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The Tillaux fracture: a case report
M A Kennedy1, A E Sama, S Padavan
1Department of Emergency Medicine, North Shore University Hospital/NYU School of Medicine, Manhasset, New York 11030, USA.
The Journal of Emergency Medicine
|August 8, 1998
Summary
This report reviews the Salter-Harris classification for pediatric fractures and discusses a unique Tillaux fracture case. It covers the histologic basis of bone growth and treatment options for this specific ankle injury.
Area of Science:
- Orthopedics
- Pediatric Orthopedics
- Skeletal Biology
Background:
- The Salter-Harris classification system is fundamental for categorizing pediatric fractures involving the physis (growth plate).
- Understanding the histologic basis and biomechanics of bone growth is crucial for diagnosing and managing physeal injuries.
- Pediatric growth plate injuries require specialized consideration due to their impact on skeletal development.
Observation:
- A case study of a pediatric ankle injury is presented.
- The injury is identified as a Tillaux fracture, a specific subtype of pediatric growth plate injury.
- This fracture involves the distal tibial epiphysis and adjacent physis.
Findings:
- The report reviews the Salter-Harris classification and its histologic underpinnings.
- The Tillaux fracture represents a unique pattern of physeal injury in children.
- Treatment strategies for this specific ankle fracture are discussed.
Implications:
- Accurate classification of pediatric fractures is essential for appropriate management.
- Understanding growth plate biomechanics aids in predicting long-term outcomes.
- This case highlights the importance of recognizing and treating specific pediatric physeal fractures like the Tillaux fracture to prevent growth disturbances.