Early brain morphometrics from neonatal MRI predict motor and cognitive outcomes at 2-years corrected age in very preterm infants.
Alex M. PagnozziLiza van EijkKerstin PannekRoslyn N. BoydSusmita SahaJoanne GeorgeSamudragupta BoraDanaKai BradfordMichael FaheyMichael DitchfieldAtul MalhotraHelen G. LileyPaul B. ColditzStephen E. RoseJurgen FrippPublished in: NeuroImage (2023)
Keyphrases
- brain structures
- mri data
- mri scans
- mr images
- brain tissue
- brain mri
- mri brain
- magnetic resonance imaging
- magnetic resonance images
- sensory motor
- tissue segmentation
- cognitive neuroscience
- brain atlas
- human brain
- brain tumors
- cognitive development
- medical image analysis
- information processing
- medical images
- medical imaging
- magnetic resonance
- brain anatomy
- motor control
- multiple sclerosis
- cognitive states
- fully automatic
- skull stripping
- probabilistic atlas
- cognitive tasks
- partial volume
- shape analysis
- mirror neurons
- brain segmentation
- natural intelligence
- cognitive processes
- narrative centered learning environments
- brain images
- white matter
- brain white matter
- brain mapping
- control system
- cortical thickness
- mr imaging
- cognitive functions
- cognitive process
- mri images
- anatomical structures
- image registration
- brain imaging
- brain signals
- sensory inputs
- high resolution