Despite therapeutic measures deep burns of skin continue to be associated with high mortality. This fact testifies that it is necessary
to improve existing methods of treatment of burn wounds and find ones.
The purpose of this article is evaluation magnеtoplazma therapy efficacy on micr
ocirculation in dermal burns.
Materials and methods
Lower limbs microcirculatory blood flow was examined by percutaneous Laser Doppler Flowmetry with
laser Doppler perfusion imager (LАKK – 02, NPО «LAZMA», Russia) in red wavelength spectrum in 36 patients with dermal burns
of the lower limbs. The main group consisted of 18 patients receiving both comprehensive and additional therapy. The latter included
the exposure of the wounded surfaces to the flow of air plasma by apparatus "PLASON" and variable magnetic field frequency 50
Hz magnetic induction 30 mT by equipment MAG-30.
Results
Microcirculation in dermal burns was established to changes depending on the periods of wound healing. On Day 5
after the injury blood flow was depleted, its variability decreased, vascular tone increased. On Day 8 all studied parameters of
microcirculation increased, although they didn’t achieve control values. On Day 11 the studied parameters was noted to decrease
again. Patients receiving additional magnitoplazma therapy in all periods research had an increase in microcirculation.
Conclusion
Magnitoplazma therapy improves microcirculation in the burn wound, it contributes to the increase microcirculation
index, blood flow oscillations standard deviation, coefficient of blood flow variation, as well as the efficacy index of microcirculation.
Keywords:
dermal burns, microcirculation, Laser Doppler Flowmetry, magnitoplazma therapy.
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