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. Optics2023, 4, 500-509.
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.
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. Optics2023, 4, 500-509.
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.
Abstract
The development of anti-pain technologies in the complex treatment of pain syndromes is one of the most urgent tasks of modern medicine. We have undertaken a placebo-controlled experimental study of the therapeutic potential of low-intensity laser radiation when applied to acupuncture points, which are directly related to the autonomic nervous system. The adaptation effect of puncture photobiomodulation on the induction of stress-mediated autonomic reactions, oxidative metabolism and microcirculation in animals during the acute phase of pain stress was revealed. The data obtained are of interest for use in the complex rehabilitation of patients with pain syndrome.
Biology and Life Sciences, Biology and Biotechnology
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