Weidner W J, Jones T A
Experientia. 1983 Nov 15;39(11):1278-80. doi: 10.1007/BF01990369.
Pulmonary hemodynamics and fluid and protein exchange were examined in dogs subjected to three successive periods of intracranial hypertension. Results indicate that the alteration in lung fluid balance is due to increased microvascular surface area following capillary recruitment. The relationship to the mechanism of neurogenic pulmonary edema is discussed.
对经历三个连续颅内高压期的犬进行了肺血流动力学以及液体和蛋白质交换的研究。结果表明,肺液体平衡的改变是由于毛细血管募集后微血管表面积增加所致。文中讨论了其与神经源性肺水肿机制的关系。