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Advancing Methods for Studying Complex Systems: Moving Beyond Linear Thinking

机译:研究复杂系统的推进方法:超越线性思维

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摘要

Life is complicated. Some variant of this adage is uttered by everyone who walks this earth, but scientific methods have not always matched the complexity of their subject. Our study designs are largely reductionist.1 Our experiments deduce causality by manipulating variables and measuring the results. Our conceptual models are often linear; we assume that outcomes (dependent variables) are products of the factors (independent variables) we manipulate. This linear thinking dominates medical research. Industry and government spend billions of dollars on clinical trials. The results form the basis for regulating the nation's drugs and inform our assumptions about the effect size of interventions and the probability that they will occur. For decades, the RCT has been the gold standard in the hierarchy of evidence.2 But does this information tell the whole story?
机译:生活很复杂。 这种谚语的一些变体由行走这种地球的每个人发出,但科学的方法并不总是符合他们主题的复杂性。 我们的研究设计在很大程度上减少了,我们的实验通过操纵变量来推导因果关系并测量结果。 我们的概念模型通常是线性的; 我们假设结果(依赖变量)是我们操纵的因素(独立变量)的产品。 这种线性思维占据了医学研究。 行业和政府在临床试验上花费数十亿美元。 结果形成了规范国家毒品的基础,并告知我们对干预措施的效果规模以及它们将发生的概率的假设。 几十年来,RCT一直是证据层次结构中的黄金标准.2但这些信息是否讲述整个故事?

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