Sentence examples for more functional divergence from inspiring English sources

The higher frequency of alternative splicing events in potato NAC family indicates more functional divergence of StNACs than that of rice.

These features imply a low level of functional differentiation and possibly an mRNA dosage increase as an explanation for the retention of both duplicates in CRPs, although new provocative evidence suggests more functional divergence than expected [ 45].

The clustering profiles using the funsim score and the BP-funsim score show that the E. coli moonlighting proteins have slightly more functional clusters on average, i.e. more functional divergence in their phylogenetically related proteins, than their non-moonlighting counterparts.

The expression profile diverged more in paralogous than orthologous gene pairs, consequently paralogous genes might contribute more towards functional divergence than orthologous genes over evolutionary history in Brassicaceae family.

Paralogs might contribute more to functional divergence than orthologs over the evolution of Brassicaceae.

Thus, the homoeologous Rc-1 genes contribute more to functional divergence than do the structural F3H genes.

Just as genes involved in different biological pathways have been observed to evolve at the sequence level at different rates (Aris-Brosou 2005; Wolf et al. 2006), certain classes of genes may show more rapid functional divergence.

Regulatory genes probably contribute more to the functional divergence between the wheat genomes than do the structural genes themselves.

Our general conclusion is that regulatory genes probably contribute more to the functional divergence between the wheat genomes than do the structural genes themselves.

Since retrogenes are often distant from their parental counterparts and lose the original regulatory elements, they are more likely to undergo functional divergence.

FunTree enabled much more comprehensive studies of functional divergence in domain superfamilies and confirmed the previously observed trends of conservation of chemistry between parent and child nodes in the phylogenetic tree but also highlighted frequent divergence in substrate specificity within some promiscuous enzyme superfamiles.