In bacteria, these sequencing technologies have recently been applied to study the rate of evolutionary adaptation over 40,000 generations [ 14].
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.
In this paper, an integrated Reverse Engineering (RE -Computational Fluid Dynamics (CFD) methodology is applied in oRE -Computational adaptation oFluidommercial scroll compressor to be useDynamicsexpander in a miCFD-ORC systemethodology
In this paper an integrated Reverse Engineering – Computational Fluid Dynamics (RE/CFD) methodology is applied in order to study the adaptation of a commercial scroll compressor to be used as an expander in a micro ORC system.
After introducing the general framework, we apply our model to study the adaptation of annual reproductive investment in a hypothetical pike (Esox lucius L). population.
In order to study the adaptation of our An.
Resequencing of candidate genes using Sanger sequencing has been applied to study phylogenetic relationships of crop plants, their domestication, evolution, speciation and ecological adaptation.
The term adaptation was first applied to the study of the consequences of human-induced climatic change in the 1990s.
Theories of immigrant adaptation can be applied to explain the socioeconomic adaptation of new Eastern European professionals.
A similar reasoning can be applied to the idea of a "breakdown of evolutionary adaptation" [ 22, 28].
