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    "result": {"pageContext":{"pagePath":"/trials/NCT02132650","trial":{"nct_id":"NCT02132650","brief_title":"Rehabilitating Corticospinal Control of Walking","official_title":"Rehabilitation of Corticospinal Control of Walking Following Stroke","about_trial":"The VHA estimates that over 15,000 Veterans incur a stroke each year. As the population of older Veterans grows, stroke will become an increasingly important problem to the VHA. Recovery of walking function is the most common goal of stroke survivors. The proposed study will test whether training with accurate walking tasks to engage the damaged supraspinal motor pathways is more effective than training with steady state walking. The investigators expect that training accurate tasks will be more effective, thereby improving walking function of Veteran stroke survivors and reducing the burden of care placed on families and on the VHA. Furthermore, this rehabilitation approach can be accomplished at comparable cost to existing rehabilitation approaches, which is important given that the VHA invests $88 million per year toward outpatient care, including physical rehabilitation, in the first six months after stroke. This research also has implications for rehabilitation of other neurologically injured populations, including traumatic brain injury and incomplete spinal cord injury.","age_from":18,"age_to":80,"ais_a":null,"ais_b":null,"ais_c":null,"ais_d":null,"ais_e":null,"time_since_injury_from":null,"time_since_injury_from_unit":null,"time_since_injury_to":null,"time_since_injury_to_unit":null,"healthy_volunteers":false,"inclusion_criteria":null,"study_type":"interventional","allocation":"Randomized","brief_description":"The VHA estimates that over 15,000 Veterans incur a stroke each year. As the population of older Veterans grows, stroke will become an increasingly important problem to the VHA. Recovery of walking function is the most common goal of stroke survivors. The proposed study will test whether training with accurate walking tasks to engage the damaged supraspinal motor pathways is more effective than training with steady state walking. The investigators expect that training accurate tasks will be more effective, thereby improving walking function of Veteran stroke survivors and reducing the burden of care placed on families and on the VHA. Furthermore, this rehabilitation approach can be accomplished at comparable cost to existing rehabilitation approaches, which is important given that the VHA invests $88 million per year toward outpatient care, including physical rehabilitation, in the first six months after stroke. This research also has implications for rehabilitation of other neurologically injured populations, including traumatic brain injury and incomplete spinal cord injury.","detailed_description":null,"final_testing_performed":null,"version_id":1,"emsci_trial":false,"curation_status":"uncurated","overall_recruitment_status":"ended","primary_intervention":null,"primary_benefit":null,"sex":"All","injury_level_from":null,"injury_level_to":null,"start_date":"June 2, 2014","organization":"VA Office of Research and Development","benefits":[],"injuries":[],"interventions":[],"outcome_measures":[],"recovery_mechanisms":[],"published_at":"2024-04-16T22:20:58.000000Z","modified_at":"2024-04-16T22:20:58.000000Z"},"layout":"trial"}},
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