Muñoz Juan, Iglesias Manuel, Chao Eduardo Lloret, Bussy Christian
Alfonso X el Sabio Veterinary School, Villanueva de la Cañada, Spain.
Vet Surg. 2015 Apr;44(3):328-32. doi: 10.1111/j.1532-950X.2014.12287.x. Epub 2014 Oct 7.
To assess ultrasound guided transarterial coil placement (UGTACP) for occlusion of the internal carotid artery (ICA) and external carotid artery (ECA) in horses.
Cadaveric and in vivo study.
Cadaveric horses (n = 10), healthy horses (3), and 1 clinical case.
Cadaveric and in vivo (healthy horses): UGTACP was performed in the caudal part of the ICA and ECA. Coil placement in the rostral part of the ICA was performed blindly and controlled by conventional radiography. No coils were placed in the rostral part of the ECA.
UGTACP of the ICA was in a horse with guttural pouch mycosis of the left guttural pouch.
Accurate ultrasound-guided catheterization of the ICA and ECA was performed in all specimens. Ultrasound-guided coil placement was successfully performed in all cases except 1. No complications occurred in the in vivo study. The clinical case fully recovered and returned to its intended use.
Based on our study, UGTACP of the ICA and ECA caudal part is a feasible alternative to fluoroscopy. An advantage of this technique is the accuracy with which you can catheterize both ICA and ECA and the ability to identify unusual branching at the origin of the ICA. Regarding the rostral part of the ICA, angiographic catheter guidance in this region is probably more precise using fluoroscopy as it is performed blindly. In a clinical situation, combination of US and fluoroscopy guidance can result in reduction of radiation exposure time.
评估超声引导下经动脉线圈置入术(UGTACP)用于马的颈内动脉(ICA)和颈外动脉(ECA)闭塞。
尸体和活体研究。
尸体马(n = 10)、健康马(3匹)及1例临床病例。
尸体和活体(健康马):在ICA和ECA的尾部进行UGTACP。ICA头部的线圈置入采用盲法并通过传统放射摄影进行控制。ECA头部未放置线圈。
ICA的UGTACP用于一匹左侧咽鼓管囊霉菌病的马。
所有标本均成功进行了精确的超声引导下ICA和ECA插管。除1例病例外,所有病例均成功进行了超声引导下的线圈置入。活体研究未发生并发症。临床病例完全康复并恢复正常使用。
基于我们的研究,ICA和ECA尾部的UGTACP是透视检查的一种可行替代方法。该技术的一个优点是能够精确地对ICA和ECA进行插管,并能够识别ICA起始处的异常分支。关于ICA的头部,由于该区域的血管造影导管引导是盲法操作,因此使用透视检查可能更精确。在临床情况下,超声和透视检查引导相结合可减少辐射暴露时间。