McGraw, Elizabeth A.; Ye, Yixin H.; Foley, Brad; Chenoweth, Stephen F; Higgie, Megan; Hine, Emma; Blows, Mark
Although adaptive change is usually associated with complex changes in phenotype, few genetic investigations have been conducted on adaptations that involve sets of high-dimensional traits. Microarrays have supplied high-dimensional descriptions of gene expression, and phenotypic change resulting from adaptation often results in large-scale changes in gene expression. We demonstrate how genetic analysis of large-scale changes in gene expression generated during adaptation can be accomplished by...[Show more]
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