PDF(Pubmed)
Abstract：
UNASSIGNED: Many coronary anastomotic devices have been designed to replace manual stitching in coronary surgery; however, interestingly, none of them became widespread. Our aim was to work out an easy and fast endoluminal vessel-to-vessel stent bridge distal anastomotic technique.
UNASSIGNED: Ten coronary arteries of eight fresh human hearts were used in this study. The anastomosis was performed with the implantation of a graft vessel into the lumen of the coronary artery by performing stent fixation. The technique is described and photo documented in detail. The durability and the conductibility of the anastomosis were examined with intraluminal endoscopy, functional streaming test, and a coloring of the vessels.
UNASSIGNED: The anastomosis had great results in all cases. Obstruction, dissection, or dislocation of the vessels was not observable.
UNASSIGNED: This study confirmed the ex-vivo feasibility of the described technique. This method can be an easy, fast, and reliable method applied in the endoscopic distal coronary artery anastomosis surgery. The development of stents adapted to this method and the in-vivo testing of this technique are necessary for the future.
UNASSIGNED: Ten coronary arteries of eight fresh human hearts were used in this study. The anastomosis was performed with the implantation of a graft vessel into the lumen of the coronary artery by performing stent fixation. The technique is described and photo documented in detail. The durability and the conductibility of the anastomosis were examined with intraluminal endoscopy, functional streaming test, and a coloring of the vessels.
UNASSIGNED: The anastomosis had great results in all cases. Obstruction, dissection, or dislocation of the vessels was not observable.
UNASSIGNED: This study confirmed the ex-vivo feasibility of the described technique. This method can be an easy, fast, and reliable method applied in the endoscopic distal coronary artery anastomosis surgery. The development of stents adapted to this method and the in-vivo testing of this technique are necessary for the future.
摘要：
UNASSIGNED：许多冠状动脉吻合装置已被设计为取代冠状动脉手术中的手动缝合；然而，有趣的是,它们都没有普及。我们的目的是研究出一种简便，快速的腔内血管到血管支架桥远端吻合技术。
未经证实：本研究使用了8个新鲜人类心脏的10条冠状动脉。吻合是通过进行支架固定将移植血管植入冠状动脉腔内而进行的。描述了该技术并详细记录了照片。用腔内内窥镜检查吻合的耐久性和导电性，功能流测试，和血管的着色。
UNASSIGNED：吻合在所有情况下都有很好的效果。妨碍,解剖,或血管脱位未观察到。
UNASSIGNED:本研究证实了所述技术的离体可行性。这种方法可以是一个简单的，快,可靠的方法应用于内镜下远端冠状动脉吻合术。将来有必要开发适用于该方法的支架以及该技术的体内测试。
未经证实：本研究使用了8个新鲜人类心脏的10条冠状动脉。吻合是通过进行支架固定将移植血管植入冠状动脉腔内而进行的。描述了该技术并详细记录了照片。用腔内内窥镜检查吻合的耐久性和导电性，功能流测试，和血管的着色。
UNASSIGNED：吻合在所有情况下都有很好的效果。妨碍,解剖,或血管脱位未观察到。
UNASSIGNED:本研究证实了所述技术的离体可行性。这种方法可以是一个简单的，快,可靠的方法应用于内镜下远端冠状动脉吻合术。将来有必要开发适用于该方法的支架以及该技术的体内测试。
