… A thorough enumeration of the various modes of gene duplication should prove useful,
because, as we will point out later, the mode of duplication can influence evolutionary outcomes. …

… , and improved ability to discern various mechanisms of gene duplication, we find merit in
re-… of gene duplication. Here, we related multiple types of genomic data to gene expression …

… gene duplication, begining in 1911. We document conceptual and technological advances
in gene duplication … substrate for the origin of evolutionary novelties, but also that the window …

… Whole genome duplication (WGD) can promote adaptation but is disruptive to conserved
processes, especially meiosis. Studies in Arabidopsis arenosa revealed a coordinated …

… novelties. However, we also have to be aware that WGD is not the sole source of these
novelties; it has been reported that local gene duplication and the co-option of single-copy genes …

… novelties cannot depend only on gene duplication as a … Shifts in gene function(8) and
repeated use of the same gene at … Genes can acquire a new function after duplication, or they …

… environmental and genetic contexts. Specifically, we highlight how gene duplication
contributes to the evolution of new complex structures in visual systems; how genetic exchange in …

… scheme by which a novel gene may arise following a gene or genome duplication. He based
this hypothesis on cases of linked, diversified paralogous genes in Drosophila and maize. …

… Collectively, we refer to these newly identified genes as putative “parasitism genes.” Most
of these parasitism genes are derived from gene duplications in a common ancestor of …

… Gene duplication is an important mechanism for acquiring new genes and creating genetic
novelty in organisms. Many new gene functions have evolved through gene duplication and …