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SSCP screening of individual aptamers

机译:单个适体的SSCP筛选

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摘要

Aptamers are specific binding nucleic acids that emerge from in vitro selection. During the systematic evolution of ligands by exponential enrichment (SELEX) procedure, analysis of the sequences of the numerous selected individual molecules becomes an important step in the final stage of aptamer selection. The sequencing of cloned aptamers from the selected pool generally reveals groups of identical sequences and rarely occurring individual aptamers. This study demonstrates an approach similar to the single strand conformation polymorphism (SSCP) method used for mutation testing in genes. Human angiotensin I-specific aptamers have been used to show the efficiency of the SSCP method to classify selected individual sequences into identity groups, which minimizes sequencing efforts. Additionally, this approach allows the rapid isolation and identification of aptamers from a mixture.
机译:适体是从体外选择中出现的特异性结合核酸。在通过指数富集(SELEX)程序对配体进行系统进化的过程中,对大量选择的单个分子的序列进行分析成为适体选择最后阶段的重要步骤。从所选库中克隆的适体的测序通常揭示出相同序列的组,很少出现单个适体。这项研究证明了一种类似于用于基因突变测试的单链构象多态性(SSCP)方法的方法。人类血管紧张素I特异性适体已用于显示SSCP方法将选定的单个序列分类为同一性组的效率,从而最大程度地减少了测序工作。另外,该方法允许从混合物中快速分离和鉴定适体。

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