Sentence examples for subsequently capable of from inspiring English sources

Only hGRα is therefore able to bind ligands effectively and is subsequently capable of binding and activating glucocorticoid-responsive elements (GRE) on the DNA transcriptional level.

We utilize GOx that is selectively bound to a target and subsequently capable of rapidly catalyzing the polymerization of a fluorescent polymer film.

For tumor cells, blood is only a temporary compartment, and it is not known whether a significant proportion of CTCs survive and are subsequently capable of forming detectable metastases.

Rather, it is viewed as deviations from steady states (or disruption of ongoing processes) which are subsequently capable of driving more deviations (with or without activation of specific stress pathways).

Keiffer and Bond demonstrated that Meprins A and B cleave IL-6 to a smaller product and, subsequently, are capable of extensive degradation of the cytokine [ 29].

Studies have shown that such stress tends to lower the diversity in microbial communities, which are subsequently less capable of dealing with further environmental fluctuations (Atlas and Bartha 1987).

Using flow cytometry and single cell culture, however, these authors went on to show that the converse can also occur - CD44pos; can4poscells can give rise to their CD44pos; CD24low/- counterparts, and are subsequently also capable of initiating tumors as xenografts with high efficiency.

Subsequently, a ligand capable of binding the OBP via the protein's binding pocket will displace the dye and in doing so quenching fluorescence; these changes are observed with a spectrophotometer.

However, subsequently, parents appeared capable of understanding and assimilating this information into their lives.

Apple has published a temporary workaround for iOS users affected by the bug, which was found to affect iPhones earlier in the week, and subsequently revealed to be capable of affecting the Apple Watch, iPads and Macs.

Transfected DC2.4 cells were shown to be capable of subsequently activating antigen-specific T cells, demonstrating the potential of these multifunctional triblock copolymers for mRNA-based vaccination strategies.