| Technical Name | Novel nano-hydrogel technology on medicine, biomaterial, foodcosmetics | ||
|---|---|---|---|
| Project Operator | National Chung Hsing University | ||
| Project Host | 王惠民 | ||
| Summary | 1. A novel three-dimensional skin equivalent2. A supercritical extraction system preserves bioactivity: no toxicity, environmental friendly, high efficiency, refine efficient biological elements3. Advantages of hydrogel: large area 30 s quick-drying coolpain-killing transparentdifficult to observe moisturization tensioncontraction biodegradation easy to clean / makeup | ||
| Market Potential Analysis | 台灣(亞洲)與美國之地區人種，多屬於黃種或白種人，經太陽(紫外線)曝晒後，相較於深色系皮膚者易產生雀斑或黑斑等，更甚則會造成皮膚之病變而衍生為皮膚癌。各國每年在皮膚修復、美粧品、生醫材料上均有大筆的經費支出。此外目前歐盟已正式立法禁止動物實驗於化粧品項上(2009. 03. 11)，各國為因應此一情況，均在找尋可替代的研究平臺。而人體皮膚為多種細胞構成，為此我們製作了一種適於各類細胞生長的生醫材料，我們的成果亦可有效應用於皮膚組織修復。 從食用生薑中純化得到的化合物，可很好的促進人類皮膚細胞再生；從香桂抽取出的組合物有優秀的美白效果，勝過現在市面上其他常見的美白成分；玉蘭花精油以天然抗菌活性抑制傷口上菌株生長，防止皮膚在復原的過程中受到感染。此類天然植物若推廣種植復育，除具園藝觀賞、環境綠化用途，亦可帶動台灣農林業之興起。 | ||
| Industrial Applicability | Medical products for repair after surgeryMultiple functional food ingredientsFunctional beveragesCosmetic developmentsSkin care raw materials | ||
| Keyword | Nano Hydrogel Biomaterial Antioxidant Pain-Killing Anti-Allergy Anti-infection Anti-Scar Skin Whitening Skin Whitening | ||
- tto@nchu.edu.tw
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