Arthroscopically assisted transfibular talar dome fixation with a headless screw

Area of Science:

• Orthopedic Surgery
• Arthroscopy
• Traumatology

Background:

• Articular talar dome fractures require precise reduction and stable fixation for optimal outcomes.
• Traditional open reduction and internal fixation (ORIF) techniques for these fractures involve significant soft tissue dissection and associated morbidity.

Observation:

• A minimally invasive technique utilizing arthroscopically assisted placement of a transfibular Acutrak screw was employed for an articular talar dome fracture.
• This approach allows for direct visualization and manipulation of the fracture fragments.

Findings:

• The arthroscopic technique facilitated accurate reduction of the articular surface.
• Stable fixation was achieved using the transfibular Acutrak screw, demonstrating the efficacy of this minimally invasive method.
• This technique successfully avoided the large incision and extensive dissection characteristic of ORIF.

Implications:

• This arthroscopically assisted method presents a viable alternative to ORIF for articular talar dome fractures, potentially reducing surgical morbidity.
• The technique may lead to improved patient recovery and reduced complication rates associated with traditional open approaches.
• Further research can explore the long-term outcomes and broader applicability of this minimally invasive fixation strategy in talar dome fractures.