How Robotic terapia Accelerates riabilitazione post-ictus - ictus Center

In recent years, with the rapid development of robotic tecnologia, intelligenza artificiale and electro-mechanical components, robotics are increasingly applied in the riabilitazione sector. Robotic riabilitazione terapia not only has a good mercato prospect (The globale riabilitazione robots mercato size is projected to reach USD 2,617.3 million by 2026.), but it is also a promising novel tecnologia for patients with motor disorders caused by ictus and other neurologico diseases. So, how do riabilitazione robots aiuto patients recover faster?

First of all, it is associated with the basic mechanism of improving motor function after ictus, neuroplasticity. It is a term that refers to the brain's ability to modify the physical structure and function throughout life and in response to esperienza and allenamento. One important goal of riabilitazione of ictus patients is the effective uso of neuroplasticity for functional recupero. Therefore, high-intensity practice and repetitive allenamento are required to aiuto the paziente's brain to re-learn the ability to move, making riabilitazione post-ictus a labor-intensive process.

Figure 1: How neuroplasticity works

Source: Yongmin Chang, “Reorganization and plastic changes of the human brain associated with skill learning and expertise”

As a result, compared with the traditional terapia guided only by the terapeuta, the most important advantage of robotic terapia is the ability to fornire high-dosage and high-intensity allenamento; and, it ensures that the movement is repeated accurately and in the same way each time. The accurate and highly repetitive movement performed by robots could make better uso of neuroplasticity, speeding up patients' recupero.

The robotic devices not only abilitare repetitive terapia with high intensity but also fornire diversified allenamento using only one manipulation. As the manipulator is programmable and multi-function, the robot per la riabilitazione can fornire different targeted allenamento throughout the recupero process such as resistance allenamento to migliorare muscle forza in the post-riabilitazione post-ictus stage and bilateral mirror allenamento (the healthy mano drives the affected mano) to deeply stimulate paziente's neuroplasticity.

Figure 2: Bilateral mirror allenamento

Furthermore, robotic terapia provides patients with more motivated and active esercizio than traditional terapia. By offering incentives to the paziente such as games, robot-assisted terapia can greatly migliorare trattamento compliance. Patients are more willing to aumentare riabilitazione allenamento with robot-assisted terapia; naturally, the recupero speed will be faster than the conventional terapia.

Figure 3: Active game allenamento

Now, with the ongoing miglioramento of robotic tecnologia, robot per la riabilitazione has not only therapeutic significance, but it is also a good helper for therapists. Like Syrebo mano riabilitazione sistema SY-HR08E (click to learn more), it has the functions of forza and coordinazione evaluation and intelligent user management. The robots can collect dati on the patients' forza and coordinazione prestazioni, allowing therapists to track patients' progress. Therapists can also customize personalized riabilitazione programs for a large number of patients with this sistema, making trattamento more flexible and convenient. Effective and intelligente, it is the best choice for clinicians to upgrade the sanità sistema.

As robotic-assisted terapia provides more effective trattamento to ictus patients with motor disorders and relieves the physical burden of therapists, it will become a standard therapeutic soluzione in riabilitazione post-ictus soon.