Sentence examples for sharing a common function from inspiring English sources

Additionally, some proteins, despite sharing a common function, are more diverse at the sequence level.

C2 curated gene sets from the Broad Institute, based on prior biological knowledge, sharing a common function, were used for the analysis.

Genes sharing a common function, such as being involved in the same biological pathway, tend to share similar regulatory mechanisms and therefore appear as co-expressed genes in their expression profiles [ 19].

To overcome such a limitation, Hirose et al. [ 12] proposed a module-based gene network estimation which explores genetic networks of the transcriptional modules which are sets of genes sharing a common function or involved in the same path way rather than the use of gene level networks.

Although from the analysis of the tomato fruit cDNA libraries only SIXTH5 was found expressed [ 60], our array-based gene expression analysis suggests that all the three isoforms of group 3 could be involved in fruit development sharing a common function.

In mammals, our analysis detected positively selected (PS) sites in exposed regions in both TLR1 (286Q, 286Q Figure 3A) and TLR6 (296D Figure 3B) at similar regions (suggesting both regions are functionally important, and possibly share a common function) in or near the central domain but not in TLR2.

This approach is based on the commonly accepted assumption that orthologs genes derived by speciation are more likely to share a common function, in contrast to paralogs genes derived by gene duplication which are expected to diverge functionally over time [ 1, 2].

When two or more components actually share a common function, they are described as actually redundant.

Potential redundancy implies that under the right circumstances, two or more components could share a common function.

The activity of the cell is often coordinated by the organisation of proteins into regulatory circuits that share a common function.

This method is used to analyze the kinetics of photoinduced electron transport in the reaction centers (RC) of purple bacteria and the fluorescence induction in the granum thylakoid membranes which share a common function of converting light energy.