Sentence examples for molecular evolution consistent from inspiring English sources

The paralogues rln3a and rln3b, exhibit similar patterns of molecular evolution consistent with sub-functionalization of the duplicated copy.

This pattern of molecular evolution is consistent with strong roles for mutation and random genetic drift in shaping mitochondrial genome evolution in natural populations of this species.

Some studies have found that lineage-specific variation in rates of molecular evolution are consistent across the nuclear, mitochondrial, and chloroplast genomes [ 48], so it may be that the increase in substitution rates that we detected also apply to the nuclear genomes of species-rich lineages in the Proteaceae.

The identification of host-interacting genes in poxviruses as ones experiencing adaptive molecular evolution is consistent with the findings of several other studies identifying genes involved in the "host-pathogen arms race" or other co-evolutionary processes and is seen throughout nature.

With the resulting transcripts, we (1) characterized the sequence divergence between the two closely related stickleback species, (2) investigated rates of molecular evolution for patterns consistent with positive selection, and (3) evaluated sequence differentiation between marine and freshwater nine-spined sticklebacks.

Therefore, processes structuring molecular evolution appear to be consistent for paralog clusters originating from three different, independent duplication events (3R, SR, and PR).

It is important in molecular evolution that our theories are consistent with basic physical, thermodynamic and ecological knowledge.

We also expected molecular evolution of these genes to be consistent with relaxed purifying selection.

Effective population size (Ne) affects patterns and rates of substitution, so should always be considered when seeking an explanation for consistent patterns in molecular evolution [ 32- 34].

The evolutionary history of the oomycete LRR-RK receptor subfamily is consistent with the molecular evolution of plant LRR-RLKs [ 16, 17].

Patterns of nucleotide variation within lizard populations were consistent with a neutral model of molecular evolution: the distribution of allele frequencies at MC1R as reflected in Tajima's D is generally consistent with neutral expectations for mainland and island populations.