Multi-parametric quantitative MRI has shown great potential to improve the sensitivity and
specificity of clinical diagnosis and to enhance our understanding of complex brain …

Purpose To develop an efficient distortion‐and blurring‐free multi‐shot EPI technique for
time‐resolved multiple‐contrast and/or quantitative imaging. Methods EPI is a commonly …

Purpose To develop new encoding and reconstruction techniques for fast multi‐
contrast/quantitative imaging. Methods The recently proposed Echo Planar Time‐resolved …

Novel methods for quantitative, transient-state multiparametric imaging are increasingly
being demonstrated for assessment of disease and treatment efficacy. Here, we build on …

Echo planar imaging (EPI) is an MRI technique of particular value to neuroscience, with its
use for virtually all functional MRI (fMRI) and diffusion imaging of fiber connections in the …

Functional magnetic resonance imaging with readouts at multiple echo times is useful for
optimizing sensitivity across a range of tissue T2* values as well as for quantifying T2*. With …

Purpose To develop and evaluate a novel 3D Cartesian sampling scheme which is well
suited for time-resolved 3D MRI using parallel imaging and compressed sensing. Methods …

Purpose A segmented k‐space blipped‐controlled aliasing in parallel imaging (skipped‐
CAIPI) sampling strategy for EPI is proposed, which allows for a flexible choice of EPI factor …

Magnetic susceptibility based (T 2* weighted) contrast in MRI at high magnetic field strength
is of great value in research on brain structure and cortical architecture, but its use is …

Purpose In this work, we combine three‐dimensional echo planar imaging (3D‐EPI) with
controlled aliasing to substantially increase temporal resolution in whole‐brain functional …