Abstract

Model systems were proposed, using previously obtained experimental data, for investigating the mechanism of regulation of oxidative processes in lipids isolated from natural objects, preparations, and various components of aqueous medium. The models include low-temperature oxidation of methyl oleate in a thin layer as a model system of lipid peroxidation in biological membranes; computer simulation to determine the involvement of lipids and biologically active substances at different stages of autoxidation; and model of spontaneous autoxidation of lecithin in aqueous solution to assess the ability of aqueous medium components to participate in the regulation of oxidative processes in biological systems.

中文翻译：

---

脂质过氧化调节系统作为生态测试的基础

摘要

提出了使用先前获得的实验数据的模型系统，以研究调节从天然物体，制剂和水性介质的各种成分中分离出来的脂质中氧化过程的调节机理。该模型包括在薄层中低温氧化油酸甲酯作为生物膜中脂质过氧化的模型系统；计算机模拟以确定脂质和生物活性物质在自动氧化不同阶段的参与；和卵磷脂在水溶液中的自发自氧化模型，以评估水性介质组分参与调节生物系统中氧化过程的能力。