Figures & data
Figure 1. Anti-hyperglycaemic effects of APM in mice. Fasted mice were given 2,000 mg/kg of sucrose (A), 1,000 mg/kg of glucose (B), with or without 100 mg/kg of APM (methanol extract of Acer pycnanthum: open squares), 3 mg/kg of acarbose (closed triangles) and vehicle (control: closed squares), Data are presented as the mean ± S.E. (n = 6). ***; p <0.005, *; p <0.05 versus the control.
![Figure 1. Anti-hyperglycaemic effects of APM in mice. Fasted mice were given 2,000 mg/kg of sucrose (A), 1,000 mg/kg of glucose (B), with or without 100 mg/kg of APM (methanol extract of Acer pycnanthum: open squares), 3 mg/kg of acarbose (closed triangles) and vehicle (control: closed squares), Data are presented as the mean ± S.E. (n = 6). ***; p <0.005, *; p <0.05 versus the control.](/cms/asset/199b0731-c17d-466c-a5c6-52f62b93ba45/ienz_a_486795_f0001_b.gif)
Figure 3. Kinetics analysis of sucrase inhibition by ginnalins B and C. Linewever-Burk plots for inhibitory activity of ginnalin B (A) and C (B) on intestinal sucrase.
![Figure 3. Kinetics analysis of sucrase inhibition by ginnalins B and C. Linewever-Burk plots for inhibitory activity of ginnalin B (A) and C (B) on intestinal sucrase.](/cms/asset/444abee5-1295-48a4-813a-ef59658a5de3/ienz_a_486795_f0003_b.gif)
Figure 4. Anti-hyperglycaemic effects of ginnalins B and C in sucrose-loaded mice. Fasted mice were given 2,000 mg/kg of sucrose with 24 mg/ kg of ginnalin B (open squares) or 24 mg/kg of ginnalin C (closed triangles) and vehicle (control: closed squares). Data are presented as the mean ± S.E. (n = 8). ***; p <0.005 versus the control.
![Figure 4. Anti-hyperglycaemic effects of ginnalins B and C in sucrose-loaded mice. Fasted mice were given 2,000 mg/kg of sucrose with 24 mg/ kg of ginnalin B (open squares) or 24 mg/kg of ginnalin C (closed triangles) and vehicle (control: closed squares). Data are presented as the mean ± S.E. (n = 8). ***; p <0.005 versus the control.](/cms/asset/bcfb1559-f866-4547-a40a-c1a349ce6cf1/ienz_a_486795_f0004_b.gif)