High-Frequency Repetitive Transcranial Magnetic Stimulation Could Improve Impaired Working Memory Induced by Sleep Deprivation

Table 2

Regions of significantly changed neural activity (ALFF) following sleep deprivation compared with activity following normal sleep.

Condition	Brain regions of peak voxel	L/R	Voxels	value of peak voxel	MNI coordinate of peak voxel
SD < NS	Precuneus	L	380	-4.50	-15, -64, 34
	Precuneus	R	401	-5.42	9, -73, 43
	Angular gyrus	L	268	-3.82	-39, -61, 46
	Angular gyrus	R	327	-5.46	48, -64, 49
	Parietal lobe	L	289	-3.70	-57, -49, 40
	Parietal lobe	R	280	-3.98	42, -52, 40
	Occipital lobe	L	244	-6.33	-33, -82, 31
	Occipital lobe	R	79	-4.60	48, -76, 31
	Middle frontal gyrus	L	318	-3.69	-39, 17, 49
	Middle frontal gyrus	R	605	-5.07	39, 35, 31
	Inferior frontal gyrus	L	212	-4.23	-48, 29, 16
	Superior frontal gyrus	R	143	-3.60	3, 56, 13
SD > NS	Middle temporal gyrus	L	62	3.99	-63, -19, 1
	Superior temporal gyrus	L	131	2.90	-42, -31, 10
	Superior temporal gyrus	R	249	4.38	48, -19, -2
	Insula lobe	R	72	2.38	48, -1, -2
	Lingual gyrus	R	317	3.45	18, -55, 1
	Calcarine gyrus	L	184	3.47	0, -97, 7
	Calcarine gyrus	R	156	3.31	18, -100, 4

Every result was significant at a minimum value of 0.05 with Alphasim correction, cluster size of more than 213 voxels. L: left hemisphere; R: right hemisphere; SD: sleep deprivation; NS: normal sleep.