Sentence examples for lesser divergence from inspiring English sources

Phylogenetic tree for the HIRA family suggested relatively lesser divergence in this family.

Peaks in the distribution of divergence values correspond to episodes of transposable element proliferation, with peaks associated with greater divergence representing more ancient proliferation events and peaks associated with lesser divergence representing more recent events.

Moreover, >50%% of the young gene duplicates identified in humans have lesser divergence at synonymous sites than the average divergence between human and chimpanzee orthologs (K S  = 0.011) [ 28].

Sequences of 10 out of 12 strains for subtype D clustered together, and with a reference sequence from Uganda indicating a strong phylogenetic relationship and lesser genetic divergence compared to subtype A sequences.

Therefore, if TNPO3 is comprised of two subfamilies, this lesser degree of divergence in plants and higher degree of divergence in Opisthokonta potentially reflects differing selective forces between the eukaryotic lineages.

Similarly, the cluster analysis with microsatellites identified the pampa group when K = 2 and excellens when K = 3, indicating a lesser degree of divergence between the TUX and SMO genotypes in comparison to those of YUC.

In addition, we also deduced that a lesser degree of functional divergence occurred within EXPA/EXPB and EXPB/EXLB based on the coefficients of functional divergence and the number of identified CAASs.

Rate acceleration after gene duplication is expected to affect synonymous divergence to a much lesser extent than nonsynonymous divergence, if at all.

Although most robust when sample RNA is derived from closely related cichlids, expression profiling results showed consistent hybridization for other closely related taxa (~65 million years divergence) and, to a lesser extent, even very distantly related species.

To a lesser extent, locus LYSO also exhibited strong divergence together with restricted gene flow and both kinds of branching were also observed (Figure 3).

According to the popular macroevolutionary principle known as Williston's Rule (or Williston's Law!), serially repeated parts should occur in numerically abundant and qualitatively uniform series in 'older' or 'primitive' clades, and in progressively lesser number, accompanied by increasing structural and functional divergence, in 'more recent' or 'advanced' clades.