pep_35E7UW,一种具有皮肤抗衰老作用的天然肽,通过机器学习在水稻蛋白质组中发现

A. Wall
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引用次数: 4

摘要

皮肤老化是通过两个不同的过程实现的,即内在老化和外在老化。内在衰老被认为是一种不可避免的命运,它在很大程度上是由基因决定的,并最终是由基因决定的。然而,外源性衰老是由暴露于紫外线辐射(UVR)、尼古丁和空气污染物等环境因素引起的,因此被认为是在一定程度上受自愿控制的内在衰老和外在衰老的影响表现各异;以萎缩和细皱纹为特征的时间型皮肤老化,以及以表皮增厚、变色和皱纹加深为特征的外在老化尽管如此,有趣的是,内在衰老和外在衰老的分子途径在很大程度上是一致的,6 - 8紫外诱导的光老化被认为是内在衰老的叠加
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pep_35E7UW, a natural peptide with cutaneous anti-ageing effects discovered within the Oryza sativa proteome through machine learning
Cutaneous ageing is realised through two distinct processes, namely intrinsic and extrinsic ageing. Intrinsic ageing, which is regarded as an inexorable fate, is largely dictated, and ultimately predetermined, by genetics.1–3 Extrinsic ageing, however, is induced by environmental factors such as exposure to ultraviolet radiation (UVR), nicotine and air pollutants, and is therefore considered to be under a certain degree of voluntary control.4 The effects of intrinsic and extrinsic ageing have discrete manifestations; with chronological skin ageing typified by atrophy and finer wrinkles, and extrinsic ageing characterised by epidermal thickening, discoloration and deeper wrinkles.5 In spite of this, interestingly, the molecular pathways of intrinsic and extrinsic ageing largely converge,6–8 with the effects of UV induced photo ageing regarded as a superimposition on to those of intrinsic ageing.2,6,7,9
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