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BIOMASS-DERIVED AND BIOMASS-INSPIRED POLYMERS IN PHARMACEUTICAL APPLICATIONS.

机译:制药应用中的生物质衍生和生物质启发的聚合物。

摘要

After a general introduction into biopolymers in general and the use of polymers and especially biopolymers in pharmaceutical applications, we present a detailed discussion of the most important biomass-originated ‘natural’ and biomass-derived or biomass-inspired ‘synthetic’ polymers with respect to their use in pharmaceutical and selected medicinal applications. The polymers are categorised according to the chemical nature of their linkage motif rather than their fields of use, since these linkages are the most crucial points with respect to the biodegradation process. Origins, biodegradation pathways and fields of application of the various polymers are systematically described. A critical section on the use of micro- and nanocrystalline natural polymers and fibrils highlights the current issues connected to their increased use as excipients. In the conclusion, an analysis is made in an attempt to highlight some important differences between natural and nature-inspired biodegradable polymers, and to generally identify the emerging trends in the field.
机译:在一般性地介绍了生物聚合物以及聚合物特别是生物聚合物在制药应用中的用途之后,我们就生物质起源的“天然”和生物质衍生或生物质启发的“合成”聚合物进行了最重要的详细讨论。它们在医药和某些医学应用中的用途。聚合物根据其连接基序的化学性质而不是其使用领域进行分类,因为这些连接是生物降解过程中最关键的方面。系统地描述了各种聚合物的起源,生物降解途径和应用领域。关于使用微晶和纳米晶天然聚合物和原纤维的关键部分突出了与增加其作为赋形剂用途有关的当前问题。最后,进行分析以突出自然和自然启发性可生物降解聚合物之间的一些重要区别,并总体上确定该领域的新兴趋势。

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