Sentence examples for most tissue cells from inspiring English sources

Most tissue cells grown in sparse cultures on linearly elastic substrates typically display a small, round phenotype on soft substrates and become increasingly spread as the modulus of the substrate increases until their spread area reaches a maximum value.

COX-2 is not normally present in most tissue cells.

Both membrane and soluble TNF can perform their biological function by binding to their receptors including receptor 1 (TNFR1, CD120a) and TNFR2 (CD120b), which are expressed by most tissue cells.

In most tissues, cells are exposed to frequent changes in levels of oxidative stress and inflammation.

In most tissues, cells can iteratively pattern morphogenetic units of similar size into complex forms.

In most tissues, cells other than oocytes and early embryos and also in rapidly proliferating cells such as cancer cell lines, precursor forms of β-subunits are hardly or only faintly detectable (Meiners et al., 2003).

Such experiments show that any nucleus has the genetic information required for the growth of a developing organism, and they strongly suggest that, for most tissues, cell differentiation arises from the regulation of genetic activity rather than the removal or destruction of unwanted genes.

The controlled, sustained and pH dependent release property of LDH is making it biocompatible to most tissues, cell and animals as a whole.

However, most tissue stem cells (e.g. hematopoietic and neural stem cells) cannot be efficiently expanded in culture by present technologies.

Expression of p1@MECP2 in humans and mouse was found above 5 TPM in most tissues, primary cells and cell lines, suggesting that transcripts arising from this promoter were ubiquitously expressed.

Identifying and characterizing stem cell niches have been complicated by the fact that in most tissues stem cells are extremely rare and, in many cases, specific markers allowing the precise in vivo identification of a stem cell are lacking.