Editing Eric H. Davidson
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Davidson has spent the majority of his scientific career investigating the molecular and mechanistic basis of animal development, i.e. how animals are built by reading the instructions encoded in the egg and, ultimately, in the genome. While at Rockefeller and very early in his career, he and Roy Britten, then at the Carnegie Institution of Washington, speculated on how the products of transcription, e.g. various RNAs or other downstream products, would need to in principle interact in order for cellular differentiation and gene regulation to occur in multicellular organisms.<ref>{{cite journal | doi=10.1126/science.165.3891.349 |author1=Britten R. |author2=E.H. Davidson | title=Gene regulation for higher cells: a theory | journal=Science | volume=165 | pages=349–57 | pmid=5789433 | year=1969 | issue=3891}}</ref> This research program eventually led him to investigations regarding the role of gene regulation in cell lineage and embryonic territory specification, both endeavors of which contributed substantially to many biological disciplines, including [[developmental biology]], [[systems biology]] and [[evolutionary developmental biology]]. In 2011, he was awarded the [[International Prize for Biology]] in recognition for his pioneering work on developmental gene regulatory networks. |
Davidson has spent the majority of his scientific career investigating the molecular and mechanistic basis of animal development, i.e. how animals are built by reading the instructions encoded in the egg and, ultimately, in the genome. While at Rockefeller and very early in his career, he and Roy Britten, then at the Carnegie Institution of Washington, speculated on how the products of transcription, e.g. various RNAs or other downstream products, would need to in principle interact in order for cellular differentiation and gene regulation to occur in multicellular organisms.<ref>{{cite journal | doi=10.1126/science.165.3891.349 |author1=Britten R. |author2=E.H. Davidson | title=Gene regulation for higher cells: a theory | journal=Science | volume=165 | pages=349–57 | pmid=5789433 | year=1969 | issue=3891}}</ref> This research program eventually led him to investigations regarding the role of gene regulation in cell lineage and embryonic territory specification, both endeavors of which contributed substantially to many biological disciplines, including [[developmental biology]], [[systems biology]] and [[evolutionary developmental biology]]. In 2011, he was awarded the [[International Prize for Biology]] in recognition for his pioneering work on developmental gene regulatory networks. |
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| − | Shortly before his death from a heart attack in 2015 |
+ | Shortly before his death from a heart attack in 2015<ref name="LA Times Obit">{{cite web|url=http://www.latimes.com/local/obituaries/la-me-eric-davidson-20150917-story.html|first=Melissa|last=Healey|title=Eric Harris Davidson dies at 78; pioneering developmental biologist|work=Los Angeles Times|date=16 September 2015}}</ref>, Davidson co-authored a landmark review book <ref>{{cite book |title=Genomic Control Process: Development and Evolution |year=2015 |publisher=Academic Press|ISBN=978-0-12-404729-7}}</ref> providing a grand synthesis of the theory and experimental evidence relating to the design and function of genomic regulatory networks within the animal taxonomic clade of [[Bilateria]]. |
== Interest in American Folk Music == |
== Interest in American Folk Music == |
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