for up to 20 minutes while the device emits laser light to the veins under the tongue. 

The recommended dosage for general support is 20 minutes once per week, for a series of four to ten weeks, or longer for a chronic condition. For a more severe problem, say diabetic ulcers, the treatment can be given twice per week, until the ulcers have begun to heal. On the other hand, if someone is trying to get over a lingering cold or cough, one treatment might just do the trick.

I have used the blood laser on clients (and myself) for about two months at the time of writing and have already seen and experienced big changes. Here are a few anecdotes from my practice:

1. Personally, I have much more energy with a greater ability to focus, and improved sleep.   
2. One client experienced a significant decrease in springtime allergy symptoms after her first treatment. 
3.  Someone else suffers from very sensitive skin with significant itching following a severe systemic candida infection many years ago. Following each treatment (three so far) she notices a big reduction in symptoms that last almost through the week. 
4. A fibromyalgia client has been having better weeks with more energy and less overall pain since commencing blood laser treatments.
5. Another client who had recently finished radiation treatment three to four weeks earlier wasn't getting her energy back. After one blood laser treatment she felt close to normal for almost a week. After two more treatments, her energy was totally restored.
6. Across the board, the most common comment is "Wow, I had so much energy this week!"

1. Immune system effects: improved immunologic activity of the blood, i.e. stimulation of the immune response, both specific and non-specific; increase of the immunoglobulins IgG, IgM and IgA; stimulation of interferons, interleukins and TNF-alfa; stimulation of the proliferation of lymphocytes; activation of phagocytic activity of the macrophages; proliferation of lymphocytes and B- and T-cells; and lowering c-reactive protein.
2. Circulatory system effects: improvement of regeneration of erythrocytes and of microcirculation; reduction of aggregation of thrombocytes; activation of fibrinolysis; and stimulation of the NO-production in monocytes with vasodilation and improvement of endothelial dysfunction.
3. Impact on muscle and nerve cells: normalization of the cell membrane potential, which helps muscle and nerve cells to transmit signals between each other for increased function.
4. Impact on overall energy and whole system : mitochondria are stimulated to produce more ATP, which translates to more energy; and normalized tissue metabolism.