The Difference of Neural Networks between Bimanual Antiphase and In-Phase Upper Limb Movements: A Preliminary Functional Magnetic Resonance Imaging Study

Table 2

Brain areas more activated in performing bimanual movements (antiphase or in-phase) than in performing unimanual movements in the normal subject group separately. Results were thresholded at and noncorrected.

Brain region	Coordinates			Peak level
	x	y	z	T value	Z value
Antiphase versus unimanual movement
Right cingulate gyrus	9	2	41	7.57	4.14
Right precentral gyrus, PMC	27	−22	74	7.38	4.10
Left supplementary motor area	−9	5	47	6.33	3.81
Right precentral gyrus, M1	42	−22	62	6.30	3.81
Left pallidum	−12	−1	−1	5.58	3.58
Right pallidum	21	−4	−1	5.51	3.56
Right putamen	30	14	−1	5.24	3.46
Right caudate	21	20	14	4.69	3.26
Left cingulate gyrus	−9	−7	50	4.65	3.24
Right supplementary motor area	3	−1	53	4.54	3.20
Left thalamus	−15	−7	−1	4.34	3.11
Unimanual movement versus antiphase
None activation
In-phase versus unimanual movement
Right precentral gyrus, PMC	30	−22	71	7.51	4.13
Left cerebelum_superior	−33	−40	−31	6.26	3.80
Right cerebelum_superior	12	−46	−4	4.89	3.33
Unimanual movement versus in-phase
None activation