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Elravieⓡ 필러 3종에 대한 제형 특성 연구
Formulation Characteristics of Three Kinds of Elravieⓡ FillersElravieⓡ 필러 3종에 대한 제형 특성 연구
송이섭 ( Yi Seop Song ) , 이용희 ( Yong Hee Lee ) , 김형미 ( Hyeong Mi Kim ) , 손인평 ( In Pyeong Son ) , 정봉열 ( Bong Youl Chung ) , 이종오 ( Jong Oh Lee ) , 임채영 ( Chae Young Lim ) , 박귀영 ( Kui Young Park ) , 이갑석 ( Kap Sok Li ) , 김범준 ( Beom Joon Kim )
UCI I410-ECN-0102-2014-500-001915462

Background: Hyaluronic acid (HA) is a mucopolysaccharide that occurs naturally throughout the human body, where it attaches to collagen and elastin to form cartilage, and also helps maintain the strength and flexibility of the cartilage that cushions joints. A decline in HA synthesis may lead to a variety of symptoms, ranging from joint discomfort, to wrinkles. Cross-linked HA is a viscoelastic solid that resists in vivo degradation by hyaluronidase for much longer than endogenous HA, and which is also a key ingredient in various cosmetics. Objective: To describe our experience with three kinds of Elravieⓡ fillers. Methods: We obtained images of filler shape using a folliscope. Scanning electron microscopy (SEM) was used to compare particle sizes. Hydrophilic filler is a hydroxyl, and for this reason, we mixed the filler with water. Next, PARKER ink was added to the mixture, and viscosity and elasticity were measured using a rheometer. Results: Among the tested fillers, particle size was largest in the Restylaneⓡ SubQ. Elravieⓡ ultra volume filler was greater in volume than Elravieⓡ deep line, and Elravieⓡ light fillers. We confirmed Elravieⓡ fillers to be hydrophilic. Elravieⓡ ultra volume filler was found to have the highest viscosity and elasticity, whilst Elravieⓡ light filler had the lowest. Conclusion: All three kinds of Elravieⓡ fillers were found to be suitable for human cosmetic use.

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