Sentence examples for much more functionally from inspiring English sources

The difference in conservation suggests that MEHEs are likely to be much more functionally relevant than other types of alternative exons.

Moreover, those zones also appear to be functionally specialised with most proteins in a zone belonging to the top four enriched pathways, while the outer zones are much more functionally diversified (Table 9, Additional file 1: Table S1).

Modules derived from our S. meliloti network appear to be much more functionally homogeneous (Fig. 3a) and produced similar distributions of module sizes (data not shown) compared with the modules derived from random networks highlighting the non-random organization of proteins into modules.

The pattern of genes that were differentially regulated in Mmp8+/+ mice and Mmp8-/ mice are therefore very different: the genes regulated specifically in arthritic Mmp8-/ mice are similar in number but much more diverse functionally.

Electrophysiological studies in macaques and functional neuroimaging in humans suggest, however, a functionally much more heterogeneous IPL than Brodmann's map suggests.

For example, two genes that share a specific function like ' negative regulation of systemic arterial blood pressure' are much more likely to be functionally similar than a pair of genes sharing a more general category like ' metabolism'.

Whether or not under such circumstances it is helpful to describe Judaism as a civilization, it is important to recognize that, viewed functionally, much more must be included than is usually subsumed under the term religion in modern Western societies.

The two-source method is shown to be functionally much more stable and entirely independent of the loading terminations.

Here we test the hypothesis that tropical tree assemblages in both small forest fragments and along forest edges of very large fragments are functionally much more similar to stands of secondary growth (5 65-yr old) than to core primary forest patches.

Our results show that COP1 sequences are functionally much more conserved than SPA sequences, suggesting that gene duplication of SPA genes in the flowering plant lineage has contributed to divergence of SPA gene functions.

We also find that proteins involved in some processes are much more likely to be in functionally homogeneous communities than others.