Sentence examples for significantly faster evolution from inspiring English sources

Furthermore, test results revealed a significantly faster evolution for zebrafish CNE enhancers than their teleost relatives.

Female-biased genes expressed outside of reproductive tissues located on XL showed significantly faster evolution than autosomal genes (table 3).

Focusing only on chained DA blocks, we still find significantly faster evolution in daughter compared with parent loci (FET: P = 0.002, OR = 23.69 [95% CI, 2.71 282.99]; see row five in table 3).

Confirming previous observations, protein-coding sequences and the CNE non-enhancer sequences portrayed a significantly faster evolution among teleosts than for tetrapods (supplementary tables S6, S7, S9, and S10, Supplementary Material online) (Jaillon et al. 2004; Brunet et al. 2006; Steinke et al. 2006; Stephen et al. 2008; Lee et al. 2011).

In teleosts, these relaxin family genes are subject to strong or moderate purifying selection: rln3a, rln3b and rln are all similar in sequence and highly conserved, insl5a exhibits a slightly faster rate of molecular evolution, and insl3 and insl5b exhibit the highest levels of molecular evolution in teleosts, the latter having a significantly faster rate of evolution than its paralogue insl5a.

This is supported by significantly faster rates of evolution in multiple sites of Akirin1 compared to its paralogue (fig. 7, fig. 8).

This significantly faster coding sequence evolution in teleosts than in other vertebrate genomes (P < 0.01, CP > 95%) can be best explained by the documented "plasticity" of teleost genomes (Venkatesh 2003).

Furthermore, rate analyses pinpointed a significantly faster rate of evolution for tetrapods than that of teleosts since their divergence from their last common ancestor (supplementary tables S2 and S3, Supplementary Material online).

Although tissue-specific genes are known to evolve faster than those with broad expression patterns (Haerty et al. 2007; Meisel 2011), this cannot completely explain our observations, as genes expressed in male or female reproductive tissues had significantly faster rates of evolution than unbiased genes that were expressed in a single somatic tissue (fig. 2 A ).

Based on alignments of the EST fragments to homologous sequences in Drosophila and Anopheles, we identified 20 putative gene duplication events in T. dalmanni and numerous genes undergoing significantly faster rates of evolution in T. dalmanni relative to the other Dipteran species.

We show a significantly faster rate of molecular evolution in chloroplast genes of species-rich lineages of the family Proteaceae.