The recent marriage of evolutionary biology with developmental biology has resulted in the birth of a new field, evolutionary developmental biology, or "evo-devo." Evo-devo scientists study the mechanisms that produce evolutionary changes in body plans over time. As one of the fields creators, Indiana University Bloomington biologist Rudolf Raff brings new understanding to the evolution of humans and other organisms by uniting fossil data and information about the genes that control development.
Major historical questions about the origin of multicellular animals, the Cambrian radiation and the origins of animal larvae can now be addressed using evo-devos mechanistic tools. Last month, the National Academy of Sciences chose Raff as the winner of its 2003 Elliott Medal for his role in founding evo-devo. Raff and IUB colleagues Loren Rieseberg, Thomas Kaufman, Michael Lynch and Jeffrey Palmer lead the largest concentration of evo-devo biologists in the nation.
In a presentation at the meeting of the American Association for the Advancement of Science titled "The Quick and the Dead: Developmental Genetics Meets Extinct Organisms," Raff will discuss how evo-devo will expand our understanding of the fossil record. He will show how and why some complex features in animal development may have evolved much more quickly than expected.
To speak with Raff, contact David Bricker at 812-856-9035 or brickerd@indiana.edu.
David Bricker | Source: EurekAlert!
Further information: newsinfo.iu.edu/
More articles from
Life Sciences:
Early trigger for type 1 diabetes found in mice
28.08.2008 | Stanford University Medical Center
Why transplanted insulin cells die
28.08.2008 | Schwedischer Forschungsrat - The Swedish Research Council
Study of islands reveals surprising extinction results
28.08.2008 | Ecology, The Environment and Conservation
Trouble Quitting?: A New Pitt-Carnegie Mellon Smoking Study May Reveal Why
28.08.2008 | Studies and Analyses
Early trigger for type 1 diabetes found in mice
28.08.2008 | Life Sciences