Fetal magnetic resonance imaging (MRI) examinations have become well‐established
procedures at many institutions and can serve as useful adjuncts to ultrasound (US) exams …

Asymmetry characterizes the brain in both structure and function. Anatomical asymmetries
explain only a fraction of functional variability in lateralization, with structural and functional …

Mapping cortical hemispheric asymmetries in infants would increase our understanding of
the origins and developmental trajectories of hemispheric asymmetries. We analyze …

Magnetic resonance imaging has proved to be suitable and efficient for in vivo investigation
of the early process of brain gyrification in fetuses and preterm newborns but the question …

Abstract Information on normal brain structure and development facilitates the recognition of
abnormal developmental trajectories and thus needs to be studied in more detail. We …

In magnetic resonance imaging (MRI) studies of fetal brain development, structural brain
atlases usually serve as essential references for the fetal population. Individual images are …

At near-term age the brain undergoes rapid growth and development. Abnormalities
identified during this period have been recognized as potential predictors of …

During the second trimester, the human fetal brain undergoes numerous changes that lead
to substantial variation in the neonatal in terms of its morphology and tissue types. As fetal …

Investigating the human brain in utero is important for researchers and clinicians seeking to
understand early neurodevelopmental processes. With the advent of fast magnetic …

Brain asymmetry is a cornerstone in the development of higher-level cognition, but it is
unclear whether and how it differs in males and females. Asymmetry has been investigated …