Yamada S, Morimoto T, Nose H, Ogura K
Jpn J Physiol. 1984;34(4):575-86. doi: 10.2170/jjphysiol.34.575.
The responses of the vascular-interstitial-lymph system to saline loading were examined in rats by continuous monitoring of circulating blood volume and simultaneous collection of thoracic duct lymph. About 90% of the infused volume shifted out of the intravascular space, of which 72% was imbibed in the interstitial space, 21% was drained through the thoracic duct, and 7% was excreted in the urine by the 50th min after the infusion amounting to 4% of body weight. The drainage of lymph protein following the infusion was about 50% of that expected from the interstitial protein concentration and even distribution of the infused saline. This result can be explained partly by the increase of lymph from skin and muscle after the infusion.
通过连续监测循环血容量并同时收集胸导管淋巴,研究了大鼠血管 - 间质 - 淋巴系统对生理盐水负荷的反应。注入量的约90%移出血管内空间,其中72%被间质空间吸收,21%通过胸导管引流,7%在注入相当于体重4%的生理盐水后第50分钟经尿液排出。注入后淋巴蛋白的引流约为根据间质蛋白浓度和注入生理盐水均匀分布所预期值的50%。这一结果部分可由注入后皮肤和肌肉淋巴增加来解释。