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Anatomy education and classroom versus laparoscopic dissection-based training: A randomized study at one medical school

机译:解剖学教育与课堂教学与腹腔镜解剖教学的比较:在一所医学院的随机研究

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Purpose: Anatomy education on embalmed specimens is presumed to have added educational value. However, although embalmed specimens have been used for anatomy education for years, there is little evidence on the added educational value of dissection-based teaching. The objective of this randomized study is to examine the added value of dissection-based teaching, using models of the inguinal region in embalmed specimens. Method: In 2011, medical students at Erasmus Medical Center, The Netherlands, were randomly assigned to three groups. Group I attended lectures, group II attended dissection-based training using laparoscopic dissection models, and group III attended lectures as well as dissection-based laparoscopic training. To assess the improvement of anatomical knowledge, all students had to complete a practical test before, immediately after, and two weeks after training. Data were analyzed with mixed modeling. Results Forty-six students participated in this study. No significant difference in results was observed among the three groups before the start of training. Immediately after the course, groups II and III scored significantly higher than group I (P <.001; P <.001), and group II scored higher than group III (P =.009). The difference between group I and groups II and III persisted during follow-up (P = 012; P =.001). The difference between groups II and III disappeared. Conclusions: Three-dimensional anatomy education with dissection models enhances anatomy learning by medical students. Students who received dissection-based training scored higher in the short-and long term compared with students who did not receive this type of education.
机译:目的:假定对防腐的标本进行解剖学教育具有附加的教育价值。然而,尽管防腐的标本已被用于解剖学教育多年,但很少有证据表明解剖学教学的附加教育价值。这项随机研究的目的是使用经过防腐处理的标本中的腹股沟区域模型来检查基于解剖的教学的附加价值。方法:2011年,将荷兰伊拉斯mus医学中心的医学生随机分为三组。第一组参加讲座,第二组参加使用腹腔镜解剖模型进行的基于解剖的训练,第三组参加讲座以及基于腹腔镜的腹腔镜训练。为了评估解剖学知识的提高,所有学生必须在训练之前,之后和两个星期完成一次实践测试。用混合建模分析数据。结果有46名学生参加了这项研究。开始训练之前,三组之间没有观察到明显的差异。疗程结束后,第二和第三组的得分明显高于第一组(P <.001; P <.001),第二组的得分高于第三组(P = .009)。在随访期间,I组与II组和III组之间的​​差异持续存在(P = 012; P = .001)。第二组和第三组之间的差异消失了。结论:解剖模型的三维解剖学教育增强了医学生的解剖学学习。与未接受此类教育的学生相比,接受基于解剖的培训的学生在短期和长期中得分更高。

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