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and geographical domestication range in
order to identify how the
many past human cultures progressively forged the horse genome by
means of selection, drift and admixture. This work revealed two
different dynamics at play within early and late domestication stages,
involving the selection for different functional pathways, different
management strategies for the genetic resource available, including
stallion diversity, and a recent increase in the genomic deleterious
load. Our new genome dataset now allows us to document such
changes at unprecedented scales and reveals unexpected features of
the whole population dynamic underlying horse domestication.
Dr Laurent A.F. Frantz, Carly Ameen, Tatiana Feuerborn,
Alberto Carmagnini,
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