Sentence examples for architectural differences from inspiring English sources

First, the degree to which genetic associations are shared or population-specific in the presence of either shared or disparate genetic architecture; second, how architectural differences in LD patterns might affect the pattern of genetic association; and third, whether ethnically stratified disease prevalence is directly attributable to genetic or gene-environment interactions.

Here, we report a series of studies that reveal substantial differences in the effort required to finish shotgun-generated genome sequences from different vertebrates, reflecting significant architectural differences between orthologous regions of these vertebrate genomes.

These architectural differences between the systems indicate that different loaded turbidity currents have built up both systems.

Although cytoarchitectonic organization of the mammalian cortex into different lamina has been well-studied, identifying the architectural differences that distinguish cortical areas from one another is more challenging.

In fact, architectural differences seem to have cut short their meeting of the minds.

It's as if there are too many ideas crowding for space in her brain: at one juncture, a question about her penchant for working with British musicians ends up with her explaining to me the architectural differences between various periods of the Victorian gothic revival.

However, thanks to the architectural difference between computer and human brain, it is not possible for digital computer to outperform the biological brain in the near future.

Remarkably, when the amount of CuI catalysts is less than 50 ppm, 9a-CuI exhibits considerably higher catalytic efficiency than 14a-CuI, which is attributed to the architectural difference of the two used DPs 9 and 14.

Linux and Windows desktops may look similar, but there is a significant architectural difference between the two the Windows GUI is tightly integrated with the underlying operating system.

A comparative study of the hemoglobins of Lumbricus terrestris (type-I) and Arenicola marina (type-II) showed that only two small differences located in the c4 and c5 linking units are responsible of the important architectural difference present in oligomers.

To clarify the source of the differences measured in the mechanical response, the same scaffolds previously undergoing compression, were scanned by micro computed tomography (μCT) to identify any architectural difference.