Sentence examples for genomic reactions from inspiring English sources

Barbara McClintock Barbara McClintock, in her science article on "The significance of responses of the genome to challenge," reported examples of genomic reactions to stress by activation of mobile elements and, with her visionary mind, suggested that the resulting restructured genomes may underlie the formation of new species (McClintock 1984).

It is also being seen in human population studies where understanding human genetic variation and genomic reactions to specific environmental exposures is enhancing our ability to uncover the causes of variations in human response to environmental exposures.

Genomic reactions are clearly different between different species of the same animal (86).

The different genomic reactions observed between eels from different origins could reflect an adaptive plastic response to the environment.

Thirdly, the variation of dietary, lifestyle and environment exposures, as well as genomic reactions to environmental exposures may play a role in the differences observed.

They emphasize the plasticity of the genome and its regulation, providing support for genomic reaction and adaptation in response to environmental stimuli.

These differences translated into contrasted genomic reaction norms between origins for cluster 7. Variable patterns of genomic reaction norms between origins were observed among the other six clusters.

Here, we address this question through transcriptomic analyses and genomic reaction norms of eels from two geographic origins reared in controlled environments.

The "E" (for empty) reaction uses site-specific primers in the flanks on each side of the insertion and the "G" (for genomic) reaction uses an L1-specific primer at the 3'end of the element and the site-specific primer in the 3' genomic flank of the insertion (Fig.  2a).

In general, cells responded to stresses by the following hierarchy: (1) stored mediator release reaction phase (e.g. serotonin, histamine); (2) lipid mediator generation/release phase (e.g. PGs, LTs, endocannabinoids); (3) genomic reaction phase (e.g. self-defensive protein generation phase through NF-κB, AP-1 activation).

Thus, gene families that showed the most pronounced differences in genomic reaction norms between origins belonged to clusters 2, 4 and 7, the most important being: Lectin, Pentraxin, Maltase-glucoamylase, Elongation factor 1-alpha, Profilin, Chemotaxin, Aminopeptidase, Enolase, Keratin, Apolipoproteins and Ribosomal protein, all reported by Kalujnaia et al. [ 23] except for Chemotaxin (Table  1).