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A telehomecare model for optimizing rehabilitation outcomes
Jack M Winters1, Jill M Winters
1Department of Biomedical Engineering, Marquette University, Milwaukee, Wisconsin, USA. jack.winters@Marquette.edu
Summary
Developing a scientific foundation for telehealth in rehabilitation requires a conceptual framework. This framework integrates biosystems, human-technology interaction, and behavioral compliance to optimize telerehabilitation outcomes.
Area of Science:
- Biomedical Engineering
- Nursing
- Rehabilitation Science
Background:
- Acceptance of telehealth in rehabilitation necessitates a robust scientific evidence base.
- Existing academic curricula often lack a structured framework for telerehabilitation research and practice.
- Developing telerehabilitation requires integrating theoretical and empirical findings.
Purpose of the Study:
- To outline a conceptual framework for telerehabilitation within biomedical engineering and nursing curricula.
- To establish a model for understanding and optimizing telerehabilitation processes.
- To guide research and practice in home-based telerehabilitation solutions.
Main Methods:
- The conceptual framework is derived from three modulating areas: rehabilitative biosystems, human-technology interfaces, and behavioral compliance.
- Each component is viewed through an optimization process lens.
- The model is applied to identify potential weaknesses in telerehabilitation approaches.
Main Results:
- The proposed framework provides a structured approach to telerehabilitation.
- It facilitates the identification of key components influencing outcomes.
- Examples are provided for stroke and cardiac rehabilitation, focusing on home-based solutions.
Conclusions:
- The conceptual framework aids in conceptualizing, understanding, and optimizing telerehabilitation.
- It offers a method for analyzing and comparing different telerehabilitation strategies.
- The model supports the development of evidence-based telerehabilitation practices.