Transverse NMR relaxation is a fundamental physical phenomenon underpinning a wide
range of MRI-based techniques, essential for non-invasive studies in biology, physiology …

White Matter (WM) microstructures, such as axonal density and average diameter, are
crucial to the normal function of the Central Nervous System (CNS) as they are closely …

Purpose To determine whether the spatial scale and magnetic susceptibility of
microstructure can be evaluated robustly from the decay of gradient‐echo and spin‐echo …

Purpose To derive an expression for the transverse signal time course from systems in the
motional narrowing regime, such as water diffusing in blood. This was validated in silico and …

According to theoretical studies, the MRI signal decay due to transverse relaxation, in brain
tissue with magnetic inclusions (eg blood vessels, myelin, iron-rich cells), exhibits a …

Brain tissue microstructure plays an important role in brain function. Estimates of brain
microstructure obtained in vivo can serve as valuable biomarkers to quantify brain tissue …

Identification and quantification of imaging biomarkers sensitive to iron are important in
understanding neurodegenerative disorders and aging. In this study, we introduce a …

The phenomenon of nuclear magnetic resonance (NMR) was first discovered by Rabi et
al.[1, 2] in 1938 while performing experiments with atomic beams, which was honored by the …