PURPOSE: To assess the potential of two-point Dixon chemical shift magnetic resonance
imaging to achieve uniform fat suppression in the distal parts of the extremities. MATERIALS …

OBJECTIVE. The purpose of this study is to describe and to implement a new fast three-point
Dixon MR imaging sequence with online image reconstruction, and to compare this …

Purpose To compare the effectiveness of fat suppression and the image quality of the Dixon
method with those of the chemical shift-selective (CHESS) technique in hands of normal …

Objective To compare the effectiveness of fat suppression and the signal-to-noise ratio
(SNR) of the Dixon method with those of the CHESS (Chemical Shift-Selective) technique …

Fat suppression technique is a valuable resource in musculoskeletal magnetic resonance
(MR) imaging that is helpful in the diagnosis and differentiation of various pathologies …

Dixon sequences are established as a reliable MRI technique that can be used for problem-
solving in the assessment of bone marrow lesions. Unlike other fat suppression methods …

Dixon techniques are part of the methods used to suppress the signal of fat in MRI. They
present many advantages compared with other fat suppression techniques including (1) the …

Fat-water swapping is an artifact specific to chemical shift encoded MRI and so-called Dixon
methods. It is more frequent using the 2-point than the multi-point (> 2) Dixon method …

Fat suppression is an important technique in musculoskeletal imaging to improve the
visibility of bone-marrow lesions; evaluate fat in soft-tissue masses; optimize the contrast-to …

PURPOSE: TO present an algorithm for performing phase unwrapping for fat and water
signal separation in the three-point Dixon (3PD) method of magnetic resonance (MR) …