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首页> 外文期刊>Journal of the Chinese Medical Association: JCMA >Development of the ultrasonography learning model for undergraduate medical students: A case study of the Faculty of Medicine, Burapha University
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Development of the ultrasonography learning model for undergraduate medical students: A case study of the Faculty of Medicine, Burapha University

机译:医学本科生超声检查学习模型的开发:以Burapha大学医学院为例

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Background: Ultrasound technology is generally considered to be reliable and widely used by physicians today. Therefore, given the efficacy and popularity of the technology, the need for quality ultrasound education is evident. Ultrasound training for undergraduate medical students has been increasingly incorporated into school curriculums, but the teaching methods can vary significantly among medical schools. Among many different choices, one effective teaching model was proposed which added hands-on ultrasound experience on live patients that was supervised by radiologists in the last clinical year. Methods: A 2-week radiology elective course was offered for 6th-year medical students at Burapha University Hospital, Chonburi, Thailand in the academic year 2014. Fourteen medical students participated in the elective course. Additionally, students who chose radiology as their elective were provided an ultrasound experience on live patients in real-life clinical settings. All 6th-year medical students then completed a 25-ultrasound image quiz, and completed a questionnaire at the end of the academic year. The ultrasound test scores were compared between the elective and nonelective students. The students' background characteristics were determined by a grade point average and the ultrasound experience was determined by the number of scans. These were collected, and analyzed to establish their relationship with the ultrasound test scores. The students' opinions were also surveyed. Results: Fourteen medical students participated in the elective course. The ultrasound test scores in the elective group were significantly higher than those in the nonelective group (p=0.013). The students' background characteristics and ultrasound experience had no significant relationship with the ultrasound test scores. Conclusion: By adding hands-on ultrasound experience using live patients proctored by radiologists for final year medical students, in the space of 2 weeks, an effective ultrasound learning model for undergraduate medical students can be provided. This model should be considered in the curricular design.
机译:背景技术:当今,超声波技术通常被认为是可靠的,并且被医生广泛使用。因此,鉴于该技术的有效性和普遍性,显然需要高质量的超声教育。针对本科医学生的超声培训已越来越多地纳入学校课程表,但各医学院校的教学方法可能有很大差异。在许多不同的选择中,提出了一种有效的教学模型,该模型增加了在活体患者上的动手超声经验,并在上一个临床年度由放射科医生监督。方法:2014学年,在泰国春武里府的Burapha大学医院为6年级的医学生提供了为期2周的放射学选修课。十四名医学生参加了选修课。此外,还向选择放射学作为选修课的学生提供了在实际临床环境中对活体患者进行超声检查的经验。然后,所有6年级的医学生都完成了25次超声波图像测验,并在学年结束时完成了问卷调查。比较了选修学生和非选修学生的超声检查成绩。学生的背景特征由平均成绩确定,超声经验由扫描次数确定。收集这些数据并进行分析,以建立它们与超声测试分数的关系。还对学生的意见进行了调查。结果:14名医学生参加了选修课。选修组的超声检查成绩明显高于非选修组(p = 0.013)。学生的背景特征和超声经验与超声检查成绩无明显关系。结论:在2周的时间内,通过增加由放射科医师督导的活着的最终医学生的动手超声经验,可以为大学医学生提供有效的超声学习模型。在课程设计中应考虑该模型。

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