Mabbutt L W, Kokich V G, Moffett B C, Loeser J D
J Neurosurg. 1979 Nov;51(5):691-6. doi: 10.3171/jns.1979.51.5.0691.
A subtotal calvariectomy was performed on rabbits between 10 and14 days of age. The animals were allowed to grow and were then sacrificed serially so that the sutural and skeletal redevelopment could be analyzed through a combination of gross, radiographic, and histological techniques. The results indicate that calvarial regeneration is a progressive process with a definite pattern and rate of development. During the regenerative process, bone was deposited both at the surgical margin and as islands within the srugical defect. The eventual approximation of these areas of ossification produced multiple fibrous articulations. The majority of these articulations were obliterated by bone union, except for the midsagittal, coronal, and metopic sutures, which were re-established in their appropriate antomical positions. The maintenance of dural integrity during the surgical phase and the regeneration and establishment of pericranial continuity during the postoperative period were believed to be important in the re-establishment of normal sutural and skeletal architecture.
对10至14日龄的兔子实施了颅骨次全切除术。让这些动物生长,然后按顺序处死,以便通过大体、影像学和组织学技术相结合的方法分析缝线和骨骼的再发育情况。结果表明,颅骨再生是一个具有明确模式和发育速率的渐进过程。在再生过程中,骨在手术边缘以及手术缺损内呈岛状沉积。这些骨化区域最终的靠近形成了多个纤维关节。除了矢状缝、冠状缝和额缝在其适当的解剖位置重新建立外,这些关节中的大多数通过骨愈合而消失。手术阶段硬脑膜完整性的维持以及术后颅骨膜连续性的再生和建立被认为对正常缝线和骨骼结构的重建很重要。