Department of Neurological Surgery, University of Massachusetts Medical School, Worcester, Massachusetts, USA.
UMass Memorial Health, Worcester, Massachusetts, USA.
Oper Neurosurg (Hagerstown). 2022 Feb 1;22(2):e75-e79. doi: 10.1227/ONS.0000000000000053.
Ventriculogallbladder (VGB) shunts are currently placed as a salvage procedure in treatment of hydrocephalus when all other options are exhausted. Although VGB shunts work well when successfully implanted, they are still rarely used because of the technical challenges with the traditional surgical technique.
To implant VGB shunts using a minimally invasive technique that is safer and less technically challenging.
We discussed our utilization of a percutaneous transhepatic approach to placement of the distal catheter into the gallbladder as a new technique that offers a solution to the established but surgically demanding current approach. We presented a complex patient with multiple failed shunts who underwent placement of a VGB shunt.
The shunt was successfully placed and did not incur any complications or require any revisions in 5 yr.
Given the safety and ease of this minimally invasive approach, we believe percutaneous transhepatic approach in VGB shunts should be considered as a reasonable option in patients with complex hydrocephalus.
当所有其他选择都用尽时,目前将脑室胆囊(VGB)分流器作为治疗脑积水的挽救性手术。虽然 VGB 分流器在成功植入时效果很好,但由于传统手术技术的技术挑战,它们仍然很少使用。
使用一种更安全、技术挑战更小的微创技术植入 VGB 分流器。
我们讨论了我们利用经皮经肝途径将远端导管放置到胆囊中的方法,作为一种新技术,为目前已建立但手术要求高的方法提供了一种解决方案。我们介绍了一位患有多种失败分流器的复杂患者,该患者接受了 VGB 分流器的放置。
分流器成功放置,5 年内未发生任何并发症,也无需任何修改。
鉴于这种微创方法的安全性和易用性,我们认为经皮经肝途径在 VGB 分流器中应被视为复杂脑积水患者的合理选择。