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Elbow and Wrist
Introduction
Articular physiology of the elbow (3:30)
Motion Tecar: Neurophysiology of the thermal effects
Lateral Epicondylitis
Description of tendon pathology of the muscles of the posterior compartment of the forearm and application strategies of Motion Tecar (resistive electrode’s action combined with deep transverse friction massage) (3:39)
Local and segmented treatment in synergy with deep transverse friction massage (16:03)
Segmented and local treatment at 0.68 MHz (bio-stimulation) (12:36)
Medial Epicondylitis
Description of tendon pathology of the flexor muscles of the anterior forearm and application strategies of Motion Tecar (resistive electrode’s action combined with deep transverse friction massage) (2:58)
Local and segmented treatment in synergy with deep transverse friction massage (10:40)
Segmented and local treatment at 0.68 MHz (bio-stimulation) (10:45)
Carpal Tunnel Syndrome
Description of median neuropathy from neurapraxia, therapeutic journey for non-surgical patient (4:37)
Local treatment for bio-stimulation (neurotrophic effect) combined with segmented treatment for effect of muscle tone-trophism (8:20)
Local treatment with static capacitive electrode for neurotrophic stimulus (3:34)
De Quervain's Tenosynovitis
Description of therapeutic journey for pathology of the extensor pollicis brevis and abductor pollicis longus tendons (3:19)
Treatment with synergy between action of resistive electrode and efficient physical therapy for pain relief (ultrasounds - laser therapy - Frems); importance of a brace (8:39)
Rhizarthrosis.
Description of pathology of trapeziometacarpal joint - from new surgical opportunities to the conservative treatment (2:53)
Therapeutic synergy between Tecar with resistive electrode and instrumental physical therapy for pain relief: Frems, laser therapy (5:09)
Colles’ Fracture
Description of therapeutic rehabilitation journey after epiphyseal fracture of distal radius and ulna: from surgery to rehabilitation (4:50)
Treatment for drainage, passive and active assisted kinesiotherapy, action of the resistive electrode for biological recovery (osteogenesis) (5:44)
Synergy between Tecar treatment with passive and active local kinesiotherapy and segmented treatment for functional recovery (8:10)
Synergy between mechanical sound vibrations and active kinesiotherapy for functional recovery (4:32)
Treatment for drainage, passive and active assisted kinesiotherapy, action of the resistive electrode for biological recovery (osteogenesis)
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