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Annals of the New York Academy of Sciences, 2006
Abstract: We have characterized two signaling pathways that induce heart tissue during embryonic development. The first is initiated by the Wnt antagonist Dickkopf1 (Dkk1) and involves the homeodomain transcription factor Hex. Other Wnt antagonists are less effective and the potency of Dkk1 might be due to synergy between Wnt antagonizing and another,
Ann C, Foley +4 more
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Abstract: We have characterized two signaling pathways that induce heart tissue during embryonic development. The first is initiated by the Wnt antagonist Dickkopf1 (Dkk1) and involves the homeodomain transcription factor Hex. Other Wnt antagonists are less effective and the potency of Dkk1 might be due to synergy between Wnt antagonizing and another,
Ann C, Foley +4 more
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Features of embryonic induction
Development, 1988ABSTRACTThe patterned distribution of different organs in the amphibian embryo begins with the establishment of two domains, the animal and vegetal regions, that differ in developmental potency. Differences amplify as inductive interactions occur across boundaries between areas of different potency.
A G, Jacobson, A K, Sater
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Mechanisms of Development, 1993
The current understanding of the mechanism of embryonic induction is reviewed. The embryological data which are necessary to establish the existence of an inductive process are described and the criteria for the identification of inducing factors are discussed.
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The current understanding of the mechanism of embryonic induction is reviewed. The embryological data which are necessary to establish the existence of an inductive process are described and the criteria for the identification of inducing factors are discussed.
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Clinical Obstetrics and Gynecology, 1975
Inductive interactions between tissue components in proximity constitute a universal guiding principle for synchronized development during embryogenesis. Such sequential morphogenetic events involve both specific, determinative "instructions" and less specific, supporting or "permissive" influences acting upon predetermined target cells.
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Inductive interactions between tissue components in proximity constitute a universal guiding principle for synchronized development during embryogenesis. Such sequential morphogenetic events involve both specific, determinative "instructions" and less specific, supporting or "permissive" influences acting upon predetermined target cells.
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Embryonic Development and Induction
Nature, 1939AT last we have the pleasure of welcoming the largest work so far written by one who is perhaps the greatest living master of experimental morphology. It has received admirable treatment by the Yale University Press; the clear printing aids the reader's eye, and the matt paper does justice to every nerve-cell in the numerous illustrations.
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Embryonic induction - molecular prospects
Development, 1987ABSTRACTEmbryonic induction is an interaction between one (inducing) tissue and another (responding) tissue, as a result of which the responding tissue undergoes a change in its direction of differentiation. This is probably the single most important mechanism in vertebrate development leading to differences between cells and to the organization of ...
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Embryonic induction and muscle gene activation
Trends in Genetics, 1989Embryonic induction, a process in which the differentiation of a cell is determined by its proximity to other kinds of cells, is of major importance in animal development. We review here what is known of the steps by which a muscle-specific actin gene is first activated by embryonic induction in early amphibian embryos.
J B, Gurdon +3 more
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Diffusible factors in vertebrate embryonic induction
Cell, 1992One major aim of studies of vertebrate embryology has been to determine the mechanisms by which signals generated by one group of cells control the fate of neighboring cells, the process generally referred to as embryonic induction (Spemann, 1938; Jacobson, 1986; Gurdon, 1987).
T M, Jessell, D A, Melton
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