The body weight of ob/ob mice was significant higher than that of WT as indicated by previous studies (Fig. 2A).
The difference in response to dendrotoxin-K in wild-type and mceph/mceph mice was significant, P = 0.02 (Fig 4C).
A reduction of the CD4+ T-cell population in C3.Dll1tm1Gos/+ mice was significant only in females (Table 1).
This 2°C difference between WT and N2KO mice is significant between the two genotypes (*p<0.001, T value = −6.40, df = 2).
Post-hoc Neuman-Keuls testing indicated that both the wild-type controls and treated Tg mice were significant different from the control Tg mice (p<0.001).
Quantitative analysis performed on paraffin-embedded sections showed that at five months of age, the loss of photoreceptors in mutant mice was significant, with Guca1a+/COD3 mice retaining 69% of cells in the ONL compared with wild-type littermates (Figure 8d).
One exception was the brain, where no difference was seen between treated and untreated mice, though the increase of GL-3 in both treated and untreated Fabry mice was significant (p<0.0001) relative to the wild-type control.
Also note that the difference in male mice is significant even after adjustment for multiple testing of all mice and then the sex subsets (P = 0.02 and P = 0.012, respectively).
As Figure 4A shown, under the non-stressed status, the Crh mRNA expression level in Per1 mutant mice was significant lower than the one in M-WT mice (F = 20.9, p<0.01), by contrast, in Per2 mutant mice the mRNA expression level was significantly increased (F = 14.6, p<0.05).
