Mapping Brain Maturation in Neonates: A Quantitative Study with MR Fingerprinting

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A strong negative correlation was found between T1 and T2 values and postmenstrual age, indicating maturation.
The study tracked maturation in deep gray matter and posterior cortical regions, revealing differences across age.
Using MR Fingerprinting, scans of 252 neonates were analyzed for changes in key brain regions, enhancing assessment precision.
MR Fingerprinting's ability to quantify brain development may improve approaches to monitor neonatal growth effectively.

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Quantitative study highlights regional variation in brain maturation using MR Fingerprinting, suggesting implications for neonatal MRI.

Kato et al. (2025) studied this question.

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