Huang Qiao-bing
Department of Pathophysiology, Key Laboratory for Shock and Microcirculation Research of Guangdong, Southern Medical University, Guangzhou 510515, PR China.
Zhonghua Shao Shang Za Zhi. 2007 Oct;23(5):324-6.
Massive burn trauma is characterized by hypovolemic shock induced by the loss of plasma from vessels. The major reasons for this systemic microvascular leakage in burns include an increase in vascular permeability triggered by inflammatory mediators and the increase of vascular hydrostatic pressure caused by vessel dilation. The maintenance of normal vascular permeability depends on the integrity of endothelial barrier function regulated by the interaction of intracellular junctions, cell-matrix adhesion and the cytoskeleton contractile force. This review summarizes some recent discovery in endothelial mechanisms during burn-induced vascular hyperpermeability.
大面积烧伤创伤的特征是血管内血浆流失导致的低血容量性休克。烧伤时这种全身性微血管渗漏的主要原因包括炎症介质引发的血管通透性增加以及血管扩张导致的血管静水压力升高。正常血管通透性的维持取决于由细胞内连接、细胞-基质黏附以及细胞骨架收缩力相互作用所调节的内皮屏障功能的完整性。本综述总结了烧伤诱导血管通透性增加过程中内皮机制的一些最新发现。