经导管置入胸主动脉腔内假体。主动脉夹层的新方法。

ASAIO transactions Pub Date : 1991-07-01
H Yoshida, T Kakino, M Kajitani, K Goh, T Gohda, K Yasuda, T Tanabe
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引用次数: 0

摘要

采用经股动脉置放系统,研制了一种新型的形状记忆主动脉假体(SAP,形状记忆主动脉假体),以微创治疗主动脉夹层。SAP由镍钛诺支架和聚氨酯管组成,它被设计成这样一种结构,当冷时它可以被压缩在14fr导管内。通过在10只杂种犬的主动脉内无缝线植入SAP的结果,我们认为合适直径的SAP可以安全植入3个月以上。经股置管系统由输送导管、推杆、牵引导管和拉丝组成。使用这些装置,经股骨植入SAP成功地在三只狗和一只羊身上进行了演示。原有的SAP及输送系统可作为主动脉夹层的急诊手术,如Stanford b型。该手术的优点是对急症患者的侵袭最小,在导管实验室应用迅速。
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Transcatheter placement of an intraluminal prosthesis for the thoracic aorta. A new approach to aortic dissections.

A new aortic prosthesis (SAP, shape memory aortic prosthesis) was developed with its transfemoral placement system to treat aortic dissection with minimal invasion. The SAP consists of a Nitinol stent and polyurethane tube, and it is designed in such a configuration that it can be compressed inside a 14 Fr catheter when cold. It regains its original shape when warmed to 30 degrees C. From the results of intra-aortic sutureless placement of SAP in 10 mongrel dogs, we concluded that a SAP of proper diameter could be implanted safely for more than 3 months. The transfemoral placement system is composed of a delivery catheter, pushing rod, catching catheter, and pulling wire. Using these devices, transfemoral placement of SAP was demonstrated successfully in three dogs and one sheep. The original SAP and delivery system can be used as an emergency procedure for aortic dissections, such as Stanford type B. The advantages of the procedure are minimal invasion of acutely ill patients and prompt application in the catheter laboratory.

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