Systematic Review of Laparoscopic Surgery and Simulation-based Training

Abstract

Introduction:We performed a systematic review to analyze the effect and to describe all available simulation-based training as well as the securing of laparoscopic surgery aptitudes during residency programs. Materials and methods:This systematic review aimed to examine the effectiveness of simulation-based training to develop laparoscopic surgery skills using the published randomized controlled trials (RCTs) Searching in PubMed from 2014 till now. This review of the literature tends to the subject of whether laparoscopic recreation deciphers the gain of surgical abilities to the operation room (OR).Results: According to this review, we found that specific learned skills could be reproduced in the OR. Reenactmentbased preparing and laparoscopic surgery found that particular abilities could be translatable to the OR. Twenty one investigations revealed learning results measured in five behavioral classifications: Economy of development (8 ponders); suturing (3 examines); execution time (13 considers); mistake rates (7 thinks about); and worldwide rating (7 contemplates). Conclusion:Simulation-based training can help to obtain obvious advantages of surgical aptitudes in the OR. This review proposes that simulation-based training is a successful approach to instruct laparoscopic surgery abilities, increasing reproduction of laparoscopic surgery aptitudes to the OR, and increment safety for patients. Nevertheless, more research ought to be directed to decide whether and how this training can become a part of surgical curriculum.

Adaptive octree cube refinement depending on grasping position for deformable organ models

“…Laparoscopic surgery simulators are already in practical use and their effectiveness in facilitating the learning of surgical techniques has been validated. 1,2 A standard laparoscopic surgery simulator typically comprises a PC, a monitor, two surgical instruments with haptics, and a foot pedal. Surgical simulations can be performed by placing CG (computer graphics) models of organs in a virtual environment and allowing for interactive manipulation using surgical instruments.…”