Photobiomodulation for Correction of Systemic Disorders of Experimental Pain Syndromes

" The presented results show that the effect of low-intensity LILR on acupuncture points associated with the autonomic nervous system causes a correction of the redox balance in the body of experimental animals. It leads to the activation of antioxidant protection indicators (a statistically significant increase in the specific activity of SOD by 18%, of GR by 26.18% and of Gl-6-fDH by 10.89%) and a decrease in the concentration of the studied LPO products in plasma and erythrocytes after irradiation with pain stress compared with that of the control 2 group." {Credits 1}

" In addition, laser acupuncture contributes to the development of vegetative adaptation reactions, which are expressed as an increase in trophotropic effects, especially the index of vegetative equilibrium, which decreased in the placebo group by 69% and increased by 42% in the experimental group compared with the intact level." {Credits 1}

{Credits 1} 🎪 Polyakova, A.G.; Soloveva, A.G.; Peretyagin, P.V.; Belova, A.N.; Belyaeva, K.L. Photobiomodulation for Correction of Systemic Disorders of Experimental Pain Syndromes. Optics 2023, 4, 500-509. https://doi.org/10.3390/opt4030036. © 2023 The author(s). This is an open access article distributed under the terms of the Creative Commons Attribution License.