Table 1.

Summary of the areas showing significantly lateralized activation in brain regions where the left hemisphere had greater amplitude of hemodynamic response than the right hemisphere in healthy adult participants (n = 100) for each condition of interest (standard stimuli versus implicit baseline, target versus standard stimuli, and novel versus standard stimuli)

Left > right hemisphere						Left hemisphere main effect^a		Right hemisphere main effect^a
Region	Peak voxel			Slope	t₉₉	Slope	t₉₉	Slope	t₉₉
	x	y	z
Standard stimuli
Inferior parietal lobule superior temporal gyrus	−48	−40	16	0.53	8.51	0.39	4.93^b	−0.14	1.86^b
Inferior temporal gyrus	−48	−16	−16	0.52	6.69	0.25	2.73^b	−0.27	3.09^b
Targets vs. standard baseline
Transverse temporal gyrus	−56	−24	12	0.87	9.45	2.41	23.65	1.53	16.24
Postcentral gyms	−40	−24	56	1.39	13.79	1.90	18.75	0.52	5.41
Superior parietal lobule	−24	−48	60	0.43	7.24	1.21	13.80	0.78	10.67
Left cerebellum	−24	−72	−36	0.45	9.22	1.55	16.68	1.10	13.26
Novels vs. standard baseline
Left cerebellum	−24	−68	−32	0.35	6.93	1.03	12.67	0.68	9.35
	−20	−80	−44	0.29	6.08	0.94	13.10	0.65	9.77

Also shown are data for the main effect of the condition of interest in the same voxel coordinate and in the opposite hemisphere. β coefficients (slope) and t scores for each effect are shown. All t scores are at least FWE P < 0.01, corrected for searching the whole brain unless otherwise indicated.

Because these data were normalized to a symmetric template, the peak voxel slope and t score data may not exactly correspond to data at the same voxel coordinate presented in Kiehl et al. (in press), which were not normalized to a symmetric EPI template.

FEW p > 0.05, or non-significant, corrected for searching the whole brain.