Heritable variation in gene expression is common within and between species. This
variation arises from mutations that alter the form or function of molecular gene regulatory …

The analysis of polymorphism data is becoming increasingly important as a complementary
tool to classical genetic analyses. Nevertheless, despite plunging sequencing costs …

Genetic changes affecting gene expression contribute to phenotypic divergence; thus,
understanding how regulatory networks controlling gene expression change over time is …

Heritable changes in gene expression are important contributors to phenotypic differences
within and between species and are caused by mutations in cis-regulatory elements and …

The regulatory architecture of gene expression remains an area of active research. Here, we
studied how the interplay of genetic and environmental variation affects gene expression by …

Cis-and trans-regulatory mutations are important contributors to transcriptome evolution.
Quantifying their relative contributions to intraspecific variation in gene expression is …

Investigating closely related species that rapidly evolved divergent feeding morphology is a
powerful approach to identify genetic variation underlying variation in complex traits. This …

Understanding how gene regulation evolves is a key area in the current evolutionary field.
Gene regulation occurs at various levels. Previous work on the evolution of gene regulation …

Alternative splicing is the highly regulated process of variation in the removal of introns from
premessenger-RNA transcripts. The consequences of alternative splicing on the phenotype …

Over the last decade, tremendous progress has been made toward a comparative
understanding of gene regulatory evolution. However, we know little about how gene …