Table IV.

Distinct regions showing increased MR signal intensity in the new sequence and new map conditions

Region (BA)	Left hemisphere						Region (BA)	Right hemisphere
	t	Talairach coordinates			Volume (μl)	r RT		t	Talairach coordinates			Volume (μl)	r RT
		x	y	z					x	y	z
New sequence (visuomotor learning)
Frontal lobe
[1] SMA (6)	5.1d	−12	−10	52	242		[7] Premotor (6)	2.2a	19	−5	57	617
[2] Premotor (6)	3.6c	−23	−17	55	216		[8] Inferior frontal (44)	1.9a	50	9	21	273
[3] Middle frontal (10)	3.1c	−31	43	19	437
Cingulate cortex
							[9] Anterior cingulate (24)	3.3c	11	−16	36	204
Occipital lobe
[4] Inferior occipital (18)	2.6c	−23	−89	−8	521		[10] Middle occipital (18)	4.2c	26	−84	−7	916
	2.1a	−37	−83	−2	369	0.63	[11] Inferior occipital (18/19)	2.9c	37	−68	−2	334
							[12] Middle occipital (19)	3.7c	49	−75	9	452
Subcortical
[5] Thalamus (VPL)	3.7c	−15	−16	4	583	0.60 g	[13] Thalamus (DM)	1.7a	8	−21	12	689
[6] Caudate	2.5b	−9	8	14	341	0.56 g
Cerebellumh
							[14] Lobule VI	2.4b	37	−48	−23	700
							[15] Lobule IV	2.9c	22	−27	−30	270
New map (spatial learning)
Parietal/occipital lobe
[16] Sup occipital (19) + Precuneus (31)	−1.7e	−27	−74	25	689	0.51 f

Numbers in brackets refer to locations of unique activation foci in Figure 7.

^a P < 0.05;

^b P < 0.025;

^c P < 0.01;

^d P < 0.001;

^e P = 0.054;

paired t‐tests comparing the magnitude of the fMRI signal (transfer condition minus familiar condition) between the two transfer conditions.

^f P < 0.01;

^g P < 0.005 for unique regions, correlations are also displayed for those that approached significance.

^hRegions identified using the atlas of Schmahmann et al. [2000].