利用PCR改变发夹核酶特异性。

P DeGrandis, A Hampel, S Galasinski, J Borneman, A Siwkowski, M Altschuler
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引用次数: 2

摘要

我们已经开发了一种方法,通过这种方法,研究人员可以快速改变反式发夹核酶的特异性。利用这种方法,两个寡核苷酸和任何目标载体都可以产生新的核酶模板序列,而不需要合成更长的寡核苷酸。我们已经为标准和修饰的(较大的)核酶生产了特异性改变的模板。转录后,这些核酶对新的底物-葡萄糖醛酸酶(GUS)表现出特异性的裂解活性,而对原始底物(hiv - 1,5 '先导序列)没有活性。利用这种技术,也有可能产生一种无活性的核酶,可以用作反义对照。该方法的应用将为反式核酶活性的评估提供一个快速、经济的系统。
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Alteration of hairpin ribozyme specificity utilizing PCR.

We have developed a method by which a researcher can quickly alter the specificity of a trans hairpin ribozyme. Utilizing this PCR method, two oligonucleotides, and any target vector, new ribozyme template sequences can be generated without the synthesis of longer oligonucleotides. We have produced templates with altered specificity for both standard and modified (larger) ribozymes. After transcription, these ribozymes show specific cleavage activity with the new substrate beta-glucuronidase (GUS), and no activity against the original substrate (HIV-1, 5' leader sequence). Utilizing this technique, it is also possible to produce an inactive ribozyme that can be used as an antisense control. Applications of this procedure would provide a rapid and economical system for the assessment of trans ribozyme activity.

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