BACKGROUND: First- and second-year medical students have limited exposure to basic surgical skills. An introductory, comprehensive, simulation-based curriculum in basic laparoscopic skills may improve medical students' knowledge and technical and nontechnical skills and may raise their interest in a career in surgery. The purpose of this study was to (1) design a comprehensive, simulation-based training curriculum (STC) aimed to introduce junior medical students tobasic laparoscopic skills and (2) compare structured and supervised learning and practice to a self-directed approach. METHODS:Twenty-four, pre-clerkship medical students were allocated randomly to either a supervised (STC) or a self-directed learning and practice (SDL) group. Participants in the STC group received structured training in cognitive, and basic technical and nontechnical domains of laparoscopic surgery, whereas the SDL group was invited to engage in SDL in the same domains. RESULTS: At post-training assessment, basic knowledge about laparoscopic surgery, and attitudes toward nontechnical skills were equivalent between STC and SDL groups. The STC group outperformed (mean ± standard deviation) the SDL group on a peg transfer task (58 ± 13 vs 81 ± 19 seconds; P = .005). Participants in the STC group showed significant within-group improvements in knowledge, technical skill, and in 4 of 5 domains of nontechnical skills, whereas participants in the SDL group showed significant within-group improvement in technical skill and in 1 of 5 domains of nontechnical skills. CONCLUSION: Participation in the STC resulted in significant gains in knowledge, technical skill, and attitudes toward nontechnical skills. Exposure of junior medical students to this curriculum before their clinical rotations is expected to enhance learning, maintain motivation, and increase interest in surgery as a future career.
RCT Entities:
BACKGROUND: First- and second-year medical students have limited exposure to basic surgical skills. An introductory, comprehensive, simulation-based curriculum in basic laparoscopic skills may improve medical students' knowledge and technical and nontechnical skills and may raise their interest in a career in surgery. The purpose of this study was to (1) design a comprehensive, simulation-based training curriculum (STC) aimed to introduce junior medical students to basic laparoscopic skills and (2) compare structured and supervised learning and practice to a self-directed approach. METHODS: Twenty-four, pre-clerkship medical students were allocated randomly to either a supervised (STC) or a self-directed learning and practice (SDL) group. Participants in the STC group received structured training in cognitive, and basic technical and nontechnical domains of laparoscopic surgery, whereas the SDL group was invited to engage in SDL in the same domains. RESULTS: At post-training assessment, basic knowledge about laparoscopic surgery, and attitudes toward nontechnical skills were equivalent between STC and SDL groups. The STC group outperformed (mean ± standard deviation) the SDL group on a peg transfer task (58 ± 13 vs 81 ± 19 seconds; P = .005). Participants in the STC group showed significant within-group improvements in knowledge, technical skill, and in 4 of 5 domains of nontechnical skills, whereas participants in the SDL group showed significant within-group improvement in technical skill and in 1 of 5 domains of nontechnical skills. CONCLUSION: Participation in the STC resulted in significant gains in knowledge, technical skill, and attitudes toward nontechnical skills. Exposure of junior medical students to this curriculum before their clinical rotations is expected to enhance learning, maintain motivation, and increase interest in surgery as a future career.
Authors: Frank Battaglia; Céline Sayed; Maria Merlano; Meghan McConnell; Christopher Ramnanan; Jennifer Rowe; Hao Wang; Vishesh Patel; Nikhil Rastogi Journal: Can Med Educ J Date: 2020-12-07