Sentence examples for model for ventricular from inspiring English sources

Our goal was to develop a small animal model for ventricular tissue engineering using rat heterotopic heart transplantation.

In order to better understand the cellular phenotype caused by the mutation, the altered channel biophysics were incorporated into a Markov model of Na+ channel gating[21] and then inserted into an adult human ventricular action potential model[22], lacking a comparable model for ventricular cells in newborns.

Here, we present a variation of such a mathematical model for ventricular fiber orientation, as originally presented by Potse et al. (39).

Lin et al. [ 54] simulated ventricular AP propagation using a 100-cell 1D cable model using the Faber and Rudy model of ventricular AP [ 55] and dynamic GJ coupling was modeled using their dynamic model for ventricular junctional conductance [ 52].

In this work, we introduce a modified Holzapfel-Ogden hyperelastic constitutive model for ventricular myocardium that accounts for residual stresses, and we investigate the effects of residual stresses in diastole using a magnetic resonance imaging derived model of the human left ventricle (LV).

Our goal is the validation of our work as a suitable model for the ventricular conduction system, and so we sought to synchronize activation times of the ventricular tissue with those found experimentally.

Membrane ionic currents at each of the ∼25 million points that represented the ventricular myocardium were computed with the Ten Tusscher-Noble-Noble-Panfilov (TNNP) membrane model for human ventricular myocytes.

Developing a credible organ-level model of ventricular fibrillation, in particular for the diseased human heart, is one of the greatest challenges in cardiac modelling.

Recently, Holzapfel and Ogden (2009) proposed a structure-based constitutive model of ventricular myocardium that accounts for the locally orthotropic tissue microstructure by expressing the strain-energy function using fibre-based material invariants.

Figure 2A shows a 3D model of ventricular CSF volume.

We describe new methods for creating three-dimensional patient-specific models of ventricular biomechanics in the failing heart.