View clinical trials related to Arm.
Filter by:The most commonly used performance tests to evaluate upper extremity function in children diagnosed with rheumatic disease are the 9-hole peg test and Jebsen Taylor hand function tests. Although these tests have advantages such as being able to be applied in a short time, providing objective data, being easily applicable in the clinical environment, and being cost-effective, these tests are non-specific performance tests. Fine motor skills specific to rheumatic diseases, planned for children; There is no test battery that examines the mobility and position of each segment of the upper extremity during a function in detail. The Shriners Hospital for Children Upper Extremity Evaluation (SHUEE) is a video-based assessment approved for use in children with hemiplegic cerebral palsy. In addition to spontaneous functional movement, it also evaluates the dynamical position, grip, and release movements of the upper extremity segments. Approved with a total of 22 questions/tasks observed for children aged 3-18. While the evaluation takes about 15 minutes, it takes about 15-30 minutes for the participant to score after the evaluation. The test battery can be created with the materials found in the physiotherapy clinic and is therefore very practical in terms of cost. In addition, due to the video recording of the evaluation, it provides a detailed examination opportunity to the evaluator both during and after the evaluation. However, it is superior to other tests in terms of creating a patient archive due to video recording. This study aimed to introduce SHUEE to the literature as a new assessment tool to be used in pediatric rheumatic pathologies. It is planned to include 25 volunteer pediatric patients diagnosed with rheumatic diseases in the study. Intra-observer and inter-observer reliability of SHUEE in children with a rheumatic diagnosis will be evaluated. For validity, the Jebsen-Taylor Hand Function test and Childhood Health Assessment Questionnaire will be used.
Many people who have had a stroke have problems recovering the use of their affected arm and these problems may persist for a long time. The investigators' research will test new ways to boost recovery by using non-painful brain stimulation together with training of arm movements using basic science principles. The training program will be done using the latest technology in rehabilitation such as virtual reality and robotics. The investigators will compare three groups of patients who have had a stroke. Each group will receive different combinations of brain stimulation and arm training. Another aspect of this proposal is that the investigators will do the same training programs in three different countries - Canada, Israel and India. In this way, the investigators will combine knowledge and skills to create training programs that can be applied anywhere in the world and that are not necessarily limited to high-income countries. Also, by combining expertise, the investigators will help to build the capacity to do research in India, a middle-income country that has great potential to contribute new knowledge to rehabilitation medicine.