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首页> 外文期刊>The Natural Products Journal >Grafting Technique with Special Emphasis on Natural Gums: Applications and Perspectives in Drug Delivery
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Grafting Technique with Special Emphasis on Natural Gums: Applications and Perspectives in Drug Delivery

机译:天然胶特别重视的嫁接技术:在药物输送中的应用和前景

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摘要

Polymers plays very important role in each portion of lives. Intentionally or unintentionally, each and every personality at present depends on polymer to get together various requirements. Even if polymers are abundant at times they cannot accomplish the bid, based on their characteristics. Advancement in polymer science is vital as they can improve the range of applications. Modification or grafting of polymers has gained better awareness for production of fresh monomers to transport enhanced polymeric materials. In short, modification is crucial to face and stand against various challenges, because it is hard to obtain new polymers. The subsequent age group looks ahead to modification of polymer as it can open up innovative promises and potentials. Sometimes, harmonization of properties is required which can be achieved via modification of polymers. Modification is needed to fetch precise properties to material which is to be modified, such as enhanced stability, compatibility, flexibility, and rigidity. Polymer modification enhances the processibility of the polymers and thus, gives an impression as new-fangled technique to overcome drawbacks associated with original polymer. Grafting techniques have proved since many years to be ground-breaking ways to modify polymers as per the requirement and still research is going on grafting of various kinds of polymers. This review highlights concept of grafting modification, techniques for grafting and applications of some grafted natural gums in drug delivery.
机译:聚合物在生活的每个部分都起着非常重要的作用。有意或无意地,目前每个人的性格都取决于聚合物来满足各种要求。即使聚合物有时很多,但基于它们的特性它们也无法完成出价。聚合物科学的进步至关重要,因为它们可以改善应用范围。聚合物的改性或接枝对于生产新鲜单体以传输增强的聚合物材料已获得了更好的认识。简而言之,改性是面对和应对各种挑战的关键,因为很难获得新的聚合物。随后的年龄组期待聚合物的改性,因为它可以开拓创新的希望和潜力。有时,需要协调性能,这可以通过改性聚合物来实现。需要进行修改以获取要修改的材料的精确属性,例如增强的稳定性,兼容性,柔韧性和刚度。聚合物改性增强了聚合物的可加工性,因此给人以一种新型技术的印象,以克服与原始聚合物相关的缺点。多年来,接枝技术已被证明是根据要求改性聚合物的开创性方法,并且仍在进行各种聚合物的接枝研究。这篇综述重点介绍了接枝修饰的概念,接枝技术以及某些接枝天然胶在药物递送中的应用。

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