Severely calcified coronary stenosis poses a significant challenge for coronary angioplasty procedures. Modifying plaque before stenting is crucial to a successful intervention, since it will prevent the sub expansion associated to worse clinical outcomes at followup. The tools employed to assess complex lesions include specialized balloons such as cutting, scoring, or high pressure balloons, as...
Approximately 30% of patients undergoing percutaneous coronary intervention (PCI) present moderate to severe calcified lesions, which presents a significant challenge involving a high incidence of major adverse cardiovascular events (MACE). Rotational atherectomy (RA) is used to modify these calcified lesions and facilitate balloon angioplasty followed by stent implantation. The combination of RA with other plaque...
Severely calcified lesions currently pose a significant challenge, as they require adequate preparation through non-compliant balloons or cutting balloons to achieve effective stent expansion. Another option is the use of orbital or rotational atherectomy (RA), but this carries the risk of complications such as slow/no reflow, perforations, dissections, peri-procedural infarction, or guidewire rupture. Despite the...
Compared against conventional predilation with balloon, rotational atherectomy is associated with higher procedural success rate in severely classified lesions. Balloons capable of modifying plaque such as the Flextome Cutting Balloon or the AngioSculpt Scoring Balloon -among others- could reach similar results to that of rotational atherectomy, though this has not been tested so far. 200...
Rotational atherectomy is a very important tool in the treatment of heavily calcified and non-dilatable lesions. Historically, transfemoral access has been the gold standard due to a perceived need for large-bore guidewire catheters in order to use spheroids for proper debulking. Nowadays, rotational atherectomy has evolved towards a technique that aims to modify plaque for...