Elizabeth R. Everman

The paper investigates genetic variation in copper resistance traits in Drosophila melanogaster, finding distinct genetic architectures for feeding avoidance, oviposition avoidance, and physiological tolerance.

This study shows copper-selected Drosophila melanogaster exhibit increased longevity and fecundity, with no difference in egg quality but higher developmental viability under copper stress.

This study uses artificial selection in Drosophila to examine copper resistance and its off-target effects on other traits, finding increased resistance to copper and non-essential metals with associated costs.

The paper investigates tissue-specific gene expression responses to copper stress in Drosophila melanogaster using differential expression analysis and eQTL mapping across 96 inbred strains.

This study identifies genetic and regulatory factors influencing copper resistance in Drosophila using QTL mapping and RNA sequencing.

The paper uses two Drosophila mapping panels to identify genetic factors influencing starvation resistance, finding polygenic control and reproducible trait-associated sites across studies.