A double‐echo two‐excitation pulse sequence encoding fat and water signals for a phase‐
sensitive three‐point Dixon‐type analysis (DE‐3PD) was developed and implemented on a …

Purpose To develop a phased‐array coil‐compatible, fast three‐point Dixon (TPD)
technique, and compare its performance in T2‐weighted spine imaging with that of the …

Two of the most exciting areas of development in MR imaging in the past several years have
been rapid imaging and fat-suppression techniques. This article reviews the most widely …

The acquisition of images with suppression of the fat signal is very useful in clinical practice
and can be achieved in a variety of sequences. The Dixon technique, unlike other fat …

Purpose The purpose of this work was to explore the reproducibility of fat-fraction
measurements using Dixon quantitative chemical shift imaging (QCSI) in the lumbar spine …

Purpose To develop a method of suppressing the multi‐resonance fat signal in diffusion‐
weighted imaging of skeletal muscle. This is particularly important when imaging patients …

A new method is described that produces images of either the fat or water component in
tissues in magnetic resonance imaging. Only a single scan is required, with scan times of a …

The purpose of this study is to evaluate and compare 2-point (2pt), 3-point (3pt), and 6-point
(6pt) Dixon magnetic resonance imaging (MRI) sequences with flexible echo times (TE) to …

Objective: To compare Dixon-based MRI techniques for intramuscular fat quantification at 3
T with MR spectroscopy (MRS) in vitro and in vivo. Methods: In vitro, two-three-and four-point …

Purpose of this study was to evaluate the diagnostic value of a low field dedicated MRI
system in hand and wrist imaging. All 308 exams of the hand and wrist, that were performed …