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. Author manuscript; available in PMC: 2010 May 1.
Published in final edited form as: J Abnorm Psychol. 2009 May;118(2):256. doi: 10.1037/a0015619

Table 6.

Estimates of effect size in statistical analyses contrasting influences of video congruence and comprehensibility on the ERPs between patient and control groups

Analysis Contrast Partial Eta Squared by Time-Window of Interest

225-325ms 325-525ms 600-1000ms
Primary Omnibus ANOVAs examining congruence effects

Midline: C .153 .254 .012
C × R .111 .158 .341
C × G .033 .080 .200
C × R × G .002 .008 .099

Lateral C .199 .222 .054
C × R .187 .245 .477
C × G .031 .079 .203
C × R × G .002 .015 .143

Secondary Omnibus ANOVAs examining comprehensibility effects

Midline: Cm × C .005 .093 .172
Cm × C × R .024 .013 .039
Cm × C × G .063 .159 .104
Cm × C × R × G .171 .152 .038

Lateral Cm × C .000 .045 .135
Cm × C × R .012 .006 .001
Cm × C × G .036 .127 .053
Cm × C × R × G .163 .158 .004

Note: C – Main effect of Congruence;

C × R – Congruence by Region interaction;

C × E – Congruence by Electrode interaction;

C × G – Congruence by Group interaction;

C × H – Congruence by Hemisphere interaction;

C × R × G – Congruence by Region by Group interaction;

Cm × C – Comprehensibility by Congruence interaction;

Cm × C × R – Comprehensibility by Congruence by Region interaction;

Cm × C × G – Comprehensibility by Congruence by Group interaction;

Cm × C × R × G – Comprehensibility by Congruence by Region by Group interaction.