Department of Surgery, Division of Colorectal Surgery, Keck School of Medicine, University of Southern California, 1441 Eastlake Avenue, Suite 7418, Los Angeles, 90033, CA, USA.
Surg Endosc. 2018 Jan;32(1):24-38. doi: 10.1007/s00464-017-5796-2. Epub 2017 Aug 15.
Analysis of various parameters related to the patient, the disease, and the needed surgical maneuvers to develop guidance for preoperative selection of the appropriate and the best approach for a given patient. Rapid advances in minimally invasive surgical technology are fascinating and challenging alike. It can be difficult for surgeons to keep up with new modalities that come on to the market place and to assess their true value, i.e., distinguish between fashionable trends versus scientific evidence. Laparoscopy established minimally invasive surgery and has revolutionized surgical concepts and approaches to diseases since its advent in the early 1990s. Now, with robotic surgery rapidly gaining traction in this high-tech surgical landscape, it remains to be seen how the long-term surgical landscape will be affected.
Review of the surgical evolution, published data and cost factors to reflect on advantages and disadvantages in order to develop a broader perspective on the role of various technology platforms.
Advocates for robotic technology tout its advantages of 3D views, articulating wrists, lack of hand tremor, and surgeon comfort, which may extend the scope of minimally invasive surgery by allowing for operations in places that are more difficult to access for laparoscopic surgery (e.g., the deep pelvis), for complex tasks (e.g., intracorporeal suturing), and by decreasing the learning curve. But conventional laparoscopy has also evolved and offers high-definition 3D vision to all team members. It remains to be seen whether all together the robot features outweigh the downsides of higher cost, operative times, lack of tactile feedback, possibly unusual complications, inability to move the operative table with ease, and the difficulty to work in different quadrants.
While technical and design developments will likely address some shortcomings, the value-based impact of the various approaches will have to be examined in general and on a case-by-case basis. Value as the ratio of quality over cost depends on numerous parameters (disease, complications, patient, efficiency, finances).
分析与患者、疾病和所需手术操作相关的各种参数,以制定针对特定患者的合适手术入路选择指南。微创外科技术的快速发展令人兴奋又充满挑战。外科医生很难跟上市场上新出现的各种新方法,并评估其真正价值,即区分时尚趋势与科学证据。腹腔镜开创了微创外科,并自 20 世纪 90 年代初问世以来彻底改变了外科理念和疾病治疗方法。如今,随着机器人手术在这一高科技外科领域迅速普及,其长期对外科领域的影响仍有待观察。
回顾外科手术的演变、已发表的数据和成本因素,以权衡利弊,从而对各种技术平台的作用形成更广泛的认识。
机器人技术的拥护者称赞其 3D 视图、万向手腕、无手部震颤和手术医生舒适性等优势,这可能通过允许在腹腔镜手术难以进入的部位(例如深部骨盆)进行操作、完成复杂任务(例如,体内缝合),以及减少学习曲线,从而扩展微创外科的范围。但传统腹腔镜也在不断发展,并为所有团队成员提供高清 3D 视觉。机器人的所有功能是否超过成本更高、手术时间更长、缺乏触觉反馈、可能出现异常并发症、难以轻松移动手术台以及难以在不同象限操作等缺点,还有待观察。
虽然技术和设计的发展可能会解决一些缺点,但各种方法的基于价值的影响将不得不进行全面和具体案例的检查。价值是质量与成本的比值,取决于许多参数(疾病、并发症、患者、效率、财务)。