Development of microemulsions and sticks containing passion fruit seeds oil

K. Krambeck, D. Santos, J. S. Lobo, M. H. Amaral
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Abstract

Passion fruit oil has been used on the skin as a moisturizer, antioxidant, and depigmenting, due to its high content of polyphenols. The objective of this work was to evaluate different methods of preparation of microemulsions containing passion fruit seeds oil. For this, we used sonication and high pressure homogenization (HPH) methods under different conditions. In order to characterize the microemulsions, accelerated stability tests, pH, and internal phase droplets size measurements were performed. Then, a double face hydrophilic and lipophilic stick was prepared from the microemulsion chosen and characterized according to their hardness and coloration. The results showed that the microemulsion did not change its internal phase droplets size throughout the study. The stick hydrophilic face had lower hardness and showed less color change than lipophilic face. This study showed that it is possible to develop sticks from microemulsions containing passion fruit seeds oil with good stability characteristics.
含百香果籽油微乳及棒的研制
百香果油由于其高含量的多酚,被用作皮肤保湿剂、抗氧化剂和脱色剂。研究了百香果籽油微乳的不同制备方法。为此,我们在不同条件下采用超声和高压均质(HPH)方法。为了表征微乳,进行了加速稳定性测试、pH值和内相液滴尺寸测量。然后,根据所制备的微乳液的硬度和颜色对其进行了表征,制备了双面亲水亲脂棒。结果表明,微乳液在整个研究过程中没有改变其内相液滴的大小。黏贴型亲水面硬度较亲脂面低,颜色变化较小。本研究表明,用含有百香果籽油的微乳液制备具有良好稳定性的木棒是可能的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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