BACKGROUND AND PURPOSE: Volumetric brain MR imaging typically has long
acquisition times. We sought to evaluate an ultrafast MPRAGE sequence based on Wave …

Background Rapid volumetric imaging protocols could better utilize limited scanner
resources. Purpose To develop and validate an optimized 6‐minute high‐resolution …

Please see the Editorial Comment by Alvand Hassankhani discussing this article. Please
see the Author Video associated with this article. BACKGROUND. Isotropic 3D T1-weighted …

Purpose: To evaluate the effects of recent advances in magnetic resonance imaging (MRI)
radiofrequency (RF) coil and parallel imaging technology on brain volume measurement …

Objectives To investigate the effect of compressed SENSE (CS), an acceleration technique
combining parallel imaging and compressed sensing, on potential bias and precision of …

Purpose To validate the use of thick-section clinically acquired magnetic resonance (MR)
imaging data for estimating total brain volume (TBV), gray matter (GM) volume (GMV), and …

BACKGROUND AND PURPOSE: To determine the sample size needed to provide
adequate statistical power in studies of brain volume by MR imaging, we examined the …

ABSTRACT BACKGROUND Whole brain atrophy is a putative outcome measure in
monitoring relapsing‐remitting multiple sclerosis (RRMS). With the ongoing MRI …

BACKGROUND AND PURPOSE: MR-based volumetric measures of cerebral structures are
increasingly used for diagnostic purposes and to measure progression of atrophy. Variations …

Background The work presented here investigates parallel imaging applied to T1-weighted
high resolution imaging for use in longitudinal volumetric clinical studies involving …