Abstract: OBJECTIVE To study the pharmacological effects of the anti-aging capsule. METHODS Using complex labyrinth of water to test the situation of mice’s learning and memory. To establish the models of memory access barriers of pathological model, memory consolidation of obstacles pathological model and memory loss of the pathological model of reproduction. The anti-aging capsules were scattered around the mouse’s feed which is articles, quantitative feeding, the establishment of therapeutic models; using in vivo experimental observation microcirculation peripheral vascular drugs and the expansion of the role of cerebrovascular, analysis of blood vessel expansion; to observe the situation of slow down the aging degree. RESULTS It has a significant meaning of the treatment of anti-memory access obstacle, the treatment group and pathological group (P<0.01), pathological group and the blank group (P<0.01). The difference was significant. It also has a significant meaning of the memory again missing, the treatment group and pathological group (P<0.01), pathological group and the blank group (P<0.01). The difference was significant. To the expansion of peripheral circulation, it also has a significant meaning. Can improve the brain microcirculation, can improve the mice anti-fatigue ability. CONCLUSION Mouse anti-aging capsule can improve learning and memory abilities, the anti-fatigue ability of mice to the expansion of peripheral circulation, can increase brain blood flow, the extent of links aging.