Vol 13, Issue 2, 137-144, February 2003
A Recent Polyploidy Superimposed on Older Large-Scale Duplications in the Arabidopsis Genome
Guillaume Blanc,
Karsten Hokamp and
Kenneth H. Wolfe1
Department of Genetics, Smurfit Institute, University of Dublin,
Trinity College, Dublin 2, Ireland
The Arabidopsis genome contains numerous large duplicated
chromosomal segments, but the different approaches used in previous
analyses led to different interpretations regarding the number and
timing of ancestral large-scale duplication events. Here, using more
appropriate methodology and a more recent version of the genome
sequence annotation, we investigate the scale and timing of segmental
duplications in Arabidopsis. We used protein sequence
similarity searches to detect duplicated blocks in the genome, used the
level of synonymous substitution between duplicated genes to estimate
the relative ages of the blocks containing them, and analyzed the
degree of overlap between adjacent duplicated blocks. We conclude that
the Arabidopsis lineage underwent at least two distinct
episodes of duplication. One was a polyploidy that occurred much more
recently than estimated previously, before the
Arabidopsis/Brassica rapa split and probably during the early
emergence of the crucifer family (2440 Mya). An older set of
duplicated blocks was formed after the monocot/dicot divergence, and
the relatively low level of overlap among these blocks indicates that
at least some of them are remnants of a larger duplication such as a
polyploidy or aneuploidy.
1 Corresponding author.
E MAIL khwolfe{at}tcd.ie; FAX 353-1-679-8558.
Article and publication are at
http://www.genome.org/cgi/doi/10.1101/gr.751803.

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