Sentence examples for evolution of the chicken from inspiring English sources

Possibly, some aspect of the convergent evolution of the chicken Z and the human X, such as the expansion of intergenic regions [59], might concern their meiotic interactions with W and Y, respectively, including their performance in MSCI.

We expect that, because of their high abundance, SVs might explain phenotypic differences and play a role in the evolution of the chicken genome.

To what extent SVs in intronic and intergenic regions contribute to the evolution of the chicken genome or chicken phenotypes remains unclear, especially because the functions of these genomic regions are largely unknown [ 27].

The loss of DSPP (presumably the reptilian form) in the evolution of the toothless chicken supports the hypothesis that DPP is important in dentin biosynthesis/function.

Even ordinary-seeming animals are marvellous in the light of evolution: the chicken, for example, is the closest living relative of Tyrannosaurus rex.

Alignment of the turkey physical map with the chicken genome sequence identified 20 to 27 major chromosome rearrangement events that occurred during the separate evolution of the turkey and chicken genomes, most of which were shown to be inversions.

Although we identified species which decreased or increased after the infection, overall we did not detect any large scale changes indicating that modification and overgrowth of the cecal microbiota is not a major driving force in the evolution of Salmonella – chicken interactions.

Their results provide insights into the evolution of the lineage leading to chicken including the drastic reduction in genome size observed in birds.

To address possible mechanisms of clade B gene evolution, the chicken genome was analysed and found to contain a single clade B gene cluster of 10 genes.

Interestingly, the evolution of CR1 in the chicken genome seems to differ from that of L1 in mammals; unlike the single L1 lineage in mammals, our analysis shows that the chicken CR1 elements form six distinct subfamilies (CR1-B, C, D, F, and H) that are considerably diverged from each other in their 5'UTR regions.

To determine the selective pressures that may have triggered the evolution of the FFAR2 gene clusters in the chicken genome, we conducted two different analyses, the gene conversion events detection and the positive selection calculation.