Magnetic resonance imaging (MRI) is a well-established diagnostic tool that provides
detailed information about macroscopic structure and anatomy. Recent advances in MRI …

Abstract Knowledge of regional hemodynamics has widespread application for both
physiological research and clinical assessment. Here we review the use of MR contrast …

Unusually high image contrast in vivo magnetic resonance imaging of the brain becomes
observable at high magnetic fields when the blood oxygenation level is lowered. The cause …

In vivo measurement of cerebral physiology by dynamic contrast‐enhanced NMR is
demonstrated. Time‐resolved images of the cerebral transit of paramagnetic contrast agent …

The bulk magnetic susceptibility (BMS) shift of a nuclear resonance frequency caused by a
paramagnetic compound is of importance in in vivo NMR, both magnetic resonance …

The authors assessed regional cerebral blood flow dynamics with magnetic resonance (MR)
imaging enhanced with gadolinium diethylenetriaminepentaacetic acid (DTPA). After bolus …

Sensitivity considerations suggest that a voxel resolution of (10 μm) 3 should be possible for
NMR microscopy at 400 MHz. It is shown however that diamagnetic susceptibility …

The effects of lipid composition on the relaxivity of gadolinium-diethylenetriaminepentaacetic
acid (Gd-DTPA) entrapped in lipid vesicles has been examined for vesicles of different sizes …

Simple concepts of indicator‐dilution techniques are described, and the theoretical basis of
measuring regional blood flow via transit time measurements of a blood pool marker is …

Polymeric binder maps in green ceramics are obtained by 1 H NMR imaging techniques.
Two-and three-dimensional Fourier transform techniques are compared to determine the …