Objective:To study the pharmacological effect of Xiaoke Granule(XKG,消渴冲剂)on blood sugar and blood rheological property in the diabetic animals.Methods:Alloxan induced diabetic mice or rats were grouped randomly.Th...Objective:To study the pharmacological effect of Xiaoke Granule(XKG,消渴冲剂)on blood sugar and blood rheological property in the diabetic animals.Methods:Alloxan induced diabetic mice or rats were grouped randomly.The effects of XKG on blood sugar,appetite,capacity of drinking,glucose tolerance,blood lipid and blood rheological property were observed and compared among groups.Results:XKG showed a trend in reducing the appetite and capacity of drinking,increasing the body weight,and significantly inhibiting the increase of blood sugar coused by ectogenic glucose in mice,and could improve the blood lipid and blood rheological property in rats.Conclusion:XKG is effective in reducing serum total cholesterol,lowering the blood viscosity,improving the blood rheological property of alloxan induced diabetic animals.Therefore,it might effective in treating and preventing the occurrence of diabetes mellitus and the complications of blood stasis.展开更多
文摘Objective:To study the pharmacological effect of Xiaoke Granule(XKG,消渴冲剂)on blood sugar and blood rheological property in the diabetic animals.Methods:Alloxan induced diabetic mice or rats were grouped randomly.The effects of XKG on blood sugar,appetite,capacity of drinking,glucose tolerance,blood lipid and blood rheological property were observed and compared among groups.Results:XKG showed a trend in reducing the appetite and capacity of drinking,increasing the body weight,and significantly inhibiting the increase of blood sugar coused by ectogenic glucose in mice,and could improve the blood lipid and blood rheological property in rats.Conclusion:XKG is effective in reducing serum total cholesterol,lowering the blood viscosity,improving the blood rheological property of alloxan induced diabetic animals.Therefore,it might effective in treating and preventing the occurrence of diabetes mellitus and the complications of blood stasis.
