The Pediatric Motion Analysis and Biofeedback Rehabilitation Laboratory, headed by Dr. Simon-Henri Schless, is committed to studying motor control development in children, particularly those affected by cerebral palsy and acquired brain injuries.
Our research has highlighted the crucial role timing plays in brain injuries during childhood, which greatly impacts a child's motor control and walking patterns. These effects have long-lasting implications for their quality of life and future prospects, underscoring the complex relationship between early development and later outcomes.
At the recent annual meeting of the European Society for Movement Analysis in Adults and Children in Athens, Greece, Dr. Schless and his team presented two papers. The first paper, titled "Influence of non-acute musculoskeletal pain on gait analysis biomarkers in individuals with cerebral palsy," explored the impact of musculoskeletal pain on gait analysis in individuals with cerebral palsy. The second paper, titled "Immediate influence of split-belt treadmill training on bilateral lower limb muscle synergies in individuals with unilateral cerebral palsy," investigated the immediate effects of split-belt treadmill training on muscle coordination in individuals with unilateral cerebral palsy.
To further enhance our research capabilities, our laboratory has embraced cutting-edge imaging techniques, specifically 3D imaging, to measure anatomical features, especially the larger bones in the lower extremities. We have primarily utilized ultrasound technology, a radiation-free alternative to conventional methods, to minimize radiation exposure in children. By employing innovative imaging techniques, we can gather comprehensive and accurate data, advancing our understanding of motor control development in children.
Additionally, Dr. Schless has actively collaborated with leading experts worldwide to explore the potential of deep brain stimulation in treating movement disorders in children. This promising avenue holds the possibility of transforming the lives of numerous young individuals who have previously faced significant challenges due to their conditions.
By continuously pushing the boundaries of research and forging collaborations, the Pediatric Motion Analysis and Biofeedback Rehabilitation Laboratory is dedicated to improving the lives of children with motor control challenges. Through our studies on timing in brain injuries, utilization of innovative imaging techniques, and exploration of groundbreaking treatments, we aim to make significant strides in the field and provide hope for a brighter future for these children.
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The Helmsley Pediatric & Adolescent Rehabilitation Research Center (PARC) at ALYN Hospital, a pediatric rehabilitation teaching hospital, is improving the care and of quality of life for young people with physical disabilities. PARC measures the effectiveness of novel treatment approaches and verifies the reliability and validity of newly developed assessment tools to improve outcomes.