Surgical Correction of Proptosis in Craniofacial Benign Bone Lesions Involving the Orbit

Surgical Correction of Craniofacial Fibrous Dysplasia Involving Orbits: A Unique Application of Patient-Specific Implants

ABSTRACT

Craniofacial fibrous dysplasia is a slow-growing bony disorder causing asymmetry of the face; leading to aesthetic, functional, and psychological ramifications. Surgical recontouring is the most accepted form of treatment. Reconstruction of the orbit poses a serious challenge to the surgeon; hence the present study is intended to describe and evaluate a most anatomically accurate virtual treatment planning and defect-specific implant technique, enumerating postoperative functional and esthetic outcome. The study highlights a valid application of three-dimensional models and computer-guided surgical splints. The current study included 5 patients with craniofacial fibrous dysplasia involving orbits with a mean age of 19.6 years. Detailed pre- and post-operative ophthalmologic workup were documented for one year. All the participants showed improvement in eyeball position and movement. Visual acuity and intraocular pressure have returned to near normal values, and astigmatism was reduced significantly. No recurrence was noted in any of the subjects. The current technique was found helpful in reconstructing the complex orbital anatomy; however, long-term follow-up studies with a greater number of patients are recommended.

Maxillofacial Manifestation of a Giant Dimension Cranial Osteoma

Osteoma is the most frequent benign tumor in the craniomaxillofacial region. The most common initial manifestation is facial pressure or headache.The clinical examination showed increased volume in the right supraorbital region, asymmetry of the orbital contour, exophthalmia, dystopia, proptosis and clinical restraint of ocular movement for supraversion. The lesion measured approximately 4 cm in diameter with irregular contour. Osteotomy was performed with saw surrounding the tumor, with aid of a surgical piezo on the orbital medial wall.The result of histopathological examination was osteoma. The patient is 2.5 years postoperatively and so far without complications.

Giant craniofacial osteoma with orbital invasion

Craniofacial osteomas, which involve orbits, can cause several problems, such as displacement of the globe, diplopia, and refractive changes. We report the case of a young man with diplopia and blurred vision, with a giant osteoma occupying right frontal and ethmoid sinuses, encroaching into his right orbit. The symptoms resolved 3 months after surgery. Our case highlights the successful surgery for a symptomatic craniofacial osteoma with orbital invasion.