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学习兽医学是否能提高学生的触觉感知能力?一项针对两个年龄组的初步研究。

Does Studying Veterinary Medicine Improve Students' Haptic Perception Ability? A Pilot Study With Two Age-Groups.

作者信息

Mueller Stephanie M, Bernigau Dora, Muelling Christoph, Grunwald Martin

出版信息

J Vet Med Educ. 2019 Fall;46(3):408-414. doi: 10.3138/jvme.0417-051r. Epub 2019 Feb 26.

Abstract

Haptic perception is an important tool for veterinarians. The present study analyzed the association between the haptic perception threshold of veterinary students and their palpatory experience. To approach this goal, 35 female students of veterinary medicine were divided into two groups with different levels of experience: (a) students with little practical experience, at the beginning of their studies (first year), and (b) students close to the end of their theoretical training (fourth year). To thoroughly evaluate the students' sense of touch, three different test procedures were used: the Haptic Threshold Test (HTT), the Haptic Figures Test (HFT), and tactile acuity. Contrary to our expectations, we found worse mean haptic perception thresholds (HTT) in the more experienced students than in the less experienced group. This effect was significantly correlated with age. Furthermore, we found that longer exploration times were not sufficient to compensate for shortcomings in haptic perception. We also found large interindividual differences. Future studies should investigate whether and to what extend these effects have an impact on students' palpation performance on simulators and live animals. Moreover, which beneficial effects may be achieved through an additional haptic training for students with inferior haptic thresholds should be investigated. Improving haptic perception abilities in veterinary students could be one important step toward achieving satisfactory Day One Competences in university graduates.

摘要

触觉感知是兽医的一项重要工具。本研究分析了兽医专业学生的触觉感知阈值与其触诊经验之间的关联。为实现这一目标,35名兽医学专业女学生被分为两组,经验水平不同:(a) 学习初期(第一年)实践经验较少的学生,以及 (b) 理论培训接近尾声(第四年)的学生。为全面评估学生的触觉,使用了三种不同的测试程序:触觉阈值测试(HTT)、触觉图形测试(HFT)和触觉敏锐度测试。与我们的预期相反,我们发现经验更丰富的学生的平均触觉感知阈值(HTT)比经验较少的组更差。这种效应与年龄显著相关。此外,我们发现更长的探索时间不足以弥补触觉感知方面的不足。我们还发现个体间存在很大差异。未来的研究应调查这些效应是否以及在多大程度上会对学生在模拟器和活体动物上的触诊表现产生影响。此外,还应研究对于触觉阈值较低的学生,通过额外的触觉训练可能会实现哪些有益效果。提高兽医专业学生的触觉感知能力可能是朝着使大学毕业生达到令人满意的入职能力迈出的重要一步。

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