Sentence examples for a slower evolution of from inspiring English sources

A comparison of deduced amino acid sequences of the CRYs in the two Xenopus species (Tables S2 and S3) indicated that CRY1 is more highly conserved in the two species (97.4%) than CRY2 (92.8%), implying a slower evolution of Cry1 genes than Cry2 genes.

This could be related to a slower evolution of chelonians during a long geological period (long generation time) compared to rapid evolution of neornithes (short generation time) [ 60, 62].

The hiring -- and the statements accompanying it -- marked the end of a slow evolution of Schottenheimer's opinion of Snyder, played out during his two years as an analyst for ESPN.

The choreography starts off as little more than a slow evolution of balances, but the two dancers find the richness in the music and, as it gears up to its climax at around 1.30.00, they make an immaculate transition into the fiendishly difficult manoeuvre where Yoshida is lifted high on Cope's shoulder and spirals down his body into a low dive.

The results show a slow evolution of the film thickness as a function of time starting from micrometric dimension, at the initial film formation, to a few nanometres prior to film breakage.

The highly prevalent LAM10 family in this study may indicate that the family is spreading rapidly, but could also reflect a slow evolution of the DR region.

It is a degenerative joint disease that most commonly affects the knees, hips, hands, and spine and is characterized by a slow evolution of symptoms (joint pain and stiffness) and disability over time [ 22– 22].

Autoimmunity frequently precedes the development of clinical symptoms by many years [ 5], suggesting an essential or at least closely associated role in pathogenesis, but there is also a slow evolution of the disease through states of 'pre-arthritis' and 'very early arthritis'.

A possible explanation for slower evolution of neural related genes was given by Drummond and Wilke [ 15].

If so, the nature of co-evolutionary dynamics make it difficult to determine whether increased TE abundance would be a cause or consequence of slower evolution of the piRNA machinery.

Our findings may also account for the slower evolution of arboviruses as reported previously.