POTENTIAL OF IMIDAZOLE-CONTAINING DERIVATIVES FOR PRACTICAL APPLICATION (Review)

А.B. Kaldybayeva, V. Yu, А.Е. Malmakova, K. Praliyev, A. Sergazy
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Abstract

The imidazole ring is becoming a popular structural fragment in synthetic pharmaceuticals, being an ionizing and aromatic component, which activates pharmacokinetic properties. The imidazole cycle is present in many antiprototic, antifungal and antihypertensive drugs, antibiotics and others. These structures are effective against various strains of microorganisms. The imidazole block is contained in the anticancer drug mercaptopurine, which has an effect by interfering with the DNA activity in the treatment of leukemia. Purpose: to review imidazole derivatives with various types of physiological and/or other actions published in the scientific literature over the last twenty years. Objects of research: imidazole derivatives. Results.An imidazole fragment is contained in a large number of natural products and clinically active drug molecules. Most of the publications relate to the study of the therapeutic possibilities of new structures of the class of imidazole derivatives for medical use. However, the potential of imidazole-containing molecules is not limited only to BAS, their other properties are interesting, in particular such one as corrosion inhibition. Conclusion: The introduction of a highly active imidazole fragment into an organic molecule stimulated the appearance of notable achievements in the field of chemotherapeutic and antibacterial agents. The active synthetic search for highly active imidazole compounds continues not only in the field of biologically active compounds, but also as the potential anticorrosiveand other agents.
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含咪唑衍生物的应用前景(综述)
咪唑环是一种离子化的芳族成分,具有激活药代动力学性质,是合成药物中常用的结构片段。咪唑循环存在于许多抗原药、抗真菌药、抗高血压药、抗生素等中。这些结构对各种微生物菌株都有效。抗癌药物巯基嘌呤中含有咪唑块,它通过干扰DNA活性来治疗白血病。目的:回顾近二十年来在科学文献中发表的具有各种生理和/或其他作用的咪唑衍生物。研究对象:咪唑衍生物。结果。大量天然产物和临床活性药物分子中含有咪唑片段。大多数出版物涉及研究用于医疗用途的咪唑类衍生物的新结构的治疗可能性。然而,含咪唑分子的潜力不仅仅局限于BAS,它们的其他性质也很有趣,特别是像缓蚀这样的性质。结论:在有机分子中引入高活性咪唑片段,促进了化疗和抗菌药物领域显著成果的出现。对高活性咪唑类化合物的积极合成研究不仅在生物活性化合物领域继续进行,而且作为潜在的防腐剂和其他试剂也在继续进行。
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