Table 8.

Input resistance and capacitance (mean ± SEM) and ANOVA parameters for dynamic clamp studies in Figure 4

Input resistance, GΩCapacitance, pF
OVXOVX+EOVXOVX+E
GABA
    Control0.740 ± 0.057 n = 160.844 ± 0.058 n = 1815.20 ± 1.07*11.46 ± 0.62
    4AP0.977 ± 0.070 n = 140.788 ± 0.043 n = 912.22 ± 0.9811.95 ± 0.79
    Two-way ANOVA parameters
        InteractionF(1,53) = 5.402p = 0.0240F(1,53) = 3.511p = 0.0665
        4APF(1,53) = 2.05p = 0.1581F(1,53) = 1.799p = 0.1856
        EstradiolF(1,53) = 0.4564p = 0.5023F(1,53) = 4.689p = 0.0349,
Bonferroni post hoc
OVX vs OVX+E, p = 0.013
AMPA
    Control0.719 ± 0.075 n = 120.813 ± 0.047 n = 1115.02 ± 0.76*12.07 ± 0.95
    4AP0.797 ± 0.028 n = 90.704 ± 0.049 n = 712.87 ± 1.2311.46 ± 1.25
    Two-way ANOVA parameters
        InteractionF(1,33) = 1.613p = 0.2129F(1,33) = 1.293p = 0.4634
        4APF(1,33) = 0.001431p = 0.9700F(1,33) = 4.189p = 0.1907
        EstradiolF(1,33) = 0.1304p = 0.7203F(1,33) = 10.44p = 0.0424,
Bonferroni post hoc
OVX vs OVX+E, p = 0.193
  • *p < 0.05 main effect of estradiol on capacitance two-way ANOVA.