Statistical tests for detecting gene conversion.

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ID: 301482
1989
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Ranked #119 of 243 articles by views in molecular biology and evolution

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Abstract
Statistical tests for detecting gene conversion are described for a sample of homologous DNA sequences. The tests are based on imbalances in the distribution of segments on which some pair of sequences agrees. The methods automatically control for variable mutation rates along the genome and do not depend on a priori choices of potentially monophyletic subsets of the sample. The tests show strong evidence for multiple intragenic conversion events at two loci in Escherichia coli. The gnd locus in E. coli shows a highly significant excess of maximal segments of length 70-200 bp, which suggests conversion events of that size. The data also indicate that the rate of these short conversion events might be of the order of neutral mutation rate. There is also evidence for correlated mutation in adjacent codon positions. The same tests applied to a locus in an RNA virus were negative.
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openalex_W2171022989 Use this key to autocite in the manuscript while using SciMatic Manuscript Manager or Thesis Manager
Authors Steven F. Sawyer
Journal molecular biology and evolution
Year 1989
DOI
10.1093/oxfordjournals.molbev.a040567
URL
Keywords Keywords not found

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