Miller Charles E
Advocate Lutheran General Hospital, Park Ridge, Illinois, USA.
Curr Opin Obstet Gynecol. 2018 Feb;30(1):69-74. doi: 10.1097/GCO.0000000000000435.
This review was written in an effort to describe the evolution of power morcellation equipment from their creation to their current state. In addition, this review addresses the continuously evolving equipment involved with power morcellation and looks to describe where the field is headed in the future. In addition, recent professional and federal recommendations have changed the way power morcellation is being approached and has led to the development of contained morcellation systems, which, although in their infancy, are also being proven to be well tolerated options.
This article will review the most current research on electronic power morcellation and the multiple attempts to prove superiority from the many different types of equipment, and also the many different approaches to morcellation. In addition, with the adaptation to contained morcellation, this review will cover research focused on optimizing a containment system and the techniques involved.
In summary, this review is aimed at describing many of the currently available power morcellation products and contained morcellation systems in an effort to allow physicians to understand the different options available, and to discuss well tolerated, effective, and clinically proven techniques that can lead to improved surgical outcomes in the future.
撰写本综述旨在描述动力粉碎设备从诞生到当前状态的演变。此外，本综述还涉及与动力粉碎相关的不断发展的设备，并试图描述该领域未来的发展方向。此外，近期的专业和联邦建议改变了动力粉碎的应用方式，并促使了封闭粉碎系统的发展，尽管该系统尚处于起步阶段，但已被证明是耐受性良好的选择。
本文将回顾有关电动动力粉碎的最新研究，以及众多不同类型设备证明其优越性的多次尝试，还有多种不同的粉碎方法。此外，随着对封闭粉碎的应用，本综述将涵盖专注于优化封闭系统及相关技术的研究。
总之，本综述旨在描述许多当前可用的动力粉碎产品和封闭粉碎系统，以便医生了解可用的不同选择，并讨论耐受性良好、有效且经临床验证的技术，这些技术有望在未来改善手术效果。
