Sentence examples for the content evolution from inspiring English sources

The archeological community largely agrees on the rough outline of the content, evolution, integration, and convergence of different cultural regions evidenced by these findings, although there are still many topics that remain controversial.

It is important to quantify the water content evolution of the installed buffer to correctly predict the development of the swelling pressure and the prevailing conditions (thermal, mechanical, chemical and biological).

Hysteresis phenomenon and temperature effects on sorption process make difficult the prediction of the moisture content evolution.

Our results turn the question of the GC content evolution in grasses and monocots around.

Although larger genomes in the outgroups makes a loss and gain scenario more likely, we investigated all orthologous groups from the complete genomes of 20 members of the Sordariomycetes (sorNOGs) to clarify the gene content evolution of eukaryotic thermophiles.

Because the switch to aquatic crustacean hosts has occurred at least two times within the genus Spiroplasma (fig. 1), it will be interesting to investigate the gene content evolution in Spiroplasma penaei (Nunan et al. 2005) and compare the findings with the S. eriocheiris inference reported here.

However, despite extensive research in this area, the degree to which each of these mechanisms contributes to the gene content evolution of X chromosomes remains unclear.

To infer the gene content evolution, we compared S. atrichopogonis and S. eriocheiris with the pan-genome of Spiroplasma strains belonging to the Citri Chrysopicola clade (fig. 3 and supplementary table S2, Supplementary Material online).

For a more detailed analysis of techniques and frameworks for mobile content adaption, see Chapter 10 of Emerging Perspectives on the Mobile Content Evolution.

These two phenomena are most often neglected for modelling the moisture content evolution in heat and moisture transfer models.

In conclusion, our study elucidated the gene content evolution of S. suis, identified genes that potentially promote high pathogenicity and divided the S. suis population into 5 groups, providing significant insight into the evolution of pathogenicity.