Sentence examples for respond to processes from inspiring English sources

Transnational tobacco companies (TTCs) may respond to processes of regional trade integration both by acting politically to influence policy and by reorganising their own operations.

This study provides, for the first time, a detailed exploration of the way in which local communities may respond to processes designed to engage them in decisions about consolidating local hospital services on fewer sites.

Our analysis intends to detect forces with large-scale effects (there are typically hundreds of genes in each of the bins in our analysis), and is therefore unlikely to respond to processes that have more localised effects in the genome.

This observation may indicate that alluvial fans are more responsive to sub-basin scale processes as opposed to fluvial terraces that are more likely respond to processes active across the entire basin.

The performance of the operator is translated to two metrics – margin-of-failure and available-time to respond to process events – which can be calculated using process operations data that can be generated from training simulator based studies.

For example, the limited analysis to date has demonstrated that transnational tobacco companies (TTCs) have responded to processes of regional trade integration both by attempting to influence public policy and by restructuring their own operations.

We spoke with Brigid Bergin, a reporter from the public radio station WNYC in New York, who has been covering the trial to see how victim's families are responding to process.

We find that the excited state N chemical shift of L67 matches well with the value in holo SOD, confirming that L67 also responds to process I. Thus, L67 is a probe of both processes I and III.

The GI tract can only respond to pathological processes in a limited number of ways, so different pathological processes may produce identical symptoms.

The combination of habitat and demographic modeling allowed us to create models that address processes driving these populations at all scales, which is critical to understanding how regional populations respond to landscape processes such as habitat loss and fragmentation.

Although the developmental progression of an individual cell cannot be measured by this approach, it nevertheless provides a dynamic view of hundreds of cells across a developing epithelium as they respond to signaling processes.