Mifflin Theodore E
CSH Protoc. 2007 Jul 1;2007:pdb.top14. doi: 10.1101/pdb.top14.
INTRODUCTIONDevelopment of the polymerase chain reaction (PCR) as a basic component of the molecular biology laboratory has occurred very rapidly from its inception in 1985. As PCR became more widely used, scientists rapidly learned more about it and, as a result, learned that PCR had its strong points and its deficiencies. Very quickly, PCR demonstrated its power to amplify very small amounts (e.g., a single copy) of template nucleic acid and to amplify different nucleic acids (e.g., DNA and RNA). At the same time, laboratory personnel learned that this biochemical reaction had a unique deficiency, namely, a strong susceptibility to contamination from its own product. This article is devoted to establishing a PCR laboratory whose operations will give reliable and contamination-free results.
引言
聚合酶链反应(PCR)作为分子生物学实验室的基本组成部分,自1985年诞生以来发展迅速。随着PCR应用越来越广泛,科学家们对它的了解也越来越多,结果发现PCR有其优点和不足。很快,PCR就展示出了它强大的功能,能够扩增极少量(如单拷贝)的模板核酸,也能扩增不同的核酸(如DNA和RNA)。与此同时,实验室人员也了解到这种生化反应有一个独特的缺陷,即极易受到自身产物污染。本文致力于建立一个能产生可靠且无污染结果的PCR实验室。