Sentence examples for mechanisms underlying evolution from inspiring English sources
He searches for mechanisms underlying evolution by integrating studies of the developmental genetics of extant organisms with studies of anatomical evolution in extinct and extant organism.
As the physiological, developmental, genetic, and microbial bases of diseases were explored in medicine, so were the genetic mechanisms underlying evolution (Provine 1971; Mayr 1982).
Therefore, a detailed characterization of transcriptional adaptation in equally-sized gametes would bring a better understanding to the mechanisms underlying evolution of sexual dimorphism.
Several sex-biased genes and pathways with a putative role in reproduction were identified, providing the basis for more detailed investigations of the mechanisms underlying evolution of mating types and sexual dimorphism.
However, determining the genetic changes and epigenetic mechanisms underlying evolution of novel phenotypes and developmental pathways is by far the biggest challenge facing evolutionary biologists (Mackay et al. 2009; Radwan and Babik 2012).
Although the claim that most of our genome may be functional has attracted criticism, primarily concerning ENCODE's definition of a functional element (e.g. Doolittle 2013; Graur et al. 2013), ENCODE's findings have served to highlight how much there is still to learn about how genomes function and the mechanisms underlying evolution.
Therefore, analysing genome duplication is important for understanding the mechanism underlying evolution and gene functions.
This is in contrast to selection studies that have long suggested that an increase in lipid stores may be an important mechanism underlying evolution of greater starvation resistance [ 72].
A major goal of biology is to understand the genetic mechanisms underlying the evolution and development of organisms.
Despite the pivotal contribution of branching pattern innovations to the evolution of plant architecture, the mechanisms underlying the evolution of branching are poorly understood (Sussex and Kerk, 2001).
Although laboratory evolution experiments have previously been widely applied to study the mechanisms underlying the evolution of traits and the adaptation of populations to new environments, they can be powerful tools for elucidating the genetic networks underlying quantitative trait variation.
