CMRt treatment showed decrease in blood glucose and glycosylated hemoglobin with improved serum insulin levels.
Four weeks of exercise training augments the exercise-induced decrease in blood glucose that occurs in a single exercise session.
In response to insulin administration, WKYs showed a greater and continuing decrease in blood glucose levels while the reduction of blood glucose in SHRs exhibited a plateau (Fig. 2C).
More importantly, the in vivo pharmacodynamics demonstrated that the orally delivered system induced a prolonged decrease in blood glucose levels among diabetic rats.
Significant decrease in blood glucose level together with significant increase in serum insulin level were observed after treatment with N. sativa oil for 4 weeks.
The selected REP loaded powders exhibited a significant two to threefold increase in total decrease in blood glucose compared to the nasal and intravenous solutions.
Direct injection of PIP peptides 640 or 250 with human insulin into the lumen of rat jejunum caused a decrease in blood glucose levels that was PIP peptide and insulin dose-dependent and correlated with increased pMLC levels.
daily for 28 days in STZ induced diabetic rats, resulted in a significant decrease in blood glucose, glycosylated hemoglobin, SGOT, SGPT, ALP serum urea and creatinine with significant rise in plasma insulin level.
SC injection of the insulin solution produced a sharp decrease in blood glucose levels (90% in 2 h), which gradually returned to the basal levels after 8 h.
Glibenclamide and HIE Groupp 3 and 4) produced significant decrease in blood glucose level when compared to the diabetic control (Group 2) after 6 days of treatment.
The total ethanolic extract and all fractions showed a significant (***P < 0.001) decrease in blood glucose level (Table 6 and 7 and Additional file 4) especially after 2 h from oral administration and their effects were maintained for 5 h.
