Landolt C C, Matthay M A, Staub N C
J Appl Physiol Respir Environ Exerc Physiol. 1981 Jun;50(6):1372-4. doi: 10.1152/jappl.1981.50.6.1372.
Collection of lymph from the efferent duct of the caudal mediastinal node in sheep is accepted as a reliable method for following lung microvascular fluid and protein filtration. There are significant variations in the efferent duct anatomy, which can complicate the cannulation procedure and, therefore, the success of the preparations. We analyzed the major variations in the efferent duct in 75 consecutive sheep. The majority (59%) had a single efferent duct varying in length, course, and origin fom the caudal mediastinal node; 41% had multiple ducts, often with confluences or bifurcations, making successful cannulation more difficult. It is important to recognize the potential variations in the efferent duct to facilitate useful cannulation.
收集绵羊尾纵隔淋巴结输出管的淋巴液被认为是追踪肺微血管液体和蛋白质滤过的可靠方法。输出管的解剖结构存在显著差异,这可能会使插管过程复杂化,从而影响实验准备的成功率。我们分析了75只连续绵羊输出管的主要变异情况。大多数(59%)有一条长度、走行和起源于尾纵隔淋巴结的输出管存在差异;41%有多条输出管,常常有汇合或分支,这使得成功插管更加困难。认识到输出管的潜在变异对于顺利插管很重要。