Sentence examples for substantial evolutionary change from inspiring English sources

Direct and indirect selection on mate choice are expected to cause substantial evolutionary change [ 4, 9- 11, 26].

Theoretical studies suggest that direct and indirect selection have the potential to cause substantial evolutionary change in female mate choice.

It was designed to investigate haplotype patterns resulting from scenarios where substantial evolutionary change has taken place in a small number of generations due to recombination and/or selection on polygenic quantitative traits.

In many scenarios of biological interest, substantial evolutionary change has taken place in a small number of generations due to recombination and/or selection on standing variation, rather than mutational input.

In 2007 substantial evolutionary changes to the survey and its administration were undertaken.

A tBLASTn search with current published BAHDs as query against our A. segetum transcriptome got no hit, suggesting this moth may not express this gene family in its pheromone gland or they have undergone substantial evolutionary changes.

We searched the conserved domains (CD) within the protein or coding nucleotide sequence databases at NCBI, but none of the E. cautella PG acetyltransferases belonged to the plant category FATs, suggesting that E. cautella may not express this gene family or that they have undergone substantial evolutionary changes.

The strong chromosome pairing affinities in hybrid 440 1 between the ancestral species implies that these diploid species evolved from a common ancestor recently enough that chromosome pairing affinity is retained, despite substantial evolutionary changes in adaptations, phenotypes and other genomic properties.

Fortunately, dental remains reflect significant evolutionary changes.

Nevertheless, since miRNA-target relationships may undergo substantial species-specific evolutionary changes [ 67], we obtained available annotated rainbow trout 3′UTR sequences (n = 1059) from the UTR database (http://www.utrdb.ba.itb.cnr.it), in order to assure a species-specific target prediction.

Thus, amino acid changes outside the epitopes evolve under substantial evolutionary constraint, indicating that at least 70% of these changes are under negative selection strong enough to suppress passenger substitutions.