ABSTRACT
Objective To study the quality standard of Anshen Jiannao Mixture. Methods Radix ophiopgonis, Radix et Rhizoma Salviae Miltiorrhizae, Fructus Lycii and Radix et Rhizoma Ginseng were identified by TLC. HPLC was used to determine the content of Schizandrol A on C18 (250 mm?4.6 mm, 5 ?m) ODS column. The mobile phase was consisted of methanol-water (55∶45). The flow rate was 1.0 mL/min. The detection wavelength was at 250 nm. Results The characteristic spot of Radix et Rhizoma Salviae Miltiorrhizae, Fructus Lycii and Radix et Rhizoma Ginseng could be easily examined by TLC. The calibration curve of Schizandrol A was linear in the range of 0.121 8～1.218 ?g, r=0.999 9. The precision RSD was 0.22% (n=6). The reproducibility RSD was 1.1% (n=6). The average recovery rate of Schizandrol A was 97.34% (RSD=1.7%, n =6). Conclusions The method is easy, sensitive and specific with good reproducibility. It can be used to control the quality of Anshen Jiannao Mixture.
ABSTRACT
AIM: To observe the effect and mechanism of Chinese traditional medicine JianNao mixture on function of learning and memory in memory disorder mice. METHODS: Step down test, step through test and "Y" maze test were used to examine the function of learning and memory in memory disorder mice induced by scopolamine, sodium nitrite and alcohol, and in dementia model mice induced by D galactose and aluminum chloride. Cholinesterase activity in brain, LPO and SOD in blood were measured. RESULTS: JianNao mixture could promote both the learning and memory function in impaired acquisition, consolidation and retrieval of memory in memory disorder mice induced by scopolamine, sodium nitrite and alcohol, respectively. It also could reduce wrong times and prolong latency in mice's step through test, depress cholinesterase activity of brain in aluminum chloride model mice, reduce wrong times in mice's "Y" maze test, enhance SOD activity of whole blood and decrease LPO content of brain in D galactose model mice. CONCLUSION: JianNao mixture can improve the function of learning and memory in memory disorder mice. The mechanism may be due to improve the cholinergic function and the balance of free radical in vivo.