Vibrotactile Feedback in Exoskeletons

Status Completed

Clinical Trial Summary

This study aims to investigate the impact of providing discrete vibrotactile feedback related to weight shift and step initiation on exoskeleton use in individuals with motor-complete SCI.

Clinical Trial Description

Rationale: People with motor-complete spinal cord injury (SCI) lack motor function below the lesion level and are, thus, wheelchair-dependent. In recent years, wearable exoskeletons have emerged as potential mobility devices for this population. Although exoskeletons generate the basic motions for ambulation, postural stability must be maintained by the user. People with motor-complete SCI miss essential somatosensory perception, which affects their ability to maintain postural stability. Hence, walking in an exoskeleton is demanding, and crutches are necessary. When sensory information of a specific system is lost, the lack of sensory information can be substituted by providing feedback to another sensory system. As sensory feedback has been shown to improve postural control in people missing essential sensory information, such sensory substitution may also be effectively incorporated in people with complete SCI using an exoskeleton. Objective: The study aims to investigate the effect of vibrotactile feedback on exoskeleton use in people with motor-complete SCI. Study design: The proposed study is an experimental study. The study protocol includes six sessions of 90 minutes spread over three weeks. Sessions one to five are dedicated to training to assess the effect of vibrotactile feedback on exoskeleton motor learning. Session six is dedicated to evaluation to assess the effect of vibrotactile feedback on exoskeleton motor control. ;

Study Design

Related Conditions & MeSH terms

Spinal Cord Injuries

Clinical Trial Details

NCT number	NCT06306352
Study type	Interventional
Source	Sint Maartenskliniek
Contact
Status	Completed
Phase	N/A
Start date	March 6, 2023
Completion date	June 21, 2023

View Details

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