RÉSUMÉ
Objective To compare the pharmacokinetics of borneolum syntheticum(BS)and borneol in compound Danshen dropping pills in rats.Method Rats were administrated orally with BS or Danshen dropping pills containing equal amount of borneol in a single dose.The blood contents of borneol at a series of time points were assayed by GC-MS and GC-FID after administration.The drug-time curve was estimated by PK Solution 2.0 pharmacokinetic software(USA).Results The pharmacokinetic parameters are quite different between the single dose of BS and the borneol in the compound Danshen dropping pills:the velocity constants of absorption(2.630h-1),distribution(1.788 h-1)and elimination(0.273 h-1)of BS were much greater than those(1.635h-1,0.784h-1,0.116h-1)of the same quantity of borneol in compound Danshen dropping pills,while the Tmax(0.5 h)of former was shorter than that(0.75 h)in the latter,and the Cmax(16.8 ?g/mL)in the former was about half of the latter(31.02 ?g/mL).And,at the 18h after administration,the former blood concentration(0.043 ?g/mL)was approximately one tenth of the latter.Conclusion It is suggested that we should pay attention to the influence of other ingredients on the main objective component in the study of pharmacokinetics of compound traditional chinese drug.
RÉSUMÉ
Objective:To study the influence of Yizhiping Capsules on hemorrheology of experimental rats with hyperlipoidemia and its embryonic toxicity, teratogenicity. Methods:① The rat experimental hyperlipoidemia models were established by feeding with high lipid diet for 10 days. Meanwhile Yizhiping was taken orally at dosages of 75、150mg?kg -1 , some indices of hemorrheology markers were observed. ②According to the procedure of toxicology, the rat in the experimental groups were administered with Yizhiping capsules by gavage at a dose of 250、500、1000mg?kg -1 respectively, the embryonic toxicity and teratogenicity were observed. Results:① Yizhiping Capsules could significantly raise electrophoresis mobility of red cell of experimental hyperlipoidemia model rats, and lower the rate of red cell deposit and the viscosity of whole blood as well as plasma ( P