Sentence examples for regulating strength from inspiring English sources

However, analyses of modulated gene regulation typically focus on how expression levels of modulators affect regulating strength, instead of the causal relationships, between modulated genes.

Thus, there is a need for systematic characterization for the role of the cytoskeleton in regulating cell sheet strength and contraction.

All three transcripts are known to play a fundamental role in regulating cell wall architecture and mechanical strength [ 30].

PTM is a mechanism for regulating cellular processes; such modifications can alter the strength or number of interactions in which these proteins engage and/or redirect them to sub-cellular compartments as required for proper functioning [1].

For example, MRI cannot distinguish iron-labeled cells from the iron particles; second, the low sensitivity of MRI in clinical trails should be improved by up-regulating the magnetic field strengths, however, the toxic effects of MRI contrast agents on stem cells cannot be ignored [ 7, 19– 22].

This distance has been found to influence the strength of the splicing regulator [ 21], and there seems to be a distance beyond which a motif becomes inactive [ 22] or changes its regulating activity [ 23].

Interestingly, microtubules do not appear to have a major role in regulating cell sheet contraction, while they influence cell sheet strength.

In general, cytokinins may affect seed yield by enhancing sink strength and, consequently, increasing seed size, by up-regulating cell cycle related genes, through the action of sugar signalling and by enhancing phloem unloading and sugar import into the endosperm through enzymatic activity of cell wall invertase [ 12].

Nonetheless, it is important to recognise the role that strength and resistance training can have in promoting health and regulating weight in overweight and obese children.

Though we cannot rule out that other mechanisms, including modifications to the spiking output of LMAN neurons, LMAN-RA connectivity strength, and the receptor composition at LMAN-RA synapses, contribute to regulating variability, our results suggest that reorganization in HVC-RA connectivity is the dominant mechanism underlying learning-related reduction in vocal variability.

In a self-regulating gene, a transcriptional repressor negatively regulates its own expression and, within certain network architectures and ranges of feedback strength, noise can be effectively reduced.