白尾蜈蚣草粗萃取物應用於化粧品之保濕與抗老化能力分析

Chia Nan University of Pharmacy & Science Institutional Repository > 嘉南學報 > 39 期 (2013) > Item 310902800/28068

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標題:	白尾蜈蚣草粗萃取物應用於化粧品之保濕與抗老化能力分析 The extract of Ajuga decumbens employed in the application of hydrating and anti-aging cosmetics
作者:	李冠漢呂尚謙林怡亭劉坤湘
貢獻者:	化粧品應用與管理系生物科技系
關鍵字:	白尾蜈蚣草水通道蛋白膠原蛋白人類HaCaT 角質層細胞小鼠3T3 纖維母細胞 Ajuga decumbens aquaporins collagens human HaCaT keratinocytes mouse 3T3 fibroblasts
日期:	2013-12
上傳時間:	2014-10-02 16:05:39 (UTC+8)
摘要:	由於?性的愛美天性與近?市場需求，以及崇尚自然的風潮，以草本萃取應用於化粧保養品成為目前研發趨勢。人?最大的器官皮膚分為表皮層、真皮層與皮下組織，表皮中含?甚多的水通道蛋白為一蛋白質家族，功能為細胞膜上的穿膜水通道，能促進水分運輸使其通過細胞膜。在哺乳動物中，目前已發現有十三種水通道蛋白，aquaporin 3 ?與水分及甘油的運輸，被證實與保濕最為相關。另外，真皮層中比?頗高的膠原蛋白為皮膚重要的結構蛋白，主要以第一型及第三型為主。本研究選用常?於中國與日本的白尾蜈蚣草 (Ajuga decumbens) 經水萃取之粗萃取物，分別以?同濃?各處?人?HaCaT 角質層細胞及小鼠3T3 纖維母細胞24 及48 小時，結果顯示：(1) 實驗中所使用的白尾蜈蚣草粗萃取物濃?與處?時間，並?會造成細胞毒性；(2) 5 μg/ml 濃?處?小鼠3T3 纖維母細胞 24 小時，以及10 μg/ml 濃?處?48 小時，水通道蛋白mAQP3 mRNA 之表現增加；(3) 經10 及25 μg/ml 的濃?處?小鼠3T3 纖維母細胞24 小時後，膠原蛋白第一型Col1A1 基因表現有顯著增加；以5、10 及25 μg/ml 的濃?處?48 小時後，膠原蛋白第三型Col3A1 基因表現最為顯著。我們推?，白尾蜈蚣草粗萃取之有效成份?運用於訴求保濕與抗?化功能之化粧品，應具有一定之潛?。 In recent years, herbal extracts used in cosmetic products become the current R & D trends because of the requirement of women, market demand, as well as respect for the natural ingredients. In human skin, aquaporins (AQPs) are a family of proteins that facilitate water transport across cell membranes by forming channels. AQP3 is a membrane transporter of water and glycerol expressed in plasma membranes in the basal layer keratinocytes of epidermis in normal skin. AQP3 is a major protein implicated in skin hydration. In addition, collagens are structural proteins and the major component of extracellular matrix of dermis in skin. There are ten types of collagens in dermis, mainly type I and type III collagens. In this study, an ethanolic/water extract of Ajuga decumbens, a naturally occurring herb in China and Japan, was selected as the hydrating and anti-aging agent. We treated human HaCaT keratinocytes and mouse 3T3 fibroblasts with various concentrations of Ajuga decumbens extract. The results indicate that: (1) Ajuga decumbens extract has no cell toxicity in various concentrations and times of treatments; (2) the level of mAPQ3 mRNA expression was slightly increased by 5 μg/ml extract after 24-hour treatment, and significantly increased by 10 μg/ml extract after 48 hours; (3) after 24 hours of treatment with this extract (10 and 25 μg/ml), Col1A1 mRNA was significantly increased, and Col3A1 mRNA was significantly increased by 5, 10 and 25 μg/ml after 48-hour treatment in 3T3 cells. Therefore, Ajuga decumbens extract should be used as hydrating active ingredients in the application of natural hydrating and anti-aging cosmetics.
關聯:	嘉南學報(科技類), n.39, pp.8-18
显示于类别:	[嘉南學報] 39 期 (2013) [化妝品應用與管理系(所)] 期刊論文 [生物科技系(所)] 期刊論文

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