Sentence examples for divergence and complexity of from inspiring English sources

Despite the divergence and complexity of the Aedes genome with respect to Anopheles, the comparative analysis of our miRNA data sets and Ae. aegypti miRNAs revealed that more than a half of miRNAs were evolutionary conserved between these species.

Establishment of precise analytical methods that can detect all or the majority of the HCP in the biologic represents a challenge, due to the vast molecular divergence and complexity of HCP.

The proportion of distinct vs. total genome-matched reads represented the degree of divergence and complexity of the small RNA population being captured in the library, which was from 0.346 to 0.455 for wild-type and from 0.350 to 0.439 for the nrpe samples (Table S1A ).

Add to this cellular/regional variations in responsiveness, as well as patient biological divergence, and the complexity of analysis of even just two modalities of Figure 1 (gene expression and labour) becomes immense.

These mechanisms enable different degrees of phenotypic divergence and complexity with variation in traits from genomes with similar gene contents.

The functional alterations under the positive selected functional divergence evolved the complexity of the VFTMs of class C GPCRs.

Thus, these introns appear to have been present in very ancient ancestral genes predating even the cnidarian/Bilateria divergence, and the remarkable genetic complexity of Nematostella [ 14], toghether with the high level of conservation of intron positions between Cnidarians and Vertebrata, makes questionable a correlation between morphological complexity and gene structure.

Combining data from direct observation, personal interviews, and surveys, together with analysis of extant theory and policy documents on GIPs, our results highlight three points of divergence: first, over the complexity of defining prize specifications; secondly, over the nature and role of incentives, particularly patents; thirdly, the overlooked challenges associated with prize governance.

The sequence diversity of PGs and the complexity of their expression in the oil palm fruit tissues contrast with data from tomato, suggesting functional divergence underlying the ripening and abscission processes has occurred between these two fruit species.

Both divergence and flutter instabilities of curved pipes are investigated.

It is then evident that computing the Jensen-Shannon divergences, the Normalized Shannon Entropy, and the Statistical Complexity of samples reveal different global transcriptional changes.