Traumatic Globe Displacement Into Anterior Cranial Fossa

@#A 64-year-old Malay gentleman alleged occupational injury when a malfunctioned metal hydraulic door hit on his face while unloading sand from his tipper-truck. Post-trauma, he complained of right eye (RE) pain and total loss of vision. On examination, noted RE visual acuity was unable to be assessed and left eye (LE) was 6/24 with pinhole 6/9. No eyeball could be seen in the right socket with superior orbital rim step deformity and left periorbital haematoma. Computed tomography scan of the brain and orbit confirmed displaced right eye globe into the right anterior cranial fossa with right and left multiple orbital wall fractures. He then underwent successful right eye globe repositioning. Traumatic orbital roof fracture is a rare condition. Repositioning of the eye globe was done to salvage the eye globe for a cosmetic reason and to avoid localised inflammatory reaction at the anterior cranial fossa.

Clinical Manifestations, Management, and Ophthalmologic Complications of Orbital Roof Fractures and Zygoma Fractures

PURPOSE: To investigate the clinical manifestations, management, and ophthalmologic complications of orbital roof fractures and zygoma fractures. METHODS: A retrospective survey of 119 patients who visited Korea University Medical Center from June 2009 to June 2010 was performed. The sex, age, causes, fracture characteristics, neurologic injury, ocular injury, and combined facial bone fractures of patients who were diagnosed with orbital roof fracture and zygoma fracture were statistically analyzed. RESULTS: The mean age of patients with orbital roof fracture was 33.0 years old. The most common cause of orbital roof fracture was traffic accident (36.1%) with 6 patients receiveing surgical treatement (9.8%). Among the ophthalmologic diagnoses of the patients with orbital roof fracture, traumatic iridocyclitis was the most common (7 eyes) followed by eyeball rupture (2 eyes). The mean age of patients with zygoma fracture was 36.6 years old. The most common cause of zygoma fracture was traffic accident (32.8%), with 51 patients receiving surgical treatement (87.9%). Among the ophthalmologic diagnoses of the patients with zygoma fracture, traumatic iridocyclitis was the most common (6 eyes), followed by commotio retina (4 eyes). CONCLUSIONS: The present study regarding clinical characteristics and treatment of orbital roof fracture and zygoma fracture is helpful for ophthalmologists regarding the treatment of accompanying ophthalmologic complications.

A Case of Exophthalmos due to Traumatic Orbital Encephalocele

Exophthalmos after trauma may develop because of retrobulbar hemorrhage, carotid cavernous fistula and orbital roof fracture. The orbital roof is composed of two layers of strong bone that makes it the strongest among the orbital walls and reports of its case are hardly found. However, rarely strong impact such as in automobile accidents causes these fractures and exophthalmos may develop due to herniation of brain tissue through a traumatic defect in the roof of the orbit. The authors experienced gradually increasing exophthalmos in a 33-year old man who had developed a subdural hematoma, orbital roof fracture and anterior temporal skull fracture due to an automobile accident. We report a case of orbital roof fracture in which herniation of brain was shown in orbital computed tomography and exophthalmos disappeared after dural suture.