Karthik R, Cynthia S, Vivek N, Prashanthi G, Saravana Kumar S, Rajyalakshmi V
Dept of Oral and Maxillofacial Surgery.
Dept of Oral and Maxillofacial Surgery.
Br J Oral Maxillofac Surg. 2018 Jun;56(5):411-415. doi: 10.1016/j.bjoms.2018.03.015.
The maxilla is arguably the most anatomically intricate structure of the craniofacial skeleton, and the hard palate is an important bone that regulates the width and architecture of the face. The management of palatal fractures has long been a matter of debate, and varies with anatomical pattern and other injuries to the craniofacial skeleton. We have studied 18 palatal fractures during a five-year period that were treated using 3-dimensional rectangular plates placed across the palatal vault together with fixation of other fractures of the facial bones. Healing was satisfactory in all patients by 12weeks, with no complications. We think that open reduction and internal fixation of palatal fractures with 3-dimensional plates offers adequate stability with minimal complications.
上颌骨可以说是颅面骨骼中解剖结构最为复杂的部分,而硬腭是一块重要的骨骼,它调节面部的宽度和结构。腭骨骨折的处理长期以来一直存在争议,并且因解剖模式以及颅面骨骼的其他损伤情况而异。我们在五年期间研究了18例腭骨骨折,采用横跨腭穹窿放置的三维矩形钢板并结合面部骨骼其他骨折的固定来进行治疗。所有患者在12周时愈合情况良好,无并发症发生。我们认为,使用三维钢板对腭骨骨折进行切开复位内固定可提供足够的稳定性,且并发症最少。