Sentence examples for genomes experience from inspiring English sources
Hybridisation involves a different genomic combination in the same cells and genomes experience "genomic shock", whereas chromosome doubling doubles and restructures the genome dosage [ 11, 12].
Although the variation was originally attributed to a strictly neutral process, i.e., species-specific differences in mutational patterns, recent genomic comparisons have shown that bacteria with G+C-rich genomes experience a mutational bias toward A+T.
The fit of the average genome size (Table 1) to the codivergence probability values (Table 2) for all four viral families had a significant negative dependence (r2 = 0.865, linear, 0.994 exponential and, 0.971 power) which might indicate that smaller genomes experience reduced epistasis and thereby have a greater capacity to accrete novel gene functions.
However, larger genomes experience a longer lag phase at the start of the invasion.
Whether the jawless vertebrate genomes experience the 2R WGDs is still unclear, so that the orthologies of sequences are difficult to assign (Kuraku et al. 2009).
This pattern not only signals that most of the circulating HIV-1 genomes experience constant gene flow from other subtypes but also represents the current spatial distribution of HIV-1 populations.
As they see the whole genome experience, experiment, or they research all the DNA, they realize that this had to be created.
Recent genome-wide studies have revealed that the pear and apple genomes experienced at least two genome duplications, one ancient and one before the pear-apple divergence [ 34].
This may also account for the partial or complete suppression of meiosis in these strains, because multivalents may occur in such complex multi-copy genomes experiencing large homology regions between non-homologues.
Porous species boundaries are characterized by differential gene flow, where some regions of the genome experience divergent evolution while others experience the homogenizing effects of gene flow.
Recent evidence has indicated that the replication-timing program can influence the spatial distribution of mutagenic events such that certain regions of the genome experience increased spontaneous mutagenesis compared to surrounding regions.
