Gait analysis system conducts gait analysis on patients with spinal cord injury

A gait analysis system uses motion capture principles and is applied to gait assessment and rehabilitation guidance for patients with spinal cord injury. It usually has the following functions:

1. High analysis accuracy, more accurate gait assessment, with small data errors.

Based on motion capture principles, sensor-based data collection is used to obtain multidimensional gait data of patients with spinal cord injury. The analysis results are detailed, with minimal deviation.

The measured multidimensional data can be applied to the precise assessment of abnormal gait patterns such as circumduction gait, threshold-crossing gait, and shuffling gait.

2. High assessment efficiency, more convenient rehabilitation guidance.

Generally speaking, gait assessment using a gait analysis system only takes 10–40 seconds to complete data collection and obtain complete rehabilitation-related gait data of the patient.

If traditional assessment methods are used, not only is the data error relatively large, but the process also takes a longer time—more than ten minutes or even longer.

3. Non-invasive assessment, suitable for people in the rehabilitation stage after spinal cord injury.

The gait analysis system evaluates gait by capturing the movement trajectories of patients with spinal cord injury through sensors, without invasive procedures, and therefore belongs to non-invasive assessment.

This assessment method can avoid pain caused by invasive operations during the evaluation process and can also prevent secondary stimulation of the injured area resulting from invasive assessment.

It is especially suitable for groups with limited limb movement during rehabilitation, sensitive injury sites, or those who are resistant to invasive assessment.

4. Ability to obtain dynamic gait change characteristics.

Through dynamic capture, subtle changes in patients’ gait during the rehabilitation process can be detected, making the evaluated data more complete and accurate.

It is particularly suitable for institutions and application scenarios with high requirements for gait data accuracy, such as departments of rehabilitation medicine and spinal cord injury rehabilitation centers.

5. High safety, no adverse effects, suitable for long-term gait tracking.

The equipment adopts passive sensor technology, with no electromagnetic interference or harmful stimulation, is harmless to the human body, and can meet the needs of long-term, repeated gait rehabilitation tracking and assessment for patients with spinal cord injury.