Table 7.
Linear contrasts of the differential effects of dietary n−6/n−3 ratio on the expression of APP and the glial marker GFAP, in the cerebral cortex of female mice under different reproductive conditions.
| Protein | Main effects | p-value | 95 % CI |
|---|---|---|---|
| A. APP | DI-DII (CO) | 0.003 | 31.1, 128.3 |
| DI-DII (CO) - DI-II (OVX) | 0.018 | −154.2, −16.7 | |
| DI-DII (CO) - DI-DII (OVX–E) | 0.090 | −127.4, 10.1 | |
| B. GFAP | DI-DII (CO) | 0.012 | 16.7, 117.0 |
| DI-DII (CO) - DI-II (OVX) | 0.029 | −150.7, −9.0 | |
| DI-DII (CO) - DI-DII (OVX–E) | 0.344 | −103.7, 38.1 |
The effect of diet under each reproductive status was calculated as percentage of variation induced by DII (Low n−6/n−3 ratio) vs. DI (High dietary n−6/n−3 ratio). CO: Intact, sham-operated female mice; OVX: Ovariectomized, placebo-treated; OVX-E: Ovariectomized, estradiol-treated. Data represented in Figure 4 were analyzed by 2 × 3 factorial ANOVA and saturated regression model; the most significant p-values and their corresponding 95% confidence intervals are highlighted.