Magnetic resonance diffusion tensor imaging (DTI) is a non-invasive in vivo method for
characterizing the integrity of anatomical connections and white matter circuitry and provides …

We review the theoretical background to diffusion tensor imaging (DTI) and some of its
commoner clinical applications, such as cerebral ischemia, brain maturation and traumatic …

A recent computational model of brain tumor growth, developed to better describe how
gliomas invade through the adjacent brain parenchyma, is based on two major elements …

In vivo study of white matter microstructural integrity through magnetic resonance diffusion
tensor imaging (DTI) permits examination of degradation of axonal circuitry that may …

Normal aging is accompanied by decline in selective cognitive and motor functions. A
concurrent decline in regional white matter integrity, detectable with diffusion tensor imaging …

Previously reported leftward asymmetry in language-related gray and white matter areas of
the brain has been proposed as a structural correlate of left-sided functional hemispheric …

Due to the similarities in diffusion tensor imaging findings in both mild cognitive impairment
and Alzheimer's disease, it is likely that diffusion tensor imaging has the potential to emerge …

Objective. The aim of this study was to establish a more objective method for confirming
tissue injury in term neonates who present with early seizures that are believed to be …

Diffusion tensor imaging (DTI) is known to have a limited capability of resolving multiple fiber
orientations within one voxel. This is mainly because the probability density function (PDF) …

Purpose To explore the capability and reliability of diffusion tensor magnetic resonance
imaging (DTI) in the evaluation of human skeletal muscle injury. Materials and Methods DTI …