Sentence examples for differences in the functionally from inspiring English sources

When applied to publicly available nucleosome profiles for yeast (Kaplan et al., 2009), DiNuP reliably detected differences in nucleosome positioning in a sequencing-depth-dependent manner, and the detection of nucleosome position differences in the functionally important regions implies a close relationship between nucleosome positioning and eukaryotic transcriptional regulation.

The long loops P-1 and P-3 in the fibrinogen γ fragment are shortened by 14 and 7 amino acids respectively in the FBG domains and TL5A, and represent the major structural differences found in the functionally important domain P. The domain P also has very different surface charge in the two structures.

Differences in the function of κ-casein between various species, raises the question of whether κ-casein of cow can functionally replace that of human.

Significant differences in the proportion of functionally annotatable singletons between runs were tested with KS tests in R (www.r-project.org, last accessed April 2013).

However, we have documented large breed variations in allele frequencies of the coding SNPs in important cancer genes, and there are probably similar differences in the frequency of functionally active haplotypes between dog populations.

If the mRNA levels indicate differences in functionally active proteins, the correlation between Hsp70 expression and salinity might reflect a direct role of the stress protein in salinity tolerance by black-chinned tilapia.

The combined use of expression data with known QTL positions and expression clusters should further narrow the list of candidate genes to identify functionally important differences in the soybean genome affecting iron efficiency.

Recently, divergence in neuromast number and morphology has been functionally linked to differences in the ability to feed in the dark between surface- and cave-dwelling tetras (Yoshizawa et al. 2010).

In the superior colliculus, we also observed differences in the localization of LEF1 and TCF7L2 between functionally distinct subdivisions.

However, there were statistically significant differences in the cellular response depending on the pore size in the functionally gradient structure.

The results of this report have implications for the development of new probes for downstream pathways and the use of particular probes in bacterial UPPS screening platforms and provide new insights into the effect of subtle differences in functionally identical proteins on substrate recognition.