Sentence examples for proportion of domains from inspiring English sources

Numerical results, associated to this first part, showed the effectiveness of this awareness strategy while the targeted region, aiming to control, was still sensitive to the adequate contacts proportion of domains at high risk.

We derive a similarity measure between all pair-wise combinations of species based on the predicted proportion of domains or DDIs that are shared between species, by using the basic probability set theory.

We then tested the association by comparing the proportion of domains with entropy = 0 to that of 10 000 randomized subject and escape assignments within each domain with respect to the overall subject and escape percentages.

Fig. 3c shows a heat-map of the representative from the GAP domain superfamily with residue positions coloured according to the proportion of domains in the superfamily having a residue at that site involved in protein interactions.

Differences between the proportion of domain in each exercise were not significant (two-tailed t-test; α = 0.05).

Therefore, we tested the hypothesis that in algae, longer proteins tend to evolve more rapidly because they contain a larger proportion of linker sequences or a smaller proportion of domain sequences (domain%).

Our result provides some support for the notion that there is a global correlation in metacognitive ability across domains (McCurdy et al., 2013), but also is consistent with a large proportion of domain-specific variance that may be linked to separate brain systems underpinning perceptual and memory metacognition (Baird et al., 2013; McCurdy et al., 2013).

Second, in order to show the importance of considering the spatial spread of the epidemic, we show in the same section of simulations the influence of values of adequate contact proportions of domains at high-risk on a neighboring domain that is characterized by less risk of infection.

This finding is in agreement with similar results obtained in mouse, where, compared with the intracellular (cytoplasmic and nuclear) domains, a greater proportion of extracellular domains possess higher ω values [ 13] and are subject, on average, to greater positive diversifying selection.

Although the absolute number and diversity of GH domains is similar, the proportion of GH domains predicted to have activity against components of woody plant materials (cellulose, xylan, mannan, and rhamnogalactans) in the T. turnerae genome (Figure 5) is 53%, nearly twice that of S. degradans (29%), C. japonicus (29%) or the Nasutitermes sp. hindgut community (27%).

A segmentation analysis of Amel_4.5 to identify GC compositional domains that are homogenous in GC content within domains, but different in GC content across domain boundaries, showed that the genomic proportion of compositional domains low in GC content increased in Amel_4.5.