Identified F ST outliers before and after disequilibrium pruning among arctic fox populations across North America.

• Main Authors: Tristan M. Baecklund (10573715), Michael E. Donaldson (4431115), Karsten Hueffer (606200), Christopher J. Kyle (8136867)
• Format: Dataset
• Language: unknown
• Published: 2021
• Subjects: Genetics; Evolutionary Biology; Ecology; Infectious Diseases; Environmental Sciences not elsewhere classified; Biological Sciences not elsewhere classified; somewhat unexpected given; rapidly changing environments; north american range; necessarily reflect causation; corroborating past research; undermine local adaptation; local adaptation enhance; contrasting genetic structure; mediate host responses; provide data relevant; div >< p; neutral genetic structure; arctic rabies variants; local adaptation; genetic structure; neutral loci; primary host; natural host; host populations; traits expected; sequencing assay; sampled regions; remains unknown; outliers associated; northern climates; lived nature; largely persists; increased frequencies; geographic distributions; foxes predominated; evolutionary relationships; dispersal capacities; direct link; differential selection; data contribute; assessed correlations; arctic rabies; arctic fox; advantageous genotypes; Arctic; Arctic Fox; Canis lupus
• Online Access: https://doi.org/10.1371/journal.pone.0258975.s014

Describes (per SNP): location, gene association, and predicted gene function in reference to the dog genome. The program identifying the SNP as an F ST outlier is also presented along with an indication of those missense SNP’s with the potential to alter protein function. All BLASTp predicted functions are based upon Canis lupus familiaris unless otherwise specified. (XLSX)