Sentence examples for behavior of the tissue from inspiring English sources

To achieve this aim, a range of finite element models incorporating different valve shapes was developed, and the constitutive behavior of the tissue was modeled using an established computational framework, where the degree of anisotropy was varied between values representative of TEHVs and native valves.

Here we test whether mechanical stimulation changes the mechanical behavior of the tissue.

Here we use electrically stimulated contractions to test whether two mechanical models of the behaviors driving contractions can predict the behavior of the tissue as a function of applied suction.

To determine whether the complex internal structure and regulation of an embryonic tissue produces complex mechanical behavior of the tissue, we focus on an embryonic tissue in a vertebrate model system, Xenopus laevis; specifically, the tissue above the blastopore on the dorsal side of the gastrulating embryo (the dorsal marginal zone; Fig. 1A).

In vivo and in vitro studies have been performed on the cornea to investigate the biomechanical behavior of the tissue.

Computer simulations allow analyzing scaffold properties and their effect on growth rate and mechanical behavior of the tissue.

Due to the complexity of the anatomy under consideration and the biomechanical behavior of the tissues, the impact of a surgical procedure may not always be predicted on the basis of the surgeon's intuition and experience alone.

Despite the large deformations involved in our tests, the behavior of this tissue was remarkably well described by a linear, small-deformation model.

It is well established that the highly nonlinear and anisotropic mechanical behaviors of soft tissues are an emergent behavior of the underlying tissue microstructure.

This study provides new knowledge on the complex in situ micro-mechanical environment of the annulus fibrosus that is essential to understanding the mechanobiological behavior of this tissue.

The main interest is directed towards the time and loading-dependant behavior of the antler tissue around the implants.