Query (optional)   in Class  All Allele Author Colleague Collection Assembly Gene Gene Class Gene Product Germplasm Image Journal Keyword Library Locus Map Map Data Marker Pathology Polymorphism Probe Protein QTL Rearrangement Reference Sequence Species Trait Trait Study Two Point Data  

---

GrainGenes Reference Report: PNA-101-10667

[Submit comment/correction]

Reference	PNA-101-10667
Title	Pattern of polymorphism after strong artificial selection in a domestication event
Journal	Proceedings of the National Academy of Sciences, USA
Year	2004
Volume	101
Pages	10667-10672
Author	Innan H Kim YS
Abstract	The process of strong artificial selection during a domestication event is modelled, and its effect on the pattern of DNA polymorphism is investigated. The model also considers population bottleneck during domestication. Artificial selection during domestication is different from a regular selective sweep because artificial selection acts on alleles that may have been neutral variants before domestication. Therefore, the fixation of such a beneficial allele does not always wipe out DNA variation in the surrounding region. The amount by which variation is reduced largely depends on the initial frequency of the beneficial allele, p. As a consequence, p has a strong effect on the likelihood of detecting the signature of selection during domestication from patterns of polymorphism. These theoretical results are discussed in light of data collected from maize. Although the main focus of this article is on domestication, this model can also be generalized to describe selective sweeps from standing genetic variation
External Databases	Pubmed: 15249682
Keyword	[ Hide all but 1 of 10 ] allele artificial selection dna domestication genetic polymorphism genetic variation light maize population genetics selection

GrainGenes is a product of the Agricultural Research Service of the US Department of Agriculture.