Scholarlink

Introduction <p>Digital 3D exoscopes are novel alternatives for operating microscopes in microneurosurgery. We studied the potential benefits of a background in video gaming on adaptation to exoscopic microsurgery. Such effects have not been reported before.</p> Methods <p>Twenty preclinical medical and dental students with no surgical experience participated in our study. Eleven (gamer group) were proficient (&gt; 1000&#xa0;h) in video gaming, whereas nine (control group) had no to very little gaming experience (&lt; 500&#xa0;h). We developed a microsurgical training model for evaluating adaptation to exoscope use in a manual task. Each student completed the task thrice in a row. We evaluated handling of the exoscope, fine motor skills, and the duration of each performance.</p> Results <p>Prior video gaming experience correlated with superior adaptation to the exoscope. Gamers moved and tilted the exoscope camera less often than the control group but nevertheless obtained good visuals. The gamer group also completed all tasks faster (median 10&#xa0;min 14&#xa0;s) than the control group (median 13&#xa0;min 01&#xa0;s). All students improved in their task completion times over the test period. Similar fine motor skills were observed in both the gamer and the control group.</p> Conclusion <p>Prior experience in video gaming was associated with better adaptability to the exoscope. This may be due to superior 3D perception, acquired playing video games.</p>

错误：搜索内容不能为空，请输入英文关键词
错误：关键词超出字数限制，请精简
高级检索

Video gaming facilitates adaptation to surgical exoscopes – a laboratory experiment

  • 期刊论文

  • 出版模式：

    开放获取

  • 发表日期：

    2025年6月26日

查看全文
  • Adam Yousfi,
  • Anni Pohjola,
  • Ville Vasankari,
  • Ahmad Hafez,
  • Martin Lehecka

摘要

Introduction

Digital 3D exoscopes are novel alternatives for operating microscopes in microneurosurgery. We studied the potential benefits of a background in video gaming on adaptation to exoscopic microsurgery. Such effects have not been reported before.

Methods

Twenty preclinical medical and dental students with no surgical experience participated in our study. Eleven (gamer group) were proficient (> 1000 h) in video gaming, whereas nine (control group) had no to very little gaming experience (< 500 h). We developed a microsurgical training model for evaluating adaptation to exoscope use in a manual task. Each student completed the task thrice in a row. We evaluated handling of the exoscope, fine motor skills, and the duration of each performance.

Results

Prior video gaming experience correlated with superior adaptation to the exoscope. Gamers moved and tilted the exoscope camera less often than the control group but nevertheless obtained good visuals. The gamer group also completed all tasks faster (median 10 min 14 s) than the control group (median 13 min 01 s). All students improved in their task completion times over the test period. Similar fine motor skills were observed in both the gamer and the control group.

Conclusion

Prior experience in video gaming was associated with better adaptability to the exoscope. This may be due to superior 3D perception, acquired playing video games.