| Article ID | Journal | Published Year | Pages | File Type |
|---|---|---|---|---|
| 6035972 | NeuroImage | 2011 | 16 Pages |
Abstract
⺠Resting-state fcMRI enables identification of the earliest neural networks. ⺠Limited fcMRI investigations of preterm and term infants have been completed. ⺠RSNs are identifiable in cortical and subcortical regions in infants. ⺠Functional and anatomical connections are interrelated, but not identical. ⺠fcMRI offers great promise as an investigational tool of neurodevelopment.
Keywords
ICAPost-menstrual ageDWIfcMRIRSNFunctional connectivity MRIDTIBOLDSCAPMAElectroencephalographyIndependent component analysisDiffusion weighted imagingdiffusion tensor imagingFunctional connectivity magnetic resonance imagingfMRIfunctional magnetic resonance imagingneurodevelopmentPositron emission tomographyblood oxygen level dependentresting-state networkResting-state networksdevelopmental neuroimagingRadiofrequencyEEGInfantPET
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Authors
Christopher D. Smyser, Abraham Z. Snyder, Jeffrey J. Neil,