Wurm H, Beubler E, Polz E, Holasek A, Kostner G
Metabolism. 1982 May;31(5):484-6. doi: 10.1016/0026-0495(82)90238-4.
Seven rats were infused with 14C-labeled Intralipid at a constant rate of 0.38 ml per hour over a time period of 4 hours. Four rats served as controls and received an infusion of 0.15 M NaCl or of serum albumin two hours after the start of the experiment. In these animals the plasma triglyceride concentration rose linearly from 30 to 240 min and paralleled the total blood radioactivity. The triglyceride concentrations at the end of the experiments were about 25 times as high as at the beginning. Three rats receiving 2 hr after the start an additional infusion of beta 2-glycoprotein-I at a rate of 10 mg per hr showed a markedly enhanced triglyceride removal from the plasma, reaching a steady state which lasted for more than 30 min. It is concluded that beta 2-glycoprotein-I affects the triglyceride clearance under these experimental conditions.
七只大鼠在4小时内以每小时0.38毫升的恒定速率输注14C标记的英脱利匹特。四只大鼠作为对照,在实验开始两小时后接受0.15M氯化钠或血清白蛋白输注。在这些动物中,血浆甘油三酯浓度在30至240分钟内呈线性上升,并与全血放射性平行。实验结束时的甘油三酯浓度约为开始时的25倍。三只大鼠在开始后2小时以每小时10毫克的速率额外输注β2-糖蛋白-I,其血浆甘油三酯清除明显增强,达到了持续超过30分钟的稳定状态。得出的结论是,在这些实验条件下,β2-糖蛋白-I影响甘油三酯清除。