1.1.Objective: Robotic surgery for urologic disease is becoming increasingly widespread. However, there is a known learning curve for this technology that can inhibit its adoption; this concern may be particularly important in an international, non-academic setting. Our institution introduced the first robotic system in our geographic region (Central America), and we reviewed our experience in implementing a training pathway for urologic robotic surgery, especially in radical prostatectomy. 1.2.Methods: In March 2012 a da Vinci SI robotic system was installed at a private hospital in Panama; this was the first system installed in Central America. Our implementation pathway was comprised of an online virtual course, video reviews, on-site surgical system training, off-site Surgical skills training using animate and inanimate models, off site Live Procedure Observation, and on site surgery with an experienced preceptor. We prospectively tracked intra-operative. 1.3.Parameters: Time for patient preparation, docking of the robot, and console time. We also reviewed early patient results for radical prostatectomy. 1.4.Results: During a 48 month period, 500 robotic-assisted laparoscopic surgeries were performed. 210 urology cases included: 118 radical prostatectomies, 31 partial nephrectomies, 20 radical nephrectomies, 4 donor nephrectomy, 17 pyeloplasties, 3 sacrocolpexias, and 1 partial cystectomy. All surgeons complete the clinical pathway solution. Mean console time for the first 8 cases, with preceptor, was 251 minutes and for the following 31 cases 110 minutes. Regarding robotic-assisted laparoscopic radical prostatectomies: patient preparation was 17 min, docking time 5.6 min, console time 150 min. Total operative time range from 2 to 5 hours (Mean 210 minutes). Mean patient age was 61. Mean PSA 8 ng/ml. Average hospitalization days: 2,7 (range 1-14d). The dominant preoperative Gleason was 3 + 3, while the predominant postoperative was 4 + 3. There were no intraoperative major complications. 1.5.Conclusion: Our structured clinical training program assisted in the rapid development of our robotic surgical program, and we believe was responsible for our safe and effective experience. As robotic surgery continues to expand to diverse international regions and non-academic institutions, detailed protocols such as ours can aid in its successful adoption elsewhere, as well.
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