BACKGROUND: It has been suggested that abilities in nonsurgical tasks may translate to the surgical setting, with video gaming attracting particular attention because of the obvious similarities in the skills required. The aim of this study was to assign laparoscopic novices prospectively to receive a period of structured practice on the Nintendo Wii™ (Nintendo of America, Inc, Redmond, Washington) and compare their performance of basic laparoscopic tasks before and after this session to control subjects. METHODS: In all, 22 medical students with no prior laparoscopic or video game experience were recruited to the study. They were randomized into 2 groups: group 1 served as the control and group 2 was the Wii™ group. All subjects performed 2 physical (bead transfer and glove cutting) and 1 virtual laparoscopic simulated tasks on the ProMIS surgical simulator (Haptica, Boston, Massachusetts). Performance metrics were measured. The same tasks were repeated an average of 7 days later, and between the 2 sessions, the subjects in the Wii™ group had structured practice sessions on the Wii™ video game. RESULTS: Taken together, all subjects improved their performance significantly from session 1 to session 2. For the physical tasks, the Wii™ group performed better on session 2 for all metrics but not significantly. The Wii™ group showed a significant performance improvement for one metric in the bead transfer task compared with controls. For the virtual task, there was no significant improvement between sessions 1 and 2. CONCLUSIONS: The novice subjects demonstrated a steep learning curve between their first and second attempts at the laparoscopic tasks. Practicing on the Wii™ was associated with a trend toward a better performance on session 2, although the difference was not significant. This finding suggests that a more intensive practice schedule may be associated with a better performance, and we propose that training on non-surgical tasks may be a cheap, convenient, and effective addition to current training curricula.
RCT Entities:
BACKGROUND: It has been suggested that abilities in nonsurgical tasks may translate to the surgical setting, with video gaming attracting particular attention because of the obvious similarities in the skills required. The aim of this study was to assign laparoscopic novices prospectively to receive a period of structured practice on the Nintendo Wii™ (Nintendo of America, Inc, Redmond, Washington) and compare their performance of basic laparoscopic tasks before and after this session to control subjects. METHODS: In all, 22 medical students with no prior laparoscopic or video game experience were recruited to the study. They were randomized into 2 groups: group 1 served as the control and group 2 was the Wii™ group. All subjects performed 2 physical (bead transfer and glove cutting) and 1 virtual laparoscopic simulated tasks on the ProMIS surgical simulator (Haptica, Boston, Massachusetts). Performance metrics were measured. The same tasks were repeated an average of 7 days later, and between the 2 sessions, the subjects in the Wii™ group had structured practice sessions on the Wii™ video game. RESULTS: Taken together, all subjects improved their performance significantly from session 1 to session 2. For the physical tasks, the Wii™ group performed better on session 2 for all metrics but not significantly. The Wii™ group showed a significant performance improvement for one metric in the bead transfer task compared with controls. For the virtual task, there was no significant improvement between sessions 1 and 2. CONCLUSIONS: The novice subjects demonstrated a steep learning curve between their first and second attempts at the laparoscopic tasks. Practicing on the Wii™ was associated with a trend toward a better performance on session 2, although the difference was not significant. This finding suggests that a more intensive practice schedule may be associated with a better performance, and we propose that training on non-surgical tasks may be a cheap, convenient, and effective addition to current training curricula.
Authors: Kellie K Middleton; Travis Hamilton; Pei-Chien Tsai; Dana B Middleton; John L Falcone; Giselle Hamad Journal: Surg Endosc Date: 2013-06-13 Impact factor: 4.584
Authors: James C Rosser; Xinwei Liu; Charles Jacobs; Katherine Mia Choi; Maarten B Jalink; Henk O Ten Cate Hoedemaker Journal: Surg Endosc Date: 2016-09-08 Impact factor: 4.584
Authors: Terrell Holloway; Zachary S Lorsch; Michael A Chary; Stanislaw Sobotka; Maximillian M Moore; Anthony B Costa; Rolando F Del Maestro; Joshua Bederson Journal: Int J Comput Assist Radiol Surg Date: 2015-03-26 Impact factor: 2.924
Authors: Nicholas Gélinas-Phaneuf; Nusrat Choudhury; Ahmed R Al-Habib; Anne Cabral; Etienne Nadeau; Vincent Mora; Valerie Pazos; Patricia Debergue; Robert DiRaddo; Rolando F Del Maestro Journal: Int J Comput Assist Radiol Surg Date: 2013-06-20 Impact factor: 2.924