N
← Back to Search
Sponsored

Accelerate Your Clinical Trial Recruitment

Reach thousands of high-intent patients matching your specific inclusion criteria.

Start Campaign
RECRUITING Not applicable ClinicalTrials.gov

The Effects of Tele-Rehabilitation-Based Dual-Task Upper Extremity Training in Patients With Parkinson's Disease

Sponsor: Saglik Bilimleri Universitesi • ClinicalTrials.gov ID: NCT07641556

Registry updated: 2026-10-19
Ad

Recruiting for Similar Conditions?

Sponsors are looking for patients like you. See if you qualify for compensated research studies.

Check Eligibility →

Description

The aim of this study is to compare the effects of tele-rehabilitation-based synchronous and asynchronous dual-task upper extremity training with clinical based dual-task upper extremity training and conventional single-task upper extremity training in patients with Parkinson's disease. The main questions it aims to answer are: * Whether there are differences in motor symptoms, hand dexterity, upper extremity functions, grip strength, executive functions, daily living activities, and treatment satisfaction between tele-rehabilitation-based synchronous and asynchronous dual-task upper extremity training, clinical-based dual-task upper extremity training, and conventional single-task upper extremity training in patients with Parkinson's disease. * Whether there is a difference in telemedicine satisfaction between tele-rehabilitation-based synchronous and asynchronous dual-task upper extremity training in patients with Parkinson's disease. Researchers will compare conventional single-task upper extremity training, clinical-based dual-task upper extremity training, tele-rehabilitation-based synchronous upper extremity training and tele-rehabilitation-based asynchronous upper extremity training. Participants will: * Receive upper extremity exercise training at the study clinic or home, twice a week for approximately 60 minutes each time, for 6 weeks. * Participate in assessments at the study clinic before and after exercise training.

Interventions

  • Conventional Single Task Upper Extremity Exercise Training (Other)
    Conventional single task upper extremity exercise training at clinical setting. The first 5 minutes of the training session will consist of a warm-up period of stretching and breathing exercises, followed by a cool-down period of the same exercises.Nine different upper extremity activities (using a fork and spoon, tying shoelaces, reaching, throwing a ball, filling water, folding a sheet, drawing shapes, buttoning, and fastening nuts) will be performed for 3 minutes each, in a random order. A 2-minute rest period will be given between each activity.
  • Clinic-Based Dual Task Upper Extremity Exercise Training (Other)
    Dual task upper extremity exercise training at clinical setting. The first 5 minutes of the training session will consist of a warm-up period of stretching and breathing exercises, followed by a cool-down period of the same exercises.Nine different upper extremity activities (using a fork and spoon, tying shoelaces, reaching, throwing a ball, filling water, folding a sheet, drawing shapes, buttoning, and fastening nuts) will be performed simultaneously with three randomly selected cognitive tasks (arithmetic task, verbal fluency, digit span) for 3 minutes each, in a random order. A 2-minute rest period will be given between each activity.
  • Tele-Rehabilitation Based Synchronous Dual Task Upper Extremity Exercise Training (Other)
    Dual task upper extremity exercise training at patient's home, synchronous with a researcher via tele-rehabilitation method. The first 5 minutes of the training session will consist of a warm-up period of stretching and breathing exercises, followed by a cool-down period of the same exercises.Nine different upper extremity activities (using a fork and spoon, tying shoelaces, reaching, throwing a ball, filling water, folding a sheet, drawing shapes, buttoning, and fastening nuts) will be performed simultaneously with three randomly selected cognitive tasks (arithmetic task, verbal fluency, digit span) for 3 minutes each, in a random order. A 2-minute rest period will be given between each activity.
  • Tele-Rehabilitation Based Asynchronous Dual Task Upper Extremity Exercise Training (Other)
    Dual task upper extremity exercise training at patient's home, asynchronous under a researcher supervision. It will be carried out according to the pre-determined schedule and will be video recorded. The first 5 minutes of the training session will consist of a warm-up period of stretching and breathing exercises, followed by a cool-down period of the same exercises.Nine different upper extremity activities (using a fork and spoon, tying shoelaces, reaching, throwing a ball, filling water, folding a sheet, drawing shapes, buttoning, and fastening nuts) will be performed simultaneously with three randomly selected cognitive tasks (arithmetic task, verbal fluency, digit span) for 3 minutes each, in a random order. A 2-minute rest period will be given between each activity.

Eligibility criteria

Inclusion Criteria: * Having been diagnosed with Parkinson's disease by a neurologist according to the UK Brain Bank criteria * Being in stage 3 or higher according to the Hoehn-Yahr Scale * Having a caregiver capable of providing the necessary assistance during tele-rehabilitation sessions and using the required equipment and programs. * Having the device and software to conduct remote video calls for tele-rehabilitation Exclusion Criteria: * Presence of a neurological disease other than Parkinson's disease * Cognitive impairment (Standardized Mini Mental Test score less than 24) * Having undergone deep brain stimulation surgery * Having a visual, auditory, or perceptual problem * Having any orthopedic, rheumatological, or other condition that may affect hand functions

Conditions

Parkinson's Disease (PD)

Locations

  • Gülhane Faculty of Physiotherapy and Rehabilitation — Ankara, Turkey (Türkiye)
Sponsored

Partner with Nurenyx

Showcase your study to thousands of motivated patients matching your criteria.

Learn More

Official Source

Data sourced from ClinicalTrials.gov, a service of the U.S. National Institutes of Health.

View Official Record