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    ABSTRACT: To describe a technique combining the expertise of the oculoplastic orbital surgeon and the neurosurgeon which allows access to the posterior orbit, anterior fossa, cavernous sinus and suprasellar region with minimal brain manipulation. A transorbital craniotomy through a suprabrow incision is performed removing part of the frontal bone and orbital roof as a single piece. This allows wide access with only minimal, if any, brain retraction. The superior, lateral and medial orbit is clearly visualized, as well as the apex of the orbit. The bone flap is replaced at the end of the case with Tantalum plates. A cavernous hemangioma at the orbital apex was removed without complications. The exposure was superb and allowed identification and preservation of orbital structures. Transorbital craniotomy allows for wide access to the posterior orbit and parasellar region and anterior fossa of the brain with minimal brain manipulation. The use of a suprabrow incision results in an excellent cosmetic result. There is minimal postoperative morbidity, which decreases hospitalization time.
    Ophthalmic Plastic and Reconstructive Surgery 06/1999; 15(3):166-70. · 0.91 Impact Factor
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    ABSTRACT: The authors report the outcome of surgical treatment in a group of 25 patients with cavernous angioma of the orbital cavity. In the majority of cases, good esthetic results were appreciable within a few days of surgery. However, the onset or deterioration of preexisting visual deficits, in spite of the complete preservation of the optic nerve in a third of these patients, draws attention to the need for accurate surgical timing.
    Neurosurgery 08/1994; 35(1):34-8. · 2.53 Impact Factor
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    ABSTRACT: The clinical and pathological data of 66 patients with orbital cavernous hemangioma are presented. This tumor occurs in females more frequently than in males, and has its peak incidence in early middle age. Visual disability results from a high degree of relative hyperopia or from optic-nerve compression. Postural or temporal variation is proptosis is not characteristic. Multiple cavernous hemangiomas are rare, but may occur simultaneously or separated by long intervals. In this series, incompletely excised lesions did not cause recurrent proptosis. Relative hyperopia may persist, in spite of complete removal of the tumor. Improved preoperative localization with modern techniques appears to be reducing the morbidity associated with surgical excision of the lesion. A local hemodynamic disturbance may initiate proliferation of vascular channels that undergo progressive ectasia. Growth of the lesion may occur intrinsically by the budding-off of capillary channels from cavernous spaces into the interstitium. Clinical and pathological findings fail to demonstrate any relationship between this lesion and capillary hemangioma of childhood.
    Journal of Neurosurgery 09/1979; 51(2):219-28. · 3.15 Impact Factor


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May 26, 2014