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Rice Researchers Develop Tailored Treatments for Movement Disorders
- Rice University researchers have developed the Neuromusculoskeletal Modeling (NMSM) Pipeline to target movement disorders caused by various conditions.
- The software bridges personalized medicine with conventional treatment by utilizing advanced computational modeling techniques.
- It allows tailored treatments based on individual patients' anatomical and physiological characteristics, enhancing orthopedic surgery and neurorehabilitation.
- The NMSM Pipeline leverages physics principles and neuroscientific insights to create personalized digital twins for improving treatment outcomes.
- Using OpenSim as a foundation, Fregly's team introduced novel toolsets for model personalization and treatment optimization.
- The software accurately reflects patient movement data, enabling optimized interventions tailored to individual needs.
- By employing physics-based models, the NMSM Pipeline requires less data to predict outcomes, improving treatment reliability.
- Despite initial time investment, the software streamlines treatment design, making personalized digital twins practical in clinical settings.
- Funded by NIH and NSF, the NMSM Pipeline offers a transformative shift from subjective to objective care predictions for movement impairments.
- It signifies a milestone in personalized medicine and promises improved patient experiences and functional recovery outcomes.
- Through interdisciplinary collaboration, the NMSM Pipeline empowers clinicians to deliver more effective and personalized care for individuals with movement impairments.
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