Condition: Ischemic Stroke · Proprioception · Sponsor: Sungkyunkwan University
The investigators aim to develop sensory transformation and augmentation technologies that minimize the impact of proprioceptive errors, thereby significantly enhancing motor learning and rehabilitation of the upper limbs. This study is designed to test proprioceptive error compensation techniques in stroke patients. The human nervous system often receives mismatched information from vision and proprioception during upper limb control, resulting in conflicting sensory inputs that limit the effectiveness of motor learning. In other words, real-time sensory feedback - a critical component of motor learning in the nervous system - is not reliably delivered. Therefore, this study seeks to resolve sensory conflicts by providing additional sensory information through electrical stimulation, with the goal of dramatically improving the effectiveness of motor learning.
This description comes directly from the study's public registry record.
June Seung Lee, Graduate student · +82-10 - 2087 - 0016 · iijjuness@g.skku.edu
Hyunhee Lim · +82-10-3342-1879 · hhlim01@yuhs.ac
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| Shinchon Severance Rehabilitation Hospital | Seoul, South Korea | Recruiting |
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Source record: clinicaltrials.gov/study/NCT07156955