TCT-663 Comparison of Conformability and Wall Shear Stress Between Resolute Integrity Zotarolimus-Eluting Stent and the XIENCE Xpedition Everolimus-Eluting Stent in Angulated Vessels: An Interim Analysis of the SHEAR-STENT Randomized Controlled Study

Arnav Kumar,David Molony,Mohamad Raad,Hossein Hosseini,Won Lee,Elizabeth Thompson,Adrien Lefieux,Olivia Y. Hung,Kalina Machado,Sonali Kumar,Sameer Khawaja,David Sternheim,Mostafa Vasigh,Sonu Gupta,Bill D. Gogas,Alessandro Veneziani,Joo Myung Lee,Shao-Liang Chen,Hiromasa Otake,Takashi Akasaka,Eun-Seok Shin,Bon-Kwon Koo,Goran Stanković,Dejan Milasinovic,Andrejs Ērglis,Karthic Chandran,Chang-Wook Nam,Javier Escaned,Don P. Giddens,Habib Samady

TCT-663 Comparison of Conformability and Wall Shear Stress Between Resolute Integrity Zotarolimus-Eluting Stent and the XIENCE Xpedition Everolimus-Eluting Stent in Angulated Vessels: An Interim Analysis of the SHEAR-STENT Randomized Controlled Study

2018

Given its continuous wire molding and sinusoidal design, we hypothesized that Resolute Integrity stent (R-ZES) is more conformable than the XIENCE Xpedition stent (X-EES) and therefore may induce more physiologic wall shear stress (WSS) in angulated coronary arteries. Interim analysis of

Keywords:

Interim analysis
Everolimus
Stent
Zotarolimus
Medicine
Shear (sheet metal)
Internal medicine
Cardiology
Shear stress
Randomized controlled trial
zotarolimus eluting stent
Coronary arteries
everolimus eluting stent

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