Sho Kishigami

Flexibility and Stent Fracture Potentials Against Cyclically Bending Coronary Artery Motions: Comparison Between 2-Link and 3-Link DESs

Abstract 18666: What are Key Factors to Achieve Better Stent Apposition at Left Main Bifurcation by Culottes Stenting Technique? Micro-CT Analysis Using Bifurcated Elastic Coronary Artery Models

3C10 Investigation of evaluation method of bending-flexibility of coronary stents using in-vivo simulated cyclically-bended coronary artery model.

3C09 Proposal of assessment methodology of incomplete apposition of coronary stent deployed in left main trunk bifurcation lesion using a 3-D bifurcated stenotic artery model

2B05 Investigation of human coronary motion of left anterior descending artery

3C04 Assessment of flexibility of peripheral stents using a multi-loading tester mimicking torsion and longitudinal compression of superficial femoral artery during knee bending and stretching

8F44 Experimental analysis on influence of neointima on durability of the SUS316L stent using an accelerated durability tester with bended right coronary artery model

8E22 Experimental analysis on reliability of an accelerated-bending durability test for coronary stent

Abstract 19702: Bending Flexibility of Stents: Comparison among Four DES Platforms with Different Design and Materials Deployed in in-vivo Simulated Cyclically-Bending Coronary Artery Model

8B-05 右冠動脈の屈曲変形を模擬した加速耐久試験装置を用いた異なる駆動周波数による冠動脈ステントの耐久性評価(OS-13(1) 循環器系の医療マイクロデバイス)