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Scientific principles for modification of water-soluble polymers. Formation of macromolecular complexes

机译:水溶性聚合物改性的科学原理。大分子复合物的形成

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The study of nanosecond dynamics of macromolecules with the lumines- cent methods make it possible to investigate the formation and functioning of polymeric complexes, polymeric conjugates and macromolecular metal complexes, which are widely used for solving many practical tasks. The nanosecond dynamics of macromolecules are a highly sensitive indicator of interpolymer complexes (IPC) formation. It enables us to solve the problems of studying IPC formation and stability and to investigate the interpolymer reactions of exchange and substitution. The investigation of changes in the rotational mo- bility of globular protein molecules as a whole makes it possible to determine the complex composition and its stability, and to control the course of polymer-protein conjugate forma- tion reaction.
机译:用发光方法研究大分子的纳秒动力学,使得研究聚合物配合物,聚合物结合物和大分子金属配合物的形成和功能成为可能,这被广泛用于解决许多实际任务。大分子的纳秒动力学是聚合物互聚物(IPC)形成的高度敏感指标。它使我们能够解决研究IPC形成和稳定性的问题,并研究交换和取代的互聚物反应。研究球形蛋白质分子整体旋转能力的变化使得确定复合物的组成及其稳定性成为可能,并控制聚合物-蛋白质结合物形成反应的过程。

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