Abstract
Abstract. The research results in the field of computer visualization of the shoulder joint biomechanics are presented. The possibilities of using biomechanical robotic mechanotherapy on the CON-TREX complex in the rehabilitation treatment of patients after arthroscopic shoulder surgery are shown. The possibilities of additional visualization of magnetic resonance imaging (MRI) data using spectral decomposition methods (Shearlet transform and contrasting with color coding) are studied. Experiments with the use of the proposed diagnostic technique are described. The relationship between the MRI data and CON-TREX protocols in planning and implementation of the rehabilitation procedures is demonstrated. The technique which allows to improve the quality and availability of the MRI data in the study of the shoulder joint biomechanics during restorative treatment is described.
Highlights
Orthopedic biomechanics was designed to study and target the optimization of mechanical stresses that affect normal bones, joints and soft tissue that have been altered by disease, injury, or have been surgically treated
Modern rehabilitation of patients who underwent surgical interventions on joints is associated with advances in the study of their biomechanics and modern diagnostic magnetic resonance imaging (MRI) methods
Enhancement of the visual representation of the entire set of initial experimental clinical data CON-TREX allows to improve the accuracy of diagnostic assessments by interpreting statistical indicators both in kinematics and in dynamics
Summary
Orthopedic biomechanics was designed to study and target the optimization of mechanical stresses that affect normal bones, joints and soft tissue that have been altered by disease, injury, or have been surgically treated. The creation of optimal physical models of the shoulder joint with imitation of muscles and other components in real scale is a relevant topic in modern science (AlmeidaGallaraga et al, 2017). Modern rehabilitation of patients who underwent surgical interventions on joints is associated with advances in the study of their biomechanics and modern diagnostic MRI methods. Comprehensive assessment methods allow restorative medicine specialists to obtain the most complete understanding of the dynamic and static components of the shoulder joint work. The correct objective assessment of the functional capabilities of the shoulder joint is important both before the start of rehabilitation and in the process of it
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