Yüceer N, Kutluhan A, Bekerecioğlu M, Arslan H, Akman E
Department of Neurosurgery, School of Medicine, Dokuz Eylül University, Izmir, Turkey.
Acta Neurochir (Wien). 1999;141(2):203-7. doi: 10.1007/s007010050287.
We describe a rare case of polyostotic fibrous dysplasia with craniofacial localization associated with involvement of the spine and extremities. A 14-year-old girl presented with progressive headache, left frontal swelling, exophthalmos of the left eye, deformity and palpable mass in the left frontal area. Cranial computerized tomography revealed extensive involvement of all cranial bones except right frontal and right parietal bones. Most of the facial bones were invaded. Especially, there was the involvement of ethmoidal air sinuses and frontal sinus also. Computerized tomography showed left frontal lobe compression. In addition, the spine and bones of the extremities were involved in the patient. Craniofacial approach was planned. Cranial surgery was performed by an extradural frontal approach. Firstly, the frontal cyst was excised. For left frontal lobe decompression, we removed successfully all the abnormal bones causing mass effect and frontal deformity. Secondly, facial surgery was performed with external approach. An attempt to remove all of the involved bone is necessary, as the lesion may recur and grow if a portion of dysplastic bone is left in place. However, the present case suggests that removal of all the involved bones in the polyostotic fibrous dysplasia may be possible in spite of extensive involvement. In this situation, it may be removal of only abnormal bones responsible for compression of affected neural elements is indicated.
我们描述了一例罕见的多骨型纤维结构不良,其累及颅面部,并伴有脊柱和四肢受累。一名14岁女孩出现进行性头痛、左额部肿胀、左眼突出、左额部畸形及可触及肿块。头颅计算机断层扫描显示除右额骨和右顶骨外,所有颅骨均广泛受累。大部分面骨也被侵犯。特别是,筛窦和额窦也受累。计算机断层扫描显示左额叶受压。此外,该患者的脊柱和四肢骨骼也受累。计划采用颅面部入路。通过硬膜外额下入路进行颅骨手术。首先,切除额部囊肿。为了减轻左额叶压迫,我们成功切除了所有造成占位效应和额部畸形的异常骨骼。其次,采用外部入路进行面部手术。由于如果残留一部分发育异常的骨骼,病变可能会复发和生长,因此有必要尝试切除所有受累骨骼。然而,本例表明,尽管多骨型纤维结构不良广泛受累,但仍有可能切除所有受累骨骼。在这种情况下,可能只需切除导致受影响神经元件受压的异常骨骼即可。