COMPARATION OF KINESITHERAPY AND POWERPLATE IN PATIENTS WITH CERVICOARTHROSIS

Abstract

Osteoarthritis is a chronic disease of the musculoskeletal system, in which degeneration of the affected tissues is observed. Modern living conditions and immobility create favorable conditions for the spread of the disease. The cervical region of the spine is subjected to significant dynamic and static loads, which often leads to pain and limited mobility. Diagnosing cervical arthrosis at an early stage opens up opportunities for effective and timely complex treatment. Such treatment includes not only medicinal approaches, but also various physical therapies, balneotherapy, as well as massage and kinesitherapy. Improving and maintaining the functional status of patients with cervical arthrosis is essential for their quality of life. This disease is characterized by destruction of articular cartilage, in which the formation of new tissue at the edges of bones and tendons is observed. It has a progressive course and affects a significant part of the population. These changes are part of the aging process of the body and the musculoskeletal system. The patented technology of Power Plate is designed to trigger the body’s innate reflexive reaction to precise vibrations, stimulating muscles in a consistent and regulated fashion, thereby expediting the benefits of training. Power Plate’s efficacy has been substantiated through numerous medical and scientific investigations, alongside practical application in clinical recovery and wellness establishments, sports enhancement hubs, and widespread adoption by a multitude of professional and collegiate sports organizations in the United States, as well as numerous others globally. Vibration is defined as an oscillatory motion involving mechanical forces. Its intensity is influenced by biomechanical parameters such as amplitude, frequency, and the scale of the oscillations. Specifically, amplitude refers to the peak-to-peak displacement measured in millimeters, frequency relates to the rate at which oscillation cycles repeat and is measured in Hertz (Hz), and acceleration reflects the scale of the vibrations. This study aims to compare the efficacy of two therapeutic interventions, kinesitherapy (analytical exercises) and power plate, in enhancing muscle strength and improving cervical range of motion. Eighteen patients were divided into experimental (n=10) and control (n=8) groups. The control group received physical medicine and kinesitherapy, while the experimental group underwent physical medicine and power plate therapy, both for 21 days. Clinical assessments were conducted pre- and post-therapy. Results indicated symptom improvement in both groups, with better outcomes observed in the control group. Furthermore, the control group exhibited more significant improvements in range of motion compared to the experimental group. Kinesitherapy demonstrated greater efficacy than power plate therapy, likely due to its targeted muscle exercises and isotonic/ isometric contraction combination, as opposed to the rapid and numerous contractions induced by the power plate. These findings highlight the importance of tailored therapeutic approaches in enhancing muscle strength and cervical spine mobility.