2010PubMedRequires access

[Effect of baicalin on pharmacokinetics of chlorogenic acid in rabbits].

Zhaoxi Li, Jian Ni, Guannan Fang, Yeli Gao, Wei Jia

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Abstract

OBJECTIVE: The objective of this paper is to investigate the pharmacokinetics of Chlorogenic acid (CA)and CA-Baicalin compound after intravenous injection (iv) in rabbits. METHOD: Ten rabbits were randomly divided into two groups. One group were administered CA (6 mg x kg(-1)) by iv, while the other were treated with CA (6 mg x kg(-1))-baicalin (90 mg x kg(-1)) compound by iv. administration. The concentration of CA in plasma was determined by HPLC. The key parameters of pharmacokinetics were calculated and analyzed by kinetic software. RESULT: Both Concentration-time courses of CA alone and CA-Baicalin compound were consistent with a two-compartment model after administration. The key pharmacokinetic parameters of CA alone were significantly different from that of CA-Baicalin compound (P < 0.05). Compared with the group treated with CA alone, the group treated with CA-Baicalin compound had dramatic increased in AUC(0-infinity), MRT and T1/2alpha. CONCLUSION: There are significant difference between the pharmacokinetics of CA and CA-Baicalin compound in rabbits. Baicalin has impact on the pharmacokinetics of CA in rabbits.

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What this paper is about

OBJECTIVE: The objective of this paper is to investigate the pharmacokinetics of Chlorogenic acid (CA)and CA-Baicalin compound after intravenous injection (iv) in rabbits. METHOD: Ten rabbits were randomly divided into two groups. One group were administered CA (6 mg x kg(-1)) by iv, while the other were treated with CA (6 mg x kg(-1))-baicalin (90 mg x kg(-1)) compound by iv. administration. The concentration of CA in plasma was determined by HPLC. The key parameters of pharmacokinetics were calculated and analyzed by kinetic software. RESULT: Both Concentration-time courses of CA alone and CA-Baicalin compound were consistent with a two-compartment model after administration. The key pharmacokinetic parameters of CA alone were significantly different from that of CA-Baicalin compound (P < 0.05). Compared with the group treated with CA alone, the group treated with CA-Baicalin compound had dramatic increased in AUC(0-infinity), MRT and T1/2alpha. CONCLUSION: There are significant difference between the pharmacokinetics of CA and CA-Baicalin compound in rabbits. Baicalin has impact on the pharmacokinetics of CA in rabbits.

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Available abstract

OBJECTIVE: The objective of this paper is to investigate the pharmacokinetics of Chlorogenic acid (CA)and CA-Baicalin compound after intravenous injection (iv) in rabbits. METHOD: Ten rabbits were randomly divided into two groups. One group were administered CA (6 mg x kg(-1)) by iv, while the other were treated with CA (6 mg x kg(-1))-baicalin (90 mg x kg(-1)) compound by iv. administration. The concentration of CA in plasma was determined by HPLC. The key parameters of pharmacokinetics were calculated and analyzed by kinetic software. RESULT: Both Concentration-time courses of CA alone and CA-Baicalin compound were consistent with a two-compartment model after administration. The key pharmacokinetic parameters of CA alone were significantly different from that of CA-Baicalin compound (P < 0.05). Compared with the group treated with CA alone, the group treated with CA-Baicalin compound had dramatic increased in AUC(0-infinity), MRT and T1/2alpha. CONCLUSION: There are significant difference between the pharmacokinetics of CA and CA-Baicalin compound in rabbits. Baicalin has impact on the pharmacokinetics of CA in rabbits.

Key concepts: Baicalin, Pharmacokinetics, Chlorogenic acid, Chemistry, High-performance liquid chromatography, Pharmacology, Significant difference, Chromatography

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