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BCR therapy
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Biological Cell Regulation (BCR)
BCR therapy β a registered trade name β stands for Biological Cell Regulation and is an alternative therapy that specifically influences cellular metabolism. This is achieved primarily through microcurrents in the microampere range and LED light therapy. With these two forms of therapy, a fundamental understanding of the therapeutic concept behind BCR therapy is essential:
In our view, therapy means seeing the person as a whole, i.e.: an individual who moves through soft tissues, is supported by the musculoskeletal system, is nourished by the digestive organs, is sustained by the respiratory organs, is cleansed by the excretory organs, and is powered by the cardiovascular system. All these functions are controlled by our nervous system.
How does BCR therapy work and how does it affect the metabolism?
The microcurrents used regulate metabolic processes directly within the cell. This stimulates and increases lymphatic drainage, particularly in damaged tissue. As a result, detoxification takes place at the cellular level, which in turn has a positive effect on the entire metabolism. Biological Cell Regulation makes use of a principle inherent to the body: it is well known that weak electrical currents and impulses naturally regulate metabolic processes in the human body. This therapy utilises the bodyβs own communication pathways. Specifically, the bodyβs self-healing powers are stimulated through:
- a 40 per cent increase in membrane transport(1)
- a 73 per cent increase in protein synthesis(1)
- a 500 per cent increase in energy production within the cell (specifically, adenosine triphosphatase increases by 500 per cent)(1).
Areas of application for BCR therapy
Biological Cell Regulation can be used wherever there is a need to positively stimulate metabolic processes and the removal of damaged tissue. These include, for example, inflammatory processes of all kinds. BCR therapy can alleviate pain and promote wound healing by stimulating metabolism.
Biological Cell Regulation can help with:
- Conditions involving inflamed joints
- Osteoarthritis, arthritis, gout and rheumatism
- Pain syndromes affecting the neck and back in general
- tendon irritation
- Herniated discs, cervical and lumbar spine syndromes, sciatica
- Ligament irritation and ligament tears
- Fractures and bruises
- Wound healing problems associated with diabetes mellitus
- Post-operative wound healing problems
How is BCR therapy carried out?
The patient may adopt a relaxed posture whilst sitting or lying down. Electrodes are applied to the affected parts of the body. The microcurrents are barely noticeable; the patient may experience a sensation of warmth or a gentle tingling. Occasionally, the patient may feel thirsty after the treatment, as biological cell regulation stimulates detoxification, metabolism and excretory functions. A BCR therapy session lasts around 30 minutes. In some cases, BCR therapy does not use microcurrents, but instead employs light therapy devices or devices for cybernetic metabolic therapy (LuXXaMed). Biological Cell Regulation β An excellent alternative Biological Cell Regulation is an effective method, virtually free of side effects, for stimulating metabolism and energy at both the cellular and macro levels. BCR therapy is a simple and effective method for pain management2,3. Biological Cell Regulation is a therapy with a promising future.
Sources
(1) Cytocine changes with microcurrent treatment of fibromyalgia associated with cervical spine trauma. Fibromyalgia and Myofascial Pain Clinic of Portland, 17214 SE Division Street, Portland; Carolyn R. McMakina; Journal of Bodywork and Movement Therapies (2005) 9, 169β176 (2) Pain relief in cervical pain through BCR therapy; University of Valencia, Spain; University of Madrid, Spain; R. Torres, R. GonzalezβPena, F. Arrizabalaga, J. Grazan-Grandell, 2011, 14 (2) 48β52 (3) Investigation of the influence of nanophotonics technology on in vitro cell cultures β Masterβs thesis for the award of the academic degree MASTER OF SCIENCEβ Anna Karutz, Dr.-Ing. habil. Christiane Wetzel; 20 December 2012, Dresden, Fraunhofer Institute FEP
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