Schoenberg M H, Beger H G
Abteilung für Allgemeine Chirurgie, Chirurgische Universitätsklinik Ulm/Donau.
Chirurg. 1988 Dec;59(12):836-41.
The accumulation and stimulation of PMN-granulocytes, the enhanced prostaglandin metabolism and tissue hypoxia lead to an enhanced generation of oxygen free radicals and their metabolites in septic shock. These radicals seem, at least partly, to be responsible for the observed damages of the so-called shock organs in sepsis. It was shown in animals subjected to septic shock that free radical scavengers also in combination with antibiotics, could not only decrease the amount of tissue damage but also improve the survival rate.
中性粒细胞的聚集和刺激、前列腺素代谢增强以及组织缺氧导致脓毒性休克中氧自由基及其代谢产物的生成增加。这些自由基似乎至少部分地导致了脓毒症中所谓休克器官的损伤。在遭受脓毒性休克的动物实验中表明,自由基清除剂与抗生素联合使用,不仅可以减少组织损伤的程度,还能提高存活率。