Beesley J E, Pearson J D, Hutchings A, Carleton J S, Gordon J L
J Cell Sci. 1979 Aug;38:237-48. doi: 10.1242/jcs.38.1.237.
Using a model system with which we have previously investigated the adhesion of granulocytes to cultured endothelium, we have now shown that adherent granulocytes migrate through cultured endothelium in a manner closely resembling that found during the acute inflammatory response in vivo. The migration of granulocytes was markedly enhanced in the presence of erythrocytes, whereas blood platelets did not affect migration. Several test agents, including Paroven and some prostaglandins, had different effects upon migration and adhesion. We conclude that the adhesion of granulocytes to endothelium and their migration through it are responses that are, at least in part, separately controlled, and that migration does not depend exclusively upon extravascular stimuli.
利用我们先前用以研究粒细胞与培养内皮细胞黏附作用的模型系统,我们现已表明,黏附的粒细胞以一种与体内急性炎症反应中所见极为相似的方式穿过培养的内皮细胞。在红细胞存在的情况下,粒细胞的迁移显著增强,而血小板对迁移没有影响。包括培达和一些前列腺素在内的几种测试药物对迁移和黏附有着不同的作用。我们得出结论,粒细胞与内皮细胞的黏附及其穿过内皮细胞的迁移是至少部分受独立控制的反应,并且迁移并非完全依赖于血管外刺激。