Теория типичных заряженных разветвл

Теория типичных заряженных разветвленных полимеров (например, звездообразных полимеров, дендримеров и полимерных щеток) в таких системах были разработаны в последние годы с использованием достаточно простых теоретических моделей, состоящих, в основном, из одинаковых мономеров. В то же время рассмотрение более сложных реальных систем, используемых в различных биомедицинских приложениях (например, в доставке лекарственных препаратов, в биоинженерии различных тканей или входящих в состав нейрофиламентов и других сложных систем в организме) требует рассмотрения более изощренных моделей, учитывающих различия между разными мономерами (например, аминокислотными остатками в линейных и разветвленных пептидах и мономерными единицами в различных олиго- и полисахаридах). Рассмотрение таких новых моделей в настоящее время является необходимым этапом теоретических исследований и поэтому данный проект, в котором разрабатываются соответствующие модели и методы, является актуальным и своевременным.

Результаты (английский) 1:

Theory of typical charged branched polymers (for example, star-like polymers, Dendrimers and polymer brushes) in such systems had been developed in recent years using fairly simple theoretical models, consisting mainly of identical monomers. At the same time more complex real-world systems used in various biomedical applications (e.g., delivery of drugs, bioengineering of different tissues or included in nejrofilamentov and other complex systems in the body) requires consideration of more sophisticated models that take into account differences between different monomers (e.g., amino acid residues in linear and branched peptides and monomernymi units in a variety of oligo-and polysaccharides). Consideration of such new models is now a necessary stage of theoretical studies and therefore this project, which developed the relevant models and methods, is relevant and timely.

Результаты (английский) 2:

Theory charged typical of branched polymers (e.g. star polymers, dendrimers, and polymeric brushes) in such systems have been developed in recent years using a relatively simple theoretical models, consisting essentially of the same monomers. At the same time, consider a more complex real systems used in various biomedical applications (such as drug delivery, in bioengineering different tissues or components of neurofilament and other complex systems in the body) requires consideration of more sophisticated models that take into account the differences between different monomers (e.g., amino acid residues in the peptides of linear and branched monomer units and various oligosaccharides and polysaccharides). Consideration of these new models is now a necessary stage of theoretical studies and therefore this project, which developed the relevant models and methods is relevant and timely.

Результаты (английский) 3:

the theory of typical loaded complex polymers (for example, звездообразных дендримеров polymers and polymer brushes) in such systems have been developed in recent years, with the use of simple theoretical models, consisting mostly of the same мономеров. at the same time, the more complex real systems used in various biomedical applications (for example, in the delivery of drugs in the bioengineering of different tissues or within the нейрофиламентов and other complex systems in the organism) requires consideration of more sophisticated models, taking into account the differences between different monomers (e.g., amino acid supplemented diets in линей remnants data and complex пептидах and мономерными units in various олиго and полисахаридах). consideration of such new models currently is a necessary stage of theoretical research and so the project, which developed the relevant models and methods, is a relevant and timely.