Key result
Stentablation of un-dilatable coronary stents achieved 100% procedural success but resulted in high 6-month rates of MACE (50%) and all-cause mortality (25%).
Observational (n=12)
While stentablation is feasible as an acute salvage option for undilatable stents, it is associated with high midterm MACE and mortality, highlighting the critical importance of adequate lesion preparation prior to initial stenting.
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May offer bailout for select non-salvageable malapposed stents; leaves open safety and efficacy in larger prospective cohorts.
AIMS: Our aim was to examine procedural viability and midterm outcomes following the use of rotational atherectomy (RA) on malapposed, crippled, otherwise non-salvageable metallic stents (i.e., stentablation [SA]), and convey important procedural pointers for practitioners encountering such situations. METHODS AND RESULTS: Data on twelve SA subjects were analysed. The primary endpoint was procedural success: effective ablation of the malapposed stent and successful implantation of a new device. Major adverse cardiac events (MACE) and all-cause death at six months following the index procedure were examined as a secondary endpoint. All twelve patients underwent successful SA and novel stent implantation, with sufficient salvage of coronary anatomy (residual stenosis <30%). At six-month follow-up, however, MACE amounted to 50% and all-cause mortality to 25% in the inspected subjects. CONCLUSIONS: We found that, although feasible as an acute salvage option, SA distinctively increases post-procedural midterm MACE and mortality rates. This places emphasis on the importance of avoiding eventual SA situations, underlining the importance of ample lesion preparation prior to stent implantation.
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Édes et al. (2016) conducted an observational in Malapposed, crippled, otherwise non-salvageable metallic stents (n=12). Rotational atherectomy (stentablation) was evaluated on Procedural success: effective ablation of the malapposed stent and successful implantation of a new device. Stentablation of un-dilatable coronary stents achieved 100% procedural success but resulted in high 6-month rates of MACE (50%) and all-cause mortality (25%).
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