Two modified fast spin-echo (FSE) techniques (a 2-point and a single-scan triple-echo
Dixon) were used for T2-weighted imaging of the head and neck in 7 patients along with …

We present our initial experience with the use of a modified 3-point Dixon technique to
obtain reliable fast spin-echo T1-and T2-weighted fat-suppressed images in the soft-tissue …

PURPOSE To determine whether fast spin-echo sequences could replace conventional spin-
echo methods in the evaluation of head and neck neoplasms and associated adenopathy …

Purpose: The purpose of this study was to compare contrast-enhanced GRE and
conventional SE (CSE) fat-suppressed T1-weighted techniques in the evaluation of head …

BACKGROUND AND PURPOSE: Uniform complete fat suppression is essential for
identification and characterization of most head and pathology. Our aim was to compare the …

Objective: The aim of our study was to systematically compare two-point Dixon fat
suppression (FS) and spectral FS techniques in contrast enhanced imaging of the head and …

Purpose To evaluate a prototype fast spin‐echo (FSE) triple‐echo Dixon (FTED) technique
for T2‐weighted spine imaging with and without fat suppression compared to conventional …

OBJECTIVE. Traditional fat-suppressed T1-weighted spin-echo or turbo spin-echo (TSE)
sequences (T1-weighted images) may be degraded by motion and pulsation artifacts in …

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 …

Fat suppressed T2 weighted fast imaging sequences have recently been favoured in MRI of
head and neck tumours. The purpose of this study was to evaluate the use of T2 weighted fat …