The influence of splinting on healing tissues

Area of Science:

• Orthopedics and Rehabilitation Science
• Biomedical Engineering
• Tissue Engineering

Background:

• Soft tissue injuries require immobilization for healing.
• Contracted soft tissues limit range of motion and function.
• Existing modalities lack sustained low-load force application.

Purpose of the Study:

• To investigate the role of splinting in soft tissue healing and remodeling.
• To evaluate splinting's efficacy in correcting limited range of motion due to contractures.
• To highlight the unique capability of splints in applying prolonged low-load tension.

Main Methods:

• Application of low-load, prolonged tension forces via splinting to injured or contracted soft tissues.
• Monitoring of collagen remodeling and tissue growth.
• Assessment of functional recovery and range of motion.

Main Results:

• Splinting facilitates immobilization for soft tissue healing.
• Low-load forces applied by splints positively influence collagen remodeling.
• Splinting enables soft tissue growth, leading to increased function and range of motion.

Conclusions:

• Splinting is essential for correcting limited passive range of motion caused by soft tissue contractures.
• Splinting provides a unique therapeutic advantage by maintaining constant low-load tension for tissue growth.
• This modality is crucial for enhancing functional outcomes in soft tissue rehabilitation.