Gola R
Service de Stomatologie, Chirurgie maxillo-faciale et Plastique de la face, CHU Nord, Marseille.
Ann Chir Plast Esthet. 1995 Feb;40(1):31-45.
Graves' disease is due to mismatching of the orbit and its contents. Primary muscular hypertrophy is often accompanied increased intraorbital pressure due to obstruction of the venolymphatic drainage at the orbital apex. In moist cases, the fat undergoes minimal volumetric and structural changes. Among the numerous techniques proposed for orbital decompression the solution which allows the greatest orbitoperiosteal expansion while preserving the integrity of the orbital fat is valgus displacement of the malar bone combined with resection of the lateral wall and recession of the inferior and medial orbital walls. This technique, which can be adapted to the severity of each case, is performed via a infraciliary transpalpebral facial incision. It is easier to perform than via a coronal incision. It should be preferred to trans-sinus techniques which have a limited and dangerous action (considerable incidence of postoperative diplopia) and decompression lipectomy, which is difficult to perform, with a light risk and, furthermore, does not take into account the fundamental physiological role of the orbital fat nor the essentially muscular pathogenesis of exophthalmos.
格雷夫斯病是由于眼眶及其内容物不匹配所致。原发性肌肉肥大常伴有眶内压升高,这是由于眶尖部静脉淋巴引流受阻所致。在湿性病例中,脂肪的体积和结构变化极小。在众多提出的眼眶减压技术中,在保留眶脂肪完整性的同时能实现最大程度眶骨膜扩张的方法是颧骨外翻移位联合外侧壁切除及眶下壁和内侧壁后徙。该技术可根据每个病例的严重程度进行调整,通过睑下经睑面部切口实施。它比通过冠状切口实施更容易。与具有有限且危险作用(术后复视发生率相当高)的经鼻窦技术以及难以实施、风险较小且未考虑眶脂肪基本生理作用和眼球突出本质上的肌肉发病机制的减压脂肪切除术相比,应优先选择该技术。