10 research outputs found

    Pratique et enjeux de la simulation en dermatologie

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    Learning Laparoscopic Skills: Observation or Practice?

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    OBJECTIVE: The aim of this study was to assess the respective roles of observation and direct practice in the retention of laparoscopic skills. MATERIALS AND METHODS: Eighteen fifth-year medical students were included in a two-session laparoscopic learning course. During the first session, each participant was given four tasks to complete from the "Basic skills" and "Essential tasks" modules of the Simbionix LAP Mentor™, and another four tasks for observation only. During the second session, each participant completed all eight tasks. Performance evaluation was assessed using the objective structured assessment of technical skills (OSATS) global rating scale and LAP Mentor metrics. RESULTS: The mean OSATS score during the first session (S1) was 16.7 ± 3.2. This increased by 34% during the second session (S2), reaching 21.8 ± 2.6 in the group of former observer students (S2O, P < .0001), and by 56% (25.1 ± 1.9) in the group of former practicing students (S2A, P < .0001). The analysis of LAP Mentor metrics showed that 14 of 28 parameters (50%) improved in the S2A group compared to S1, whereas only 25% of the parameters improved in the S2O group, the difference being significant (P = .048). In both groups, the more complex the task, the more the number of improved parameters decreased. CONCLUSIONS: Although simple observation of laparoscopic skills improved further performance, direct practice on the virtual reality trainer ensured more effective training. This work therefore advocates incorporating personal training on simulators into residents\u27 surgical curricula

    Skills improvement after observation or direct practice of a simulated laparoscopic intervention

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    BACKGROUND: Laparoscopic skills are more and more often being learned on simulators. PURPOSE: To assess the respective roles of observation and direct practice in the retention of laparoscopic procedural skills. BASIC PROCEDURES: Twelve surgical residents were included in a two-session laparoscopic training course. During the first session (S1), one participant completed a cholecystectomy on the Simbionix LAPMentor™ and then observed his colleague carrying out a total hysterectomy and vice versa. During the second session (S2), each participant completed both interventions. Skills evaluation was assessed using the Objective Structured Assessment of Technical Skills (OSATS) global rating scale and LAPMentor™ metrics. MAIN FINDINGS: Mean OSATS score during the first session was 19.3±5.1, and increased by 37% in the group of former observer students (S2O, P=0.003), and by 54% in the group of former practising students (S2A, P=0.001). Self- and peer-grading results were concordant with the supervisor\u27s evaluation. Detailed analysis of LAPMentor™ metrics showed a trend toward more parameters being improved in group S2A as compared to group S2O on both interventions. The most significant improvements concerned the time of completion for the hysterectomy and the efficiency of cautery for the cholecystectomy. CONCLUSIONS: Observation of laparoscopic skills still allows for surgical improvement, but direct practice on a virtual reality trainer provides better results. Self- and peer-grading were concordant with the supervisor\u27s evaluation. This work may advocate the integration of both personal training on simulators and surgical observation into residents\u27 surgical curricula
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