Sentence examples for enabling stem cells from inspiring English sources

Cellular migration is a critical repair-mediating stem cell function, enabling stem cells to move toward, interact with, and repair damaged tissues.

Therefore, the development of tools enabling stem cell-specific study represents a formidable challenge.

Taken together, we hypothesize that MECOM/EVI1 regulates the epigenetic machinery enabling stem cell-like properties in specific melanoma subpopulations.

These organs provide powerful systems for understanding the mechanisms that enable stem cells to regenerate or renew ectodermally derived tissues, and remarkable progress in our understanding of these systems has been made in recent years using mouse models.

Cell tracking using the PGK-H2BmCherry and PGK-H2BeGFP-containing vectors will enable stem cells and their differentiated derivatives, regardless of lineage, to be followed in cell mixing and in vivo engraftment studies.

These markers also enable stem cells to be tracked and their functions to be characterized.

As asymmetric stem cell division is an important property that enables stem cells to self-renew and differentiate, the balance between symmetry and asymmetry is a tool that enables stem cells to maintain required numbers of progeny cells.

Further studies are likely to identify many more targets of let-7 that enable stem cells to adapt their properties to the changing needs of the organism over time.

Although differences are expected between the physiology of adult caloric restriction and embryonic ND, the nutrient-sensitive restriction point that we describe here could play a role in other tissues to enable stem cells to preferentially withstand ND compared with restricted progenitors.

Low levels of Myc stimulate proliferation and enable stem cell expansion, while high levels trigger accumulation of terminally differentiated cells and thereby prevent neoplastic conversion to squamous cell carcinoma.

Differentiation of transplanted stem cells into cardiomyocyte-like cells and the corresponding paracrine effect enables stem cell therapy (SCT) for ischemic cardiomyopathy to replenish the lost myocardium, reduce cardiomyocyte apoptosis in the infarction region, alleviate ventricular reconstruction, and improve short-/long-term cardiac function in patients.