Thomas Michael Aherne MB, MCh, MSc, MD, FRCSI(Vasc) , Cathal O’Leary MD , Sean Crawford MD, PhD, FRCSC , Miranda Witheford MD, PhD, FRCSC , Jennifer Chung MD, MSc, FRCSC , Kong Teng Tan MD, FRCS, FRCR, FRCPC , Thomas Fooks Lindsay MDCM, MSc, FRCSC , Maral Ouzounian MDCM, PhD, FRCSC
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Studies reporting the outcomes of primary endovascular-based interventions, with a proximal landing zone within the ascending aorta (Ishimaru’s Zone 0), were considered for inclusion. Outcomes were narratively reported.</p></div><div><h3>Results</h3><p>Four multibranched and four single-branch devices were reported to provide an effective deal within Zone 0. Device-specific outcomes, indications for use, and supportive technical features were further outlined.</p></div><div><h3>Conclusion</h3><p>The early reports of devices sealing within the ascending aorta are promising, with excellent rates of technical success. Nonetheless, these interventions are associated with significant morbidity. 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引用次数: 0
摘要
目的在升主动脉内封闭的血管内技术拓宽了主动脉治疗的范围,为许多被拒绝开放式介入治疗的患者提供了现实的治疗选择。这篇叙述性综述的目的是研究评估目前在升主动脉内密封的血管内设备和技术的当代文献。 方法通过PubMed系统搜索Medline上的相关标题。考虑纳入报告了升主动脉近端着床区(Ishimaru's Zone 0)的初级血管内介入治疗结果的研究。结果有四种多支器械和四种单支器械在 0 区内进行了有效处理,并进一步概述了器械的具体结果、使用适应症和支持性技术特征。 结论在升主动脉内密封器械的早期报告前景良好,技术成功率极高。尽管如此,这些干预措施仍与严重的发病率有关。为了明确指导进一步的移植物开发和血管内治疗策略的进步,必须进一步进行精心设计的比较分析。
Current arch branched devices and endovascular techniques sealing within the ascending aorta
Objective
Endovascular techniques, sealing within the ascending aorta, have broadened the scope of aortic practice and have to come to offer a realistic treatment option for many turned down for open intervention. The objective of this narrative review is to examine contemporary literature evaluating current endovascular devices and techniques sealing within the ascending aorta. current endovascular devices and techniques sealing within the ascending aorta.
Methods
Medline through PubMed was systematically search for relevant titles. Studies reporting the outcomes of primary endovascular-based interventions, with a proximal landing zone within the ascending aorta (Ishimaru’s Zone 0), were considered for inclusion. Outcomes were narratively reported.
Results
Four multibranched and four single-branch devices were reported to provide an effective deal within Zone 0. Device-specific outcomes, indications for use, and supportive technical features were further outlined.
Conclusion
The early reports of devices sealing within the ascending aorta are promising, with excellent rates of technical success. Nonetheless, these interventions are associated with significant morbidity. Further well-designed, comparative analyses are essential to definitively guide further graft development and advancements in endovascular strategy.