首页> 外文期刊>Journal of cosmetic science >GENETIC RESPONSE OF HUMAN ADIPOCYTES TO EXTERNAL STIMULI: HIGH SPECIFICITY AS REVEALED BY DETAILED UNA ARRAY ANALYSIS AND UPID STORAGE MODULATION IN A 3D HYPODERMIS MODELE
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GENETIC RESPONSE OF HUMAN ADIPOCYTES TO EXTERNAL STIMULI: HIGH SPECIFICITY AS REVEALED BY DETAILED UNA ARRAY ANALYSIS AND UPID STORAGE MODULATION IN A 3D HYPODERMIS MODELE

机译:人类脂肪细胞对外界刺激的遗传反应:高特异性,详细的UNA阵列分析和3D下皮模型中的多余存储调制所揭示

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摘要

Given the fact that human adipocytes have not necessarily co-evolved with specific non-food plant molecules, it is surprising to see the high specificity of activity of two superficially similar structures on these cells. Although DNA array, data mining, in vitro enzymatic and proteomic studies and analysis of 3D hypodermis models allow us to understand in increasing detail the modulation of lipid storage in adipocytes, we still need to find the primary, intrinsic substance regulating these processes. There was no reason to suspect that morphine would bind to pain receptors in the brain until enkephalines were discovered, it can thus be surmised that endogenous molecules exist who are mimicked by the substances tested in our experiments. They would present interesting cosmetic (and pharmacological?) potential.
机译:鉴于人类脂肪细胞不一定与特定的非食用植物分子共同进化的事实,令人惊讶的是,在这些细胞上看到了两个表面相似的结构具有很高的活性特异性。尽管DNA阵列,数据挖掘,体外酶和蛋白质组学研究以及3D皮下模型的分析使我们能够越来越详细地了解脂肪细胞中脂质存储的调节,但我们仍然需要找到调节这些过程的主要内在物质。在发现脑啡肽之前,没有理由怀疑吗啡会与大脑中的疼痛受体结合,因此可以推测存在内源性分子,这些内源性分子被我们的实验所测试的物质所模仿。他们将展示出有趣的美容(和药理作用)潜力。

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