Objective: To evaluate the impact of an e-learning online event, created for supporting resident’s training during the slowdown of surgical and clinical activities caused by COVID-19 pandemic. An overview of PubMed literature depicting the state of the art of urology residency in the COVID-19 era was performed as well, to contextualize the issue. Methods: An online learning event for residents was set up at the beginning of the pandemic; the faculty consisted of experts in urology who provided on-line lectures and videos on surgical anatomy, procedures, updates in guidelines, technology, training. The audience was composed of 30–500 attendees from Italy, USA, India and Belgium. A questionnaire to analyze relevance, satisfaction and popularity of the lessons was mailed to 30 local residents. Results and limitations: Almost all residents defined the web environment suitable to achieve the learning outcomes; the method, the number and the competence of the faculty were appropriate/excellent. Most of the younger residents (81.8%) stated their surgical knowledge would improve after the course; 72.7% declared they would take advantage into routine inpatients clinical activity. Nineteen more expert residents agreed that the course would improve their surgical knowledge and enhance their practical skills; almost all stated that the initiative would change their outpatients and inpatients practice. Overall, 44 articles available in PubMed have addressed the concern of urological learning and training during the pandemic from different standpoints; four of them considered residents’ general perception towards web-based learning programs. Conclusions: The paper confirms residents’ satisfaction with e-learning methods and, to our knowledge, is the first one focusing on a specific event promptly settled up at the beginning of the outbreak. Web-based educational experience developed during the pandemic may represent the very basis for the implementation of prospective on-site training and overall scientific update of future urologists.
Introduction: Ex-vivo FCM is a novel digital optical technique that provides images of fresh tissues in a real-time fashion with magnification to subcellular details of a flattened unprocessed sample. Digital images are hematoxylin-eosin-like and can be shared and interpreted remotely. In urology, FCM has been successfully applied for prostate tissue interpretation, either during biopsy and radical prostatectomy. Possible applications of FCM may reflect those of frozen section analysis and can be extended to all fields in which the intra-operative microscopical control is advisable. Materials and methods: This is an investigative prospective case series that aims to explore FCM feasibility in novel surgical settings and provide a depiction of FCM digital images in those fields. The definite purpose is to check the accuracy of surgical specimen during the following interventions: (a) trans-urethral resection of bladder tumors, to confirm the presence of muscular layer; (b) biopsy of a retroperitoneal mass, to check for the location and quality of cores; (c) training in robotic radical prostatectomy, to control surgical margins after a nerve sparing performed by a trainee. To this aim, we collected FCM images during seven surgical procedures. FCM findings were compared to those from the final histopathological analysis and the agreement was assessed.Results: In all cases, FCM digital images were obtained in the OR. FCM was able to confirm the presence of muscular layer in TURB specimen, the presence of lymphomatous tissue, surgical margins at prostate specimen. FCM intraoperative interpretation was consistent with final histopathology in all cases. Conclusions: Ex vivo FCM may represent a novel approach to control the quality of specimens, likely to tailor surgical strategy in a real-time fashion. Moreover, digitalization represents a step toward the implementation of telepathology in clinical practice.
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