Sentence examples for coupling regulation from inspiring English sources

Interestingly, ANXA6 down-regulation is accompanied by an increase in SERCA1 expression levels, which is probably related to the modulation of the events involved in excitation-contraction coupling (regulation of muscle contraction – GO 0006937).

These simulations demonstrate a fundamental feature of the E-C coupling regulation.

Although we also found that the general splicing patterns are highly correlated with gene expression levels, the exact molecular mechanism of the coupling regulation is still unknown.

As discussed below, coupling regulation of different physiological properties may be beneficial from an energy conservation point of view, and/or it might reflect common signaling systems diverging to regulate several sets of diverse genes.

This we propose is achieved through the development of post-translational processes, which serve to partly de-couple regulation from transcription.

While insufficient to explain the stronger regulation displayed by some of the target mRNAs of these RBPs, these mRNA-level changes could synergize with other modes of cell-cycle coupled regulation of these RBPs (e.g. phosphorylation, degradation) to maintain tighter coordination between cell cycle phase and the expression of their downstream target transcripts.

Factors that could potentially couple regulation of mRNA level and protein translation are microRNAs (miRs) and RNA-binding proteins (RBPs).

This seems to suggest that Tsl1 has a role in glycolytic regulation or, alternatively, might couple regulation of trehalose metabolism to the glycolytic flux.

Due to the highly coupled regulation of flux and concentrations in metabolic networks [ 28], it is not surprising that the MINLP-based formulations, especially the flux based R-DFBA and R-DFBA CF, outperform the rest of the investigated approaches.

So you need to couple regulations on insurers with a requirement that everyone have insurance.

Based on these observations, we hypothesized that Edc3 binds to a cellular metabolite in a manner that regulates its function, thereby coupling posttranscriptional regulation of gene expression to some aspect of metabolism.