Sentence examples for multiple stem cells from inspiring English sources

Variable numbers of unique tags were present within each crypt, as expected because crypts contain multiple stem cells.

They also showed that intestinal metaplastic crypts are clonal, possess multiple stem cells, and that fission is a mechanism by which intestinal metaplasia spreads (McDonald et al. 2008).

Multiple stem cells per crypt niche may help ensure lifelong crypt survival because stem cell losses are readily and normally replaced.

In light of the robustness of a healthy tissue with multiple stem cells per crypt, could it be plausible that a single stem cell and its lineage becomes dominant for the (mal)functioning of a tissue?

In addition, c-kit is essential for the differentiation of multiple stem cells and acts as a oncogene in some types of cancer cells, suggesting it is possible that RHAU is involved in not only the controlling of spermatogonia differentiation, but also other types of stem cell differentiation and tumorigenesis.

Initial findings are consistent with generally accepted colon crypt physiology – widely separated and most directly adjacent adult crypts are not closely related [ 23], branched crypts are different from single crypts and represent possible fission intermediates [ 5, 6], and crypts maintained by niches containing multiple stem cells [ 12, 14- 16].

We identified 40 individual genes and 224 stemness modules with reproducible and specific up-regulation across multiple stem cell types.

HLCs can be derived from multiple stem cell types, such as embryonic stem cells (ESCs), induced pluripotent stem cells (iPSCs), hepatic progenitor cells (HPCs), and mesenchymal stem cells (MSCs).

Stem cell released molecules (SRM) production employs a proprietary manufacturing process that allows the collection of a wide variety of soluble and properly folded proteins and signaling molecules with complete post-translational modifications and exosome packaging from multiple stem cell types important to immune modulation, and tissue repair and regeneration.

Both in vitro and in vivo evaluations further demonstrated that the resultant SLS-derived scaffolds can not only manipulate multiple stem cell behaviors including promoting cell adhesion, supporting cell proliferation and inducing cell differentiation in vitro, but also showed an excellent histocompatibility and induced the vascularization of newly formed tissue in vivo.

Modules with high cell-diversity had a high fraction of up-regulated genes across multiple stem cell types.