Sentence examples for resolve the changes in from inspiring English sources

The discovery of direct evidences for the acceleration of high energetic particles at the shell supernova remnant RXJ1713.7-3946 underlined the need to calculate the cosmic ray (CR) distribution in the Galaxy on a spatial grid fine enough to resolve the changes in the CR density due to these kind of objects.

TQ Green imaging can also resolve the changes in GSH concentration in PANC-1 cells upon diethylmaleate (DEM) treatment.

Figure 7 illustrates the power of TR-FTIR to resolve the changes in structure and binding at the labeled sites as a function of reaction time.

To resolve the changes in RGC dendritic morphology in greater detail, we mosaically labeled individual RGCs by coinjecting Ath5 Gal4, UAS GFP and UAS:tdTomato DNA constructs into one-cell-stage embryos.

Future studies designed to examine autonomic nervous system activity in non-apneic snorers, before and after prolonged nCPAP treatment, may resolve whether the changes in PNSA and SNSA we observed are an inheritable trait.

Back then, some agencies were denied access to critical information, he said, but those problems have been resolved with the changes in the structure of intelligence agencies.

The partner actively bottle feeding the baby sometimes resolved the change with a shift in values evident towards the importance of partners' bonding and away from the theoretical longer-term benefits of exclusive breastfeeding.

Shining 10 billion times as bright as any previous x-ray source, the Linac Coherent Light Source (LCLS) would probe matter in new ways: simulating conditions within a planet's core, resolving the ultrafast changes in a material's atomic-scale architecture, and determining the structure of a protein from individual molecules.

The PRRSV PCR used at the AHL did not change until after the PCVAD outbreak was resolved indicating that the changes in test positivity were not a result of changing test accuracy.

In each case, spatially resolved maps of the changes in the structure of BFO, associated with each observed response, were also obtained, facilitating not only the interpretation of the observed phenomena but also served as a meaningful method by which to visualize the main spatial information that is essentially spread out over ~102 103 images, each with 1024 × 1024 pixels.

Furthermore, we aimed to resolve the spatio-temporal changes in these parameters that accompany the transition to bud burst, in a simplified developmental system that may provide a platform for further studies in a range of conditions and quiescent states (Considine and Foyer, 2014).