In this chapter of Tools and Techniques Clinical, optimising stenting strategy in bifurcation lesions with insights from in vitro bifurcation models is discussed using a stepwise approach. The following is a summarised overview of this technique. The complete, unabridged version with images is available online at www.eurointervention.org bifurcation techniques. The switch to high-resolution three-dimensional quantitative imaging with microfocus CT and scanning electron microscopy now allows a detailed study of the impact of different stent designs and deployment techniques in a controlled and reproducible environment. © Europa Digital & Publishing 2013. All rights reserved.
Tools & techniques clinical: Optimising stenting strategy in bifurcation lesions with insights from in vitro bifurcation models / Foin N.; Mattesini A.; Ghione M.; Dall'Ara G.; Sen S.; Nijjer S.; Petraco R.; Sgueglia G.A.; Davies J.E.; Di Mario C.. - In: EUROINTERVENTION. - ISSN 1774-024X. - ELETTRONICO. - 9:(2013), pp. 885-887. [10.4244/EIJV9I7A144]
Tools & techniques clinical: Optimising stenting strategy in bifurcation lesions with insights from in vitro bifurcation models
Di Mario C.
2013
Abstract
In this chapter of Tools and Techniques Clinical, optimising stenting strategy in bifurcation lesions with insights from in vitro bifurcation models is discussed using a stepwise approach. The following is a summarised overview of this technique. The complete, unabridged version with images is available online at www.eurointervention.org bifurcation techniques. The switch to high-resolution three-dimensional quantitative imaging with microfocus CT and scanning electron microscopy now allows a detailed study of the impact of different stent designs and deployment techniques in a controlled and reproducible environment. © Europa Digital & Publishing 2013. All rights reserved.
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