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. 2017 Jan 27;312(4):R597–R610. doi: 10.1152/ajpregu.00433.2016

Table 1.

Did licking for different taste stimuli alter plasma insulin and blood glucose dynamics in B6 mice (experiment 3)?

Taste Stimulus Blood Measurement F Ratio df P Value
Glucose Plasma insulin 7.9 4,32 0.0001
Blood glucose 42.0 4,32 <0.0001
Sucrose Plasma insulin 10.8 4,20 <0.004
Blood glucose 25.7 4,20 <0.0001
Maltose Plasma insulin 13.8 4,28 <0.0001
Blood glucose 23.3 4,28 <0.0001
Polycose Plasma insulin 5.0 4,28 <0.004
Blood glucose 68.6 4,28 <0.0001
Fructose Plasma insulin 2.0 4,20 0.17
Blood glucose 17.9 4,20 <0.001
MDG Plasma insulin 1.2 4,24 0.34
Blood glucose 0.7 4,28 0.51
Ace K Plasma insulin 0.3 4,28 0.77
Blood glucose 1.7 4,28 0.23
Sucralose Plasma insulin 0.8 4,28 0.54
Blood glucose 2.2 4,28 0.16
Saccharin Plasma insulin 1.7 4,28 0.21
Blood glucose 0.7 4,28 0.63
SC45647 Plasma insulin 0.2 4,28 0.91
Blood glucose 2.6 4,28 0.14

We used repeated-measure ANOVA to test for time-dependent changes in plasma insulin or blood glucose concentration, separately for each taste stimulus. The actual results are in Fig. 4. df, degrees of freedom.