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首页> 外文期刊>International Journal of Polymeric Materials >Genipin Crosslinked Chitosan-k-carrageenan Polyelectrolyte Nanocapsules for the Controlled Delivery of Isoniazid
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Genipin Crosslinked Chitosan-k-carrageenan Polyelectrolyte Nanocapsules for the Controlled Delivery of Isoniazid

机译:Genipin交联的壳聚糖-k-角叉菜胶聚电解质纳米胶囊用于异烟肼的受控递送。

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摘要

Polyelectrolyte nanocapsules of k-carrageerian and chitosan polyelectrolyte complex were prepared by encapsulating neem seed oil (NSO). Nanocapsules were freed from NSO and then loaded with isoniazid. Sonication and surfactant concentration controlled the particle size of the nanocapsules as indicated by the particle size analyzer. TEM study supported the observation obtained from the particle size analyzer. The loading of the drug into the nanocapsules was time-dependent. The release rates of isoniazid were higher at acidic media compared to basic media. FTIR study showed that there was no remarkable interaction between the isoniazid and polyelectrolyte complex. Surface characteristics of the nanocapsules were studied by SEM. X-ray diffraction study showed that the dispersion of isoniazid had not occurred at the molecular level.
机译:通过包埋印em籽油(NSO)制备k-角叉菜胶和壳聚糖聚电解质复合物的聚电解质纳米胶囊。将纳米胶囊从NSO中释放出来,然后装载异烟肼。如粒度分析仪所指示,超声处理和表面活性剂浓度控制纳米胶囊的粒度。 TEM研究支持从粒度分析仪获得的观察结果。药物向纳米胶囊中的装载是时间依赖性的。与碱性介质相比,异烟肼在酸性介质中的释放速率更高。 FTIR研究表明,异烟肼与聚电解质配合物之间没有明显的相互作用。通过SEM研究了纳米胶囊的表面特性。 X射线衍射研究表明,异烟肼在分子水平上没有发生分散。

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