Sentence examples for allowing for tracing from inspiring English sources

Thus, points of the trajectories of single spheres could be recorded between the single annealing steps, allowing for tracing the path of single spheres towards and into energy minima regions.

Thus, QD imaging not only permitted clear characterization of autophagy, but further allowed for tracing of the evolution of the phenomenon of autophagy ranging from cellular protection to ultimate cell death.

Rapid update imaging with a single-heart-beat resolution is required and allows for tracing of an extracellular contrast agent passing through the right ventricle (RV), the left ventricle (LV) and the myocardium.

The numerator corresponds to the number of q-ary symbols needed to point out one of the n users; the denominator is the number of symbols used to convey this 'message.' Hence, the fingerprinting rate has a natural interpretation as the fraction of codeword symbols that actually encodes the 'message,' i.e., the identifying information that allows for tracing.

Cohort members were flagged with the General Register Office for Scotland to allow for tracing of deaths and changes of general practitioner.

In Laos, this is possible because the active system of village leaders in place allows for tracing people.

A case study database was created that allows for tracing of findings and interpretations to original data.

The catheter appears as a thin moderately echogenic structure against the background of hypoechoic local anesthetic in the 3D volume view, which allows for tracing its course in the perineural space.

We focused on vertebrates and drosophilids because of the optimal sampling of closely related species and well-annotated genomes within these taxa, which allowed for tracing diverse patterns of repeat array reorganization up to single repeat resolution.

To overcome limitations of the seed-based connectivity analysis, we employed ConGrads (Haak et al., 2014), which allows for tracing the dominant modes of functional connectivity change within a pre-specified region of the brain in a fully data-driven manner.

In addition, we adapted the Methods section in the following way (subsection headed "Data-driven connectivity analysis"): "To overcome limitations of the seed-based connectivity analysis, we employed ConGrads (Haak et al., 2014), which allows for tracing the dominant modes of functional connectivity change within a pre-specified region of the brain in a fully data-driven manner.