Sentence examples for constrained segments from inspiring English sources

The differently topographically constrained segments of the ice-sheet switched behaviour as glacial dynamics developed through each glacial cycle.

The basis of the method is to compare the relative divergence of putatively constrained segments of the genome with that of linked putatively neutrally evolving sequences.

The basis of the estimation of selective constraint is the comparison of the relative divergence of putatively constrained segments of the genome with that of linked, putatively neutrally evolving sequences.

In the selectively constrained segments, nucleotides are assumed to fall into two classes: neutral, which evolve at the same rate as the neutral sequence; or strongly constrained, in which mutations are eliminated unconditionally by natural selection.

The comparative method of choice to identify human conserved elements relies on the statistical prediction of constrained segments in pairwise and multiple sequence alignments (Cooper et al. 2005; Siepel et al. 2005; Prabhakar et al. 2006); but is this method applicable to any type of DNA sequence?

Incorporating conformationally constrained peptide segments into the inhibitors did not improve their activities.

This two-year study examined the surface and subsurface architecture and the process-response mechanisms of a high-energy, steep and geologically constrained shoreface segment (1 20 m depth) in Northern Ireland.

Freeway and Manhattan [31] are the most suitable mobility models for VISTA sensor nodes because the mobility of the target in the RoI is constrained on road segments only.

The position and intensity of the higher-temperature transition varied with particle loading and surface chemistry, and reflected the relative populations of segments constrained or immobilized at the particle-polymer interface.

The nanocomposites displayed a dual glass transition behavior in the dynamic mechanical studies encompassing a bulk polymer glass transition (close to Tg for the unfilled polymer), and a second, higher-temperature transition reflecting relaxation of polymer chain segments constrained owing to their proximity to the particle surface.

In other words, first we derive the optimal consumption under a CC tariff under the expectation that the cost cap is not met (i.e., for the PU segment), constrained on the condition that the optimal consumption does not exceed the segment boundary.