Oxylipins form a steadily growing group of signaling molecules that comprise oxygenated fatty acids and metabolites derived therefrom that can be found in all kingdoms of life. Prokaryotic organisms such as cyanobacteria form only simple oxylipin molecules, typically arising from only one or two metabolic steps, whereas eukaryotic organisms such as plants have evolved complex pathways leading to hundreds of different molecules (Wasternack and Feussner 2018). The most renowned and heavily studied oxylipins are indisputably the animal prostaglandins and the plant jasmonates (JAs).

中文翻译：

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法规中的Oxylipins的研究2019：在植物Oxylipin研究社区中吸引茉莉花。

脂蛋白形成稳定增长的信号分子组，该信号分子包含可在所有生命王国中发现的含氧脂肪酸和由其衍生的代谢物。诸如蓝细菌之类的原核生物仅形成简单的脂环素分子，通常仅由一个或两个代谢步骤产生，而诸如植物之类的真核生物则进化出导致数百种不同分子的复杂途径（Wasternack and Feussner 2018）。最为著名和研究最多的脂环素无疑是动物前列腺素和植物茉莉酸酯（JAs）。