Spinal cord injury and its devastating consequences are the subject of intensive research
aimed at reversing or at least minimizing functional loss. Research efforts focus on either …

This study examines multicomponent diffusion in isolated single neurons and discusses the
implications of the results for macroscopic water diffusion in tissues. L7 Aplysia neurons …

It is shown that diffusion‐weighted imaging is possible in the human breast. Diffusion
constants were measured in the breast parenchyma of four volunteers with no known breast …

Due to the specific compartmentation of brain metabolites, diffusion-weighted magnetic
resonance spectroscopy opens unique insight into neuronal and astrocytic microstructures …

High resolution NMR imaging of the isolated perfused rat hippocampal slice was used to
quantitate ADC changes following ouabain‐induced cell swelling. Hippocampal slices were …

Diffusion-tensor (DT) MR imaging4, 5 has been proposed as an attractive noninvasive tool
for evaluating structural and physiologic states in biologic tissues by measuring the diffusion …

The parameters that characterize the intricate water diffusion in tumors may serve to reveal
their distinct pathology. Specifically, the application of diffusion magnetic resonance imaging …

The detection of brain tumors using standard techniques of qualitative, relaxation-weighted
magnetic resonance imaging (MRI) requires the application of contrast agents. We …

Mammalian models, and mouse studies in particular, play a central role in our
understanding of placental development. Magnetic resonance imaging (MRI) could be a …

Microimaging based on magnetic resonance is an experimental technique that can provide
a unique view of a variety of plant physiological processes. Particularly interesting …