Gene Flow and Genetic Differentiation
AUTOR(ES)
Spieth, P. T.
RESUMO
A brief analysis is presented for the effects of gene flow upon genetic differentiation within and between populations generated by mutation and drift. Previous results obtained with the "island" model are developed into a form that lends itself to biological interpretation. Attention is focused upon the effective local population size and the ratio of the genetic identity of two genes in different populations to that of two genes in the same population. The biological significance of this ratio, which is independent of population size, is discussed. Similarities between the results of this model and those of the "stepping-stone" model are noted.
ACESSO AO ARTIGO
http://www.pubmedcentral.nih.gov/articlerender.fcgi?artid=1224568Documentos Relacionados
- Genetic Differentiation and Estimation of Gene Flow from F-Statistics under Isolation by Distance
- Extranuclear Differentiation and Gene Flow in the Finite Island Model
- Genetic Differentiation of Transposable Elements under Mutation and Unbiased Gene Conversion
- Gene Identity and Genetic Differentiation of Populations in the Finite Island Model
- Measuring Gene Flow among Populations Having High Levels of Genetic Fragmentation