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Discovery Genetics: Serendipity in Basic Research

机译:发现遗传学:基础研究中的偶然性

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摘要

The role of serendipity in science has no better example than the discovery of spontaneous mutations that leads to new mouse models for research. The approach of finding phenotypes and then carrying out genetic analysis is called forward genetics. Serendipity is a key component of discovering and developing mice with spontaneous mutations into animal models of human disease. In this article, the role of serendipity in discovering and developing mouse models is described within a program at The Jackson Laboratory that capitalizes on serendipitous discoveries in large breeding colonies. Also described is how any scientists working with mice can take advantage of serendipitous discoveries as a research strategy to develop new models. Spontaneous mutations cannot be planned but happen in all research mouse colonies and are discovered as unexpected phenotypes. The alert scientist or technician can rationally exploit such chance observations to create new research opportunities.
机译:偶然性在科学中的作用没有比自发突变的发现更好的例子,自发突变导致了新的小鼠模型的研究。查找表型然后进行遗传分析的方法称为正向遗传学。偶然性是发现和将具有自发突变的小鼠发展为人类疾病动物模型的关键组成部分。本文在杰克逊实验室的一个程序中描述了偶然性在发现和开发小鼠模型中的作用,该程序利用了大型繁殖群体中偶然性的发现。还描述了任何与小鼠合作的科学家如何利用偶然发现作为开发新模型的研究策略。自发性突变无法计划,但会在所有研究的小鼠菌落中发生,并且被发现为意料之外的表型。机敏的科学家或技术人员可以合理地利用这种机会观察来创造新的研究机会。

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