Scientific basics of
Numerous medical studies have found that mechanical vibrations with certain amplitudes in a frequency range from around 8 Hz to 32 Hz (1 Hz = 1 oscillation / second) have different effects on the muscle-tendon structure, particularly on the connective tissue and the matrix. You can choose from a frequency transmission means by mechanic, acoustic, electric or by electromagnetic waves that arouse non-specific reaction in the body. The implication is that the body can recognize, distinguish and can differently interpret rhythms.
These rhythms work as pacemakers to all biological structures. The skeleton musculature plays a decisive role and is the biggest organ with 45% by mass.
Its functionality, so its clocking frequency is fixed to the directed motion of body fluid to maintain healthy metabolism. If the fluid that surounds the cells, for example the acid-bace balance is not right, differences in supply of electrolyte will occur and the performance of muscle- and nerve cells will suffer from it.
Disease symptoms arise which disturb the course of function of human or animal extrimities in a form of muscle pains and inflammations (myositis), stretch and bend restrictions and muscle cramps.
According to the latest findings in the area of research in fascia, the fascial system that netlike embraces, the body shows independences which furthermore can lead to decisive disruptions in the physiological drainage system of the body.
Scientists of the research group, led by Dr. Robert Schleip and Dr. Heike Jäger at the university of Ulm proved that irrespective of the muscles’s work, already releases of stress messenger substances lead to contraction of fascia that clasp the muscles and thus functionality of muscles is massively reduced.
Our education movie enlightens you about the concept cell-biological regulation. Watch now!
- The warm-blooded body recognizes mechanical vibrations that are applied from the outside over the skin surface
- Mechano-sensitive cells record touch and pressure of different strengths and speeds.
- Application of a physiological type in the range of 8 – 32 Hz lead to the regulation of metabolic processes, as well as flexibility of the muscle-tendon apparatus
Our education movie shows you.