51) Functional connectivity analyses showed in |
52) Functional connectivity analysis using Gra |
53) Functional connectivity in young and older |
54) n, we investigated age-related changes of functional connectivity (FC) as well as re |
55) onization likelihood was used to evaluate functional connectivity (FC), with node st |
56) participants had reduced interhemispheric functional connectivity (IH-FC) within the |
57) In addition, functional connectivity analyses reveal th |
58) Further, a functional connectivity analysis indicated |
59) gnificantly increased thalamic-prefrontal functional connectivity and decreased thal |
60) uction of both white matter integrity and functional connectivity as well as a disru |
61) Aging affects functional connectivity between brain area |
62) ring 1-BACK and 2-BACK working memory and functional connectivity between dorsolater |
63) The functional connectivity between each pair |
64) re-HD group showed longitudinal decreased functional connectivity between left DLPFC |
65) Additionally, resting-state functional connectivity between the ACC an |
66) Cervical dystonia patients have altered functional connectivity between the basal |
67) There is anatomical and functional connectivity between the primar |
68) Finally, these abnormal IPL functional connectivity changes were close |
69) Using a functional connectivity density (FCD) mapp |
70) and mapped the whole-brain resting-state functional connectivity for each subregion |
71) subsystems according to their large-scale functional connectivity grouped 87.5% of t |
72) The current study demonstrated that functional connectivity had good diagnosti |
73) We used resting-state functional connectivity in 50 healthy adul |
74) deficits and alterations in resting state functional connectivity in civilian mild t |
75) A brain-wide analysis approach of functional connectivity in the aging brain |
76) gical measures like complexity as well as functional connectivity is of growing inte |
77) In order to clarify the functional connectivity of subregions of t |
78) However, little is known about the functional connectivity of the IPL subregi |
79) his issue by examining alterations in the functional connectivity of the basal gangl |
80) The functional connectivity of the human TP, f |
81) ng analysis, we identified three distinct functional connectivity patterns of the IP |
82) he subregions of the IPL present distinct functional connectivity patterns with vari |
83) reased qEEG source-localized activity and functional connectivity primarily in the a |
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