The principles of contrast mechanisms and fast pulse sequences underlying neurological
and neuroradiological application of MRI are introduced in this part of a two‐part review. In …

The proximity of immune cell aggregations to the vasculature is a hallmark of multiple
sclerosis. Furthermore, it is widely accepted that inflammation is able to modulate the …

The aim of this work was to characterize edema dynamics, cerebral blood volume, and flow
alterations in an experimental model of brain trauma using quantitative diffusion and …

We compare five different unsupervised clustering techniques as tools for the analysis of
dynamic susceptibility contrast MRI time series. The study included four subjects: two …

BACKGROUND AND PURPOSE: Embolization of meningiomas has emerged as a
preoperative adjuvant therapy that has proved effective in mitigating blood loss during …

AIMS: To undertake a pilot study to assess whether magnetic resonance (MR) contrast-
enhanced perfusion imaging (CEPI) and diffusion-weighted imaging (DWI) provide …

This paper describes a new rapid steady-state T 1 (RSS T 1) method for mapping the
cerebral blood volume fraction (CBVf) by magnetic resonance imaging (MRI). The principle …

Purpose To determine optimal conditions for precise measurement of arterial input function
(AIFs) in dynamic susceptibility contrast (DSC) perfusion MRI. Materials and Methods …

To prevent systematic errors in quantitative brain perfusion studies using dynamic
susceptibility contrast-enhanced magnetic resonance imaging (DSC-MRI), a reliable …

Purpose To investigate the capacity of multimodal MR to detect endothelial hyperplasia
(EH), which has been linked to the aggressiveness of gliomas and which is so far only …