Rehman Tausif, Rehman Atiq-ur, Rehman Amina, Bashir Hassaan H, Ali Rushna, Bhimani Salima Ahmed, Khan Sidra
Department of Neurosurgery, University of New Mexico, Albuquerque, NM, USA.
Clin Neurol Neurosurg. 2012 Jul;114(6):651-4. doi: 10.1016/j.clineuro.2011.12.040. Epub 2012 Jan 16.
The incidence of ICP monitoring has increased over the years and the indications for placement have expanded. Although ventriculostomy and ICP monitor placement are among the most commonly performed neurosurgical procedures, the current practice patterns have rarely been studied.
A 10-question survey was sent to 2006 neurosurgeons and 1060 neurosurgery residents in the US. Demographic information and data regarding estimated success rates of ventriculostomies, the steps taken in failure and use of technological aids used was sought.
479 neurosurgeons and 108 residents responded to our survey (response rates 23.9% and 10.2%, respectively). No catheter misplacements were reported by 19.8% respondents in the previous year whereas 2.2% reported misplacing more than 30%. With regards to ventriculostomy for patients with slit ventricles, image guidance was used by 51.7%; freehand technique was preferred by 41.6% and the Ghajar guide was used by 6.7% of respondents. We found that 56.9% of respondents abandoned free-hand placement after 3 failed passes. After abandoning free-hand cannulation, respondents used an ICP bolt or similar intra-parenchymal pressure monitoring device in trauma patients. Other approaches included leaving the catheter in place and readjusting it after repeating a CT scan.
This survey sheds light on the current practice of ventriculostomy placement. Both residents and neurosurgeons admit to multiple attempts and frequent catheter misplacement. In order to consider a change in practice, respondents cited an increase in available data about guidance systems and ability to accommodate abnormal ventricular anatomy as primary requirements. A prospective study could help establish true evidence based practice for this common neurosurgical procedure.
多年来,颅内压(ICP)监测的发生率有所上升,放置监测的适应症也有所扩大。尽管脑室造瘘术和ICP监测器放置是最常进行的神经外科手术之一,但目前的操作模式很少被研究。
向美国的2006名神经外科医生和1060名神经外科住院医师发送了一份包含10个问题的调查问卷。收集人口统计学信息以及关于脑室造瘘术估计成功率、失败时采取的步骤和所使用技术辅助工具的数据。
479名神经外科医生和108名住院医师回复了我们的调查(回复率分别为23.9%和10.2%)。19.8%的受访者报告上一年没有导管误置情况,而2.2%的受访者报告误置率超过30%。对于裂隙脑室患者的脑室造瘘术,51.7%的受访者使用了图像引导;41.6%的受访者更喜欢徒手技术,6.7%的受访者使用了加贾尔引导器。我们发现,56.9%的受访者在3次徒手穿刺失败后放弃了徒手放置。在放弃徒手插管后,受访者在创伤患者中使用了ICP螺栓或类似的脑实质内压力监测装置。其他方法包括将导管留在原位并在重复CT扫描后重新调整。
这项调查揭示了目前脑室造瘘术放置的实践情况。住院医师和神经外科医生都承认进行了多次尝试且导管经常误置。为了考虑改变实践,受访者将关于引导系统的可用数据增加以及适应异常脑室解剖结构的能力作为主要要求。一项前瞻性研究可能有助于为这种常见的神经外科手术建立真正基于证据的实践方法。