Field of application: This invention relates to the chemistry of nucleotides and allows to synthesize new combinatorial libraries of supramolecular oligonucleotides for use in medical fields, cosmetology and pharmaceutical industry. This invention also can be applied for the creation of means used in the body rejuvenation, treating human diseases such as cancer, trophic ulcers, creating new herbicides and pesticides.
The essence of the invention Combinatorial derivatives of RNA oligonucleotides, wherein for their production, covalent modification of the initial RNA oligonucleotides is carried out by simultaneous combinatorial carboxylation and formylation of the exocyclic amino groups of adenine, guanine, cytosine and the ribose alcohol residue in the reaction with the maximum number of different synthesis derivatives, and as a result of synthesis, a combinatorial mixture of derivatives of each oligonucleotide is formed and then use the resulting combinatorial mixture as a whole without fragmentation to create biologically active compositions.
应用领域:本发明涉及核苷酸
化学,可以合成新的超分子寡核苷酸组合库,用于医疗、美容和制药领域。本发明还可用于创造人体年轻化的手段,治疗癌症、营养性溃疡等人类疾病,创造新的
除草剂和
杀虫剂。
本发明的实质是 RNA 寡核苷酸的组合衍
生物,在生产过程中,通过同时对
腺嘌呤、
鸟嘌呤、
胞嘧啶和
核糖的外环
氨基进行组合羧化和甲酰化,对初始 RNA 寡核苷酸进行共价修饰、
胞嘧啶和
核糖醇残基的外环
氨基进行最大数量的合成衍
生物反应,合成的结果是形成每种寡核苷酸衍
生物的组合混合物,然后将得到的组合混合物作为一个整体使用,而不产生碎片,从而产生具有
生物活性的组合物。