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Correspondence to Author: Mac Milon, Paol Pietro Banchi  

University of Kansas

Abstract:

Robotic surgery has advanced tremendously since its inception and experienced substantial advancement in a remarkably brief amount of time. Robotic platforms may be utilized in the field of minimally invasive surgery to achieve advancements for both the surgeon and the patient. With the advent of 3D vision, motion scaling, EndoWrist tools, steady and magnified pictures, and physiological tremor filtering, several obstacles to laparoscopic surgery could be removed. The field of minimally invasive surgery is always changing to help surgeons accomplish vital objectives related to functionality and survival; robotic platforms may be crucial to achieving these objectives. Therefore, it is essential to assess the functional and oncological results of robotic surgery.Through precise imaging and dissection along the embryological planes, robotic surgery may provide a number of advantages in the field of surgical cancer. Rectal cancer surgery is one instance of its beneficial use, particularly when it comes to male narrow pelvis and bulking tumors [1]. Even when performing surgery for esophageal cancer, the robotic method seems to be somewhat better than laparoscopic surgery, leading to more retrieved nodes and a lower rate of postoperative pneumonia [2].If robotic surgery has shown promising outcomes in oncology, the same can be said for functional problems of the gastrointestinal tract.

Citation:

Dr.Mac Milon, Robotic Gastrointestinal Surgery: Current Developments and Prospects. Advances in Robotic Surgery 2025.