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ISSN: 2165-7025

Journal of Novel Physiotherapies
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Precision Rehabilitation

Precision Rehabilitation represents a transformative approach in physiotherapy that aims to customize treatment plans based on an individual’s unique genetic, physiological, and lifestyle characteristics. This method leverages advanced technologies such as wearable sensors, digital health platforms, and data analytics to gather comprehensive patient profiles. By analyzing this data, therapists can tailor interventions with greater accuracy, addressing specific needs and optimizing outcomes. For example, precision rehabilitation might involve creating personalized exercise regimens that consider a patient's biomechanical patterns or integrating genetic information to predict response to certain therapies. This targeted approach not only enhances the effectiveness of rehabilitation efforts but also improves patient engagement and satisfaction by delivering more relevant and effective care strategies. As research continues to evolve, precision rehabilitation promises to significantly advance the field of physiotherapy, offering more individualized and data-driven solutions for diverse therapeutic needs.

Precision Rehabilitation

Expert PPTs

Speaker PPTs

  • Tina Cloney
    Behavioral change strategies conducive to reducing rates of disease and disability and promoting rehabilitation and daily functioning
    | PDF Version
  • Mohamed Elchalakani
    Mohamed Elchalakani-Dubai-Men’s-College-UAE-CFRP-Strengthening-and-Rehabilitation-of-Corroded-Steel-Pipelines-Under-Combined-Bending-and-Bearing
    | PDF Version
  • Wenru Wang
    Effects of home-based cardiac rehabilitation programme for patients with acute myocardial infarction: A randomized controlled trail
    | PDF Version
  • Cassandra Warner Frieson
    Fall Injury Prevention & Rehabilitation Services LLC
    | PDF Version
  • Michel Tousignant
    Telerehabilitation for Total knee arthroplasty: Is there an issue related to virtual treatment without hands-on mobilisation for knee range of motion recovery?
    | PDF Version
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