The complex method of complex lazerreflexotherapy and BAK therapy is based on a combined implementation of laserreflexotherapy and bioakustikal (BAK) regulation. Recent researches proved the vegetal correcting effect and stress-limiting effect of complex laserreflexotherapy and BAK.

The objective of the clinical trial was to evaluate the impact of the complex lazerreflexotherapy on vegetal status (initial vegetative tonus, vegetative responsiveness) and bioakustikal (BAK) regulations effects of vegetative disorders (cardialgia,  cardiac rhythm variability, etc.).

107 patients (children aged 7 to10) suffering from somatoform autonomic dysfunction were enrolled in the trial. They were subdivided into three comparison groups. The control group (n=17) was treated using traditional (classic) medicine therapy. The first basic group (n=30) - received combined lazerreflexotherapy. The second basic group (n=30) received bioakustikal (BAK) therapy. The third basic group (n=30) received bioakustikal (BAK) therapy and combined lazerreflexotherapy. The investigation revealed more significant effect of combined reflexotherapy and BAK therapy on vegetative dysfunctions, vegetal tonus and vegetal responsiveness. This combined method proved to eliminate negative vegetative responses ( including stress) normalizing cardiac rhythm (up to 75,8% improvement). third

Key words:  somatoform autonomic dysfunction, autonomic nervous system, cardiology, children aged 7 to10, combined  lazerreflexotherapy, BAK therapy.

Earlier researches prove that 25-80% of children and teenagers suffer from autonomic disturbances in the form of somatoform  syndrome dysfunction of involuntary nervous system SSDVNS. In accordance with ICD (Edition10). This disease is classified as a neuropsychic disease and referred to G90.8, Paragraph Other Nervous System Disorder. Basically aetiopathogenesis of SSDVNS includes constitutional characteristics as well as psychophysiologic and corticovisceral disorders. Sympathetic and parasympathetic vegetative nervous system is activated with the formation of compensatory strain of regulatory mechanisms (incl. gomeostatic and gemoreologic) causing suprasegmentary nervous breakdown. And this is called segmentary autonomic disturbance. In case of emotional overstrain or stress, adaptation and regulatory function (hypol and pituitarium system) are impaired resulting in formation of  compensatory and non-substitutive reactions.

The work is submitted to the International Scientific Conference «Innovative medical technologies», Moscow, November 29-30, 2018, came to the editorial office оn 27.11.2018