Graham Emma C, Sweeney Eva M, Johnson Christopher D
Centre for Biomedical Sciences Education, School of Medicine, Dentistry and Biomedical Science, Queen's University Belfast, Belfast, Northern Ireland, United Kingdom.
Adv Physiol Educ. 2022 Dec 1;46(4):630-636. doi: 10.1152/advan.00193.2022. Epub 2022 Sep 8.
We have used ultrasound imaging and technology as a tool for nonclinical teaching of basic physiological concepts for several years and are aware anecdotally that only a few others in the United Kingdom and Republic of Ireland (UK/ROI) are also using ultrasound with this intention in physiology and anatomy teaching. To better understand what areas ultrasound is used for by others, along with what barriers might exist to its use, we reached out to colleagues in UK/ROI institutions instructing on anatomy and physiology courses by asking them to complete a survey regarding their experiences. Relatively few institutions (9%) reported using the technology in this way but covered physiology and anatomy teaching in most major body systems. The perception of responding educators overall is that, overwhelmingly, ultrasound offers a useful addition to the teaching of physiology and anatomy and is very popular with students. Barriers to its implementation were identified, including unfamiliarity with equipment and potential uses. Lack of funding for equipment and staff, issues with class sizes, and lack of curriculum time were also identified. Despite these potential impediments, most nonusers were interested in finding out about the uses of ultrasound as a teaching tool. We conclude that the teaching community would benefit from wider dissemination of local practices. We surveyed UK and Republic of Ireland institutions to establish the extent of ultrasound use in teaching undergraduate modules with significant anatomy or physiology content. Responses indicate that although ultrasound is used for a wide variety of systems, only a small proportion of courses use ultrasound for teaching. There is widespread interest in its use, with the main barriers being unfamiliarity with potential uses and the technology. We endorse further dissemination of this teaching practice.
多年来,我们一直将超声成像及技术作为基础生理概念非临床教学的工具,并且通过传闻了解到,在英国和爱尔兰共和国(UK/ROI),只有少数其他人也在生理学和解剖学教学中出于此目的使用超声。为了更好地了解其他人使用超声的领域以及可能存在的使用障碍,我们联系了UK/ROI机构中讲授解剖学和生理学课程的同事,邀请他们完成一项关于其经验的调查。相对较少的机构(9%)报告以这种方式使用该技术,但涵盖了大多数主要身体系统的生理学和解剖学教学。总体而言,参与调查的教育工作者认为,超声为生理学和解剖学教学提供了有益补充,并且很受学生欢迎。同时也确定了其实施的障碍,包括对设备和潜在用途不熟悉。还发现了设备和人员资金不足、班级规模问题以及课程时间不足等情况。尽管存在这些潜在障碍,但大多数未使用者有兴趣了解超声作为教学工具的用途。我们得出结论,教学界将受益于更广泛地传播当地的实践经验。我们对英国和爱尔兰共和国的机构进行了调查,以确定在具有重要解剖学或生理学内容的本科模块教学中使用超声的程度。调查结果表明,尽管超声被用于多种系统,但只有一小部分课程将超声用于教学。人们对其使用普遍感兴趣,主要障碍是对潜在用途和技术不熟悉。我们支持进一步传播这种教学实践。