Синтез и оптимизация процесса получения октавалентного болаамфифила с терминальными остатками D-маннозы

In this article a scheme was proposed, and the synthesis of octavalent bolaamphiphile with terminal D-mannose residues was carried out. The technique of the laboratory synthesis of this compound was improved using optimisation of the key step of the compound synthesis and purification of the final compound. All intermediate steps of the final compound synthesis were described in detail. The terminal D-mannose residues will allow binding with mannose-specific lectins, for example, on the surface of E. coli morbidising the gastrointestinal tract. The resulting compound can be used as a potential anti-adhesion agent to prevent the development of infectious diseases.Предложена схема и осуществлен синтез октавалентного болаамфифила с терминальными остатками D-маннозы. Усовершенствована методика лабораторного получения данного соединения при помощи оптимизации ключевых стадий синтеза и очистки целевого продукта. Терминальные остатки D-маннозы позволят связаться с маннозоспецифичными лектинами на поверхности бактерий, например, E. coli, вызывающей заболевания желудочно-кишечного тракта. Полученное соединение может быть использовано в качестве антиадгезионного агента для предотвращения развития инфекционных заболеваний

Synthesis and optimization of octavalent bolaamphiphile preparation with terminal D-mannose residues

In this article a scheme was proposed, and the synthesis of octavalent bolaamphiphile with terminal D-mannose residues was carried out. The technique of the laboratory synthesis of this compound was improved using optimisation of the key step of the compound synthesis and purification of the final compound. All intermediate steps of the final compound synthesis were described in detail. The terminal D-mannose residues will allow binding with mannose-specific lectins, for example, on the surface of E. coli morbidising the gastrointestinal tract. The resulting compound can be used as a potential anti-adhesion agent to prevent the development of infectious diseases