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. 2018 Oct 17;8:15310. doi: 10.1038/s41598-018-33727-x

Figure 1.

Figure 1

QV formulation reduces glycemia, maintains a positive insulin/glucagon ratio and promote higher survival rate of experimental groups over 30 days. (a) Final glycemia of treated or untreated animals, with QV formulation or insulin. Dashed line shows threshold for animals to be considered diabetic or not (blood glucose concentration ≥16 mmol/L). a: C vs D (p < 0.0001); b: C vs DQV (p < 0.0001); c: C vs DI (p < 0.0001); d: D vs DQV (p < 0.0001); e: D vs DI (p < 0.0001); f: DQV vs DI (p < 0.0001). (b) Fasting blood glucose × Time. (c) Serum insulin levels. a: C vs D (p < 0.0001); b: D vs DQV (p < 0.0001); c: D vs DI (p < 0.0001). (d) Serum glucagon levels. a: C vs D (p = 0.0427); b: C vs DQV (p = 0.0155). (e) Insulin/Glucagon ratio. a: C vs D (p < 0.0001); b: D vs DQV (p = 0.0143); c: D vs DI (p = 0.0255). (f) Survival rate. (Black dashed line indicates group C. Green colored line indicates group D. Blue colored line indicates DQV group. Red colored line indicates group DI). C, control group (n = 6); D, diabetic group (n = 10); DQV, diabetic group treated with QV formulation (n = 14); DI, diabetic group treated with insulin (n = 10). Results expressed as mean ± standard error.