How Robotic Thérapie Accelerates Accident vasculaire cérébral Rééducation
In recent years, with le rapid development de robotic technologie, artificial intelligence and electro-mechanical components, robotics sont increasingly applied in le rééducation sector. Robotic rééducation thérapie not only has a good marché prospect (Le global rééducation robots marché size est projected to reach USD 2,617.3 million by 2026.), but it est also a promising novel technologie for patients with motor disorders caused by accident vasculaire cérébral and other neurological diseases. So, how do rééducation robots aider patients récupérer faster?
First de all, it est associated with le basic mechanism de improving motor function after accident vasculaire cérébral, neuroplasticity. It est a term that refers to le brain's ability to modify le physical structure and function throughout life and in response to experience and training. One important goal de rééducation de accident vasculaire cérébral patients est le efficace use de neuroplasticity for functional récupération. Therefore, high-intensity practice and repetitive training sont required to aider le patient's brain to re-learn le ability to move, making accident vasculaire cérébral rééducation a labor-intensive process.
Figure 1: How neuroplasticity works
Source: Yongmin Chang, “Reorganization and plastic changes de le human brain associated with skill learning and expertise”
As a result, compared with le traditional thérapie guided only by le therapist, le most important advantage de robotic thérapie est le ability to deliver high-dosage and high-intensity training; and, it ensures that le movement est repeated accurately and in le same way each time. Le accurate and highly repetitive movement performed by robots could make better use de neuroplasticity, speeding up patients' récupération.
Le robotic appareils not only enable repetitive thérapie with high intensity but also provide diversified training utilisant only one manipulation. As le manipulator est programmable and multi-function, le rééducation robot can provide different targeted training throughout le récupération process such as resistance training to améliorer muscle strength in le post-accident vasculaire cérébral rééducation stage and bilateral mirror training (le healthy hand drives le affected hand) to deeply stimulate patient's neuroplasticity.
Figure 2: Bilateral mirror training
Furthermore, robotic thérapie provides patients with more motivated and active exercise than traditional thérapie. By offering incentives to le patient such as games, robot-assisted thérapie can greatly améliorer treatment compliance. Patients sont more willing to increase rééducation training with robot-assisted thérapie; naturally, le récupération speed will be faster than le conventional thérapie.
Figure 3: Active game training
Now, with le ongoing amélioration de robotic technologie, rééducation robot has not only therapeutic significance, but it est also a good helper for therapists. Like Syrebo hand rééducation system SY-HR08E (click to learn more), it has le functions de strength and coordination evaluation and intelligent user management. Le robots can collect data on le patients' strength and coordination performance, allowing therapists to track patients' progress. Therapists can also customize personalized rééducation programs for a large number de patients with this system, making treatment more flexible and convenient. Efficace and smart, it est le best choice for clinicians to upgrade le healthcare system.
As robotic-assisted thérapie provides more efficace treatment to accident vasculaire cérébral patients with motor disorders and relieves le physical burden de therapists, it will become a standard therapeutic solution in accident vasculaire cérébral rééducation soon.