Mokhov Dmitrij Evgenevich (RU),Мохов Дмитрий Евгеньевич (RU)
申请号：
RU2019103120
公开号：
RU0002731315C2
申请日:
2019.02.04
申请国别(地区):
RU
年份:
2020
代理人:
摘要：
FIELD: medicine.SUBSTANCE: invention can be used for diagnosing and correcting reversible disorders of the ligamentous-muscular system. Diagnosis of reversible disorders of the ligamentous-muscular apparatus of the body is performed by combined oscillating testing of two types of manual actions. State of elasticity of the structural elements of the tissue is evaluated by exposing the arms simultaneously to opposite and reciprocal directions, the exposure is carried out with a high amplitude, using low rate of movement transfer. Interstitial fluid viscosity state is assessed by simultaneously exposing unidirectional and reciprocating hand movements, transmitting joggling shaking movements of the tested tissues, the exposure is performed in a low-intensity amplitude range, and the transfer rate of the shock transfer effects to the tissues is high. State of elasticity of structural tissue elements is assessed by the biomechanical reaction of the examined tissues to deforming effects. Interstitial fluid viscosity state is evaluated by the biomechanical response of the examined tissues in response to the shaking effects. Determining said elasticity and viscosity properties is carried out from data obtained in tactile sensations, perceived by a doctor through the receptor apparatus of their own hands, by which violations are detected. Procedure for correction of the revealed ligamentous and muscular disorders of the body is performed by certain, as indicated above, to tactile sensations and performed by repeated combined oscillatory manual effects on tissues, during which dynamics of changes are controlled, occurring separately in a state of elasticity of structural elements of tissue and viscosity of interstitial fluid. Correction procedure is completed when positive dynamics of elasticity of structural elements of tissue and viscosity of interstitial fluid are achieved.EFFECT: method provides diagnosing and correcting reversible disorders of the human ligamentous-muscul
