Evolutionary developmental biology, or evo‐devo, investigates how evolution shapes developmental processes to generate the diversity of life. It synthesises comparative embryology, genetics and ...

1. The environment as a normal agent in producing phenotypes -- 2. How agents in the environment effect molecular changes in development -- 3. Developmental symbiosis: co-development as a strategy for ...

Amphioxus, as a basal chordate, offers an insightful window into the evolutionary origins of vertebrate development. Its embryogenesis, characterised by the formation of a notochord, neural tube and ...

Life began on earth more than 3.5 billion years ago, but the history of humans and other vertebrates accounts for only a fraction of this timescale. Chordates (a group that includes vertebrates) and ...

Erik Svensson receives funding from from the Swedish Research Council (VR; grant no. 2020-03123). How will life on Earth and the ecosystems that support it adapt to climate change? Which species will ...

The conservation of genome regulatory elements over long periods of evolution is not limited to vertebrates, as previously ...

Dr. Paluh's research aims to link phylogenetic patterns of trait diversity with underlying developmental mechanisms to better understand the evolutionary processes that generate morphological ...

Have you ever looked at a human embryo and thought, “That kind of looks like a fish”? If you haven’t, you might be surprised to learn that, in a way, we all begin our lives like this. The idea that ...

The list below offers a representative sample of the courses you can expect in the study of cellular and molecular biology at DePauw. From theoretical foundations to practical experiences, these ...

How the life histories, diets, and other ecological features of species evolve, and how these processes affect the composition and properties of communities and ecosystems; also, how species evolve in ...