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. 2017 Feb 6;4(1):ENEURO.0327-16.2017. doi: 10.1523/ENEURO.0327-16.2017

Table 3.

Statistical analysis

Line Data structure Type of test Power
a, (Fig. 2A) Homoscedastic One-way ANOVA
Tukey’s multiple comparisons test
0.7792
b1, (Fig. 3D) Homoscedastic One-way ANOVA
Tukey’s multiple comparisons test
0.8335
b2, (Fig. 3E) Homoscedastic One-way ANOVA
Tukey’s multiple comparisons test
0.7097
c1, (Fig. 4C) Homoscedastic One-way ANOVA
Tukey’s multiple comparisons test
0.9714
c2, (Fig. 4D) Homoscedastic One-way ANOVA
Tukey’s multiple comparisons test
0.9783
c3, (Fig. 4E) Homoscedastic One-way ANOVA
Tukey’s multiple comparisons test
0.266
c4, (Fig. 4F) Homoscedastic One-way ANOVA
Tukey’s multiple comparisons test
0.934
d1, (Fig. 5D) Homoscedastic Paired t test (two tailed) 1
d2, (Fig. 5E) Homoscedastic Paired t test (two tailed) 1
e1, (Fig. 6F) Homoscedastic Unpaired t test (two tailed) 1
e2, (Fig. 6G) Homoscedastic Unpaired t test (two tailed) 1
e3, (Fig. 6H) Homoscedastic Unpaired t test (two tailed) 0.052
f1, (Fig. 7D) Homoscedastic Unpaired t test (two tailed) 1
f2, (Fig. 7E) Homoscedastic Unpaired t test (two tailed) 1
g1, Fig. 7I Homoscedastic Unpaired t test (two tailed) 1
g2, Fig. 7J Homoscedastic Unpaired t test (two tailed) 1

Statistical calculations were done with GraphPad Prism 6. Powers of each experiment were calculated by an online power calculator: https://www.anzmtg.org/stats/PowerCalculator.

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