09: Evolutionary theory – the next step in enlarging the modern synthesis. Integrating developmental effect with heredity and evolution
The environment plays an active role in the construction of form and function during development. As such, it can play an important role in the production and inheritance of phenotypic variation. Three areas of this new approach to development and evolution will be discussed:
– Developmental plasticity, wherein signals from predators, diet, sunlight, and conspecifics can alter a developmental trajectory towards one of greater fitness. Models, such as genetic assimilation, predict that such environmentally induced changes can become fixed into the genome.
– Developmental symbiosis, wherein organisms co-develop and need the signals from another species in order to develop normal parts and bodily functions.
– Epigenetic inheritance, wherein environmentally induced conformational alterations to the chromatin (DNA methylation, histone acetylation) or to other cellular components can be stably inherited from one generation to the next.
In the seminar we will discus the evidence for these interactions, the relationships that these views have for redirecting our studies of evolution and development, and the possible medical and philosophical relevance of these views.
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Ph.D. Scott F. GILBERT
Howard A. Schneiderman Professor of Biology, Department of Biology, Swarthmore College; Finland Distinguished Professor, University of Helsinki
1971 | BA, Wesleyan University, Connecticut |
1976 | MA, History of Biology, The Johns Hopkins University |
Ph.D., Biology, The Johns Hopkins University, Baltimore, Maryland | |
1976-1980 | Postdoctoral Fellow, University of Wisconsin |
since 1980 | Department of Biology, Swarthmore College |
1983-1984 | Associate Scientist, Wistar Institute of Anatomy and Biology |
1987-1988 | Associate Scientist, Thomas Jefferson University |
1990-1991 | Visiting Professor, University of Helsinki |
since 2009 | Finland Distinguished Professorship, University of Helsinki |
Ph.D. Eva JABLONKA
Professor of History and Philosophy of Biology and the Theory of Evolution, Cohn Institute for the History and Philosophy of Science and Ideas, Tel Aviv University
Fields of study: genetics, epigenetics, theoretical biology, evolutionary biology, behavioural ecology, history of philosophy | |
Places of study: Beer Sheva University, Hebrew University of Jerusalem, London University | |
1976 | B. SC. in Biology from Ben-Gurion University, Israel |
1980 | M.Sc. (with distinction) in Microbiology from Ben-Gurion University, Israel |
1988 | Ph.D. in Genetics from the Hebrew University, Jerusalem |
1990-1993 | Lecturer in the Cohn Institute, Tel-Aviv University |
1993-2000 | Senior Lecturer |
1994-1995 | Fellow of Collegium Budapest |
1997-1998 | Fellow of Institute for Advanced Studies, Berlin |
since 2000 | Associate Professor in the Cohn Institute, Tel-Aviv University |
Visiting scholar in the Museum of Vertebrale Ecology, Berkeley |