The embryologic development of the cerebellum extends over a long time period, thus
making it vulnerable to a broad spectrum of malformations and disruptions. Knowledge of …

There is considerable confusion in the literature regarding the terminology used when
describing abnormalities of the cerebellum and of the vermis in particular. Terminology such …

Fetal MRI is clinically performed to evaluate the brain in cases where an abnormality is
detected by prenatal sonography. These most commonly include ventriculomegaly …

To date, growth of the human fetal cerebellum has been estimated primarily from linear
measurements from ultrasound and 2D magnetic resonance imaging (MRI). In this study, we …

Fetal magnetic resonance provides a new tool in the imaging of the posterior fossa and is
proving useful in cases that are difficult to assess sonographically by allowing further …

High angular resolution diffusion imaging (HARDI) tractography has provided insights into
major white matter pathways and cortical development in the human fetal cerebrum. Our …

Research on the cerebellum is evolving rapidly. The exquisiteness of the cerebellar circuitry
with a unique geometric arrangement has fascinated researchers from numerous …

The fetal brain is a dynamic structure, which can now be imaged using magnetic resonance
imaging (MRI). This article will review techniques of fetal MRI as well as several key aspects …

Objective. The purpose of this study was to establish the normality of the fetal vermis, ie, the
time of appearance of the primary fissure, as well as its measurements between 18 and 26 …

Objective The study aims to demonstrate the value of the 'tail sign'in the assessment of
Dandy–Walker malformation. Methods A total of 31 fetal magnetic resonance imaging (MRI) …