FIELD: medicine.
SUBSTANCE: invention refers to medicine, namely to restorative medicine and chiropractic, and can be used for numerical determination of postural disturbances and their imaging. Disclosed is a method, where topographic photometry of patient's bone reference is used. Programmatically in the digital model of the patient, bone landmarks with limiting linear and angular deviations from the gravitational axis and in the vicinity of these landmarks, stiffness of affected soft tissues is measured, numerical data of which are compared with stiffness of healthy tissues in the vicinity of unaffected segments, in case of exceeding the difference of the specified stiffnesses of limit values established based on statistical data, additionally measuring passive stretching forces applied to patient's extremities, and comparing these efforts with limiting values thereof, additionally digital model of patient is printed out on 3-D printer, in order to obtain a rubber copy of patient, on which affected segments are marked.
EFFECT: invention provides excessive overloads in local spinal segments and related nerve fibres and vessels and degree of structural involvement in musculoskeletal tissues.
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