Sentence examples for controlling activity in from inspiring English sources

So you've got an anti-car-theft wall manned by Israeli guards that can't be bothered to stop passing cars, and a Palestinian Authority tasked with controlling activity in an area they have no jurisdiction over.

It is possible that the mechanisms controlling activity in these two strains are specific to only those strains.

This translocation effect relies on phosphorylation, and is probably the more important event in controlling activity in cells (Clifford et al., JBC, 2000, and many other papers).

Clearly, our PPI analysis alone cannot prove that lPFC controls activity in the fusiform cortex; the observed pattern of connectivity could equally well be produced by the fusiform controlling activity in the lPFC.

During the transfer runs, regulation of the differential feedback signal was accomplished by mainly controlling activity in the SMA (Fig. 3, transfer run column; SMA 1-sample t-test: t(6) = 4.27, p < 0.01; PHC 1-sample t-test: t(6) = 1.36, p = 0.22).

However, there is good evidence that this master protein kinase is also involved in the regulation of inflammatory responses and has controlling activity in dendritic cells, T-lymphocytes, macrophages, endothelial cells and monocytes.

The power to control activity in Cyberspace has only the most tenuous connections to physical location.

To create the new strain, the scientists attached an "on-off switch -a switch -af DNA called a stretchecific profoter because it controls activity in particular types of cells-to a molecular DNAicalledt chops out genes.

Heterologous channel expression can be used to control activity in select neuronal populations, thus expanding the tools available to modern neuroscience.

Thus, what participants are doing in these experimental conditions is utilizing perceptual feedback from the environment to control activity in the brain.

Using differential real-time fMRI neurofeedback, we demonstrated that participants could learn to simultaneously control activity in the SMA and the PHC (Fig. 3).