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The diffusion tensor, scalar diffusion parameters (Axial Diffusivity – AD, Radial Diffusivity – RD, and FA) were calculated by dtifit (FSL).
Diffusion parameters were estimated at each voxel using BEDPOSTX with a two-fibre model.
The diffusion parameters were estimated and a probability distribution function generated for each voxel in the brain.
Electrochemical and diffusion parameters characterizing the electrode process were evaluated.
The most commonly investigated parameters are longitudinal (T1) and transverse (T2) relaxation times, as well as water diffusion parameters which are able to explore structure and ultrastructure.
The diffusion parameters were determined first in the absence of voids.
A diffusion apparatus has been designed and constructed in order to precisely control the diffusion parameters.
This was the only cluster where the diffusion parameters did not correlate with regional callosal size.
Our measurements show that the diffusion parameters exhibit a quadratic dependence on the void volume fraction.
As a consequence the estimated diffusion parameters will be biased, underestimating the true diffusion.
Intrinsic kinetic and diffusion parameters were experimentally determined in independent experiments.
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