Turhan Tuncer, Ersahin Yusuf
Department of Neurosurgery, Ege University, Bornova, Izmir, Turkey.
Childs Nerv Syst. 2011 May;27(5):719-22. doi: 10.1007/s00381-010-1339-z. Epub 2010 Nov 20.
As the number of endoscopic third ventriculostomy (E3V) operations increase, new rare complications are encountered. In this article, a complication caused by bone particles that migrated into the third ventricle will be described. Additionally, the methods of avoidance as well as the necessity of a new approach will be discussed.
After the video images of the first and second operations of a patient who was subjected to E3V twice were compared, it was discovered that one of the bone particles within the ventricle had occluded the ostium after the second operation. Most of the bones were removed and their pathological investigations were performed.
Video images of the patient, surgical observations of the second operation, emergence of the time of dysfunction, and other similar cases in the literature were assessed, and it was concluded that the bones that localized intraventricularly were living tissues.
Abandoning usage of bone dust for sealing burr holes is a solution to avoid this complication. In addition, it should be kept in mind that intraventricular bone particles might grow and lead to obstructions. If such particles are detected, removal of the bones in certain locations before formation of neovascularization can be an option.
随着内镜下第三脑室造瘘术(E3V)手术数量的增加,出现了新的罕见并发症。本文将描述一种由迁移至第三脑室的骨颗粒引起的并发症。此外,还将讨论避免该并发症的方法以及新方法的必要性。
比较一名接受两次E3V手术患者的第一次和第二次手术的视频图像后,发现第二次手术后脑室内的一个骨颗粒阻塞了造瘘口。取出大部分骨头并进行病理检查。
评估了患者的视频图像、第二次手术的手术观察结果、功能障碍出现的时间以及文献中的其他类似病例,得出结论:位于脑室内的骨头是活组织。
放弃使用骨粉封闭骨孔是避免这种并发症的一种解决方法。此外,应记住脑室内的骨颗粒可能会生长并导致阻塞。如果检测到此类颗粒,在新生血管形成之前在特定位置取出骨头可能是一种选择。