首页> 外国专利> -I(IN VITRO) DNA SYNTHESIS REACTIONS USING PHI 29 DNA POLYMERASE AND A DNA FRAGMENT ENCODING SAID POLYMERASE

-I(IN VITRO) DNA SYNTHESIS REACTIONS USING PHI 29 DNA POLYMERASE AND A DNA FRAGMENT ENCODING SAID POLYMERASE

机译:PHI 29 DNA聚合酶和编码片段聚合酶的DNA片段进行I体外DNA合成反应

摘要

For determining an improved method of the nucleotide base sequence of a DNA molecule. Method includes the DNA molecule that annealing has a primer molecule that can hybridize to DNA molecule; It incubates in a container, include four different deoxynucleoside triphosphates, one DNA polymerases, and the mixture of the annealing in agency is terminated in one or more DNA synthesis that a specific nucleotide base terminates DNA synthesis, wherein each agency terminates DNA synthesis in a different nucleotide base; The DNA products for separating the reaction incubated according to size, thus may determine that at least part of the nucleotide base sequence of DNA. Improvement be once a& phgr archaeal dna polymerase regulation; 29 type DNA polymerases.
机译:用于确定DNA分子核苷酸碱基序列的改进方法。方法包括退火的DNA分子具有可以与DNA分子杂交的引物分子。它在一个容器中孵化,包括四种不同的脱氧核苷三磷酸,一种DNA聚合酶,并且在一个或多个DNA合成中终止退火中的混合物,该合成中特定的核苷酸碱基终止DNA合成,其中每个代理以不同的方式终止DNA合成。核苷酸碱基因此,根据大小温育的用于分离反应的DNA产物可以确定DNA的核苷酸碱基序列的至少一部分。一次过改进a&phgr古细菌dna聚合酶的调控; 29型DNA聚合酶。

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