Fibromyalgia is a complex disease syndrome that includes the following diseases: fibromyalgia, chronic fatigue syndrome, and associated diseases such as antiphospholipid syndrome. Symptoms are varied and include: general fatigue, aches, poor sleep, impaired perception, irritable bowel, hypersensitivity, poor coordination, colds, cramps, respiratory and eye problems, gastrointestinal, kidney and urinary tract problems and, as a result, depression or anxiety .
Etiology – the cause of fibromyalgia can be very simply imagined as a pain response caused by external and internal stress stimuli such as viral inflammation (herpes viruses), surgical procedures, muscle overload, genetic predisposition, imbalance in life and allergic reactions.
Fibromyalgia syndrome development mechanism is described in steps 1>2>3>4>5>6:
1) STRESS/EXTERNAL STIMULI such as hypothermia, physical injury or surgery, exposure to chemical agents and allergens, low-intensity electromagnetic waves, constant work overload and/or poor family conditions, etc.
2) Release of CORTICOLIBERIN (CTH) in the hypothalamus, stomach and small intestine, which can lead to enhanced perception of sensory signals in the central nervous system
3) Secretion of the ADENOCORTICOTROPIC hormone ACTH from the pituitary gland, which regulates the glucocorticoid (steroid) hormone cortisol.
4) Secretion of CORTISOL, the stress hormone released by the adrenal gland. Cortisol regulates metabolism, blood pressure, blood sugar and the immune system’s inflammatory response to stress.
5) IMMUNE RESPONSE: activation of MASTOCYTES, which are cells of the immune system important in allergic reactions. These release histamine, prostaglandins and cytokines, which cause dilation of blood vessels, increased permeability of vascular walls and inflammatory responses.
6) As a result of the repeated response of the body to external stressful stimuli described above, increased sensitivity (hyperalgesia) to pain, thermal, tactile, chemical and other signals can occur, as well as repeated inflammatory processes as a result of increased immune response. This includes an excessive PAIN RESPONSE of pain sensors – nocioceptors and modulation (mainly strengthening) of pain signals in the spinal cord and, as a result, an experiential learned increased perception of pain in the sensory cortex of the brain.
Through non-invasive biotherapy, a biotherapist transmits information and frequencies from nature to the body of an individual about the proper functioning of the physical body, the expressiveness of DNA in the building of proteins, cells, tissues, organs and organ systems; and influences the functioning of the immune system. In fibromyalgia, the biotherapist focuses on:
A biotherapist can thus help a patient with fibromyalgia to build their own psychophysical potential for self-healing of diseases and symptoms at the cellular level, the level of organs and systems as well as the whole body.
Responses to bioenergetic therapies vary between individuals and therapies, such as: “…General well-being is very good. So far, I have not had a “melt down” type reaction, as I described that two days after the last day of each set of therapies, the channels for cleaning also open up in emotional areas. Maybe it’s because I’ve become aware and I’m constantly breathing my thoughts and feelings. Physically, I am in good shape with your help. This Saturday I had a full day of training, 8 hours of sitting, I was sure that it would at least kill me, not only that I survived, even without any consequences. This is an obvious sign that I’m cool. …”