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This finite element modelling (FEM) involves modelling the tissue as elements (voxels) at the subcellular level, and including the features such as nuclear size and cell arrangements found in both normal and abnormal cervical epithelia.
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It then describes the effects of interface pressures at the tissue and cellular level, and attempts that have been made to describe and model the tissue mechanics.
A series of publications advocated the use of the vegetable oil/water partition coefficients in modeling the tissue distribution.
This requires methodologies to model the tissue specificity of gene regulation by inferring trustful context-specific networks.
Cell lines can therefore be used to find potential biomarkers if it is known that they actually model the tissue reasonably well.
In modelling the expansion of the tissue we assumed an isotropic tissue expansion.
The method is demonstrated with the use of a prototype device, employing common elastomers to model the soft tissue.
However, more complicated diseases will require culture methods that more closely model the native tissue environment.
Several hyperelastic constitutive laws have been proposed to model the myocardial tissue.
Neural field models are now widely recognised as a natural starting point for modelling the dynamics of cortical tissue.
Drug concentration levels in the retina have been modeled distinguishing the tissue phase from the blood phase.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com