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Published on: April 6, 2014
[Recurring post-traumatic growing skull fracture]
Isabel San Martín-García1, Sergio Aguilera-Albesa, Idoya Zazpe-Cenoz
1Complejo Hospitalario de Navarra , Pamplona, Espana.
Insights
Growing skull fractures are rare in children under 3 after head trauma. Persistent cephalohaematoma warrants suspicion and surgical repair to prevent recurrence.
Area of Science:
- Pediatric neurosurgery
- Traumatic brain injury management
- Skull fracture complications
Background:
- Growing skull fracture (GSF), also known as post-traumatic bone absorption or leptomeningeal cyst, is a rare complication of traumatic brain injuries.
- GSF predominantly affects children under 3 years of age.
Observation:
- A 6-month-old infant presented with a persistent cephalohaematoma two months after a minor head injury.
- Imaging revealed a bone defect with brain herniation, confirming a growing skull fracture.
Findings:
- Surgical repair involving cyst excision, dural closure, and bone defect reconstruction was performed.
- Recurrence of the growing fracture and fluid collection occurred post-operatively, necessitating a second surgery.
- A baby helmet was used post-second surgery to prevent recurrence.
Implications:
- Persistent cephalohaematoma in young children after head trauma should raise suspicion for growing skull fracture.
- Surgical intervention for GSF requires meticulous dural repair and cranioplasty.
- Post-operative management, including helmet use, may be crucial in preventing GSF recurrence in pediatric patients.
Introduction:
Growing skull fracture, also known as post-traumatic bone absorption or leptomeningeal cyst, is a rare complication of traumatic brain injuries and occurs almost exclusively in children under 3 years of age.
Case Report:
We report the case of a 6-month-old child who presented, two months after an apparently unimportant traumatic skull injury, persistence of left temporoparietooccipital cephalohaematoma with no other signs. A transfontanellar ultrasonography scan revealed a bone defect with brain herniation, and computerised tomography and magnetic resonance imaging also confirmed the existence of a growing fracture. Excision of the leptomeningeal cyst, dural closure and repair of the bone defect with plates and lactate material were performed. Three months after the operation, the patient still presented collection of fluid and recurrence of the growing fracture was confirmed. Following the second operation, a baby helmet was fitted in order to prevent renewed recurrences. One year after the traumatic injury occurred, the patient remains asymptomatic.
Conclusions:
Any child under 3 years of age with a post-traumatic cephalohaematoma should be checked periodically until the full resolution of the collection of fluid, especially if they present a fractured skull. The presence of a cephalohaematoma that remains more than two weeks after traumatic brain injury must make us suspect a growing fracture and reparation of the dura mater and a cranioplasty will be needed to treat it. The use of resorbable material allows it to be remodelled as the patient's skull grows, but its fragility increases the risk of recurrence. The use of a baby helmet after the operation could prevent complications.
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