Sentence examples for uncoupling for from inspiring English sources

To quantify the transcriptome/translatome uncoupling for each paired dataset, we calculated the percentage of uncoupled DEGs, which outnumbered coupled DEGs in two thirds of the analyzed datasets (14 out of 19 comparisons, Figure 2A) the percentage of uncoupled DEGs ranging from 43.2% to 89.7% with an average of 64.8%.

Similarly, the reduction in plasma NEFAs may lessen OXPHOS uncoupling for more efficient ATP synthesis.

This is consistent with known caveolar localisation of cardiac eNOS, essential to its protective functions (caveolae and caveolins regulating protective eNOS activation against injurious uncoupling for example).

In particular, in the case of brain imaging, addressed to detection of hemoglobin content and oxygenation, time-domain measurements have been proposed as a means to reach deeper structures (brain cortex) uncoupling for the masking effects caused by more superficial tissues [ 2– 7].

Now that the two concepts have been uncoupled for at least a generation, there is the possibility that Streatfeild's books will start to read like medieval runes.

The new computer program VISCAN enables exact modal densities to be computed very economically for any prismatic assembly of isotropic or anisotropic flat plates which are simply supported at their ends and are rigidly connected together along their longitudinal edges, so long as bending and in-plane displacements are uncoupled for the anisotropic plates.

This may be less of an issue with the migrant studies, with their potential for uncoupling of some of the correlations, and might explain the tendency for greater differences remaining after control.

The results provide further evidence for uncoupling of bone remodeling in patients with PsA.

These results provide evidence for uncoupling of drug-induced NF-κB activity from the suppression of apoptosis through increased anti-apoptotic gene expression by NF-κB.

The above formulation of the model allowed for uncoupling of the lactate model from the whole-body glucose metabolism, which in part is insulin dependent, using a forcing function for the plasma glucose.

It has been suggested that the main reasons for uncoupling of mRNA and protein abundances are protein regulation by post-translational modification, post-transcriptional regulation of protein synthesis, differences in the half-lives of mRNA and proteins, or possible functional requirement for protein binding [ 22].