… for identifying genomic signatures of positive selection to … the whole human genome whether
a selection signal shared … the world revealed that positive-selection events tend to cluster in …

… Although there is considerable overlap between our results and previously described
genome-wide scans for positive selection, we also find evidence for selection in genes not …

… to scan the genome for evidence of positive selection. … to detect these signatures in relation
to the act of selection. This … to scan the genome for evidence of positive selection and is …

… Furthermore, signatures of positive selection delimit regions … Positive selection perturbs
patterns of genetic variation … For example, signatures of positive selection might include a skew in …

… many false positives and negatives, … genomics, we explain how signatures of positive
selection emerge and describe the principles of state-of-the-art programs to detect these signatures…

… could be placed in these signatures of selection if a different set of … a genome wide
assessment of positive selection. Several methods were used to infer evidence of positive selection …

Signatures of positive selection in the genome are a characteristic mark of adaptation that
can reveal an ongoing, recent, or ancient response to environmental change throughout the …

… Several methods have been developed and used to assess the positive selection
signatures in the genomes of various livestock species and/or breeds. For instance, F ST (Porto-Neto …

… era of genome-wide scans for signatures of positive selection, and … for detecting signatures
of strong positive selection was … the efficient generation of genome-wide SNP genotype data, …

… In summary, genome-wide analyses of positive selection described to date suggest widespread
signatures of positive selection in the human genome. Although these newly constructed …