An Alternative Method of Tensioning Traction Within Thomas Splint.

Area of Science:

• Orthopedic surgery
• Trauma management
• Biomedical engineering

Background:

• Femoral fractures require effective splinting for pain management and stability.
• Current Thomas splint application can cause significant patient discomfort due to limb movement.
• Reducing movement during splint application is crucial for minimizing pain.

Purpose of the Study:

• To describe an improved method for applying a Thomas splint.
• To reduce patient pain during femoral fracture management.
• To enhance the efficiency and adaptability of splint application.

Main Methods:

• A novel pulley system using the splint's cord and two overhand knots was created.
• This system allows for tension removal and single-movement traction application.
• No additional equipment beyond standard skin traction apparatus is needed.

Main Results:

• The described method minimizes movement at the fracture site during splint application.
• Sufficient traction can be applied effectively with reduced limb manipulation.
• The system allows for easy re-tensioning as thigh muscles relax.

Conclusions:

• This technique offers a simpler, more adaptable, and quicker method for Thomas splint application.
• It effectively reduces patient pain associated with femoral fracture management.
• The improved method enhances traction application efficiency and patient comfort.