Results 261 to 270 of about 459,719 (297)
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Proceedings of the Royal Society of London. Series B. Biological Sciences, 1977
Abstract The idea is now widely accepted that active cell locomotion is an important mechanism in many kinds of animal morphogenesis. The history of the idea suggests, however, that there was a peculiarly strong resistance to its acceptance.
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Abstract The idea is now widely accepted that active cell locomotion is an important mechanism in many kinds of animal morphogenesis. The history of the idea suggests, however, that there was a peculiarly strong resistance to its acceptance.
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Current Opinion in Genetics & Development, 2004
During starvation-induced Dictyostelium development, up to several hundred thousand amoeboid cells aggregate, differentiate and form a fruiting body. The chemotactic movement of the cells is guided by the rising phase of the outward propagating cAMP waves and results in directed periodic movement towards the aggregation centre.
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During starvation-induced Dictyostelium development, up to several hundred thousand amoeboid cells aggregate, differentiate and form a fruiting body. The chemotactic movement of the cells is guided by the rising phase of the outward propagating cAMP waves and results in directed periodic movement towards the aggregation centre.
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Current Opinion in Gastroenterology, 2007
The molecular basis of endoderm differentiation and interaction with mesoderm to generate the mature intestine has been the focus of intensive investigation. Signaling pathways relevant to organogenesis may be recapitulated during oncogenesis. This review highlights recent studies of endoderm specification, differentiation and formation of the gut tube,
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The molecular basis of endoderm differentiation and interaction with mesoderm to generate the mature intestine has been the focus of intensive investigation. Signaling pathways relevant to organogenesis may be recapitulated during oncogenesis. This review highlights recent studies of endoderm specification, differentiation and formation of the gut tube,
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Cell, 1992
The identification of protein factors, such as epimorphin, scatter factor, and activin, that induce epithelial branching and convergent extension-like movements in embryonic tissues are important breakthroughs in our understanding of the role of mesenchyme in epithelial morphogenesis. Moreover, the development of simple in vitro epithelial cell systems
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The identification of protein factors, such as epimorphin, scatter factor, and activin, that induce epithelial branching and convergent extension-like movements in embryonic tissues are important breakthroughs in our understanding of the role of mesenchyme in epithelial morphogenesis. Moreover, the development of simple in vitro epithelial cell systems
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Programmed and Self-Organized Flow of Information During Morphogenesis
Nature Reviews Molecular Cell Biology, 2021Thomas Lecuit, Claudio Collinet
exaly
Budding Epithelial Morphogenesis Driven by Cell-Matrix Versus Cell-Cell Adhesion
Cell, 2021Alexander Cartagena-Rivera +2 more
exaly
Shaping Faces: Genetic and Epigenetic Control of Craniofacial Morphogenesis
Nature Reviews Genetics, 2023Licia Selleri, Filippo Maria Rijli
exaly