STABILOMETRY AS A METHOD FOR DIAGNOSIS AND TRAINING OF THE HUMAN POSTURAL BALANCE

Introduction. Posture is intrinsically linked to balance and the maintenance of an upright body position. Achieving stable posture and upright movement relies on the body’s complex neuromuscular regulation system. In clinical practice, stabilometry is employed to assess balance function and postural control. This study aims to synthesize data on the effectiveness of stabilometry as a diagnostic tool for evaluating postural balance and as a training method to enhance it. Materials and Methods. An analysis of 45 sources from databases including Academia.edu, PubMed, ResearchGate, and Google Scholar over the past decade was conducted using Keywords: posture, stabilometry, and postural balance. Results. Stabilometry is a contemporary technique for tracking the projection of the body’s center of mass on the support plane, as well as its fluctuations while standing or performing diagnostic tests and medical procedures. This review examines the application of stabilometry both for diagnosing balance and as a supplementary training method to improve postural balance in athletes and individuals with musculoskeletal disorders. Stabilometry results have highlighted correlations between stomatognathic system dysfunctions and musculoskeletal issues and demonstrated the positive impact of occlusal adjustments on body balance. As such, stabilometry can serve as an effective diagnostic tool for assessing posture in a dental clinic, useful for both diagnostic assessments and evaluating preventive or treatment outcomes. Conclusions. Training that combines myogymnastic exercises with stabilometric platform exercises significantly improved balance and functional efficiency in patients, as shown through stabilometric analysis. A key area of ongoing research is the interplay between posture and other bodily systems, particularly the stomatognathic system, which may be pivotal in treating temporomandibular joint dysfunction.