Improvement of circulation in the arterial blood vessels
The stimulation through microvibrations reduces resistance to the blood flow through the arterial tree (the vascular resistance is reduced), with an optimum frequency for every blood vessel diameter. The smooth muscle cells in the arterial walls are susceptible to the influence of microvibrations, and the stimulation through microvibrations in this manner supports the pushing and contracting ability of the arterial blood vessel.
Improvement of circulation in the veins
The vein vessels are less elastic than the arteries, and the flow from the periphery towards the heart is maintained due to the vein ventricles. The propellant force is based on the so called hydrodynamic pump. The contraction of skeletal muscles is necessary for the movement of blood in veins against the action of the gravity. The functioning of the hydrodynamic pump does not require full muscular contraction; the stimulation of muscular cells and fibres by microvibrations of small amplitudes is sufficient. This fact is vital in cases of physical inactivity (with older people, for the so called sedentary lifestyle, with difficultly movable and bedridden patients).
The increase of contact frequency of biological components in the interstitium, due to which the immunological and other biochemical reactions are intensified
The increase of permeability of endobodies of lymphous capillaries for large lymphoid fractions, which leads to reduction of osmotic pressure in the tissue (antiedemous effect)
Activation of mechanical receptors (Pacini and Meissner bodies).
This effect results in reduction of pain of muscular skeletal origin.
Speeding up the filtration processes on membrane level
The most significant field of filtration improvement is on the level of glomerular membrane. Taking into consideration the physiological effects of microvibrations – VITAFON, and on the other side the absence of interactions with bio-molecules of complex biochemical processes, the vibro-acoustic therapy is extremely safe and efficient, with wide area of application.