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首页> 外文期刊>Perspectives in Biology and Medicine >GENOMICS, 'DISCOVERY SCIENCE,' SYSTEMS BIOLOGY, AND CAUSAL EXPLANATION what really works?
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GENOMICS, 'DISCOVERY SCIENCE,' SYSTEMS BIOLOGY, AND CAUSAL EXPLANATION what really works?

机译:基因组学,“发现科学”,系统生物学和因果解释真正起作用的是什么?

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Diverse and non-coherent sets of epistemological principles currently inform research in the general area of functional genomics. Here, from the personal point of view of a scientist with over half a century of immersion in hypothesis driven scientific discovery, I compare and deconstruct the ideological bases of prominent recent alternatives, such as "discovery science," some productions of the ENCODE project, and aspects of large data set systems biology. The outputs of these types of scientific enterprise qualitatively reflect their radical definitions of scientific knowledge, and of its logical requirements. Their properties emerge in high relief when contrasted (as an example) to a recent, system-wide, predictive analysis of a developmental regulatory apparatus that was instead based directly on hypothesis-driven experimental tests of mechanism.
机译:当前,认识论原理的不同和不连贯的集合为功能基因组学的一般领域提供了信息。在这里,从一个半个多世纪以来沉浸在假设驱动的科学发现中的科学家的个人观点出发,我比较并解构了近期著名替代方法的思想基础,例如“发现科学”,ENCODE项目的某些成果,和大数据集系统生物学方面。这些类型的科学企业的输出在质量上反映了它们对科学知识及其逻辑要求的根本定义。当与最新的,对发展的调节装置进行全系统的预测性分析(例如,直接基于假设驱动的机理实验测试)进行对比(例如)时,它们的特性浮出水面。

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