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Pelvis and Spine
Introduction
Strategies for the application of Motion Tecar in the case of pathologies of the pelvis and lumbosacral region (4:33)
Motion Tecar in pathologies of the lumbosacral rachis
Motion Tecar: Neurophysiology of the thermal effects
Lumbar Cruralgia
Description of Motion Tecar application strategies in pathologies of the lumbar spine, antalgic posture on the couch to improve the therapy’s effect (2:48)
Patient in sub-acute stage, synergy between resistive treatment to work on the diaphragm and the capacitive electrode because of its neurotrophic effect (11:32)
Bio-stimulation treatment for the crural nerve (neurotrophic effect) and deep tissue treatment for the paravertebral muscles (12:21)
Preparation for the rehabilitation phase; synergy between static resistive electrode with massotherapy and mobilization, including pelvis (reestablishment lumbopelvic rhythm) (11:20)
Lumbar Rachis Pathology
Description of Motion Tecar application strategies in lumbar rachis pathology, antalgic position on the couch to optimize the therapy’s action (3:14)
Patient in sub-acute stage, synergy between resistive treatment for the action on diaphragm muscle and capacitive electrode for its neurotrophic effect (6:25)
Bio-stimulation treatment with static resistive electrode combined with rehabilitation techniques to restore lumbo-pelvic rhythm and action of the small static capacitive electrode for neurotrophic action (11:50)
Treatment preparing for the rehabilitation phase: resistive treatment of dorso-lumbar rachis combined with capacitive massotherapy with neurotrophic stimulus (11:03)
Mechanical Lumbalgia
Description of lumbar pathologies of mechanic origin; application strategies to act on pain-contracture-pain (3:30)
Sub-acute stage: treatment with medium static resistive electrode combined with rehabilitation techniques to restore the lumbo-pelvic rhythm; use of Libralux (low-level lase) on acupuncture points for its myorelaxant action (7:02)
Use of Libralux (low-level lase) on acupuncture points for its myorelaxant action (5:02)
Preparation for the rehabilitation phase: manual resistive electrode on entire rachis and manual massotherapy on paravertebral muscles + muscle lengthening (12:08)
Rehabilitation phase, combination of mechanical sound vibrations and core stability techniques to strengthen muscles (9:15)
Rehabilitation after Vertebral Stabilization Surgery
Description of Motion Tecar treatment and application strategies to re-gain pelvic mobility and tone the core muscles (2:52)
Manual resistive electrode treatment for entire rachis with capacitive massotherapy for paravertebral muscles (5:57)
Preparation for the rehabilitation stage through mechanical sound vibrations on paravertebral, gluteal, triceps surae muscles and soles of the feet (6:59)
Rehabilitation phase: core stability exercises combined with mechanic sound vibrations on abdominal, gluteal, quadriceps, adductor muscles (5:39)
Sacroiliitis
Description of inflammatory pathology of sacroiliac joint and therapeutic strategies with the aid of Fisiofrems and Motion Tecar (1:35)
Fisiofrems treatment for anti-inflammatory effect (5:16)
Athermal treatment with static resistive electrode on sacroiliac joint combined with passive kinesiotherapy and lengthening of hamstring, psoas and rectus femoris muscles (3:17)
Athermal treatment with static resistive electrode on sacroiliac joint combined with passive kinesiotherapy and lengthening of hamstring, psoas and rectus femoris muscles
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