Olbermann M, Grünert A, Bässler K H
Infusionsther Klin Ernahr. 1977 Apr;4(2):68-70.
23 patients received controlled infusions of 10% glycerol solution using an "Infusomat". During various rates of infusion biokinetic parameters and renal excretion were measured. The concentration of glycerol in the serum rises over-proportional with increasing rates of infusion. The extrapolated maximal metabolic turnover capacity is 54 micronmol.kg-1.min-1. Halb-maximal turnover rate is reached at a serum level of 0,56 micronmol.ml-1. After an infusion of 0,3 g.kg-1.min-1 glycerol disappears from the blood with an elimination constant of 0,024 min-1 and a half life of 28,9 minutes. Renal excretion increases with the dose but remains below 10% of the dose in the investigated range. From the data it can be concluded that glycerol cannot be applicated in higher doses than other polyols. No adverse reactions have been observed in the range up to 0,3 g.kg-1.min-1.
23名患者使用“Infusomat”接受了10%甘油溶液的控制性输注。在不同的输注速率下,测量了生物动力学参数和肾脏排泄情况。血清中甘油的浓度随着输注速率的增加而成比例上升。推算出的最大代谢周转能力为54微摩尔·千克⁻¹·分钟⁻¹。在血清水平为0.56微摩尔·毫升⁻¹时达到半最大周转速率。输注0.3克·千克⁻¹·分钟⁻¹的甘油后,甘油从血液中消失,消除常数为0.024分钟⁻¹,半衰期为28.9分钟。肾脏排泄量随剂量增加,但在所研究的范围内仍低于剂量的10%。从这些数据可以得出结论,甘油的应用剂量不能高于其他多元醇。在高达0.3克·千克⁻¹·分钟⁻¹的范围内未观察到不良反应。