Magnetolaser therapy

Magnetolaser therapy is a combined method of local exposure to electromagnetic radiation of the optical spectrum, with coherence, monochromaticity and low output power (from 2 to 50 mW), and a constant magnetic field with a ring magnet (magnetic induction - 10-150 mT), located contact and motionless along the perimeter of the irradiated part of the patient's body.

The peculiarities of the action of this method are due to the synergism of the influence of NLI and PMP on biosubstrates, as well as the appearance of qualitatively new physical processes. These include, first of all, the photomagnetoelectric effect (the Kikoin-Noskov effect), in which an induced EMF arises in biosubstrates, which is substantially greater than under the influence of only NLI (up to 2 V). The energy of NLI quanta disturbs weak intermolecular bonds, and PMP promotes this dissociation and at the same time prevents the recombination of ions during the combined effect. PMP gives a certain orientation to molecular dipoles, acts as a kind of polarizer, which contributes to a deeper penetration into the biosciences of NLI. The combined effect of NLI and SMS is more energy-intensive than isolated NLI.

It should be emphasized that the laser therapy is to be understood as a combined effect of OR and only PMP. With the combination of the method of applying PeMP and NLI, the action of PeMP makes it impossible to penetrate NLI into tissues due to a constant change in the poles of the dipoles of structural elements and water, which is analogous to the effect of light passing through "pure" water and milk.

The main clinical effects of magnetic laser therapy are similar to those of laser therapy, but they are more pronounced.

Apparatus - almost all laser therapeutic devices, to the emitter of which it is possible to mount an annular permanent magnet.

[1], [2], [3], [4], [5], [6]