Table 6

Sex-related differences in network and anatomical metrics for border gyral, inner gyral, core sulcal, and peripheral sulcal regions. For each region type and metric, the direction of sex-related differences and their p-values were compiled (t-tests, Bonferroni-corrected). For further discussion, please, refer to the text.

SideBorder gyriInner gyriCore sulciPeripheral sulci
ParameterRankP-valueRankP-valueRankP-valueRankP-value
DegreeLF < M3.432e-04F = Mn.s.F = Mn.s.F > M2.404e-02
DegreeRF = Mn.s.F < M<1e-04F = Mn.s.F > M4.336e-03
StrengthLF = Mn.s.F < M<1e-04F = Mn.s.F > M<1e-04
StrengthRF = Mn.s.F < M<1e-04F = Mn.s.F > M<1e-04
Betweenness Cent.LF = Mn.s.F = Mn.s.F = Mn.s.F = Mn.s.
Betweenness Cent.RF = Mn.s.F = Mn.s.F = Mn.s.F = Mn.s.
EfficiencyLF = Mn.s.F < M6.333e-04F = Mn.s.F = Mn.s.
EfficiencyRF = Mn.s.F < M<1e-04F = Mn.s.F = Mn.s.
Clustering Coef.LF = Mn.s.F = Mn.s.F = Mn.s.F = Mn.s.
Clustering Coef.RF = Mn.s.F < M<1e-04F = Mn.s.F = Mn.s.
Small-worldnessLF = Mn.s.F < M1.023e-02F = Mn.s.F = Mn.s.
Small-worldnessRF = Mn.s.F < M<1e-04F = Mn.s.F = Mn.s.
Strength z-scoreLF = Mn.s.F < M<1e-04F = Mn.s.F > M<1e-04
Strength z-scoreRF = Mn.s.F < M<1e-04F = Mn.s.F > M1.471e-03
ParticipationLF = Mn.s.F = Mn.s.F = Mn.s.F = Mn.s.
ParticipationRF = Mn.s.F = Mn.s.F = Mn.s.F = Mn.s.
S-Level Decomp.LF = Mn.s.F < M<1e-04F = Mn.s.F = Mn.s.
S-Level Decomp.RF = Mn.s.F < M<1e-04F = Mn.s.F > M8.553e-03
S-Core Decomp.LF = Mn.s.F < M<1e-04F = Mn.s.F = Mn.s.
S-Core Decomp.RF = Mn.s.F < M<1e-04F = Mn.s.F > M6.32e-03
DensityLF = Mn.s.F < M<1e-04F = Mn.s.F > M<1e-04
DensityRF = Mn.s.F < M<1e-04F = Mn.s.F > M1.896e-04
ReachLF = Mn.s.F = Mn.s.F = Mn.s.F = Mn.s.
ReachRF = Mn.s.F = Mn.s.F = Mn.s.F = Mn.s.
Myelin ratioLF < M<1e-04F < M<1e-04F = Mn.s.F > M<1e-04
Myelin ratioRF < M<1e-04F < M<1e-04F = Mn.s.F > M<1e-04
Cortical thicknessLF < M1.459e-04F < M<1e-04F = Mn.s.F > M<1e-04
Cortical thicknessRF < M<1e-04F < M<1e-04F = Mn.s.F > M<1e-04
SideBorder gyriInner gyriCore sulciPeripheral sulci
ParameterRankP-valueRankP-valueRankP-valueRankP-value
DegreeLF < M3.432e-04F = Mn.s.F = Mn.s.F > M2.404e-02
DegreeRF = Mn.s.F < M<1e-04F = Mn.s.F > M4.336e-03
StrengthLF = Mn.s.F < M<1e-04F = Mn.s.F > M<1e-04
StrengthRF = Mn.s.F < M<1e-04F = Mn.s.F > M<1e-04
Betweenness Cent.LF = Mn.s.F = Mn.s.F = Mn.s.F = Mn.s.
Betweenness Cent.RF = Mn.s.F = Mn.s.F = Mn.s.F = Mn.s.
EfficiencyLF = Mn.s.F < M6.333e-04F = Mn.s.F = Mn.s.
EfficiencyRF = Mn.s.F < M<1e-04F = Mn.s.F = Mn.s.
Clustering Coef.LF = Mn.s.F = Mn.s.F = Mn.s.F = Mn.s.
Clustering Coef.RF = Mn.s.F < M<1e-04F = Mn.s.F = Mn.s.
Small-worldnessLF = Mn.s.F < M1.023e-02F = Mn.s.F = Mn.s.
Small-worldnessRF = Mn.s.F < M<1e-04F = Mn.s.F = Mn.s.
Strength z-scoreLF = Mn.s.F < M<1e-04F = Mn.s.F > M<1e-04
Strength z-scoreRF = Mn.s.F < M<1e-04F = Mn.s.F > M1.471e-03
ParticipationLF = Mn.s.F = Mn.s.F = Mn.s.F = Mn.s.
ParticipationRF = Mn.s.F = Mn.s.F = Mn.s.F = Mn.s.
S-Level Decomp.LF = Mn.s.F < M<1e-04F = Mn.s.F = Mn.s.
S-Level Decomp.RF = Mn.s.F < M<1e-04F = Mn.s.F > M8.553e-03
S-Core Decomp.LF = Mn.s.F < M<1e-04F = Mn.s.F = Mn.s.
S-Core Decomp.RF = Mn.s.F < M<1e-04F = Mn.s.F > M6.32e-03
DensityLF = Mn.s.F < M<1e-04F = Mn.s.F > M<1e-04
DensityRF = Mn.s.F < M<1e-04F = Mn.s.F > M1.896e-04
ReachLF = Mn.s.F = Mn.s.F = Mn.s.F = Mn.s.
ReachRF = Mn.s.F = Mn.s.F = Mn.s.F = Mn.s.
Myelin ratioLF < M<1e-04F < M<1e-04F = Mn.s.F > M<1e-04
Myelin ratioRF < M<1e-04F < M<1e-04F = Mn.s.F > M<1e-04
Cortical thicknessLF < M1.459e-04F < M<1e-04F = Mn.s.F > M<1e-04
Cortical thicknessRF < M<1e-04F < M<1e-04F = Mn.s.F > M<1e-04
Table 6

Sex-related differences in network and anatomical metrics for border gyral, inner gyral, core sulcal, and peripheral sulcal regions. For each region type and metric, the direction of sex-related differences and their p-values were compiled (t-tests, Bonferroni-corrected). For further discussion, please, refer to the text.

SideBorder gyriInner gyriCore sulciPeripheral sulci
ParameterRankP-valueRankP-valueRankP-valueRankP-value
DegreeLF < M3.432e-04F = Mn.s.F = Mn.s.F > M2.404e-02
DegreeRF = Mn.s.F < M<1e-04F = Mn.s.F > M4.336e-03
StrengthLF = Mn.s.F < M<1e-04F = Mn.s.F > M<1e-04
StrengthRF = Mn.s.F < M<1e-04F = Mn.s.F > M<1e-04
Betweenness Cent.LF = Mn.s.F = Mn.s.F = Mn.s.F = Mn.s.
Betweenness Cent.RF = Mn.s.F = Mn.s.F = Mn.s.F = Mn.s.
EfficiencyLF = Mn.s.F < M6.333e-04F = Mn.s.F = Mn.s.
EfficiencyRF = Mn.s.F < M<1e-04F = Mn.s.F = Mn.s.
Clustering Coef.LF = Mn.s.F = Mn.s.F = Mn.s.F = Mn.s.
Clustering Coef.RF = Mn.s.F < M<1e-04F = Mn.s.F = Mn.s.
Small-worldnessLF = Mn.s.F < M1.023e-02F = Mn.s.F = Mn.s.
Small-worldnessRF = Mn.s.F < M<1e-04F = Mn.s.F = Mn.s.
Strength z-scoreLF = Mn.s.F < M<1e-04F = Mn.s.F > M<1e-04
Strength z-scoreRF = Mn.s.F < M<1e-04F = Mn.s.F > M1.471e-03
ParticipationLF = Mn.s.F = Mn.s.F = Mn.s.F = Mn.s.
ParticipationRF = Mn.s.F = Mn.s.F = Mn.s.F = Mn.s.
S-Level Decomp.LF = Mn.s.F < M<1e-04F = Mn.s.F = Mn.s.
S-Level Decomp.RF = Mn.s.F < M<1e-04F = Mn.s.F > M8.553e-03
S-Core Decomp.LF = Mn.s.F < M<1e-04F = Mn.s.F = Mn.s.
S-Core Decomp.RF = Mn.s.F < M<1e-04F = Mn.s.F > M6.32e-03
DensityLF = Mn.s.F < M<1e-04F = Mn.s.F > M<1e-04
DensityRF = Mn.s.F < M<1e-04F = Mn.s.F > M1.896e-04
ReachLF = Mn.s.F = Mn.s.F = Mn.s.F = Mn.s.
ReachRF = Mn.s.F = Mn.s.F = Mn.s.F = Mn.s.
Myelin ratioLF < M<1e-04F < M<1e-04F = Mn.s.F > M<1e-04
Myelin ratioRF < M<1e-04F < M<1e-04F = Mn.s.F > M<1e-04
Cortical thicknessLF < M1.459e-04F < M<1e-04F = Mn.s.F > M<1e-04
Cortical thicknessRF < M<1e-04F < M<1e-04F = Mn.s.F > M<1e-04
SideBorder gyriInner gyriCore sulciPeripheral sulci
ParameterRankP-valueRankP-valueRankP-valueRankP-value
DegreeLF < M3.432e-04F = Mn.s.F = Mn.s.F > M2.404e-02
DegreeRF = Mn.s.F < M<1e-04F = Mn.s.F > M4.336e-03
StrengthLF = Mn.s.F < M<1e-04F = Mn.s.F > M<1e-04
StrengthRF = Mn.s.F < M<1e-04F = Mn.s.F > M<1e-04
Betweenness Cent.LF = Mn.s.F = Mn.s.F = Mn.s.F = Mn.s.
Betweenness Cent.RF = Mn.s.F = Mn.s.F = Mn.s.F = Mn.s.
EfficiencyLF = Mn.s.F < M6.333e-04F = Mn.s.F = Mn.s.
EfficiencyRF = Mn.s.F < M<1e-04F = Mn.s.F = Mn.s.
Clustering Coef.LF = Mn.s.F = Mn.s.F = Mn.s.F = Mn.s.
Clustering Coef.RF = Mn.s.F < M<1e-04F = Mn.s.F = Mn.s.
Small-worldnessLF = Mn.s.F < M1.023e-02F = Mn.s.F = Mn.s.
Small-worldnessRF = Mn.s.F < M<1e-04F = Mn.s.F = Mn.s.
Strength z-scoreLF = Mn.s.F < M<1e-04F = Mn.s.F > M<1e-04
Strength z-scoreRF = Mn.s.F < M<1e-04F = Mn.s.F > M1.471e-03
ParticipationLF = Mn.s.F = Mn.s.F = Mn.s.F = Mn.s.
ParticipationRF = Mn.s.F = Mn.s.F = Mn.s.F = Mn.s.
S-Level Decomp.LF = Mn.s.F < M<1e-04F = Mn.s.F = Mn.s.
S-Level Decomp.RF = Mn.s.F < M<1e-04F = Mn.s.F > M8.553e-03
S-Core Decomp.LF = Mn.s.F < M<1e-04F = Mn.s.F = Mn.s.
S-Core Decomp.RF = Mn.s.F < M<1e-04F = Mn.s.F > M6.32e-03
DensityLF = Mn.s.F < M<1e-04F = Mn.s.F > M<1e-04
DensityRF = Mn.s.F < M<1e-04F = Mn.s.F > M1.896e-04
ReachLF = Mn.s.F = Mn.s.F = Mn.s.F = Mn.s.
ReachRF = Mn.s.F = Mn.s.F = Mn.s.F = Mn.s.
Myelin ratioLF < M<1e-04F < M<1e-04F = Mn.s.F > M<1e-04
Myelin ratioRF < M<1e-04F < M<1e-04F = Mn.s.F > M<1e-04
Cortical thicknessLF < M1.459e-04F < M<1e-04F = Mn.s.F > M<1e-04
Cortical thicknessRF < M<1e-04F < M<1e-04F = Mn.s.F > M<1e-04
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