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Distal Humerus Physeal Separation: Diagnostic Challenges and Implications
Wan Lye Cheong1, Norazian Kamisan1, Imma Isniza Ismail1
1Orthopaedics and Traumatology, Universiti Putra Malaysia, Serdang, MYS.
Insights
Distal humerus physeal separation is a rare pediatric injury. Delayed diagnosis and treatment can still lead to favorable outcomes with careful monitoring for deformity.
Area of Science:
- Pediatric Orthopedics
- Pediatric Traumatology
- Pediatric Radiology
Background:
- Distal humerus physeal separation is an uncommon pediatric injury.
- Often misdiagnosed, leading to delayed treatment and potential complications.
- Early recognition is crucial for optimal management outcomes.
Observation:
- Three pediatric cases of distal humerus physeal separation are presented.
- Varied clinical presentations and management strategies were employed.
- Cases included delayed diagnosis, concurrent medical conditions, and neonatal presentation.
Findings:
- Conservative management in one case resulted in successful remodeling and full range of motion.
- Delayed surgical intervention in another case led to cubitus varus deformity.
- Neonatal case showed fracture union with varus deformity but full range of motion.
Implications:
- Highlights diagnostic challenges and varied management approaches for distal humerus physeal separation.
- Emphasizes the importance of vigilant follow-up for remodeling and residual deformities.
- Delayed treatment may yield favorable results, but requires long-term observation.
Abstract:
Distal humerus physeal separation is an uncommon and often misdiagnosed injury in infants and young children, frequently resulting in delayed treatment. We report three cases of distal humerus physeal separation that presented with different clinical scenarios with different management approaches. The first case describes a nine-month-old girl who was initially treated for presumed elbow cellulitis before presentation to our centre six weeks later. Conservative management, with further observation, noted remodelling of the distal humerus and full elbow range of motion (ROM) after 18 months. The second case involves a two-year-old girl with Kawasaki disease who underwent delayed closed reduction and percutaneous pinning after one week due to concurrent antiplatelet therapy. At four-month follow-up, there was cubitus varus deformity with slight limitation in elbow flexion. The third case is of a five-day-old male neonate with a right elbow deformity following an elective caesarean delivery at another hospital. Gentle manipulation was performed with a splint to improve alignment and immobilisation. The fracture united after five weeks. There was varus deformity but otherwise a full range of motion. These cases underscore the challenges in early diagnosis and management of distal humerus physeal separation in young children. Delayed treatment can lead to favourable outcomes, but follow-up is essential to observe for potential remodelling and residual deformity.
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