Objective: To establish the grey pharmacokinetics model of the fleetness intravenous infusion.
目的：建立快速推注的灰色药物动力学模型。
Results: The mimesis accuracy of Grey pharmacokinetics model was higher than that of traditional ones.
结果：灰色物动力学模型比传统的药物动力学模型拟合精度高。
Conclusion: the gray theories can be used for establishing the fleetness intravenous injection pharmacokinetics model.
结论：灰色理论可用于建立静脉注射药物动力学模型。
Methods: Based on the theory of accumulated generating opposite-direction GOM (1, 1) of the set-up model, the grey pharmacokinetics model of fleetness intravenous infusion was made.
方法：根据反向累加生成GOM(1,1)的建模原理，给出快速静脉推注药物动力学的灰色模型。
It has the advantage of physiological pharmacokinetics model, its kinetic parameters have anatomic and physiological meanings, and its solution can be expressed succinctly like the atrium model.
该模型综合了生理药动学模型和房室模型的优点，并提出了血药浓度衰减的频率因子。
OBJECTIVE: To study the pharmacokinetics of moxifloxacin in a rabbit tissue cage model.
目的：研究莫西沙星在感染家兔模型中的药物动力学。
By using improved simplex method and residuals method, a calculation based on the parameters of compartment model of pharmacokinetics is presented.
基于改进的单纯形算法和残数法，对药物动力学房室模型中的有关参数计算进行了研究。
Conclutions The pharmacokinetics of gastrodin injection in volunteers was accorded with two compartment model.
结论天麻素注射液的人体药动学符合药动学二室模型。
This paper established a control model and proposed the stabilization methods aimed at the characteristic of pharmacokinetics for bolus injection.
本文针对药物动力学的特点，利用控制模型，给出了对其稳定性分析的方法。
RESULTS The pharmacokinetics of high dose methotrexate were described by a two-compartment model.
结果大剂量甲氨蝶呤化疗符合二室模型分布特征。
RESULTS The pharmacokinetics of high dose methotrexate were described by a two-compartment model.
结果大剂量甲氨蝶呤化疗符合二室模型分布特征。
应用推荐