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Short, eds. Cambridge University Press; in Quart. Intellectual traditions in the life sciences. The onset of paternal and maternal Gpi-1 gene expression in preimplantation mouse embryos. Solter, D. Cold Spring Harbor Symp. Cell-cell receptors in embryogenesis. Gorczynski, ed. Enrichment and differentiation of postnatal rodent neuroblasts in selective tissue culture medium.
Brain Res. Cell surface receptors in development and immunity. In friendly disagreement: Wilson, Morgan, and the embryological origins of the gene theory. Review of Horder, T. Cambridge University Press. In Medical History The importance of feminist critique for contemporary cell biology. Reprinted in Feminism and Science ed. Tuana , Indiana University Press pp.
McErlean, ed. Wadsworth Publishing, NY. Reprinted in The Gender of Science ed. Rainger, K. Benson, J. Maienschein University of Pennsylvania Press, Philadelphia.
Grunwald, G. Histochemistry - Epigenetic landscaping: C. Waddington's use of cell fate bifurcation diagrams. Biology and Philosophy. Oxford University Press.
Induction and the Origins of Developmental Genetics. Cytoplasmic action in development. The role of embryonic induction in creating self. In Organism and the Origins of Self ed.
Kluwer Press, Dordrecht. The synthesis of embryology and human genetics: Paradigms regained. Human Genet. Development and macroevolution, American Zoologist, Sainio, K. Differential expression of gap junction mRNAs and proteins in the developing murine kidney and in experimentally induced nephric mesenchymes.
Symposium on the evolution of individuality. Biology and Philosophy 7: - Spemann's Organizer: Models and molecules. Mechanisms Devel. Opitz, J. Developmental field theory and the molecular analysis of morphogenesis: A comment on Dr. Slavkin's observations. Princeton University Press, Princeton. American Philosophical Society, Philadelphia. In Quart. Ritvos, O. Activin disrupts epithelial branching morphogenesis in developing murine kidney, pancreas, and salivary gland.
Postmodernism and Science. Introduction: Postmodernism and Science. Science in Context 8: - Resurrecting the Body: Has Postmodernism had any effect on biology? Resynthesizing evolutionary and developmental biology. Developmental Biology - A brief history of premolecular induction studies. Cellular dialogues during development.
Martini, H. Neri, eds. Reply: Resynthesis. Enzyme adaptation and the entrance of molecular biology into embryology. Kluwer Academic Publishers, Dordrecht.
Looking at embryos: The visual and conceptual aesthetics of emerging form. Tauber, editor. Kluwer Academic Publishers, Dordecht. Brusca, R. In Gilbert, S.
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Sinauer Associates, Sunderland. Arthropods: crustaceans, spiders, and myriapods. How cells learn, how cells teach: Induction and education in the body. Reninger and E. Amsel, ed. Lawrence Erlbaum, Hillsdale, NJ.
Bodies of knowledge: Multiculturalism and science. Taylor, S. Halfon, and P. Edwards, eds. University of Minnesota Press, Minneapolis. Hyman and D. Moore, ed. Routledge, NY. Shalvi Publishing, Jerusalem.
Belousov, L. M, and Gilbert, S. Contributions to field theory and life of Alexander G. Intercellular pathways as homologous processes. Okada, ed.
Bearing crosses: The historiography of genetics and embryology. Conceptual breakthroughs in developmental biology. Wormwholes: A commentary on K. Schaffner's "Genes, behavior, and developmental emergentism", Philosophy of Science - Human cloning Letter to the editor. New Engl. Homologies of process. In Galperin, C. Fundamental Biology in the Twentieth Century.
Comments to M. Morange, The Developmental Gene Concept. Gene Concepts in Development and Evolution. Review of A.
University of California Press, Berkeley, Genes classical and genes developmental: The different uses of the gene in evolutionary syntheses.
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Rheinberger ,Cambridge University Press. Mainstreaming feminist critique into the biology curriculum. Reid and S. Traweek, eds. Embracing complexity: Organicism for the Twenty-first Century. Developmental Dynamics 1 - 9. Burian, R. Selected bibliography on history of embryology and development. Life Sci. Diachronic biology meets evo-devo: C.
Waddington's approach to evolutionary developmental biology. American Zoologist - Homologies of process: Modular elements of embryonic construction. Wagner, ed. Yale University Press, New Haven. Reprinted in Journal of Experimental Zoology : 1 - Paradigm shifts in neural induction. Revue d'Histoire des Sciences. Continuity and change: paradigm shifts in neural induction. International Journal of Developmental Biology - Loredo, G. Morphogenesis of the turtle shell: The development of a novel structure in tetrapod evolution.
Evolution and Development 3: 47 - Ecological developmental biology: Developmental biology meets the real world. Congenital human baculum deficiency: The generative bone of Genesis 2: American Journal of Medical Genetics - When the map becomes the territory. Trends in Genetics - Finding a mate for evolution. LeClair, E. Development of an evolutionarily novel structure: fibroblast growth factor expression in the carapacial ridge of turtle embryos.
New vistas for developmental biology. Biosciences - Evidence for the neural crest origin of turtle plastron bones. Lewis und Clark-Expedition von bis Die medizinische und soziologische Bedeutung des Schwitzbadens. Revisiting Women and Feminism in Developmental Biology. In Schiebinger, L. University of Chicago Press, Chicago. Predator-induced polyphenism. In The Encyclopedia of Life Sciences. Vol Macmillan, London. Genetic determinism: The battle between scientific data and social image in contemporary developmental biology.
In On Human Nature. Anthropological, Biological, and Philosophical Foundations. Grunwald, A. Springer-Verlag, NY.
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Genetics - Mikhailov, A. Petersburg Society of Naturalists. In Encyclopedia of Evolution M. Pagel, ed. Oxford University Press, NY. Volume 1: - Teaching evolution through Evo-Devo. Wilmut, K. Campbell, and C. Commentary: Stephen J. Ecological developmental biology: preface to the symposium.
Scott Gilbert: Publications
Cebra-Thomas, J. T-box gene products are required for mesenchymal induction of epithelial branching in the embryonic mouse lung. Developmental Dynamics 82 - The reactive genome. The genome in its ecological context: philosophical perspectives on interspecies epigenesis.
Annals of the New York Academy of Science - Educating for social responsibility: Changing the syllabus of developmental biology.
Development, evolution, and evolutionary developmental biology. Hall and W. Developmental genetics. Evo-devo, devo-evo, and devgen-popgen. Biology and Philosophy - The role of predator-induced polyphenism in the evolution of cognition: A Baldwinian speculation. In Weber, B. We are now returning to this area with new molecular and computational tools to analyze the cellular mechanisms that enable organogenesis and the mathematical constraints that permit only certain phenotypes to occur.
The fourth edition highlighted these concerns. In addition, as the genetic mechanisms underlying such morphogenetic questions as axis specification became illuminated, the ubiquity of similar mechanisms became awe-inspiringly apparent. Even plant morphogenesis, long seen as so distinct from animal development as to constitute virtually a separate field, became part of this new incarnation of developmental biology.
The sixth edition of this textbook saw the addition of a chapter on plant development. Some of the first experimental embryologists were interested developmental plasticity and how the development was modified by the environment. Today we are once again bringing developmental biology to bear on issues of ecology. This ecological developmental biology seeks to find the proximate causes for the life history strategies well known to ecologists.
The fifth edition of this book inaugurated our chapter on ecological developmental biology. Many of the early investigations of experimental embryology were performed in order to discover the mechanisms of congenital birth defects. Today, after a long absence, developmental biology, with its new tools and insights, is reclaiming its medical heritage.
We are identifying the causes for inherited malformations of development, seeking the ways by which exogenous chemicals disrupt normal development, and looking at developmental cures for such anomalies. This present edition inaugurates our chapter on the medical implications of developmental biology. The stories are in every newspaper: cloning, stem cells, genetic engineering, in vitro fertilization, cancer therapies, organ regeneration, and protocols for prolonging our lifespan.
In the past five years, developmental biology has usurped a place formerly occupied by science fiction. Our knowledge of development has enabled us to transform livers into pancreases and convert quail beaks into duck bills. It has allowed us to clone cats and place new genes into human embryonic stem cells.
This ability to understand and even transform nature is revolutionary. A decade ago it was not even considered.
The biology behind the headlines is hardly ever reported in the media, and this biology is every bit as fascinating as the technologies derived from it. Moreover, these technologies are bringing developmental biology into the social sphere as it never has been before.
Students taking developmental biology classes should be able to explain to their classmates and parents the science behind the news stories, and I hope that this chapter will facilitate that transmission. I also believe that developmental biologists both current and emergent need to think about the implications of our research.
Developmental Biology (9th Edition)
Along with the revolution in developmental biology has come the revolution in information technology. The information revolution has become integrated with the revolution in developmental biology and has greatly facilitated the merging of developmental biology with ecology, evolution, and medicine. This influence is also seen in this book. Developmental Biology may have been the first science text to have a website in , and in this edition, devbio.
These may be useful for starting discussions in the laboratory while we wait for the gels to run or the embryos to cleave. The Vade Mecum CD has undergone its own metamorphosis and has become even more integrally connected with the book.
Not only has its coverage expanded, but it has incorporated an entire laboratory manual as well. This is the first edition of the book that has brought together all these strands, and I hope it does justice to developmental biology and to the revolution that is changing our professional and personal lives.
They are the source of both our curiosity and our awe. Some of us are lucky enough to be paid to think about them and to even get into the laboratory to see if our ideas are possibly correct.Cell surface receptors in development and immunity.
Rainger, K. My editors Andy Sinauer and Carol Wigg shepherded the project to another successful completion while somehow managing at least as far as I know to maintain their sanity. Cold Spring Harbor Symp. Sucking in the gut: A history of early gastrulation research.