Table 3.

Whole-brain activation to low-level kinematics

Region	k	x	Y	Z	t	Pcorr
Middle occipital gyrus [hOc4lp (LO2), hOc5 (V5/MT)]	575	−45	−79	13	6.19	<0.001
Superior occipital gyrus [hOc4d (V3A)]		−21	−88	40	2.34
Superior parietal lobule [Area 7A (SPL)]	1376	15	−61	67	5.32	<0.001
Superior parietal lobule [Area 5L (SPL)]		−18	−55	67	4.11
Middle temporal gyrus [hOc4lp (LO2), hOc5 (V5/MT)]	262	45	−73	7	5.08	<0.001
Lingual gyrus [hOc1 (V1), hOc2 (V2)]	68	9	−91	−8	3.70	<0.001
Precentral gyrus (FEF, BA 6)	327	24	−13	58	3.61	<0.001
Superior frontal gyrus (FEF, BA 6)	370	−21	−10	55	3.22	<0.001
Cerebellum [Lobule VIIIa]	19	−30	−40	−47	1.45	0.983
Cerebellum [Lobule VIIIa]	16	33	−40	−44	1.02	1.000
Rectal gyrus	4	9	47	−20	0.97	1.000
Medial temporal pole	1	39	20	−38	0.35	1.000

Note: Cluster extent k is given at P < 0.05 (uncorrected for multiple comparisons across the whole brain), BA, Brodmann Area, FEF, frontal eye field. Regions were classified according to the Automated Anatomical Labeling Atlas (Tzourio-Mazoyer et al., 2002). If applicable, anatomical labels were added in square brackets based on Anatomical Probability Maps (Anatomy toolbox; Eickhoff et al., 2006). X-, y-, and z-coordinates MNI and statistical information refer to the peak voxel(s) in the corresponding cluster. P values are adjusted for family wise error correction for multiple comparisons across the whole brain. Note that all clusters were identfied at a liberal voxel-wise threshold of of P < 0.05, uncorrected for multiple comparisons across the whole brain, in order to maximize sensitivity for potential confounding effects.