Purpose This study aimed to develop a new high‐resolution MRI sequence for the imaging
of the ultra‐short transverse relaxation time (uT2) components in the brain, while …

Purpose To quantitatively map the myelin lipid‐protein bilayer in the live human brain.
Methods This goal was pursued by integrating a multi‐TE acquisition approach targeting …

Purpose Recent work has shown MRI is able to measure and quantify signals of
phospholipid membrane‐bound protons associated with myelin in the human brain. This …

Background The iron concentration increases during normal brain development and is
identified as a risk factor for many neurodegenerative diseases, it is vital to monitor iron …

Purpose The semisolid myelin sheath has very fast transverse relaxation and is invisible to
conventional MRI sequences. UTE sequences can detect signal from myelin. The major …

Purpose The aim of this study was to develop a simple, robust, and easy‐to‐use calibration
procedure for correcting misalignments in rosette MRI k‐space sampling, with the objective …

Multiple sclerosis (MS) is a neuroinflammatory disease characterized by loss of myelin
(demyelination) and, to a certain extent, subsequent myelin repair (remyelination). To better …

Purpose: This study aims 1) to implement an operator-independent acquisition,
reconstruction, and processing pipeline using a novel rosette k-space pattern for UTE 31P …

Background The application of deep learning methods in rapid bone scintigraphy is
increasingly promising for minimizing the duration of SPECT examinations. Recent works …

Objective In this work, we evaluate the sodium magnetic resonance imaging (MRI)
capabilities of a three-dimensional (3D) dual-echo ultrashort echo time (UTE) sequence with …