HE Rong-rong1, LI Qiu-lan3, XIANG Fei-jun2, et al. Comparison of the Liver-protective Effects between Traditional Decoction and Chinese Medicinal Dispensing Granule of Sini San[J]. Chinese journal of experimental traditional medical formulae, 2012, 18(18): 153-156.
HE Rong-rong1, LI Qiu-lan3, XIANG Fei-jun2, et al. Comparison of the Liver-protective Effects between Traditional Decoction and Chinese Medicinal Dispensing Granule of Sini San[J]. Chinese journal of experimental traditional medical formulae, 2012, 18(18): 153-156. DOI: 10.13422/j.cnki.syfjx.2012.18.057.
Comparison of the Liver-protective Effects between Traditional Decoction and Chinese Medicinal Dispensing Granule of Sini San
Objective:To compare the liver-protective effects between traditional decoction and Chinese medicinal dispensing granule of Sini San.Method:Liver injury models were induced by establishing restraint stress and Propionibacterium acnes-lipopolysaccharide(LPS) in mice.Kunming mice were divided into 7 groups
normal control
stress model
positive control
Sini San decoction(600
1 200 mg · kg-1) and Sini San dispensing granule(600
1 200 mg · kg-1).Mice were administered for consecutive 6 days and restrained for 18 h.Hepatic function was evaluated by assessing assessing alanine aminotransferase(ALT) and aspartate aminotransferase(AST) level in plasma.Kuming mice were divided into 7 groups
such as normal control
P.acnes-LPS model
positive control
Sini San decoction(600
1 200 mg · kg-1) and Sini San dispensing granule(600
1 200 mg · kg-1).Mice were injected with 20 mg · kg-1 P.acnes and 5 μg · kg-1 LPS to induce liver injury.Hepatic function was evaluated by ALT and AST level in plasma.Result:Compared with the model groups
the traditional decoction and Chinese dispensing granule of Sini San significantly reduced ALT and AST levels induced by restraint stress or P.acne-LPS.However
there were no significant difference between the two samples.Conclusion:The traditional decoction and Chinese medicinal dispensing granule of Sini San both are effective on improving the liver function in liver-injury mice model.