1995•Chinese Journal of Arteriosc LerosisRequires access

Founding of a Model of Macrophage-derived Foam Cell from Peritoneum in C_57BL/6J Mouse which Is Susceptible to Atherosclerosis

Yang Yong

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Abstract

In this study, a typical model of macrophages-derived foam cell was founded by peritoneal macrophage of C57 BL/6J mouse, which is susceptible to atherosclerosis, incubated with 10 mg·L-1 oxidized low density lipoprotein. Comparing with macrophages of Swiss strain mouse, these results showed the cultured foam cell-derived from C57 BL/6J mouse macrophages continued a large of lipid particles and intracellular total cholesterol increased in the cells, in which cholesteryl ester occupied more than 50% of total cholesterol. It corresponded to the typicalcharacteristics of foam cells. This model suppled a reliable pathological cell tool for the study of atherosclerosis.

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What this paper is about

In this study, a typical model of macrophages-derived foam cell was founded by peritoneal macrophage of C57 BL/6J mouse, which is susceptible to atherosclerosis, incubated with 10 mg·L-1 oxidized low density lipoprotein. Comparing with macrophages of Swiss strain mouse, these results showed the cultured foam cell-derived from C57 BL/6J mouse macrophages continued a large of lipid particles and intracellular total cholesterol increased in the cells, in which cholesteryl ester occupied more than 50% of total cholesterol. It corresponded to the typicalcharacteristics of foam cells. This model suppled a reliable pathological cell tool for the study of atherosclerosis.

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Available abstract

In this study, a typical model of macrophages-derived foam cell was founded by peritoneal macrophage of C57 BL/6J mouse, which is susceptible to atherosclerosis, incubated with 10 mg·L-1 oxidized low density lipoprotein. Comparing with macrophages of Swiss strain mouse, these results showed the cultured foam cell-derived from C57 BL/6J mouse macrophages continued a large of lipid particles and intracellular total cholesterol increased in the cells, in which cholesteryl ester occupied more than 50% of total cholesterol. It corresponded to the typicalcharacteristics of foam cells. This model suppled a reliable pathological cell tool for the study of atherosclerosis.

Key concepts: Foam cell, Macrophage, Cholesteryl ester, Cholesterol, Intracellular, Peritoneum, Cell, Chemistry

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