Qureshi Adnan I, Khan Asif A, Capistrant Rachel, Qureshi Mushtaq H, Xie Kevin, Suri M Fareed K
J Vasc Interv Neurol. 2016 Oct;9(2):55-61.
To report upon technique of concurrent placement of angioplasty balloon at the internal jugular vein and sigmoid venous sinus junction to facilitate stent delivery in two patients in whom stent delivery past the jugular bulb was not possible.
A 21-year-old woman and a 41-year-old woman with worsening headaches, visual obscuration or diplopia were treated for pseudotumor cerebri associated with transverse venous stenosis. Both patients had undergone primary angioplasty, which resulted in improvement in clinical symptoms followed by the recurrence of symptoms with restenosis at the site of angioplasty.
After multiple attempts at stent delivery through jugular venous bulb were unsuccessful, a second guide catheter was placed in the ipsilateral internal jugular vein through contralateral femoral venous approach. A 6 mm × 20 mm (left) or 5 × 15 mm (right) angioplasty balloon was placed across the internal jugular vein and sigmoid sinus junction and partially inflated until the inflation and relative straightening of the junction was observed. In both patients, the internal jugular vein and sigmoid sinus junction was successfully traversed by the stent delivery system in a parallel alignment to inflated balloon. Balloon mounted stent was deployed at the site of restenosis with near complete resolution of lumen narrowing delivery and improvement in clinical symptoms.
We report a technique for realignment and diameter change with concurrent placement and partial inflation of angioplasty balloon at the jugular venous bulb to facilitate stent delivery into the sigmoid and transverse venous sinuses in circumstances where multiple attempts at stent delivery are unsuccessful.
报告在两名无法将支架输送至颈静脉球部远端的患者中,在颈内静脉与乙状窦交界处同时放置血管成形球囊以促进支架输送的技术。
一名21岁女性和一名41岁女性因与横窦静脉狭窄相关的假性脑瘤而接受治疗,她们均有头痛加重、视力模糊或复视症状。两名患者均接受了初次血管成形术,术后临床症状有所改善,但随后血管成形术部位再次狭窄,症状复发。
多次尝试通过颈静脉球部输送支架均未成功后,经对侧股静脉途径在同侧颈内静脉置入第二根引导导管。将一个6mm×20mm(左侧)或5×15mm(右侧)的血管成形球囊置于颈内静脉与乙状窦交界处,并部分充气,直至观察到交界处充气并相对变直。在两名患者中,支架输送系统均成功地以与充气球囊平行的方式穿过颈内静脉与乙状窦交界处。将球囊扩张支架部署在再狭窄部位,管腔狭窄几乎完全消除,临床症状改善。
我们报告了一种技术,即在多次尝试输送支架失败的情况下,通过在颈静脉球部同时放置血管成形球囊并部分充气来重新调整角度和改变直径,以促进支架输送至乙状窦和横窦。