Normal and abnormal brains can be segmented by registering the target image with an
atlas. Here, an atlas is defined as the combination of an intensity image (template) and its …

In recent years, a variety of segmentation methods have been proposed for automatic
delineation of the fetal and neonatal brain MRI. These methods aim to define regions of …

In recent years, postprocessing of fast multislice magnetic resonance imaging (MRI) to
correct fetal motion has provided the first true 3-D MR images of the developing human brain …

Fetal cortical plate segmentation is essential in quantitative analysis of fetal brain maturation
and cortical folding. Manual segmentation of the cortical plate, or manual refinement of …

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

Imaging of the human fetus using magnetic resonance (MR) is an essential tool for
quantitative studies of normal as well as abnormal brain development in utero. However …

The magnetic resonance (MR) images of fetuses make it possible for doctors to detect out
pathological fetal brains in early stages. Brain tissue segmentation is prerequisite for making …

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

Recent improvements of fetal MRI acquisitions now allow three-dimensional segmentation
of fetal structures, to extract bio-metrical measures for pregnancy follow-up. Automation of …

The neural extracellular matrix (ECM) provides a supportive framework for differentiating
cells and their processes and regulates morphogenetic events by spatially and temporally …