Abstract 1 During early development, the fetal brain undergoes dynamic morphological
changes. These changes 2 result from neurogenic events, such as neuronal proliferation …

Magnetic Resonance Imaging (MRI) is a promising tool for the noninvasive, longitudinal
study of developing primate brains. We developed a protocol to scan pregnant baboons …

The fetal brain is substantially different from the neonatal brain in terms of its structure and
connectivity. Fetal MRI, beginning at 16–18 GW (gestational weeks), can be used to study …

Direct observational data on the development of the brains of human and nonhuman
primates is on remarkably scant, and most of our understanding of primate brain …

Fetal MRI is becoming an increasingly powerful imaging tool for studying brain development
in vivo. Until recently, the application of advanced magnetic resonance imaging techniques …

In recent years, exploration of the developing brain has become a major focus for
researchers and clinicians in an attempt to understand what allows children to acquire …

This chapter provides a review of the current research into in utero magnetic resonance
(MR) imaging of the human fetal brain. It is divided into three parts: structural imaging …

An understanding of normal fetal brain development is essential in detecting the early onset
of brain disorders. It is challenging to obtain high-quality images that show detailed local …

The laboratory mouse has been widely used as a model system to investigate the genetic
control mechanisms of mammalian brain development. Magnetic resonance imaging (MRI) …

Human corticogenesis is perhaps the most complex process in the realm of biology, and
also displays some unique (species-specific) features. There are major and clinically …