Rossomando Edward F, Moura Mathew
Department of Craniofacial Sciences, School of Dental Medicine, University of Connecticut, CT, USA.
J Dent Educ. 2008 Jan;72(1):19-25.
In this article, we explore the role of science and technology as a force shaping the dental curriculum throughout history. This force is examined from a historical perspective, ranging from 1840 at the Baltimore College of Dentistry to 2007. We divide the history of dental education into two eras: the germ theory era from 1840 to 1953, and the genomic theory era from 1953 to 2007. We have chosen 1953 as the beginning of the genomic era as this is the year of publication of the structure of DNA. Based on our analysis of science and technology as a force acting on dental education throughout the two eras, we recommend a format for the basic science curriculum that emphasizes products and technologies as a means to teach the biosciences and to promote the translation of these technologies into dental practice.
在本文中,我们探讨了科学技术作为一种贯穿历史塑造牙科课程的力量所发挥的作用。从历史角度审视这一力量,时间跨度从1840年的巴尔的摩牙科学院到2007年。我们将牙科教育的历史分为两个时代:1840年至1953年的细菌理论时代,以及1953年至2007年的基因组理论时代。我们选择1953年作为基因组时代的开端,因为这一年是DNA结构发表的年份。基于我们对科学技术作为在两个时代作用于牙科教育的一种力量的分析,我们推荐一种基础科学课程的形式,该形式强调产品和技术,以此作为教授生物科学以及促进这些技术转化为牙科实践的一种手段。