Searching journal content for articles similar to Serres-Armero et al. 31 (5): 762.

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  1. ...of variation, have propelled the domestic dog to new levels as a system for understanding fundamental principles in mammalian biology. Central to this advance are more than 350 recognized breeds, each a closed population that has undergone selection for unique features. Genetic variation in the domestic dog...
  2. ..., China ↵13 These authors contributed equally to this work. Corresponding authors: menghua.li@cau.edu.cn, liumingjun@xjaas.netAbstractUnderstanding the genetic mechanisms of phenotypic variation in hybrids between domestic animals and their wild relatives may aid germplasm innovation. Here, we report...
  3. ...increase the resolution of demographic history and ancestry in wild relatives. We use a SNP genotyping microarray developed for the domestic dog to assay variation in over 48K loci in wolf-like species worldwide. Despite the high mobility of these large carnivores, we find distinct hierarchical population...
  4. ...graph pans can reveal trait-associated complex SVs.Natural selection, domestication, and selective breeding have shaped the genetic and phenotypic variation of modern cattle (Bos taurus). Hundreds of cattle breeds are recognized worldwide belonging to the indicine (Bos taurus indicus) or taurine (Bos...
  5. ...networks.Modern cattle were domesticated 10,000 years ago and are an important livestock species (Troy et al. 2001; Orozco-terWengel et al. 2015). Cattle exhibit extensive phenotypic diversity, with over 1000 recognized breeds and closely related subspecies. Understanding the evolution and genetic basis...
  6. ...16 genes with strong Figure 1. Founder-inherited versus somatic variation in CTVT. (A) Fraction of SNVs from 186 sequenced canids found in canine dbSNP (mean 32.65%). Sequenced canids included the two host dogs, 64 dogs representing 40 modern breeds, 27 dogs representing 12 ancient breeds, 86 outbred...
  7. ...a primer to use the dog genome by first focusing on its evolutionary history. We overview the relationship of dogs to wild canids and discuss their origin and domestication. Dogs clearly originated from a substantial number of gray wolves and dog breeds define distinct genetic units that can be divided...
  8. ...of identity-by-descent, and easy typing methodologies, that make these abundant variations a valuable additional resource for identifying the ancestral relationships between different dog breeds, and between domesticated dogs and wild canids. It is also relevant to note that recent observations of extensive...
  9. ...structured dog breeds (Sutter et al. 2004), a useful approach for trait mapping will be to use within-population LD to map candidate regions and then combine information from several populations for fine-tuned mapping of causative variants. The significant heterogeneity in recombination rate observed...
  10. ..., and studies of canid phylogenetic relationships show that gray wolves are the sole progenitor to the domestic dog ( Clutton-Brock 1995 ; Vila et al. 1997 , 1999b ; Wayne et al. 1997 ) ( Fig. 1B ). The study of genetic diversity across canids indicates that dogs first originated in East Asia and subsequently...
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