Clinics Series & Rehabilitation Guide

BCI

REHAB ROBOT

The neural activity of the brain is related to the movement intention. When the patient produces the movement intention, the patient’s brain signal is collected through the signal acquisition device, and then the computer is used to extract and analyze the characteristics of these signals. After that, the extracted The output features are converted into instructions and transmitted to the output device, and finally the output device completes the instructions, so as to achieve the purpose of controlling the peripheral (muscles, bones, etc.)

Medical Research

The effect is superior to conventional rehabilitation training methods such as simple motor imagery, mirror therapy, robot-assisted training, compulsory exercise, virtual reality therapy, and transcranial direct current stimulation.

Improve the performance of stroke patients in terms of hand motor function, quality of life and neuroplasticity, and these improvement effects still exist in the long-term follow-up after treatment.

Combined with conventional rehabilitation treatment, the upper limb part of the patient's FMA, the modified Bathel index, the modified Ashworth score and the upper limb manual muscle strength evaluation index were all significantly improved.

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Syrebo Upper Limb Rehabilitation Robot adopts a full-featured mobile chassis and high-precision optical positioning technology, providing users with various effective target-oriented training to enhance upper limb strength, speed, accuracy, and reshape upper limb functionality.

Key features

·Ergonomic design, specialized accessory combination                          ·Adjustable arm length, suitable for a wide range of patients
·One-touch height adjustment table,compatible with wheelchairs      ·4 sets of safety protection systems, increasing safety assurance
· Precision optical positioning, surpassing industry standards               ·Omni-directional mobile platform

Applied principle

Moter Relearning Programme(MRP) Theory

Based on the theory of brain plasticity and brain functional reorganization, in order to better promote the functional reorganization of the brain, MRP needs many times repeated action training, so that patients can fully experience the normal motor feeling and required strength of each simple action to each group of complex actions, so as to better master and improve the motor control ability, and promote the coordinated movement of multiple muscle groups.

The closed-loop rehabilitation theory of “central-peripheral-central”

The Core Idea of the theory: the comprehensive application of central and peripheral interventions can better promote hand function rehabilitation.

Bilateral Synergy(BS) Theory

BS training principle: symmetrical movement of bilateral muscle groups of the same name at the same time activates similar neural networks in both hemispheres of the brain. Through bilateral training, when a symmetrical movement is completed, the same motion parameters of both hands can be realized through the communication between neurons, and gradually strengthened.

Motor Imagery(MI) Theory

Many studies proved that MI training is one of the important methods for clinical rehabilitation of hemiplegia. MI therapy combined with conventional rehabilitation training has a synergistic effect on stroke patients with hemiplegia, which can be further improved the upper limb function of stroke patients with hemiplegia and can significantly improve their FMA, MAS and muscle strength.