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This is a comprehensive bibliography (under construction) of primary and secondary sources on the neutral theory of molecular evolution. It currently covers the period 1973-2001. |
Author :
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Wall, J. D.
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Year :
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1999
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Title :
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Recombination and the power of statistical tests of neutrality
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Journal :
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Genetical Research
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Volume :
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74
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Issue :
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1
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Pages :
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65-79
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Date :
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Aug
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Short Title :
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Recombination and the power of statistical tests of neutrality
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Alternate Journal :
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Genet. Res.
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Custom 2 :
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ISI:000082450800007
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Abstract :
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Two new test statistics were constructed to detect departures from the equilibrium neutral theory that tend to produce genealogies with longer internal branches (e.g. population subdivision or balancing selection). The new statistics are based on a measure of linkage disequilibrium between adjacent pairs of segregating sites. Simulations were run to determine the power of these and previously proposed test statistics to reject an island model of geographic subdivision. Unlike previous power studies, this one uses a coalescent model with recombination. It is found that recombination rates on the order of the mutation rate substantially reduce the power of most test statistics, and that one of the new test statistics is generally more powerful than the others. Two suggestions are made for increasing the power of the statistical tests examined here. First, they can be made more powerful if critical values are obtained from simulations that condition on a lower bound for the population recombination rate. Secondly, for the same total length sequenced, power is increased if independent loci are considered instead of a single contiguous stretch.
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Notes :
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Times Cited: 15
233WU
GENET RES
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| -- contributed by John Beatty, March 29, 2002 |
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