Table 2.

Regions showing DM effects for recognition memory (shown in green in Fig. 2), that is, significantly more activation (p < 0.001 uncorrected, cluster size ≥5 voxels) during the encoding of later-remembered (R) than later-primed (P) words

Hemisphere	Anatomical label	x	y	z	BA	T	Size
L	Middle temporal gyrus	−51	−42	−12	20	7.40	242
	Middle temporal gyrus	−57	−42	−6	37	6.93
	Middle temporal gyrus	−63	−51	−3	21	4.87
R	Inferior frontal gyrus	48	33	9	46	6.91	235
	Inferior frontal gyrus	54	42	12	46	6.68
	Middle frontal gyrus	39	39	−3	47	5.21
L	Inferior frontal gyrus	45	30	6	46	6.16	564
	Middle frontal gyrus	−42	18	21	46	5.87
	Middle frontal gyrus	−57	24	24	46	5.64
R	Middle temporal gyrus	63	−45	−9	21	5.63	85
	Middle temporal gyrus	60	−45	0	21	4.89
	Inferior temporal gyrus	57	−33	−15	20	4.59
L	Fusiform gyrus	−42	−30	−15	20	5.25	13
L	Inferior parietal lobule	−42	−54	51	40	5.22	111
R	Superior parietal lobule	30	−69	51	7	4.93	71
	Superior parietal lobule	33	−63	45	7	4.45
	Middle temporal gyrus	39	−66	27	39	3.58
R	Inferior parietal lobule	39	−45	39	40	4.79	45
	Superior parietal lobule	33	−48	48	7	4.33
	Inferior parietal lobule	48	−42	48	40	3.84
L	Precuneus	−15	−81	42	19	4.54	21
B	Medial frontal gyrus	−3	−24	57	6	4.49	18
	Medial frontal gyrus	12	−24	57	6	4.30
L	Hippocampus	−36	−20	−15	—	4.43	11
R	Precentral gyrus	45	0	30	6	4.12	7
L	Superior parietal lobule	−27	−42	48	40	3.92	5
R	Fusiform gyrus	45	−51	−15	37	3.84	13

Rows with entries for hemisphere and size refer to peak activations in a cluster. L, Left hemisphere; R, right hemisphere; B, bilateral; BA, approximate Brodmann area labeled according to the Talairach Daemon; size, cluster size in voxels (3 × 3 × 3 mm).