Parkinson's disease (PD) is a common neurodegenerative disease, and apart from a few
rare genetic causes, its pathogenesis remains largely unclear. Recent scientific interest has …

Background Recent developments in iron-sensitive MRI techniques have enabled
visualization of chronic active lesions as paramagnetic rim lesions (PRLs) in vivo. Although …

This article provides recommendations for implementing QSM for clinical brain research. It is
a consensus of the International Society of Magnetic Resonance in Medicine, Electro …

The brain tissue phase contrast in MRI sequences reflects the spatial distributions of multiple
substances, such as iron, myelin, calcium, and proteins. These substances with …

Quantitative susceptibility map** (QSM) is a physics-driven computational technique that
has a high sensitivity in quantifying iron deposition based on MRI phase images …

Purpose The aim of the second quantitative susceptibility map** (QSM) reconstruction
challenge (Oct 2019, Seoul, Korea) was to test the accuracy of QSM dipole inversion …

Abstract Quantitative Susceptibility Map** (QSM), best known as a surrogate for tissue
iron content, is becoming a highly relevant MRI contrast for monitoring cellular and vascular …

Purpose To create a realistic in silico head phantom for the second QSM reconstruction
challenge and for future evaluations of processing algorithms for QSM. Methods We created …

High‐quality Quantitative Susceptibility Map** (QSM) with Nonlinear Dipole Inversion
(NDI) is developed with pre‐determined regularization while matching the image quality of …

Purpose In biological tissue, phase contrast is determined by multiple substances such as
iron, myelin or calcifications. Often, these substances occur co-located within the same …