了解太阳皮肤弹性-原因和治疗。

IF 0.2 4区 医学 Q4 CHEMISTRY, APPLIED Journal of cosmetic science Pub Date : 2018-05-01
Sabine Pain, Nicolas Berthélémy, Corinne Naudin, Véronique Degrave, Valérie André-Frei
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引用次数: 0

摘要

光老化,也称为光性老化,是皮肤过早老化的主要原因。我们在弹性纤维方面的专业知识使我们发现了一个由紫外线(UV)光触发的过程,该过程破坏了弹性蛋白纤维的平衡:弹性蛋白过多而lysyl氧化酶(LOXL1)酶不足,无法形成功能性弹性纤维。这种不平衡导致无功能弹性蛋白的积累,形成聚集体。除了这种不平衡外,紫外线还会诱导成纤维细胞合成elafin。作为弹性聚集体的标志,弹力蛋白使弹性蛋白纤维结晶,并刺激聚集体的形成,而这些聚集体不能被皮肤自然消除。我们开发了一种维吉尼亚金蚕叶提取物,能够恢复弹性蛋白和LOXL1之间的平衡,并减少elafin的合成,以对抗和纠正损伤。该特异性金缕梅提取物使LOXL1表达增加两倍,并减少elafin合成。结果,弹性纤维变得有功能,而无功能纤维的聚集体减少。体内实验证实金缕梅提取物具有减少皱纹和改善皮肤紧致度的特殊活性。
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Understanding Solar Skin Elastosis-Cause and Treatment.

Photoageing, also called actinic ageing, is the main cause of prematurely aged skin. Our expertise in elastic fibers has led us to discover a process triggered in response to ultraviolet (UV) light and which upsets the balance of elastin fibers: there is too much elastin and insufficient lysyl oxidase (LOXL1) enzyme to form functional elastic fibers. This imbalance then leads to an accumulation of nonfunctional elastin, which forms aggregates. In addition to this imbalance, UV rays also induce elafin synthesis by fibroblasts. Known to be a marker of elastotic aggregates, elafin crystallizes the elastin fibers and stimulates the formation of aggregates that cannot be naturally eliminated by the skin. We developed a Hamamelis virginiana leaf extract that was able to restore both the balance between elastin and LOXL1 and to decrease the elafin synthesis to fight and correct the damage. This specific Hamamelis virginiana extract increased LOXL1 expression by twofold and decreased elafin synthesis. As a consequence, elastic fibers became functional and aggregates of unfunctional fibers decreased. The specific Hamamelis extract activity was confirmed in vivo with decreasing wrinkles and improving skin firmness.

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来源期刊
Journal of cosmetic science
Journal of cosmetic science 工程技术-皮肤病学
CiteScore
0.90
自引率
0.00%
发文量
26
期刊介绍: The JOURNAL OF COSMETIC SCIENCE (JCS) publishes papers concerned with cosmetics, cosmetic products, fragrances, their formulation and their effects in skin care or in overall consumer well-being, as well as papers relating to the sciences underlying cosmetics, such as human skin physiology, color physics, physical chemistry of colloids and emulsions, or psychological effects of olfaction in humans. Papers of interest to the cosmetic industry and to the understanding of the cosmetic markets are also welcome for publication.
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