1. Regulatory effect
through the autonomic nervous system 2.
Bone-cartilage cell stimulation
3.
Nerve regeneration: Damaged cells can be stimulated to regenerate
by suitable pulses from a magnetic field. Magnetic fields
here cause a type of electric current pulse, which stimulates
the nerve cells to “grow”.
4.
Wound healing
5.
Relieving pain
6.
Improving the metabolic situation
7.
Removal of waste products through improved circulation and
mass exchange
8.
Activation of macrophages (cells of the immune system capable
of ingesting particulate matter)
9.
Reducing sensibility (sensitivity) of receptors of
adrenaline and non-adrenaline (stress hormones) with a subsequent
reduction in stress
10.
Regulation of the plexus myentericus in the intestine with
subsequent regulation of digestive activity
11.
Improving melatonin production with all the known consequences
of this hormone, in particular its effects on sleep
12.
Strengthening the immune system: In addition to the above
mentioned influence by way of the autonomic nervous system,
a direct influence on lymphocytes also plays a role here
(lymphopoiten)
13.
Better effect of medication due to improved metabolism and
improved circulation (medication can reach target cells
more easily)
14.
Normalisation of heart rate: Tests have shown that the heart
rate can be influenced in a positive sense through the regulatory
effect of a magnetic field on the autonomic nervous system
15.
Improving respiratory volume through improved function of
the respiratory musculature
16.
The tendency of blood platelets to aggregate into clots
(platelet aggregation) is reduced by altering the flow properties
of blood. |
