Sentence examples for more precisely characterizing from inspiring English sources

Epidemiologic studies have proved informative on the quantitative risks of radiation-caused cancer but we now face the challenges of more precisely characterizing risks at lower levels of exposure and also of assessing modifiers of the risks, including dose rate, genetic susceptibility, and other environmental exposures.

The Comprehensive Evaluation of Risk Factors in Older Patients with AMI (SILVER-AMI, R01HL115295, PI Chaudhry) study was designed to address these knowledge gaps by melding principles from geriatrics and cardiology with the goal of more precisely characterizing the risk of traditional clinical events, as well as patient-centered outcomes, in older adults with AMI.

Streams were classified using this system to more precisely characterize high and low gradient reaches in relation to morphological features.

The present investigation was designed to more precisely characterize these subsets in terms of both phenotype and developmental potential.

Results showed that the SPM model can more precisely characterize landscape patterns than hard classification methods can.

In each reneging case, the operating system was fingerprinted thus allowing the reneging behavior of Linux, FreeBSD and Windows to be more precisely characterized.

So, the yield point is more precisely characterized by a critical value of strain, rather than a unique value of the yield stress.

To more precisely characterize pre- and post-eruption temporal changes in seismicity, we searched for additional events using a matched-filter technique (e.g., Shelly et al. 2007; Kato et al. 2012, 2013).

The results of the numerical simulations highlight some limitations in the testing methods which are currently accepted, and suggest the use of new parameters to more precisely characterize the behaviour of such interceptive devices for falling rocks.

In SG-1, a novel red-light-based phototropism in roots and hypocotyls of seedlings that was noted in TROPI was confirmed and now can be more precisely characterized based on the improvements in procedures.

To more precisely characterize the effect of pros LoF at the cellular level, we generated null-mutant MARCM NB clones in the developing postembryonic brain using prosv17.