Robotic Complex Abdominal Wall Reconstruction: The Evolution of Component Separation

Rodolfo J. Oviedo, Jeffrey Hodges, J. Nguyen-Lee, David Detz, Mary Oh, J. Bombardelli, A. Shah, Atteeba Manzar, A. Martinino
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Abstract

From the first description of the component separation technique in the literature at the end of the twentieth century to the current state of complex abdominal wall reconstruction, this rapidly evolving field of General Surgery has advanced at an accelerated pace. With the advancement of technological breakthroughs that stem from the original open technique, endoscopic, laparoscopic, and more recently robotic approaches have been developed to facilitate complex abdominal wall reconstruction to restore the body’s anatomy and physiology to functional levels. This chapter will give an overview of the historic progression of these advanced techniques and will illustrate the key steps for their safe and effective performance including the endoscopic external oblique anterior release as well as posterior release techniques such as the robotic transversus abdominis release (TAR). Finally, other useful variations of complex repair such as the robotic extended totally extraperitoneal (eTEP) approach will be described.
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机器人复杂腹壁重建:组件分离的演变
从20世纪末文献中首次描述组分分离技术到目前复杂腹壁重建的状态,这一迅速发展的普通外科领域正在加速发展。随着原始开放技术的技术突破,内窥镜、腹腔镜和最近的机器人方法已经发展起来,以促进复杂的腹壁重建,使身体的解剖和生理恢复到功能水平。本章将概述这些先进技术的历史进展,并说明其安全有效的关键步骤,包括内窥镜外斜前松解和后松解技术,如机器人腹横松解(TAR)。最后,其他有用的复杂修复的变化,如机器人扩展完全腹膜外(eTEP)方法将被描述。
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