Sentence examples for systems to decipher from inspiring English sources

High-speed firms engage in what critics say amounts to insider trading, using super-charged systems to decipher trading patterns.

[11] Because argon is a noble gas, in principle, it should be among the simpler systems to decipher.

We used the bacteriophage HK97 as a model system to decipher the molecular mechanisms underlying the recruitment of the maturation protease by the assembling procapsid and the influence exerted onto the latter.

The present study introduces a simple and genetically tractable system to decipher the complex bidirectional chemokine signaling between macrophages and tumor cells in vitro and in vivo.

As a cell system to decipher the intracellular mechanisms underlying the effects of KGF on ductal cell proliferation in vitro, we used Panc-1 cells, a ductal cell line derived from human adenocarcinoma.

Together, these results suggest that human HSF1 expressed in yeast is maintained in a constitutively repressed state through mechanisms similar to those of mammalian cells and that the yeast system can serve as a simplified assay system to decipher the complex mechanisms regulating human HSF1 activity.

Hence, galliformes provide a unique model system to decipher an alternative control mechanism of energy homeostasis and we intend to further study this in the Japanese quail.

The molecular mechanisms underlying gene regulation are multi-layered, with regulatory inputs traversing both within and across different layers, thus providing a very difficult system to decipher.

In this context, fast growing trees such as Eucalyptus will play a major role, not only as wood supply, but also as a model system to decipher the determinism of growth.

and leaves of the lima bean (Phaseolus lunatus L). has provided evidence of both early and late events, and has been used as a model system to decipher plant-insect interactions [ 1- 5].

Together, these results suggest that when human HSF1 is expressed in yeast, it is maintained in a constitutively repressed monomeric state through mechanisms that are similar to those of mammalian cells and that the yeast system can serve as a simplified assay system to decipher aspects of the complex mechanisms regulating human HSF1 activity in mammalian cells.