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Review Article

多孔无机和杂种药物传递系统：对抗药物耐药性和植物学应用的未来前景

卷 26, 期 33, 2019

页: [6107 - 6131] 页: 25

弟呕挨: 10.2174/0929867325666180706111909

价格: $65

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摘要

背景：多孔微颗粒和纳米颗粒具有封装大量治疗剂的能力，使其成为有望用于各种应用的运载工具。这篇综述旨在强调用于药物递送的无机和杂化（无机/有机）颗粒的最新发展，并特别强调与抗药性癌症作斗争。我们进一步走了一步，讨论了超出药物传递的传递应用，因为通常会在很短的滞后时间后将药物传递转化为植物传递。 方法：我们进行了相关同行评审出版物的搜索。使用标准工具评估了相关论文的质量。本文描述了纸张的特性，并讨论了相关的材料和治疗特性。 结果：我们从药物输送和治疗学方面讨论了四类多孔颗粒。我们特别专注于二氧化硅，碳酸钙，金属-酚醛网络和金属有机骨架颗粒。讨论了其他相关的生物医学相关应用，我们在相关文献中强调了出色的治疗效果。 结论：这篇综述的结果证实了研究和利用多孔颗粒进行治疗的重要性。此外，我们表明，多孔颗粒的性质使它们有望用于药物输送，也使其成为农业工业应用的有希望的候选者。

关键词: 纳米药物，药物输送，多孔颗粒，杂化，植物输送，无机。

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