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Related cerebral edema can be quantified by diffusion or absolute T2-weighted MRI or both.
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Size dependent release behavior was quantified by diffusion studies with equilibrium loaded SELP hydrogels.
Compared to 6606PDA cell derived carcinomas a higher apparent diffusion coefficient was quantified by diffusion weighted magnetic resonance imaging in these tumors.
These lead to changes in SI with increasing diffusion sensitization (b-value), which can be quantified by the apparent diffusion coefficient (ADC), allowing viable tumour to be differentiated from necrosis and inflammation irrespective of the underlying lesion morphology.
The magnitude of diffusion can be quantified by calculating the apparent diffusion coefficient (ADC), where lower values represent areas of reduced diffusion [1].
DWI can be quantified by the apparent diffusion coefficient (ADC), which reflects the cellularity of tumors [11].
The signal intensity reduction on diffusion MR imaging can be quantified by calculating the apparent diffusion coefficient (ADC), which depends largely on the presence of barriers to diffusion within the water microenvironment.
Diffusion-weighted MRI (DW-MRI) allows non-invasive evaluation of the Brownian movement of water molecules; this movement can be quantified by calculating the apparent diffusion coefficient (ADC).
This potential diffusion of benefits could be quantified by researchers and used to rank some systems over others, by saving money and increasing margins.
The robustness and stability of the oscillation at different diffusion coefficient D can also be quantified by the phase coherence ξ, a measure of the degree of periodicity of the time evolution for a given variable [26].
The amount of water molecule diffusion is quantified by the apparent diffusion coefficient (ADC)—obtained by interpolating the results given with different applied b-values which provides indirect information also ab-values whichgement of the surrounding structures.
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