The method yields quantitative data and absolute figures that do not depend on amplification by polymerase chain reaction.
The activities and roles of the identified proteins must also be elucidated, but this is complicated by the inability of conventional proteomic methods to yield quantitative information for protein expression.
Modern MRI image processing methods have yielded quantitative, morphometric, functional, and structural assessments of the human brain.
The acquired interferograms were each processed to yield quantitative phase images according to methods described in our previous work [ 1].
Moreover, ILS has been shown to yield quantitative results for ligand migration processes when compared with more costly free energy methods that treat the ligand explicitly.
However, the methods require high DNA input, have a potential for false-positive results due to unspecific binding to unmethylated DNA, and do not yield quantitative information.
First, our method yields quantitative BML volume unlike manual linear measurements (e.g., greatest diameter [ 5], approximate BML volume [ 6, 11]) or semi-quantitative scoring methods (e.g., BLOKS [ 10], WORMS [ 8]).
The measurements are made by employing SPRITE, a fast MRI method that yields quantitative, spatially-resolved tracer concentrations in porous media.
Examples from the literature are given, in which conventional parameter estimation methods yield significant qualitative and quantitative errors in the prediction of the phase behavior using the NRTL, UNIQUAC and Wilson models.
We find that including residual stress in the model changes the stress distributions across the myocardium and that whereas both methods yield qualitatively similar changes, there are quantitative differences between the two approaches.
