. 2019 Jun 11;11:138. doi: 10.3389/fnagi.2019.00138

Table 2.

ANOVA results for the mean (M) and standard deviation (SD) across time and across nodes for the six GTA measures.

GTA measures	Factors	F-value	P-value	Partial eta squared
MEAN (M)
S_in	Age	F _{(3, 107)} = 5.34	P < 0.005	η² = 0.13
	Age × Condition	F_{(3, 107)} = 1.65	P = 0.18	η ² = 0.04
S_out	Age	F_{(3, 107)} = 5.32	P < 0.005	η² = 0.13
	Age × Condition	F_{(3, 107)} = 1.56	P = 0.20	η ² = 0.04
CC	Age	F_{(3, 107)} = 5.49	P < 0.005	η² = 0.13
	Age × Condition	F_{(3, 107)} = 0.07	P = 0.97	η ² = 0.002
CPL	Age	F_{(3, 107)} = 16.71	P < 0.0001	η² = 0.32
	Age × Condition	F_{(3, 107)} = 0.83	P = 0.48	η ² = 0.02
E_local	Age	F_{(3, 107)} = 7.06	P < 0.0001	η² = 0.17
	Age × Condition	F_{(3, 107)} = 0.19	P = 0.90	η ² = 0.01
E_global	Age	F_{(3, 107)} = 12.26	P < 0.0001	η² = 0.26
	Age × Condition	F_{(3, 107)} = 1.34	P = 0.27	η ² = 0.04
STANDARD DEVIATION ACROSS TIME (tSD)
S_in	Age	F_{(3, 107)} = 28.04	P < 0.0001	η² = 0.44
	Age × Condition	F_{(3, 107)} = 2.45	P = 0.068	η ² = 0.06
S_out	Age	F_{(3, 107)} = 13.30	P < 0.0001	η² = 0.26
	Age × Condition	F_{(3, 107)} = 2.73	P < 0. 05	η ² = 0.07
CC	Age	F_{(3, 107)} = 4.41	P < 0.01	η² = 0.11
	Age × Condition	F_{(3, 107)} = 1.78	P = 0.16	η ² = 0.05
CPL	Age	F_{(3, 107)} = 18.67	P < 0.0001	η² = 0.34
	Age × Condition	F_{(3, 107)} = 1.33	P <0.27	η ² = 0.04
E_local	Age	F_{(3, 107)} = 9.76	P < 0.0001	η² = 0.22
	Age × Condition	F_{(3, 107)} = 1.16	P <0.33	η ² = 0.03
E_global	Age	F_{(3, 107)} = 33.37	P < 0.0001	η² = 0.48
	Age × Condition	F_{(3, 107)} = 2.15	P = 0.10	η ² = 0.06
STANDARD DEVIATION ACROSS NODES (nSD)
S_in	Age	F_{(3, 107)} = 4.25	P < 0.01	η² = 0.11
	Age × Condition	F_{(3, 107)} = 0.38	P = 0.77	η ² = 0.01
S_out	Age	F_{(3, 107)} = 3.82	P < 0.05	η² = 0.10
	Age × Condition	F_{(3, 107)} = 0.64	P = 0.59	η ² = 0.02
CC	Age	F_{(3, 107)} = 4.20	P < 0.01	η² = 0.11
	Age × Condition	F_{(3, 107)} = 0.13	P = 0.94	η ² = 0.004
CPL	Age	F_{(3, 107)} = 4.85	P < 0.005	η² = 0.12
	Age × Condition	F_{(3, 107)} = 1.42	P = 0.24	η ² = 0.04
E_local	Age	F_{(3, 107)} = 13.56	P < 0.0001	η² = 0.28
	Age × Condition	F_{(3, 107)} = 0.11	P = 0.96	η ² = 0.003
E_global	Age	F_{(3, 107)} = 4.36	P < 0.01	η² = 0.11
	Age × Condition	F_{(3, 107)} = 0.40	P = 0.75	η ² = 0.01

S_in, in-strength; S_out, out-strength; CC, clustering coefficient; CPL, characteristic path length; E_local, local efficiency; E_global, global efficiency. Significant effects (P <0.05) are in bold.