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. 2017 Mar 17;42(5):393–404. doi: 10.1093/chemse/bjx015

Table 5.

Three-way ANOVAs testing the contribution of IMP in brief-access lick data (MSG + A + I vs. MSG + A; NaGlu + A + I vs. NaGlu)

MSG (Series 1) MSG (Series 2) NaGlu MSG (Series 3)
Genotype F(1,20)=23.48; 0.01 F(1,20)=11.31; 0.01 F(1,18)=0.17; 0.68 F(1,20)=7.86; 0.01
Vehicle F(2,40)=17.65; 0.01 F(2,40)=0.55; 0.47 F(1,18)=0.16; 0.70 F(2,40)=2.78; 0.11
Concentration F(5,100)=9.24; 0.01 F(5,100)=3.86; 0.01 F(5,90)=0.40; 0.85 F(5,100)=3.07; 0.01
Genotype x Vehicle F(2,40)=4.32; 0.05 F(2,40)=0.11; 0.74 F(1,18)=8.49; 0.01 F(2,40)=0.01; 0.98
Genotype x Concentration F(5,100)=2.23; 0.06 F(5,100)=3.86; 0.01 F(5,90)=0.67; 0.65 F(5,100)=0.93; 0.48
Vehicle x Concentration F(10,200)=2.87; 0.02 F(10,200)=0.34; 0.89 F(5,90)=0.96; 0.45 F(10,200)=0.38; 0.87
Genotype x Vehicle x Concentration F(10,200)=0.96; 0.45 F(10,200)=0.70; 0.63 F(5,90)=0.44; 0.82 F(10,200)=1.53; 0.19

Bolded values represent statistical significance (P ≤ 0.05).

Data for these analyses can be found in Figures 2 and 3.