Sentence examples for fundamental evolutionary process from inspiring English sources

Maynard Smith and Szathmáry, in contrast, argue that even with the existence of epigenetic inheritance processes, natural selection working on mutations that are typically not adaptive (i.e., non-directed) remains the fundamental evolutionary process (Maynard-Smith & Szathmáry 1995, p. 249).

Speciation is the fundamental evolutionary process that generates biological diversity.

The creation of transcription factor binding sites (TFBSs) is a fundamental evolutionary process shaping gene regulatory networks.

Recombination is a fundamental evolutionary process having a strong impact on the genome-wide pattern of nucleotide variation and allelic combinations.

Since the correlation between the HM profile divergence and the sequence divergence actually reflects the fundamental evolutionary process driven by the accumulation of mutations, we view this as a null hypothesis in the genome-wide functional analysis of duplicate genes.

The lab book begins with an introduction to Avida-ED, including Zimmer's (2005) Discover article, "Testing Darwin", which describes digital organisms and how they are being used to study fundamental evolutionary processes (note: not included in Additional file 1), and a tutorial that takes students through the fundamentals of the use of the Avida-ED program.

Genome doubling and changes in genome size are fundamental evolutionary processes.

Likewise, evolutionary biologists have lacked diverse systems with which fundamental evolutionary processes might be addressed at the genomic scale.

The general insight that microbial studies offer into fundamental evolutionary processes is therefore where useful comparisons and predictions can be made in tumors.

These findings have prompted a re-evaluation of the role of the mitochondrial genome in driving fundamental evolutionary processes [ 6, 16, 17], including the evolution of genome organization [ 18].

Finally, we provide a broader context for repeated genomic evolution, including the unique relationship of genomic recurrence with the genotype phenotype map, and the ways in which the study of recurrent genomic evolution can be used to understand fundamental evolutionary processes.