Original title:&nbsp;Pivotal Trial to Evaluate the Safety and Efficacy of the Orbital Atherectomy System in Treating de Novo, Severely Calcified Coronary Lesions (ORBIT II)&nbsp;Reference:&nbsp;Jeffrey Chambers, et al. JACC Intervention 2014;7:510-8 Severely calcified coronary lesions, traditionally associated to difficult or impossible stent implantation, asymmetric stent expansion, higher post procedural events rate, more restenosis, more lesion revascularization,<a href="https://solaci.org/en/2014/06/02/orbital-atherectomy-improves-calcified-lesions-treatment-outcomes/" title="Read more" >...</a>

Original title:&nbsp;Thinking Out of the Lumen: FFR Vs. Intravascular Imaging for MACE Prediction.&nbsp;Reference:&nbsp;Pedro R. Moreno et al.&nbsp;J Am Coll Cardiol, article in press. Intravascular imaging studies have shown that the lesions most likely to produce coronary events usually have modest luminal stenosis, large cap burden and thin fibrous cap. These plaques will evolve into a<a href="https://solaci.org/en/2013/09/05/intravascular-imaging-for-event-prediction-looking-beyond-the-lumen/" title="Read more" >...</a>

Original title:&nbsp;Multislice Computed Tomography Angiography for Non-invasive Assessment of the 18-Months Performance of a Novel Radiolucent Bioresorbable Vascular Scaffolding Device (ABSORB Trial).&nbsp;Reference:&nbsp;Koen Nieman et al. J Am Coll Cardiol, article in press. Metal stents revolutionized coronary angioplasty procedures; however, they are permanent prosthetic devices that make re intervention difficult and prolongue thrombosis risk. This problem<a href="https://solaci.org/en/2013/08/14/multislice-computed-tomography-for-bioresorbable-scaffolds-the-end-of-invasive-diagnostic-studies/" title="Read more" >...</a>