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Multifunctional micelle delivery system for overcoming multidrug resistance of doxorubicin

机译:多功能胶束输送系统克服多柔比星的多药耐药性

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摘要

Doxorubicin (DOX), as an anthracycline, plays an important role in chemotherapy. But multidrug resistance (MDR) tremendously retards the anticancer effect of DOX and results in the failure of chemotherapy. Multifunctional micelles emerge as a valid strategy to load DOX by physical encapsulation or chemical binding to be delivered to cancer cells against MDR. In this review, mechanism of MDR of DOX is simply described. Multifunctional co-delivery micelles of DOX and main MDR modulators have been summarised in detail. DOX-loaded multifunctional polymeric micelles are also introduced to alleviate MDR of DOX, in which polymers act as MDR modulators. ? 2017 Informa UK Limited, trading as Taylor & Francis Group.
机译:作为蒽环素,Doxorubicin(Dox)在化疗中起着重要作用。 但多药耐药性(MDR)非常延缓DOX的抗癌效果,并导致化疗失败。 多功能胶束作为通过物理封装或化学结合将DOX加载DOX的有效策略,以将其递送给对抗MDR的癌细胞。 在本综述中,简单地描述了DOX MDR的机制。 已经概述了DOX和主要MDR调制器的多功能共递送胶束。 也引入了装载的多官能聚合物胶束,以缓解DOX的MDR,其中聚合物充当MDR调节剂。 还 2017年Informa UK Limited,贸易为泰勒&弗朗西斯集团。

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