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Applications<\/h2>\n
CON-TREX\u00ae can be used for early diagnosis and preventive therapy of musculoskeletal injuries in rehabilitation. It is also used in scientific research and performance optimization. CON-TREX\u00ae machines are ideally suited to measurement and analysis thanks to their high levels of precision, making them particularly suitable for scientific use. In training and therapy, they aim to improve muscular capacities (in the areas of strength and endurance) as well as sensorimotor skills. Thanks to its versatile measurement capabilities and intuitive exercise software, CON-TREX\u00ae is ideally suited to the following applications:<\/p>\n
Orthopedic rehabilitation and traumatology :<\/span><\/h3>\n\n- Diagnosis and rehabilitation of musculoskeletal deficiencies<\/strong>: Muscle imbalances can disrupt the ideal sequence of movements and can have detrimental effects on joints or, depending on the type of sport, may even be desirable or necessary. CON-TREX\u00ae helps to record, detect and analyze these imbalances. CON-TREX\u00ae machines can also be used to effectively eliminate muscular imbalances. A particular advantage is that the tested movement can be trained at the same time.<\/li>\n
- Prostheses<\/strong>: CON-TREX\u00ae machines can be used for rehabilitation after artificial joint replacement. Even with very low muscle strength available, patients can actively train and improve their musculature at a reasonable speed of movement. This means that loss of strength is reduced to a minimum and joint mobility remains the same or is improved.<\/li>\n<\/ul>\n
Neurological rehabilitation :<\/span><\/h3>\n\n- When performance is impaired for neurological reasons, for example after a brain injury or stroke, rehabilitation work focuses on re-establishing coordination and control of the work performed by the muscles. The German Neurological Society calls for early functional mobilization of stroke patients. CON-TREX\u00ae is suited to this task thanks to its exercise and training function in continuous passive movement mode: the affected patient’s limb is moved by CON-TREX\u00ae while the patient can simultaneously attempt to control and move the limb independently. CON-TREX\u00ae simultaneously visualizes the patient’s ongoing performance, meaning that training can be followed in real time on the monitor, and even the smallest advance is immediately reproduced on screen. This adds to the patient’s motivation to increase the effectiveness of rehabilitation through active cooperation and biofeedback. This can only be achieved to a limited extent using “classic” training methods. Biofeedback training, particularly with submaximal loading, not only provides effective correction of muscular deficiencies, but is also an excellent method for improving coordination skills.<\/li>\n<\/ul>\n
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Performance enhancement :<\/span><\/span><\/i><\/h3>\n<\/div>\n\n
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\n- CON-TREX\u00ae machines are used in top-level sport, especially when it comes to objectively assessing fitness levels and optimizing training progression. Various strength tests that can be performed at regular intervals provide both coaches and athletes with accurate feedback on the effectiveness of their training methods. When rehabilitating top athletes after injury, CON-TREX\u00ae machines facilitate training sessions and help reduce downtime.<\/li>\n<\/ul>\n<\/div>\n<\/div>\n<\/div>\n<\/div>\n<\/div>\n<\/div>
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