Introduction: At the base of the formation of muscle pain syndromes, which are provoked by the poor static, stand functional increased excitability and postural hypotension of the muscles of the body and reducing the activity of their stretch reflex, which is necessary to maintain optimum statics. Clinically, the hypoactivity of the stretch reflex is manifested as muscle pain syndromes in statically and dynamically exerted structures. Relocation of prehensile places of pathologically important biomechanical shortened and floppy muscles produces static overloads and is accompanied by asymmetry and stress in the articular surfaces of the bearing joints.
Under the action of gravitational forces and as a result of the change in muscle force balance, this asymmetry is strengthened. Pathologies such as degenerative-dystrophic diseases of the hip joint, develop, often matched by functional changes in the spine.
Aim: The aim of this paper is to explore the interconnection between the direction of displacement of the patient‘s general center of gravity and the functional increased excitability of the muscles - the hip stabilizers.
Discussion: The conducted study indicates that the direction of displacement of the general center of gravity of the patient with chronic instability of the hip joint often coincides with the side of location of hypotonic m.rectus femoris and m.iliopsoas.
Conclusion: Applying the methods of visual diagnostics from applied kinesiology allows, at an early stage, to find a relationship between the scoliotic changes in the lumbar portion and the clinical manifestations of hip joint instability.
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