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Assessment of preservative efficacy of sodium N-hydroxymethylglicinate(NIG)in drug delivery formulations for ophthalmic use

机译:评估二氧化碳钠(NIG)在眼科使用药物递送制剂中的防腐效能

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摘要

Different drug delivery systems,namely polymeric nanoparticles(NP),nanostructured lipid nanoparticles(NLC),and in situ gelling polymeric solutions(Gel),containing sodium N-hydroxymethylglycinate(NIG)at 0.002%(w/v)as a preservative agent were prepared as sterile formulations and characterized.The study aimed at verifying the maintenance over time of sterility conditions of these polymeric and colloidal systems,after exposure to environmental contamination.It is in fact known that many preservatives can interact with drugs and other additives in a formulation,or be adsorbed on the surface of plastic containers.The same phenomenon might occur when the formulation contains nanosized(colloidal)lipid or polymeric matters.Our experimental findings confirmed the capacity of NIG to keep the sterility of both fresh and packaged nanoparticulate or polymeric systems.
机译:不同的药物递送系统,即聚合物纳米颗粒(NP),纳米结构脂质纳米颗粒(NLC),以及原位胶凝聚合物溶液(凝胶),含有0.002%(w / v)的N-羟甲基乙基甲基乙基甲基乙基甲基丙酸钠(Nig)作为防腐剂 制备为无菌制剂和表征。在暴露于环境污染之后,旨在验证这些聚合物和胶体系统的无菌条件的维持。事实上,许多防腐剂可以在制剂中与药物和其他添加剂相互作用 或者被吸附在塑料容器的表面上。当制剂含有纳米化(胶体)脂质或聚合物致物质时可能会发生相同的现象。试验结果证实了NIG能力保持新鲜和包装的纳米颗粒或聚合物系统的无菌性 。

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