Introductory Evolutionary Developmental Biology
This course presents the basic principles and recent findings in evolutionary developmental biology.
By the end of this course, students will be able to:
Describe the diversity of modern animal body plans and explain their evolutionary origins using phylogenetic frameworks.
Explain key molecular mechanisms involved in animal development, including gene expression and cell signaling pathways.
Analyze gene homology and molecular phylogeny using bioinformatics tools and techniques.
Apply software and hardware tools to investigate developmental processes in model organisms.
Critically evaluate recent research in evolutionary developmental biology through presentations and written reports.
Integrate developmental and evolutionary concepts to explain how changes at the genetic and cellular level contribute to morphological diversity.
Survey the range of modern animal body plans, and discover how these have evolved through time. Examine the developmental process of multicellular organisms and how they have evolved through time, including specific molecular mechanisms at the genetic and cell signaling level. Learn about and use software and hardware techniques for researching development in animals. Discuss modern approaches and recent findings in the field through presentations and reports on specific issues in evolutionary developmental biology.
1. Animal phylogeny I
2. Animal phylogeny II
3. Gene homology
4. Practice: Molecular Phylogeny
5. Gene expression
6. Signaling pathways I
7. Signaling pathways II
8. Research tools for EvoDevo I
9. Research tools for EvoDevo II
10. New Animal Models
Midterm Reports 70% (2 x 35%), Presentation 30%
No prior knowledge assumed
original papers will be supplied as required
Animal Evolution Interrelationships of the Living Phyla, 3 Edn, by Nielsen (2011) Oxford University Press
Developmental Biology, 11 Edn, by Gilbert and Barresi (2016) Sinauer
The Evolution of Organ Systems, by Schmidt-Rhaesa (2007) Oxford University Press
Evolutionary Transitions to Multicellular Life Principles and mechanisms, by Ruiz-Trillo and Nedelcu (2015) Springer