Sagan Leszek M, Kojder Ireneusz, Madany Łukasz
Klinika Neurochirurgii i Neurochirurgii Dzieciecej, Pomorska Akademia Medyczna, ul. Unii Lubelskiej 1, 71-252 Szczecin.
Neurol Neurochir Pol. 2005 Jul-Aug;39(4):294-9.
To evaluate the method of endoscopic-assisted revision of adherent ventricular catheters.
29 cases (26 patients) of endoscopic revision of adherent ventricular catheter were analyzed. The cause of hydrocephalus was intraventricular hemorrhage in 17 cases, myelomeningocele in 3 cases, ventriculitis in 4 cases, aqueductal stenosis in 1 case and holoprosencephaly in 1 case. Multiloculated hydrocephalus comprised 38.5% (10 patients) of cases. Depending on the catheter location, an approach through its burr hole, a new burr hole on the same side or opposite side was used. The mean time of follow up was 12 months.
In 13 cases ventricular catheter was tethered in the choroid plexus, in 7 cases -- under the ependyma and in 9 cases -- in septum pellucidum. In 5 cases it was adherent to the blood vessel. An entity of active ingrowth of choroid plexus, ependyma and subependymal elements into the catheter lumen was observed. Reocclusion of the catheter occurred in 3 cases. In all these cases there was multiloculated hydrocephalus. In the remaining cases there were no signs of shunt malfunction during the time of follow up.
The use of endoscope during revision of adherent ventricular catheter reduces the risk of bleeding. Due to a possibility of direct observation of catheter surroundings, a decision regarding catheter replacement and its placement in an optimal position can be taken. This method gives better results than traditional methods used during revisions of occluded, adherent ventricular catheters.
评估内镜辅助下修复粘连性脑室导管的方法。
分析29例(26名患者)粘连性脑室导管的内镜修复情况。脑积水病因包括脑室内出血17例、脊髓脊膜膨出3例、脑室炎4例、导水管狭窄1例、全前脑畸形1例。多房性脑积水占病例的38.5%(10例患者)。根据导管位置,采用经其骨孔、同侧或对侧新骨孔的入路。平均随访时间为12个月。
13例脑室导管系于脉络丛,7例位于室管膜下,9例位于透明隔。5例与血管粘连。观察到脉络丛、室管膜和室管膜下成分向导管腔内的活跃内生。3例导管再次闭塞。所有这些病例均为多房性脑积水。其余病例在随访期间无分流功能障碍迹象。
在修复粘连性脑室导管时使用内镜可降低出血风险。由于能够直接观察导管周围情况,可就导管更换及其放置在最佳位置做出决策。该方法比用于修复闭塞性、粘连性脑室导管的传统方法效果更好。