Our clinics offer customized Neuromotor Training sessions, which are one of our distinctive innovations.
These rehabilitation sessions are designed to enhance movement control and quality and are usually customized based on the outcome of a Movement Analysis Test (MAT)
They are conducted in designated areas referred to as ‘Green Rooms’ (a patent of Isokinetic Medical Group), and focus on corrective biomechanics interventions (for improper postures) and the acquisition of new movement sequences.
They consist of a series of exercises, both with and without feedback, designed to help the patient improve movement control through the core and hip muscles while also enhancing the quality of those movements.
Each program is adapted to the specific needs of the patient and usually take place between the rehabilitation phase in the gym and the training phase on the sports field.
Neuromotor Training programs have shown effectiveness in reducing the risk of injuries to the lower limbs which is why Green Room sessions are recommended as a primary preventive strategy.
These techniques are applied in clinical practice, for example, after an injury to the Anterior Cruciate Ligament (as well as other injuries) to help reduce the risk of re-injury.
GREEN ROOM: THE PRESENT AND FUTURE OF SPORTS REHABILITATION
The Green Room has allowed us to combine cutting-edge scientific research with state-of-the-art technologies to deliver a unique service in biomechanical rehabilitation and motor learning for our patients which is continually enhanced by our centralized Education and Research Department.
After the assessment of the patient’s movement profile through specific tests, the Isokinetic team delivers personalized interventions capable of enhancing movement patterns with the goals of reducing injury risk and improving performance.
The customised neuromotor training protocol involves rehabilitation exercises performed within the Green Room under the direct supervision of rehabilitation specialists. The video wall technology allows patients to observe and immediately correct any incorrect movements in real-time.