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Knee
Introduction
Description of Motion Tecar application strategies for knee pathologies (10:13)
Therapeutic rehabilitation journey for knee pathologies with Frems and Motion Tecar
Motion Tecar: Neurophysiology of the thermal effects
Patellar Tendinopathy
Description of the therapeutic rehabilitation of patellar tendinopathy with Motion Tecar (2:33)
Local homeothermy treatment with manual resistive electrode on suprapatellar tendon and athermal action on patellar tendon (5:26)
Local treatment with small resistive electrode on patellar tendon and action on the posterior chain’s muscles with small static capacitive electrode on soleus and peroneus muscles combined with lengthening of hamstring muscles (7:44)
Segmented hyperthermia treatment with medium resistive electrode on soleus and peroneus muscles and local homeothermy treatment with resistive electrode on patellar tendon (7:14)
Biceps femoris tendinopathy
Description of the therapeutic rehabilitation of a distal biceps femoris tendinopathy with Motion Tecar (2:24)
Segmented treatment with medium resistive electrode on muscle belly of biceps femoris combined with local treatment on the tendon’s distal insertion with small resistive electrode and DTFM (deep transverse friction massage) (11:24)
Local treatment with small resistive electrode on distal insertion of bicpes femoris tendon and DTFM combined with segmented treatment with small static capacitive electrode on peroneus and soleus muscles + manual massotherapy of hamstrings and active resistance kinesiotherapy (eccentric exercise) (11:30)
Chondropathy - femoris - tibial
Description of the therapeutic rehabilitation with Motion Tecar of an articular pathology of the knee – from local to segmented action (2:32)
Segmented homeothermy treatment with resistive electrode on rectus femoris and fascia lata combined with manual resistive electrode athermy treatment on the medial joint space of the knee and passive kinesiotherapy (16:02)
Local treatment with resistive electrode on popliteal fossa and segmented treatment with capacitive massotherapy on hamstring muscles and sole of the foot (12:06)
Medial meniscopathy
Description of therapeutic rehabilitation with Motion Tecar of a non-surgical meniscal pathology: segmented action with medium resistive electrode on rectus femoris/fascia lata and local treatment with medium resistive electrode on joint space combined with active kinesiotherapy to tone quadriceps muscle (7:44)
Segmented hyperthermia treatment with medium resistive electrode on soleus, peroneus and tibialis muscles and local treatment with medium resistive electrode on joint space combined with active kinesiotherapy to tone quadriceps muscle and lengthening of hamstrings (9:28)
Preparation for rehabilitation treatment: local action with manual resistive electrode on medial joint space with seated patient, combined with active lengthening kinesiotherapy (active global stretching) in an open kinetic chain (7:21)
PTG
Description of therapeutic rehabilitation after total knee replacement surgery; synergy with Frems during biological recovery and combination with Motion Tecar to favor functional recovery (4:09)
Segmented homeothermy treatment with medium resistive electrode on rectus femoris and iliotibial band combined with local athermy treatment with small static resistive electrode as well as passive and active kinesiotherapy for muscle strength and gait re-education (13:32)
Segmented capacitive massotherapy treatment of quadriceps, tibialis, triceps surae and plantar muscles (friction) (15:20)
Rehabilitation treatment with mechanic sound vibrations combined with active kinesiotherapy to favor muscular strengthening and prepare the patient for proprioception exercises (8:22)
Rehabilitation treatment with mechanic sound vibrations combined with active kinesiotherapy to favor muscular strengthening and prepare the patient for proprioception exercises
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