Sentence examples for course of stem from inspiring English sources

To what extent the proximate course of stem cell fate might be conditioned by marked feeder cell contaminations during early EB development remains to be elucidated.

Thus, one model of ageing predicts that replicative and oxidative stress in the course of stem cell proliferation leads to slow stem cell attrition throughout adulthood, and this attrition ultimately degrades tissue homoeostasis.

Hierarchical divisive clustering was performed on the 4635 genes whose means were most significantly different from the gene-wise mean of all stages (q-value <0.05), thereby filtering out the great majority (22 294) of genes whose expression displayed little perceptible change during the course of stem elongation.

Radial glia, of course, are a form of stem cells, therefore the results of Stockinger et al. [49] suggest that JIP-1 and JIP-2 are expressed in neurons but not in radial glial cells.

And, of course, proponents of stem cell research typically do not argue only that the research is permissible but also that the research should be eligible for federal funding.

The comparison of the effect of water availability on the productivity of mixed versus monospecific stands was based on the course of annual stem volume productivity (abbrev.

Bees and wasps, for their part, face a never-ending obstacle course of leaves, stems, and petals bumblebees crash their wings into obstacles as often as once a second.

Certainty is a key factor when different courses of action stem from judgment.

In the course of brain injury, stem cells initiate neuroprotection and neural repair by inflammatory suppression, causing tissue reconstruction and avert cell damage.

The C-GAG copolymer matrix scaffold was cut into blocks of 6×× 4 × 3 mm (72 mm) before implantation, and we designated an optimal degradation time of around 28 days, in step with the time course of endogenous neural stem cell (NSC) proliferation and differentiation [ 10].

Overall, the above data taken together support the notion that impaired sponge angiogenic capacity during the course of diabetes might stem, at least in part, from a combination of decreased VEGF and/or cFLIP expression and increased activity of TSP- or PEDF-NF-κB-FasL-dependent signaling.