The Effect of Essential Oil Types on The Physical Characteristics and Consumer Preference Level of Antiaging Body Lotion that Contain NLC-Coenzyme Q10

Fransisca Dita Mayangsari, Khusnul Khotimah, Asyalafia
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Abstract

Lavender oil and lime oil contain linalool which has a relaxing effect.  This oil has potential as a fragrance in antiaging body lotion products containing Coenzyme Q10 (CoQ10) in the Nanostructured Lipid Carriers System (NLC). This study aimed to analyzed the physical characteristics and consumer preference level for anti aging body lotion containing NLC-CoQ10. NLC-CoQ10 was prepared using the High Shear Homogenization method.  For F1 (Formula 1), NLC-CoQ10 is mixed with a gel base and lavender oil.  For F2 (Formula 2), the type of essential oil added is lime oil. These two forms when compared with F0 (Formula 0 = formula without essential oils).  The physical properties observed included organoleptic, pH, homogeneity, spreadability, and viscosity. Organoleptic test and homogeneity were analyzed descriptively.  While the pH, spreadability, and viscosity were analyzed using One Way Anova.  In the preference level test, the aspect that is assessed is aroma.  This test was analyzed statistically using the Univariate method. Based on the physical characteristic test, it is known that the three formulas have the same color, consistency, and homogeneity.  The difference between the three formulas lies in their aroma.  F0 is unscented;  F1 has a lavender scent;  F2 has a lime scent. The viscosity of the three formulas is also different but does not affect the spreadability value.  Based on the aroma preference level test, it is known that F2 has the highest value.  The type of essential oil affects the aroma and level of preference of the panelists.  The most preferred formula is a formula containing lime oil. Keyword: Anti-aging; Body Lotion; Koenzim Q10; Lavender Oil;  Lime Oil
精油类型对含有 NLC-Coenzyme Q10 的抗衰老润肤露的物理特性和消费者偏好水平的影响
薰衣草油和莱姆油含有芳樟醇,具有放松作用。 薰衣草精油和石灰精油含有芳樟醇,具有放松作用。这种精油在含有辅酶 Q10(CoQ10)的纳米结构脂质载体系统(NLC)的抗衰老身体乳液产品中具有香味潜力。本研究旨在分析含有 NLC-CoQ10 的抗衰老身体乳液的物理特性和消费者偏好水平。NLC-CoQ10 采用高剪切均质法制备。 在 F1(配方 1)中,NLC-CoQ10 与凝胶基质和薰衣草油混合。 对于 F2(配方 2),添加的精油类型是石灰油。这两种配方与 F0(配方 0 = 不含精油的配方)进行了比较。 观察到的物理性质包括感官、pH 值、均一性、涂抹性和粘度。感官测试和均一性进行了描述性分析。 而 pH 值、涂抹性和粘度则采用单向 Anova 法进行分析。 在偏好水平测试中,评估的方面是香气。 该测试采用单变量法进行统计分析。根据物理特性测试可知,三种配方具有相同的颜色、稠度和均匀性。 三种配方的区别在于它们的香味。 F0 无香味;F1 有薰衣草香味;F2 有青柠香味。三种配方的粘度也不同,但不影响涂抹性。 根据香味偏好程度测试,可以知道 F2 的香味值最高。 精油的种类会影响香味和小组成员的偏好程度。 最受欢迎的配方是含有青柠油的配方。 关键词:抗衰老;身体乳液;Koenzim Q10;薰衣草精油;青柠精油
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