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首页> 外文期刊>International Journal of Polymeric Materials >Pluronic-chitosan-folate nano-micelles incorporated with quantum dots for anti-cancer drug therapy
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Pluronic-chitosan-folate nano-micelles incorporated with quantum dots for anti-cancer drug therapy

机译:Pluronic-壳聚糖 - 叶片纳米胶束与量子点掺入抗癌药物治疗

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摘要

Two kinds of QDs were used in this study for comparison, one is water-dispersed ZnO QD which was prepared by chemical sedimentation method, the other is commercialized water-soluble CdTe QD. The Pluronic nano-micelles containing QDs and anti-cancer drug were prepared. Then, the surface of Pluronic micelles containing QDs and anti-cancer drug were modified by folate-conjugated chitosan to obtain anti-cancer drug-loaded QD-Pluronic-Chitosan-folate nano-carriers. The results indicate the nano-carrier containing either ZnO or CdTe QD has sustained drug release behavior and good specificity to the cancer cell. The embedded CdTe QDs can effectively show the fluorescence during in vivo studies.
机译:在该研究中使用了两种QD以进行比较,一种是通过化学沉积方法制备的水分散的ZnO QD,另一个是商业化水溶性CdTe QD。 制备含有QD和抗癌药物的Pluronic纳米胶束。 然后,通过叶酸缀合的壳聚糖改性含有QDS和抗癌药物的Pluronic胶束表面,得到抗癌药物负载的QD-Pluronic-壳聚糖纳米载体。 结果表明含有ZnO或CdTe QD的纳米载体具有持续的药物释放行为和对癌细胞的良好特异性。 嵌入式CDTE QD可以有效地显示体内研究期间的荧光。

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