Pharmacokinetics of m-nisoldipine in rabbits and rats.
Yuan Huang, Shao-xuan Fu, Yun‐Shan Li
Abstract
Yuan Huang, Shao-xuan Fu, Yun‐Shan Li
Abstract
A reverse phase HPLC method was devised for determination of m-Nis in plasma. A mobile phase of methanol-KH2PO4 with a flow rate of 1 ml/min was used. Diazepam was used as the internal standard. A two-compartment model featured the pharmacokinetic process of m-Nis after its iv injection to rats (30 micrograms/kg) and rabbits (50 micrograms/kg). The pharmacokinetic parameters were: T 1/2 alpha = 4.3 min, T 1/2 beta = 63.6 min, Vd = 0.805 L/kg, Cl = 9 ml/(min.kg) in rats; T 1/2 alpha = 5.0 min, T 1/2 beta = 78.3 min, Vd = 1.191 L/kg, Cl = 11 ml/(min.kg) in rabbits. The pharmacokinetics for m-Nis after ig 200 micrograms/kg to rats described one-compartment model with parameters: T 1/2 = 84.8 min, Tmax = 31.2 min, Cmax = 49.97 micrograms/L, Vd = 0.792 L/kg and Cl = 25 ml/(min.kg).
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A reverse phase HPLC method was devised for determination of m-Nis in plasma. A mobile phase of methanol-KH2PO4 with a flow rate of 1 ml/min was used. Diazepam was used as the internal standard. A two-compartment model featured the pharmacokinetic process of m-Nis after its iv injection to rats (30 micrograms/kg) and rabbits (50 micrograms/kg). The pharmacokinetic parameters were: T 1/2 alpha = 4.3 min, T 1/2 beta = 63.6 min, Vd = 0.805 L/kg, Cl = 9 ml/(min.kg) in rats; T 1/2 alpha = 5.0 min, T 1/2 beta = 78.3 min, Vd = 1.191 L/kg, Cl = 11 ml/(min.kg) in rabbits. The pharmacokinetics for m-Nis after ig 200 micrograms/kg to rats described one-compartment model with parameters: T 1/2 = 84.8 min, Tmax = 31.2 min, Cmax = 49.97 micrograms/L, Vd = 0.792 L/kg and Cl = 25 ml/(min.kg).
Key concepts: Pharmacokinetics, Cmax, Nisoldipine, Chemistry, High-performance liquid chromatography, Diazepam, Chromatography, Pharmacology