Orbital roof fracture is a relatively rare
trauma. In most cases, surgical intervention is not needed since the fracture is slight. However, invasive
surgical procedures are inevitable once pulsatile
exophthalmos occurs if vision impairment is to be avoided. We report our rare experience of orbital roof fracture in a child with pulsatile
exophthalmos. Good reconstruction of the anterior cranial base was achieved using a custom-made
titanium mesh and a minimally invasive approach. A 3-year-old girl who had been diagnosed with
subdural hematoma,
brain contusion, and fracture of the right orbital roof caused by facial bruising underwent emergent external
decompression by coronal skin incision and a transcranial approach on the same day as the
trauma. Cranioplasty using autologous frozen bone in the same approach was performed 103 days posttrauma, but this was followed by pulsatile
exophthalmos. After recovering from critical stage, the girl was brought to our department for reconstruction of the anterior base. Risk of vision impairment was also one reason for reconstruction, but the neurosurgeon hesitated to approach the region using a coronal approach considering the possibility of
infection in the frozen autologous bone. Through cross-team discussion, reconstruction using a subeyebrow incision was performed with a custom-made
titanium mesh plate. Pulsatile
exophthalmos completely disappeared. Pulsatile
exophthalmos is a very rare but serious complication that carries a risk of vision impairment. By applying a custom-made
titanium mesh plate, precise reconstruction was enabled with minimal invasiveness and low risk.