Sentence examples for biochemical stimulation from inspiring English sources

Meniscal tissue engineering requires cells, scaffolds, growth factors, biomechanical stimulation, and biochemical stimulation.

Among these cells are the endothelial colonies forming cells (ECFCs) that can differentiate into endothelial cells and transdifferentiate into smooth muscle cells under biochemical stimulation.

Taken together, these results show that SMC phenotype and function can be modulated using biochemical stimulation in vitro, but that the effects produced are dependent on the nature of the extracellular matrix.

In Method B the impacts of physical and biochemical stimulation of the bacterial infection were evaluated on the frequency of transformation such as gene gun-mediated microwounding of plant explants, infiltration of Agrobacterium suspension into target tissues and the influence of in vitro preinduction of vir genes, respectively.

In this study, we developed a three-dimensional (3D) culture system based on a silicone chamber and collagen sponge scaffold that can deliver cyclic mechanical stretch and biochemical stimulation to bone marrow-derived mesenchymal stem cells (BMSCs) seeded on the scaffold.

We examined the effect on SMC function of culture on two-dimensional (2D) substrates and in three-dimensional (3D) collagen Type I gels, including the effect of exogenous biochemical stimulation on gel compaction, cell proliferation, and expression of the contractile protein smooth muscle α-actin (SMA) in these systems.

Living cells are able to sense three-dimensional environmental properties, to integrate biophysical and biochemical stimulations and to adapt to dynamic changes of their physical surroundings for maintaining appropriate biological functions.

As regards the pathophysiology of the arterial spasm, several factors encompassing mechanical stimulation, biochemical mediators, and neurogenic events may be invoked.

They are capable of sensing biochemical and biomechanical stimulation to adapt the metabolic balance via interactions with PCM components that afford protection to the cells during loading (Goldring & Goldring 2007, Goldring & Otero 2011, Guilak et al. 2006).

Studying the maturation of these cartilage constructs will yield valuable information regarding the developing biophysical environment of chondrocytes and elucidate intervention windows for biochemical or biomechanical stimulation.

It is important to understand neotissue development, since this may elucidate potential intervention windows for biochemical or biomechanical stimulation, as well as provide an essential characterization of structure and function of tissue replacements.