A prior clinical report of 3T MR imaging in subsequently healthy very premature neonates
imaged at term-equivalent age found that both gradient recalled-echo–T1WI and spin-echo …

Term-equivalent imaging can assess myelination status in very preterm infants (< 30 weeks'
gestational age at birth). However, myelination assessment has yet to be compared among …

BACKGROUND AND PURPOSE: MR imaging was performed in very preterm infants by
using an MR imager in the neonatal intensive care unit. The aims of this study were to …

BACKGROUND AND PURPOSE MR imaging is a powerful tool for studying the anatomy of
and the developmental changes that occur in the brain. The purpose of this project was to …

Purpose: Although the neonatal and infantile brain typically shows sequential T 1 shortening
according to gestational age as a result of myelination, several structures do not follow this …

This study demonstrates the ability of MR imaging to show progression of myelination in 64
infants and young children (ages 4 days to 36 months). T2-weighted spin-echo pulse …

Cerebral MRI was performed at 1.5 T in 27 infants with birth weight below 1500 grams at 1
year of corrected age. The images were compared to those reported on normal development …

Objectives To evaluate the development of myelination in normal fetuses quantitatively
using magnetic resonance (MR) imaging in relation to gestational age (GA). Methods Fetal …

The prognostic significance of cerebral myelination was evaluated with magnetic resonance
imaging (MRI) in very low birth weight infants. Myelination was graded in two specified sites …

Purpose To validate the T1‐and T2‐weighted (T1w/T2w) MRI ratio technique in evaluating
myelin in the neonatal brain. Materials and Methods T1w and T2w MR images of 10 term …