We have conducted a study at World Laparoscopy Hospital to evaluate the learning curve of da Vinci Robotic Surgery and it is found that experienced laparoscopic surgeon learn robotic surgery much faster that surgeon who has done in the past only open surgery. After the preliminary exhilaration surrounding robotic modern technology, laparoscopic specialists seemed to agree that robot systems are only beneﬁcial in a limited number of advanced procedures. Although advantages of robot systems such as enhanced visualization and also trembling ﬁltration are well identified, robot systems are not commonly welcomed by general surgeons.

Typically cited factors consist of difﬁculty in tool control when operating in greater than one abdominal quadrant, prolonged personnel time, as well as greater overall operative expenses. Particular medical specializations, such as urology and also gynecology, have adopted this technology quicker. These operations have in common the requirement to perform accurate maneuvers in a conﬁned area without ample motions of the robotic arms.

An additional feasible constraint is an absence of standardized training programs to credential proﬁciency on the robot platform. Many establishments have specific plans to enable robotic advantages for attending medical professionals, which in great part are based upon the recommendations made by Intuitive Surgical, the only company generating an FDA-approved robot system currently. Information on training surgical robots end up being proﬁcient with the DaVinci robotic are also sparser, as well as in a lot of organizations, don't have access to the robotic system for training. Extremely few training programs have dedicated academic sources and personnel for robot training.

Recently created a robot proﬁciency educational program using the Top Gun Drills as a beginning point, which was modiﬁed as well as enhanced to adapt to the robot technology at World Laparoscopy Hospital. The wide fostering of such curricula in the future may enable standardization of training on proﬁciency-based actions of performance. Today, several research studies have examined the robotic efficiency of numerous medical jobs. Just a couple of centers like World LaparoscopyHospital give total Hands-On robot surgical training.

We have actually compared the moment taken as well as the safety of a digestive tract stitch line completed by medical residents with open tools as well as with the DaVinci robotic. None of the topics were experienced in operating the robot technology. Although the robotic modality was related to increased time to job completion and enhanced leak rate when compared with open surgical procedure, the robot efficiency was enhanced with subsequent reps. We looked to examine the efficiency of both standard as well as complicated laparoscopic jobs by subjects with different degrees of laparoscopic experience. We selected the Top Gun Drills because successful conclusion of these validated jobs was shown to be transferable to operating area performance.

Only three of the ﬁve drills can be done entirely on the robotic console, as well as these are the ones we consisted of in our study. Our outcomes show that in topics with much less created laparoscopic skills, the robotic modality uses a clear beneﬁt when executing advanced laparoscopic maneuvers. This might warrant why the robotic surgical procedure is more accepted by specialties besides general surgical procedure, in which laparoscopic training is much less intense during residency.

Fostering of robotics by these experts permits them to execute sophisticated minimally invasive surgery, which otherwise would possibly be by means of laparotomy rather than laparoscopy. On the other hand, participants with preexisting laparoscopic abilities have worse performance with the robot when compared with basic laparoscopy for easy tasks. Nonetheless, with enhancing task difﬁculty, robot performance is equal to laparoscopy, as a result revealing transfer of abilities from one modality to the other. This is consistent with other researches in the literature, in which laparoscopic efficiency is not improved by the robotic modern technology amongst skilled laparoscopists. Nonetheless, laparoscopic specialists may be at a benefit when adapting to robotic surgical technology.

In several studies, it is found that previous laparoscopic experience was the strongest forecaster of efficiency on the robotic system. Laparoscopic specialists might be more experienced in conquering a few of the loss of tensile as well as responsive responses, and also conceptualizing the spatial partnerships, as well as enhancing the ability to move instruments outside the energetic ﬁeld of view. In addition, they have currently undertaken a natural selection during their expert life toward minimally invasive surgical treatment. It is also shown that although skilled laparoscopists may originally register an inferior efficiency with this brand-new modern technology, after ample training, surgeons could exceed their laparoscopic performance.

Although our results are encouraging, we note that there are restrictions. The limitations in our ﬁndings include decreased generalizability as a result of the blended proficiency levels of the residents, which might thin down the ﬁndings. In addition, another constraint concerns the little sample size, which might lead to a kind II error showing that there was no transfer effect from the robotic training throughout the majority of the Top Gun Drills, when, in reality, there might be a transfer impact from the robotic training with a bigger example that is uniform or a larger example that comprises specialist and consultants.

Conclusion:

The relationship between laparoscopic surgery and robotic surgery has been the subject of several recent studies. These studies have found that experience in laparoscopic surgery can help surgeons learn robotic surgery more quickly and effectively. This has important implications for surgical education and training programs, which must recognize the relationship between these two surgical techniques and incorporate it into their curriculum. Surgeons who have experience in laparoscopic surgery may require less training to become proficient in robotic surgery, and laparoscopic surgery may be a useful training tool for surgeons learning robotic surgery.

The findings of these studies also highlight the importance of ongoing education and training for surgeons. Surgical techniques and technologies are constantly evolving, and surgeons must stay up-to-date with the latest advancements to provide the best possible care to their patients. Continuing education programs and training opportunities must be made available to surgeons to ensure that they have the necessary skills and knowledge to perform minimally invasive surgeries safely and effectively.