Takesue Y
Nihon Geka Gakkai Zasshi. 1987 Mar;88(3):327-39.
As endotoxemia develops and presents marked symptoms in severe peritonitis, the absorption route of endotoxin from the peritoneal cavity was studied in this study. Twenty-four adult mongrel dogs were divided into 4 groups as follows. Group 1: Physiological saline solution was injected intraperitoneally with thoracic duct (TD) lymph drainage. Group 2: Peritonitis was induced without lymph drainage. Group 3: Peritonitis was induced with TD lymph drainage. Group 4: Peritonitis was induced with right lymph duct (RLD) and TD lymph drainage. Peritonitis was induced by intraperitoneal injection of endotoxin (Difco 055 B5 LPS) at 0.5 mg/kg. In Group 4, the endotoxin level in lymph from RLD reached a maximum value of 4.19 X 10(7) +/- 2.32 X 10(7) pg/ml (mean +/- S.E.), while that from TD was only 7203 +/- 5022 pg/ml. The endotoxin level in the portal venous blood three hours after administration was almost within normal limits throughout the experiment. In conclusion the route of endotoxin absorption in peritonitis is considered to be via the lymphatic system and in particular RLD is assumed to play an important role.
在内毒素血症发展并在重症腹膜炎中出现明显症状时,本研究对腹腔内内毒素的吸收途径进行了研究。将24只成年杂种犬分为以下4组。第1组:腹腔注射生理盐水并进行胸导管(TD)淋巴引流。第2组:诱导腹膜炎但不进行淋巴引流。第3组:诱导腹膜炎并进行TD淋巴引流。第4组:诱导腹膜炎并进行右淋巴管(RLD)和TD淋巴引流。通过腹腔注射0.5mg/kg内毒素(Difco 055 B5 LPS)诱导腹膜炎。在第4组中,来自RLD的淋巴液中内毒素水平达到最大值4.19×10(7)±2.32×10(7)pg/ml(平均值±标准误),而来自TD的仅为7203±5022 pg/ml。给药后3小时门静脉血中的内毒素水平在整个实验过程中几乎都在正常范围内。总之,腹膜炎中内毒素的吸收途径被认为是通过淋巴系统,特别是RLD被认为起着重要作用。