Sentence examples for environment of tissues from inspiring English sources

The architecture and dynamic physical environment of tissues can be recreated in-vitro by combining 3D porous scaffolds and bioreactors able to apply controlled mechanical stimuli on cells.

Oxygen molecules are partially contained in the polymer, where they diffuse from the surrounding environment, i.e. from the atmosphere or the inner environment of tissues and fluids.

In the first phase, upon exposure to the aqueous environment of tissues, the bonds of the copolymer are hydrolyzed over a period of approximately ten hours.

It seems necessary to be careful in generalizing in vitro results, as cell-matrix interactions and cell behavior in the complex environment of tissues may produce unexpected reactions.

At present, the bioreactor plays a very important role in the development of tissue engineering research and can simulate the in vivo physiological environment of tissues and organs to promote the regeneration [ 17– 217.

That is, the divergent evolution of the electric charges in the duplicated PGI isoforms is the consequence of specialization for the specific function (glycolysis or gluconeogenesis) or distinct cellular environment of tissues where each isoform is predominantly expressed (see Figure 1B), as suggested for other water-soluble proteins [ 22- 24].

In mouse, natural secreted proteins present in the tissue could further influence the cancer development, while in the controlled environment of tissue culture, this is not the case.

Whether chemotherapy induces cell death via necrosis, apoptosis or a combination of the two, profound changes will certainly occur in the molecular environment of tissue water, leading to changes in its measured T2.

In the deoxygenated environment of tissue capillary beds (Gibson and Ellory, 2002), the protein changes conformation, exposing a hydrophobic patch that leads to polymerization in individuals homozygous for the mutation.

According to this view, DCs can be instructed by TSLP produced in inflamed tissues to migrate into the interstitial environment of peripheral tissues and to initiate a suitable immune response [ 27].

As cell phenotype has been shown to vary greatly between cells that are cultured on 2D surfaces and in 3D matrices, fabrication of robust and biocompatible 3D material scaffolds that better mimic extracellular environment of natural tissues has become of growing interest to the fields of tissue engineering, regenerative medicine, and stem cell biology.