合成高分子植物抗微生物乳剂的配方及优化

N. Patel
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引用次数: 1

摘要

本研究的目的是利用三种不同类型的合成聚合物来开发和评价抗菌乳液。该配方的活性部分为番木瓜果实的种子。该配方是通过提取工艺开发的;用乙醇和水索氏提取。据报道,番木瓜的种子具有抗菌特性。选择亲肤型即外用配方进行开发。通过加入不同的聚合物来制备凝胶,然后评估每种聚合物的最佳效果。对其感官参数、黏度、稠度、pH值、均匀性等基本评价参数进行了测定,结果与参考文献和标准品一致。此外,还对Carica种子进行了定性和定量测试,表明所选植物材料可安全使用。最后,进行了最重要的试验,抗菌试验,以确定制备的乳液的功效。因此,可以得出结论,制备的乳液是安全的,最适合局部使用作为抗菌药物。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Formulation and optimization of synthetic polymer based herbal emulgel for anti-microbial activity
The aim of the present research was to develop and evaluate the anti-microbial emulgel by using three different types of synthetic polymers. The active moiety selected for the formulation was the seeds of Carica papaya fruit. The formulation was developed by performing the extraction process; Soxhlet extraction with ethanol and water. The seeds of Carica papaya are reported to have anti-microbial properties. The skin-friendly i.e., the topical formulation was selected for development. Emulgel was prepared by incorporating different polymers and then evaluating each of them for best results. Basic evaluation parameters such as organoleptic parameters, viscosity, consistency, pH, homogeneity have been done, which demonstrate the results as per the reference and standard articles. Along with that, qualitative and quantitative tests of Carica seeds have also been performed, which indicates that the selected plant material is safe for usage. Finally, the most imp test, the anti-microbial test has been performed for determining the efficacy of prepared emulgel. Hence, it can be concluded that the prepared emulgel is safe and best for topical use as an anti-microbial. 
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