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9781316601211

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Advance praise: 'The book is a great learning tool and valuable resource for students and researchers in the field of developmental genetics and evolutionary biology. The author, himself an expert in Drosophila development, gives an in depth overview of the research into how genes control the processes by which simple embryos turn into complex organisms. He draws out in a clear and concise manner the parallels that unite all animals in regard to developmental mechanisms and the underlying gene networks. The way it is conceived the book follows a novel and highly original approach, by directly drawing comparisons between known gene functions and mutant phenotypes in fruit flies and clinical syndromes caused by mutations in homologous genes in humans. As a result, Deep Homology? reaches beyond the basic science arena and will be a relevant and inspiring read for a broad readership interested in the biological underpinnings of human health and disease.' Volker Hartenstein, University of California, Los Angeles Advance praise: 'Deep Homology? explores a deep truth. There is a kinship between human bodies and the bodies of flies. Way down at the level of the genes, our family likenesses are incredibly intricate, interesting, and instructive. To trace these resemblances is to discover (among other things) the ghostly image of our lost common ancestor, which lived six hundred million years ago. Lewis Held, Jr lays out all of the details, the nuts and bolts of what we know and what we don't, with great charm and enthusiasm. The picture is complex. It is also beautifully simple, as William Blake understood when he wrote 'The Fly.' 'Am not I /a fly like thee? /Or art not thou /a fly like me?' Jonathan Weiner, Author of Time, Love, Memory

'The book is a great learning tool and valuable resource for students and researchers in the field of developmental genetics and evolutionary biology. The author, himself an expert in Drosophila development, gives an in depth overview of the research into how genes control the processes by which simple embryos turn into complex organisms. He draws out in a clear and concise manner the parallels that unite all animals in regard to developmental mechanisms and the underlying gene networks. The way it is conceived the book follows a novel and highly original approach, by directly drawing comparisons between known gene functions and mutant phenotypes in fruit flies and clinical syndromes caused by mutations in homologous genes in humans. As a result, Deep Homology? ... will be a relevant and inspiring read for a broad readership interested in the biological underpinnings of human health and disease.' Volker Hartenstein, University of California, Los Angeles 'Deep Homology? explores a deep truth. There is a kinship between human bodies and the bodies of flies. Way down at the level of the genes, our family likenesses are incredibly intricate, interesting, and instructive. To trace these resemblances is to discover (among other things) the ghostly image of our lost common ancestor, which lived six hundred million years ago. Lewis Held, Jr lays out all of the details, the nuts and bolts of what we know and what we don't, with great charm and enthusiasm. The picture is complex. It is also beautifully simple, as William Blake understood when he wrote 'The Fly.' 'Am not I /a fly like thee? /Or art not thou /a fly like me?' Jonathan Weiner, Author of Time, Love, Memory 'Rarely has a technical concept been brought so vividly to life as 'deep homology' is in Lewis I. Held, Jr's most recent Devo-Evo manifesto. Deep homology is real, as real as the bilaterian ancestor was alive some 600Mio years ago, that is the conclusion of this eminently readable, informative and entertaining book.' Gunter Wagner, Yale University, Connecticut '... fun and informative.' Christopher J. Percival, Evolutionary Anthropology 'Held is an honest, excited, and entertaining writer ... [he] has delivered an essay that can be a valuable tool for future evo-devotees seeking to probe the deepest dark depths of deep homology. His work has cataloged and organized the key works of the field and the brains that were behind them. It has outlined the questions that still perplex us - and some of the directions we must go to refine our answers.' David M. Linz and Armin P. Moczek, Evolution and Development '... this is a valuable reference work. That said, it is not a long book, more a monograph, but it is densely packed with information and discussion. I found it surprisingly accessible, despite the state-of-the-art content.' Les Rose, The Biologist

Advance praise: 'The book is a great learning tool and valuable resource for students and researchers in the field of developmental genetics and evolutionary biology. The author, himself an expert in Drosophila development, gives an in depth overview of the research into how genes control the processes by which simple embryos turn into complex organisms. He draws out in a clear and concise manner the parallels that unite all animals in regard to developmental mechanisms and the underlying gene networks. The way it is conceived the book follows a novel and highly original approach, by directly drawing comparisons between known gene functions and mutant phenotypes in fruit flies and clinical syndromes caused by mutations in homologous genes in humans. As a result, Deep Homology? reaches beyond the basic science arena and will be a relevant and inspiring read for a broad readership interested in the biological underpinnings of human health and disease.' Volker Hartenstein, University of California, Los Angeles Advance praise: 'Deep Homology? explores a deep truth. There is a kinship between human bodies and the bodies of flies. Way down at the level of the genes, our family likenesses are incredibly intricate, interesting, and instructive. To trace these resemblances is to discover (among other things) the ghostly image of our lost common ancestor, which lived six hundred million years ago. Lewis Held, Jr lays out all of the details, the nuts and bolts of what we know and what we don't, with great charm and enthusiasm. The picture is complex. It is also beautifully simple, as William Blake understood when he wrote 'The Fly.' 'Am not I /a fly like thee? /Or art not thou /a fly like me?' Jonathan Weiner, Author of Time, Love, Memory Advance praise: 'Rarely has a technical concept been brought so vividly to life as 'deep homology' is in Lewis I. Held, Jr's most recent Devo-Evo manifesto. Deep homology is real, as real as the bilaterian ancestor was alive some 600Mio years ago, that is the conclusion of this eminently readable, informative and entertaining book.' Gunter Wagner, Yale University

Author Information

Lewis I. Held, Jr is a fly geneticist who has taught human embryology for 30 years. He studied molecular biology at the Massachusetts Institute of Technology (BS, 1973), investigated bristle patterning under John Gerhart at the University of California, Berkeley (PhD, 1977) and conducted postdoctoral research with Peter Bryant and Howard Schneiderman at the University of California, Irvine (1977–86). Deep Homology? is his fifth scholarly monograph, following Models for Embryonic Periodicity (1992), Imaginal Discs (Cambridge, 2002), Quirks of Human Anatomy (Cambridge, 2009) and How the Snake Lost its Legs (Cambridge, 2014).

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