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Process for the synthesis of polynucleotides having totally or partially random sequences

机译:具有全部或部分随机序列的多核苷酸的合成方法

摘要

Subject of this invention is a process for the chemical synthesis of polynucleotides having totally or partially random sequences, based on the utilization, as synthesis monomer units for the random sequence part, or presynthesized mononucleotides and dinucleotides. Said synthesis is carried out on separate supports, so that on each of those supports is alternated at least one reaction cycle wherein a mixture of said dinucleotides is bound, with at least one reaction cycle wherein a mononucleotide is bound, and that in a preferred embodiment at the end of the n cycles required for a codon synthesis, the supports are mixed and then redivided into one or more reaction containers. The resulting polynucleotides are such that, for the random sequence part, each trinucleotide unit is fit to match only a limited number of codons, predefined for each unity in number and sequence, and the genetic code degeneracy effects can thus be eliminated. FIG. 1 shows the chemical structure of the dinucleotides utilized as monomer units for the synthesis of codons forming the final sequence.
机译:本发明的主题是一种基于用途的化学合成具有全部或部分随机序列的多核苷酸的方法,作为用于随机序列部分的合成单体单元,或预先合成的单核苷酸和二核苷酸。所述合成是在单独的载体上进行的,以使得在那些载体上的每一个上交替至少一个结合了所述二核苷酸混合物的反应循环,以及至少一个结合了单核苷酸反应循环,并且在优选的实施方案中在密码子合成所需的n个循环结束时,将载体混合,然后重新分散到一个或多个反应容器中。所得的多核苷酸使得对于随机序列部分,每个三核苷酸单元适合于仅匹配有限数量的密码子,这些密码子在数量和序列上为每个单位预先定义,因此可以消除遗传密码简并性作用。图。图1显示了用作单体单元以合成形成最终序列的密码子的二核苷酸的化学结构。

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