Frequently asked questions

Robotic neurorehabilitation offers several advantages compared to other types of therapies or treatments in the field of rehabilitation. The following are the key advantages identified in the study and other sources: 1. Improved gait speed: Robotic neurorehabilitation has proven effective in improving gait speed in patients with subacute stroke. Patients undergoing robotic training showed a significant advantage in gait speed, a key factor for independence in activities of daily living. 2. Greater endurance: Robotic neurorehabilitation also demonstrated benefits in terms of endurance compared to conventional therapies. Patients who underwent robotic training showed an improvement in the distance covered during the 6-minute walk test, indicating greater physical endurance. 3. Improved balance: Robotic training was also associated with improvements in patients' balance. The study mentions that patients in the robotic training group outperformed those in the control group in terms of balance, which is a crucial aspect for preventing falls and improving stability while walking. 4. Improvement in activities of daily living (ADLs): Robotic neurorehabilitation resulted in an improvement in patients' functional abilities, as assessed by the Modified Barthel Index (mBI). This suggests that robotic training can have a positive impact on patients' ability to perform basic activities of daily living, such as dressing, eating, and moving from one place to another. 5. Repetitiveness and precise control: Robotic neurorehabilitation allows for greater repetition of movements and precise control over the range of motion and resistance applied during therapy. This can be beneficial for achieving a faster and more accurate recovery. It is important to note that the results mentioned are based on a specific study and that larger, controlled studies are needed to compare outcomes across different types of robotic devices and more homogeneous populations. However, the current results support the effectiveness and potential benefits of robotic neurorehabilitation in improving gait and function in patients with subacute stroke.

The exoskeleton can be used to treat a variety of conditions. Here is a detailed list of suitable pathologies: 1. STROKE Ischemic Hemorrhagic Traumatic brain injury 2. SPINAL CORD INJURY Traumatic Tumors Myelopathies (Various spinal cord injuries) 3. POST-OPERATIVE Knee injury rehabilitation 4. NEURODEGENERATIVE DISEASES Parkinson MS (Multiple Sclerosis) ALS (Amyotrophic Lateral Sclerosis) 5. NEUROMUSCULAR DISEASES Ataxia Muscular dystrophies SMA (Spinal Muscular Atrophy) 6. Cerebral Palsy 7. BRAIN OR CENTRAL NERVOUS SYSTEM TUMORS 8. PERIPHERAL NERVOUS SYSTEM INJURIES

No, exoskeletons are certified for use under professional supervision.

HANK: Yes, if he is over 145 cm tall. BELK: Yes, if it measures more than 120 cm.