Diffusion tensor MR tractography allows in vivo depiction of anatomical bundles composing
the white matter of the brain and of spinal cord. Diffusion MRI uses the effects of …

Diffusion tensor MR tractography allows in vivo depiction of anatomical bundles composing
the white matter of the brain and of spinal cord. Diffusion MRI uses the effects of …

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 …

Using MRI, we demonstrated that the depiction of the cerebral white matter fiber tracts has
become a routine procedure. Diffusion tensor (DT) sequences may be analyzed with …

Magnetic Resonance Imaging (MRI) techniques have been increasingly applied to the study
of molecular displacement (diffusion) in biologic tissue. The magnetic resonance …

Abstract Diffusion‐tensor MRI (DT‐MRI) yields information about the magnitude, anisotropy,
and orientation of water diffusion of brain tissues. Although white matter tractography and …

Diffusion tractography of magnetic resonance imaging (MRI), such as diffusion tensor
tractography, allows us to visualize white matter tracts in vivo and to study white matter …

BACKGROUND AND PURPOSE: MR diffusion tensor imaging permits detailed visualization
of white matter fiber tracts. This technique, unlike T2-weighted imaging, also provides …

This work presents a method that permits the characterization, quantification, and 3D
visualization of white matter structural information contained within diffusion tensor MR …

During the last decade, advances in the field of magnetic resonance imaging (MRI) have led
to the design of numerous innovative imaging techniques. These techniques have not only …