Dmitry Yu Pinchuk

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Based on long-term investigations we have concluded that IS is a compensatory response of the vertebral complex and has several strictly sequential stages: The first stage – pre-clinical. The usage of physiological kyphosis reserve (kyphosis is being transformed into lordosis). The second stage – sub-clinical. Elimination of the " excess " length of osseous(More)
Brain structures with bioelectric activity (BA) different from BA of the same structures in healthy peers were revealed using an original 3DLocEEG analysis of EEGs that solves so-called "reverse EEG task". These were the following structures: thalamus, pineal gland, hypothalamic area, including suprahiasmatic nuclei, and infratemporal cortex. The shift of(More)
The study of the back muscles bioelectric activity in 216 children in the age between 10-15 years showed that the total paravertebral muscles bioelectrical activity on the convex side of the proximal curve and on the concave side of its distal part is higher compared with that on the opposite side. Analysis of H-reflex and M-responses in 302 patients in the(More)
AIS hypothesis has the right to recognition, if it explains the transition of "healthy" vertebra column into status of "scoliotic" one. AIS is the most investigated disease in the history of orthopedics, but up the present time there is no clear explanation of some its phenomena: vertebra column mono-form deformation along with its poly etiology character,(More)
The clinical effectiveness of primary and secondary headache treatment by transcranial direct current stimulation (tDCS) with various locations of stimulating electrodes on the scalp was analyzed retrospectively. The results of the treatment were analyzed in 90 patients aged from 19 to 54 years (48 patients had migraine without aura, 32 - frequent episodic(More)
The purpose of this work is to identify a role of the pineal gland/suprachiasmatic nucleus system in adolescent idiopathic scoliosis (AIS) aetiology and pathogenesis. To analyze electroencephalograms of 292 children with AIS and in 46 healthy subjects, a processing method was used to assess three-dimensional coordinates of electric equivalent dipole sources(More)
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