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- Title
Application of TECAR therapy in spasticity and muscle pains.
- Authors
Łukasz, Karaś
- Abstract
Introduction: TECAR therapy, based on high-frequency radio waves and alternating current, is an innovative physiotherapeutic method. Its action involves the generation of radio waves, causing a resistance effect, which results in deep tissue heating and stimulation of regeneration. This therapy is gaining popularity in the treatment of bone diseases, muscle and ligament injuries, as well as in the reduction of pain and swelling. Materials and methods: The study involved a randomized, controlled, double-blind clinical trial. Participants with chronic stroke were treated with TECAR with manual therapy. Data analysis included assessment of neuromuscular properties, passive range of motion and Ashworth scale. A myotonometer, dynamometer and inclinometer were used for measurements. Results: A single session of TECAR therapy with manual therapy immediately reduced gastrocnemius muscle tension in post-stroke patients. A significant reduction in the Modified Ashworth Scale (MAS) score in the context of dorsiflexion of the foot, an improvement in ankle joint range of motion and an increase in the PROM of the gastrocnemius calf muscle were observed. No significant changes were observed in MAS scores for knee and hip flexion. Conclusions: - A single session of TECAR therapy with manual therapy immediately reduces gastrocnemius muscle tension in poststroke patients. - TECAR therapy shows effectiveness in improving the range of motion of the ankle joint. - Manual therapy combined with TECAR can influence the biomechanical components of spastic hypertonia. - The results highlight the potential use of TECAR therapy in the recovery process of post-stroke patients. - TECAR therapy appears to be more effective in reducing musculoskeletal pain compared to the control group. - Potential use of TECAR therapy as an adjunct in the treatment of joint pain in the areas of medicine, physiotherapy, orthopedics and rheumatology.
- Subjects
MYALGIA treatment; RADIO waves; SKELETAL muscle; CLINICAL trials; DATA analysis
- Publication
European Journal of Clinical & Experimental Medicine, 2024, p48
- ISSN
2544-2406
- Publication type
Article