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Quantification of knowledge content of a high impact innovation: recombinant DNA

机译:量化高影响力创新的知识含量:重组DNA

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摘要

Quantitative analysis of knowledge content of a significant technological innovation is a novel approach to understand the scientific discovery process. Here we describe such an analysis applied to the invention of recombinant DNA technology in the early 1970's. Two focal papers are selected, i.e., Jackson et al., 1972 and Cohen et al., 1973. A knowledge framework called EApc is described to categorize knowledge types and their quantification. The focal papers, along with their reference lists, are used to determine the minimal scientific knowledge necessary for generating the notions central to each focal paper. Attempts are made to trace how each type of knowledge was generated by various research communities. The results are discussed in terms of their potential implications in measuring, evaluating, understanding and managing the scientific research process.
机译:重大技术创新的知识内容的定量分析是一种了解科学发现过程的新颖方法。在这里,我们描述了这种分析,该分析应用于1970年代初期的重组DNA技术。选择了两篇重点论文,即Jackson等人(1972)和Cohen等人(1973)。描述了一种称为EApc的知识框架以对知识类型及其量化进行分类。焦点论文及其参考列表用于确定生成每个焦点论文核心概念所需的最低限度的科学知识。试图追踪各种研究团体如何产生每种类型的知识。讨论了结果对测量,评估,理解和管理科学研究过程的潜在影响。

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