Aneil F. Agrawal

The paper uses experimental evolution in Drosophila to separate male and female gene pools, finding diverged genes show elevated intersexual genetic correlation and enrichment for male-biased splicing-related SNPs.

The paper examines sex-biased gene expression across whole bodies, tissues, and cell-types in Drosophila, showing that whole body sex bias reflects both local regulation and compositional differences, with reproductive tissues playing a key role in adaptive evolution.

This study shows that local adaptation to sex-specific environments differs between thermal regimes in Drosophila melanogaster.

This study examines how relaxing intralocus sexual conflict affects mate harm evolution in Drosophila melanogaster using experimental evolution.

The paper investigates how breaking intersexual genetic constraints in Drosophila melanogaster affects sexual dimorphism in gene expression through experimental evolution.

The paper examines signed linkage disequilibrium patterns in two species, finding positive LD for less deleterious mutations and evidence for epistasis effects.

The paper estimates mutation rates in two duckweed species, finding extremely low per generation rates and no significant difference under stress conditions.