Manufactured Brace Modalities for Elbow Stiffness

Area of Science:

• Orthopedics
• Rehabilitation Medicine
• Biomechanical Engineering

Background:

• Elbow stiffness significantly impacts patient function.
• Surgical and nonsurgical treatments are available, with bracing being a key nonsurgical option.
• Common bracing types include turnbuckle, static progressive stretch, and dynamic braces.

Purpose of the Study:

• To review current literature comparing turnbuckle, static progressive stretch, and dynamic bracing for elbow stiffness.
• To inform practitioners and patients on the most appropriate bracing choice.
• To compare splinting protocols, duration, and range of motion outcomes.

Main Methods:

• A literature search was conducted using PubMed.
• Eight studies met the inclusion criteria for analysis.
• Data on brace type, wear time, and range of motion outcomes were extracted.

Main Results:

• Static progressive stretch bracing demonstrated superior outcomes compared to other methods.
• The static progressive stretch brace required significantly less wear time (13x less than turnbuckle, 5x less than dynamic).
• The static progressive stretch group achieved a 63% functional range of motion recovery, compared to 29% for dynamic bracing, with a lower failure rate.

Conclusions:

• Static progressive stretch bracing is a markedly superior option for managing elbow stiffness.
• The reduced wear time and higher success rate support the use of static progressive stretch braces.
• Further research may explore optimal protocols for static progressive stretch bracing.