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NOT YET RECRUITING
NCT07656675
NA

Electrotactile Frequency, Amplitude, and Temporal Gap Discrimination in Young Adults, Older Adults, and Stroke Survivors

Sponsor: Sungkyunkwan University

View on ClinicalTrials.gov

Summary

The purpose of this study is to evaluate and compare sensory discrimination ability for electrotactile stimulation among young adults, older adults, and patients with stroke. Participants will receive non-invasive electrotactile stimulation through electrodes attached to the skin of the upper limb, such as the fingertip, palm, elbow, or shoulder, depending on the stimulation condition. The study will assess discrimination thresholds for changes in stimulation frequency, stimulation amplitude, and temporal gaps in stimulation, together with task accuracy and reaction time. The results are expected to provide foundational data for sensory assessment, electrotactile feedback design, and sensory-based rehabilitation technologies for older adults and stroke patients.

Official title: Assessment of Electrotactile Sensory Discrimination Across Young Adults, Older Adults, and Stroke Survivors for Neurorehabilitation Feedback Design

Key Details

Gender

All

Age Range

19 Years - 70 Years

Study Type

INTERVENTIONAL

Enrollment

80

Start Date

2026-06-11

Completion Date

2028-04-30

Last Updated

2026-06-18

Healthy Volunteers

Yes

Conditions

Interventions

BEHAVIORAL

Electrotactile Sensory Discrimination Tasks

Participants will receive non-invasive electrotactile stimulation through surface electrodes attached to the upper limb, such as the fingertip, palm, elbow, or shoulder, depending on the stimulation condition. Participants will perform sensory discrimination tasks to assess their ability to discriminate changes in stimulation frequency, stimulation amplitude, and temporal gaps in stimulation. Stimulation intensity will be individualized based on each participant's perception threshold and discomfort threshold and will remain below the discomfort threshold throughout the experiment. Task performance, including just noticeable difference, task accuracy, and reaction time, will be recorded.