Sentence examples for much faster evolution from inspiring English sources

Next is a Mini convertible, due this spring, just two years after the original Mini went on sale -- a much faster evolution than that of the Beetle and the PT.

We contrasted the random generation of DNA sequence for KcsA, a bacterial two-transmembrane-domain (2TM) potassium channel, from Streptomyces lividans, with an under-selection scenario, the "jackprot," which predicted much faster evolution than by chance.

Consequently, the putative polysaccharide-binding domain (domain II) might have evolved to adapt to different components of the cell wall, thus promoting functional divergence and much faster evolution.

Leukaemias originating from older progenitors present a more aggressive phenotype, and have a much faster evolution, than leukaemias initiating in young progenitors.

On the other hand, when the duplicated gene does not preserve its original order, it is subject to much faster evolution and less selective pressure as it is shown by comparing the respective Ka/Ks ratios (Fig. 2).

Artificial selection can induce much faster evolution, such as enhanced cold tolerance in three-spined sticklebacks (Gasterosteus aculeatus) within just three generations (Barrett et al. 2011), and improved heat tolerance in rainbow trout within 15 generations (Ineno et al. 2005).

It may not all be genetically based behaviors; it could also be learned or cultural transmission, and that spreads much faster than evolution".

Thus, for the subset of duplicated peptides where we can infer a parent daughter relationship, we find much faster noncoding evolution in the regulatory regions of the newly formed daughter gene.

But he says he is surprised that phonemes can be used to trace language evolution so far back in time and that over the course of tens of thousands of years phoneme diversities in far-flung areas of the world have not "drifted back to the sizes found in Africa" because cultural evolution of phonemes is "much faster than genetic evolution".

In accordance with this, we did find much faster rates of evolution in the western African samples; all collected during two epidemic outbreaks each spanning just two years.

The traces of homologous recombination have been detected through comparative analysis of the genomes of many bacterial pathogens including Streptococcus spp [ 1], Listeria monocytogenes [ 7] Campylobacter [ 8], Escherichia coli [ 9], Chlamydia spp [ 10] and Salmonella spp [ 11], and can constitute a much faster mode of evolution than point mutations [ 4, 12, 13].