首页> 外文期刊>Italian Journal of Anatomy and Embryology >Morphology on the cloud - Virtual Campus, an integrated didactic platform for biomedical studies
【24h】

Morphology on the cloud - Virtual Campus, an integrated didactic platform for biomedical studies

机译:云上的形态-虚拟校园,一个用于生物医学研究的集成教学平台

获取原文
           

摘要

The current Core Curricula of Degree courses in Biomedical areas has enormously compressed the hours dedicated to the student for self-learning in morphological subjects. The result is a reduced student attitude to integrate the information received by attending lectures and practical sessions, with the indispensable consultation of texts dealing with morphological and ‘functional’ subjects, a key experience to autonomously logically identify the rational of the morphology/function relationship in the human body, at the macroscopic and microscopic level. These changes are occurring at a time when new medical imaging technologies become more and more informative in both morphological and functional areas. As a consequence, we are modifying our way of organize lessons compared to the generations of colleagues who have preceded us. More and more frontal lessons are organized with a logical morpho-functional approach. For example, the reference to the anatomy of the living, displayed through invasive or not invasive imaging, is added to the necessary and traditional anatomy of the cadaver. The reference to the pathology helps to define how the alteration of morphological integrity is reflected on function, both at the macro and microscopic level, and so on. However, there are no organized easy-to-use guided tours for the student to allow, in the shortest possible time, to ‘rationally see’ what he has studied, in the various imaging contexts available at the macro- and microscopic level. At the same time, there are no ‘data bank’ of resources for the preparation of the lessons. That is why we have imagined ‘virtual campus’ an integrated digital learning platform for self-learning. The platform has been thought and realized thanks to a group of teachers of ‘morphologic’ and ‘functional’ biomedical subjects and computer engineers belonging to a publishing house. The presentation will explain the rationale behind the platform, its structure and the educational opportunities offered.
机译:当前生物医学领域的学位课程核心课程极大地压缩了学生用于形态学学科自学的时间。结果是降低了学生的态度,使他们可以将参加讲座和实践会议所获得的信息进行整合,并获得有关形态学和“功能”主题的文本的必不可少的咨询,这是在逻辑上自主确定形态学/功能关系合理性的关键经验。在宏观和微观层面上对人体的影响。这些变化发生在新的医学成像技术在形态和功能领域变得越来越有用的时候。结果,与我们之前的几代同事相比,我们正在改变组织课程的方式。越来越多的前沿课程采用逻辑形态功能方法进行组织。例如,通过有创或无创成像显示的对生命解剖的引用被添加到尸体的必要和传统解剖中。对病理学的参考有助于定义形态完整性的改变如何在宏观和微观等方面反映在功能上。但是,没有针对学生的有组织的,易于使用的导览,允许他们在最短的时间内在宏观和微观水平上可用的各种成像环境中“合理地”看到他所研究的内容。同时,没有准备课程的资源“数据库”。这就是为什么我们将“虚拟校园”想象成一个用于自我学习的集成数字学习平台的原因。该平台的思想和实现得益于一群“形态学”和“功能性”生物医学学科的老师以及一家出版社的计算机工程师。该演讲将解释该平台背后的基本原理,其结构以及所提供的教育机会。

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号