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首页> 外文期刊>Journal of Pathology Informatics >The use of virtual microscopy and a wiki in pathology education: Tracking student use, involvement, and response
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The use of virtual microscopy and a wiki in pathology education: Tracking student use, involvement, and response

机译:在病理学教育中使用虚拟显微镜和Wiki:跟踪学生的使用,参与和反应

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Background:The pathology laboratory course at the New York College of Podiatric Medicine involves the use of Virtual Microscopy. The students can scan the whole slide, section by section, and zoom in or out.Methods:Using the advantages of digital pathology, the students can, in addition, access the slide collections from other medical schools and put up normal histology (control) slides side-by-side with the pathology. They can cut and paste and preserve the region of interest that they find. They can edit and annotate their slides. A wiki was created (http://pathlab2014.wikifoundry.com)for the Class of 2014. The students saved, edited and uploaded their slides. In the wiki format, other students could comment, further edit, and even delete the slides.Results:The students studied Basic Mechanisms and System Pathology. During this time, they saved, edited, shared, and uploaded their slides to the wiki. These were available in one full presentation and were also grouped into 16 albums. They were available to all. Student access was followed by Google analytics. At the end of the course, a questionnaire was distributed, assessing their impression of the wiki format and soliciting strengths and weaknesses.Conclusions:The use of a wiki has a number of important advantages in pathology education. It trains the students in the more sophisticated skills that they will use as professional pathologists or as clinicians: (1) Telepathology-it enables them to share slides and discuss observations. (2) Archiving and retrieval - It models the challenge faced by hospitals, diagnostic labs and physicians in maintaining a collection of slides in a form that is easily accessible. (3) Image analysis-familiarity with the wiki format allows them to jump easily to capturing and storing images found in the literature or in a pathologist's report. Experience with the use of a wiki in pathology education has been quite satisfactory from both the faculty and the student's point of view.
机译:背景:纽约儿童医学学院的病理学实验室课程涉及虚拟显微镜的使用。学生可以逐段扫描整个幻灯片,并放大或缩小。方法:利用数字病理学的优势,学生还可以访问其他医学院的幻灯片集合并进行正常的组织学检查(对照)与病理学并排滑动。他们可以剪切和粘贴并保留他们发现的感兴趣区域。他们可以编辑和注释幻灯片。为2014年的班级创建了一个Wiki(http://pathlab2014.wikifoundry.com)。学生们保存,编辑和上传了他们的幻灯片。结果:该学生学习了基本机制和系统病理学,并以Wiki格式评论,进一步编辑甚至删除了幻灯片。在此期间,他们保存,编辑,共享了幻灯片并将其上传到Wiki。这些内容可以进行完整的演示,也可以分为16张专辑。他们向所有人开放。学生访问之后是Google Analytics(分析)。在课程结束时,分发了一份调查问卷,评估了他们对Wiki格式的印象并提出了长处和短处。结论:Wiki的使用在病理学教育中具有许多重要的优势。它训练学生掌握更复杂的技能,这些技能将用作专业的病理学家或临床医生:(1)远程病理学-它使他们能够共享幻灯片和讨论观察结果。 (2)归档和检索-它可以模拟医院,诊断实验室和医师在以易于访问的形式维护幻灯片集合时面临的挑战。 (3)图像分析-熟悉Wiki格式,使他们可以轻松跳转以捕获和存储在文献或病理学家的报告中找到的图像。从教师和学生的角度来看,在病理学教育中使用Wiki的经验都非常令人满意。

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