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Development and characterization of lipid nanoparticles for dapsone topical application

机译:氨苯砜局部应用脂质纳米粒的开发与表征

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In this work, theospheres (innovative lipid nanoparticles) were prepared by the high pressure homogenization technique using different surfactants for dapsone encapsulation. Mean particle size ranged from 105 to 153 nm and negative zeta potentials were obtained for all theosphere formulations. Atomic force microscopy images confirmed the spherical shape of theospheres. The HPLC method used to determine dapsone-loaded theospheres was selective, linear, exact and precise. The entrapment efficiency of dapsone was 91.4%. Theospheres provided controlled release of idebenone (52.7 ± 1.6%) in comparison to the free drug (103.1 ± 1.9%).
机译:在这项工作中,通过高压均质技术使用不同的表面活性剂将氨苯砜包封,制备了茶圈(创新脂质纳米粒)。平均粒径在105至153 nm范围内,对于所有的茶圈配方,其Zeta电位均为负值。原子力显微镜图像证实了球形层的球形。用于确定氨苯砜负载的茶圈的HPLC方法具有选择性,线性,精确和精确。氨苯砜的包封率为91.4%。与游离药物(103.1±1.9%)相比,茶皮球可提供艾地苯醌的控制释放(52.7±1.6%)。

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