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      Acute traumatic orbital encephalocele: A case report with review of literature

      case-report

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          Abstract

          Orbital roof fractures after a blunt injury are an uncommon complication of trauma. Traumatic encephaloceles in the orbital cavity are even rarer, with only 15 cases published till date. Raised intraorbital pressure leading to irreversible damage to the optic nerve can be prevented by early diagnosis and management. Orbital computed tomography (CT) with thin axial and coronal sections is helpful in trauma patients with a concurrent orbital trauma. Decompression of the orbital roof is the key step in surgical treatment and should be performed in every case. Repairing the orbital roof has to be performed to avoid transmission of variation in the intracranial pressure to the orbit. We present a case of traumatic orbital encephalocele who underwent surgical treatment via a frontobasal approach with evacuation of the contused herniated brain and reconstruction of the orbital roof using temporalis fascia which is readily available in contrast to costly materials like titanium mesh, screws, bone powder, fibrin glue, and so on, which are not easily available in every hospital. Rapid resolution of proptosis and visual symptoms along with excellent cosmetic outcome was seen at follow-ups after three and nine months. We emphasize the early diagnosis of this rare condition and also emergency treatment to prevent permanent visual loss as well as to achieve good cosmetic results.

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          Most cited references10

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          Traumatic encephalocele related to orbital roof fractures: report of six cases and literature review.

          Orbital roof fractures after blunt injury are rare. Traumatic encephaloceles in the orbital cavity are even rarer, with only 15 cases published to date. The clinical, radiological, and surgical findings of 6 cases of traumatic encephalocele treated at our institution from June 1998 to January 2000 are presented. They are also compared with previously published series. In contrast to other published cases, 5 out of 6 patients in our series were adults. The most common cause of trauma was road traffic accident. Ecchymosis and preoperative exophthalmos/proptosis were frequent. In all of our patients a coronal CT scan (3 mm increments with bone windows) was obtained. It demonstrated the extension of the orbital roof fractures and a possible encephalocele in 4 cases. Associated frontal brain contusions were seen in 5 cases. An MRI was performed in 3 patients (and only in 2 previously published cases); it showed the extension of the brain herniation into the orbital cavity. Surgical treatment via a fronto-basal approach with evacuation of the contused herniated brain tissue and orbital roof reconstruction was performed. The outcome at 6 months was good recovery in five patients with one patient still in a persistent vegetative state. Postoperatively the ocular disturbances improved in 5 cases. A review of the other published cases confirmed recovery of normal ocular function in the vast majority of the cases. Whenever orbital roof fractures associated with frontal contusions are identified in an acute brain injured patient, an orbital encephalocele should be suspected. In our opinion MRI is the investigation of choice in such patients. If the encephalocele is confirmed, a surgical approach via the subfrontal route is indicated with resection of herniated contused brain tissue, dural closure, and orbital roof reconstruction. Good results in regard to the orbital symptoms (mainly exophthalmos) can be expected.
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            Lateral microsurgical approach to intraorbital tumors.

            The authors describe their microsurgical lateral orbital approach to intraorbital tumors. In seven patients ultrasonic scanning, computerized axial tomography, polytomography, orbital venography, and arteriography have allowed precise intraorbital tumor localization relative to the optic nerve. The authors believe that circumscribed tumors superior, lateral, or inferior to the optic nerve can be safely and completely removed through a 30-35-mm lateral skin incision with microsurgical dissecting techniques. A combined neurosurgical-ophthalmological team approach is emphasized.
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              Structural mechanics of the blowout fracture: numerical computer simulation of orbital deformation by the finite element method.

              Blowout fractures most frequently involve the orbital floor. The contour of the orbit has been postulated as one of the factors responsible for this phenomenon, but only a few studies have been carried out. The present study was planned to determine the effect of the contour of the orbit when intraorbital pressure is raised to simulate the hydraulic mechanism of blowout fracture. The profile of the orbit was estimated from five dry human skulls, and the measurements were approximated to frame models. The deformation of these models by raised intraorbital pressure was calculated by computer simulation using the finite element method. In all of the orbital models, the deformation of the orbital floor was significantly greater than that of the roof. These findings verified that the orbital roof has a higher resistance than the floor against raised intraorbital pressure. We suspect that this resistance is due to the arched shape of the orbital roof, whereas the floor is rather flat.
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                Author and article information

                Journal
                J Neurosci Rural Pract
                J Neurosci Rural Pract
                JNRP
                Journal of Neurosciences in Rural Practice
                Medknow Publications & Media Pvt Ltd (India )
                0976-3147
                0976-3155
                Oct-Dec 2013
                : 4
                : 4
                : 467-470
                Affiliations
                [1] Department of Neurosurgery, SMS Medical College and Hospital, JLN Marg, Jaipur, Rajasthan, India
                Author notes
                Address for correspondence: Dr. Manish Jaiswal, A 33/48 A 2, Omkareshwar, Varanasi - 221 001, Uttar Pradesh, India. E-mail: manishmlnmc@ 123456gmail.com
                Article
                JNRP-4-467
                10.4103/0976-3147.120209
                3858775
                24347963
                d3c19c2f-919f-4e02-9495-12844f95cec3
                Copyright: © Journal of Neurosciences in Rural Practice

                This is an open-access article distributed under the terms of the Creative Commons Attribution-Noncommercial-Share Alike 3.0 Unported, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.

                History
                Categories
                Case Report

                Neurosciences
                proptosis,post-traumatic orbital encephalocele,head injury
                Neurosciences
                proptosis, post-traumatic orbital encephalocele, head injury

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