Sentence examples for may orchestrate a from inspiring English sources

It's probably too soon to write off many as failed investments, as they may have developed technology of value to an acquirer or may orchestrate a successful pivot.

Our data suggest that, while exerting a direct effect on a subset of the regulated genes, EBNA-1 may orchestrate a broad rearrangement of transcription by regulating the expression of genes involved in nucleosome maintenance and chromatin architecture.

However, in cancer cells, an excessive number of centrosomes can give rise to supernumerary spindle poles that may orchestrate a multipolar mitosis (MM), where the chromosome complement is pulled into three or more directions at anaphase [3], [4].

Both OR types have a high level of expression in multiple brain regions (Trivedi et al. 1998) and thus orexins may orchestrate a large number of processes in the nervous system (Fadel et al. 2002).

It is possible that the actions of a few genes may orchestrate a large effect but, equally, it has been proposed that Eutrema genes required for salinity tolerance are constitutively expressed in this plant which is adapted to saline soil conditions [ 48, 49] and therefore salt-responsive genes are not detected as DEGs.

However, immunocompetent cells may absorb CNTs because of their nanosize, may not absorb some CNTs completely because of their fibrous form, and may orchestrate the development of an inflammatory response to residual metals and other factors in CNTs.

Workflows may orchestrate complex scientific experiments with a large number of workflow nodes.

UNC93B1, which can associate with TLR3, TLR7 and TLR9, may orchestrate TLR trafficking and plays a key role in regulating autoimmunity.

In lymphoblast cell lines, the cohesin subunits clearly precipitated at the PEG13-DMR, suggesting that a CTCF-cohesin complex may orchestrate higher order chromatin loops.

To summarise, a number of candidate cells may orchestrate the circadian oscillation in IL-6 secretion.

Secondly, a genuine physiological energy demand may orchestrate matching increases in substrate oxidation using signalling cascades that are not recruited by drugs and ionophores, so the physiological maximum mitochondrial ATP synthesis rate may still exceed the artificial one.