Titlebook: Branching Morphogenesis; Jamie A. Davies Book 2006 Springer-Verlag US 2006 Embryo.Mammalia.Neuron.Vertebrate.animals.botanics.botany.cance

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Uterine Glands,ll uteri contain endometrial glands that secrete substances, termed histotroph, essential for conceptus (embryo/fetus and associated extraembryonic membranes) survival, implantation, development and growth. Uterine adenogenesis is the process whereby endometrial glands develop and is primarily a pos

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Physical Mechanisms of Branching Morphogenesis in Animals,lly, an epithelium forms a pouch-like sheet which elongates and branches repeatedly. During the final steps of organogenesis, the mesenchyme is vascularized in a pattern greatly influenced by the branched epithelium so that main vessels go down (arteries) and up (veins) the main ducts towards distal

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Afterword,logical science. The systems examined range from genes and signal transduction pathways, through morphogenetic apparatus within single cells to processes that take place at the scale of the whole organism. The techniques described include biochemistry, molecular genetics, cell biol-ogy, anatomy, dev

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Branching Morphogenesis978-0-387-30873-9Series ISSN 1431-0414

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Xixi Dong,Eric A. Nyberg,Shouxun Jihe local activation of growth activity. Three model cell types in ., that elucidate different mechanisms of branch formation in single cells, are considered in this review. Trichomes serve as a model to study how multiple branches are formed in a predictable manner. Epidermal pavement cells enable s

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Xixi Dong,Eric A. Nyberg,Shouxun Jiright angles to the long axis of a hypha, and nuclear division is not necessarily linked to cell division. Consequently, no matter how many nuclear divisions occur and no matter how many cross walls are formed, there will be no increase in the number of hyphal tips unless a branch arises. Evidently,

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Janet Meier,Josh Caris,Alan A. Luo cnidarians are colonial. Colonial hydroids with their branched body can be regarded as a model for the whole phylum and are the most-studied cnidarian group with respect to developmental biology. Their colonies are constructed by repetition of limited number of developmental modules. The new module

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Qianying Shi,Bruce Williams,John Allisonn dates back to Galen (c. 130–200 A.D.), and structural similarities with trees are obvious, it has to be empha-sized that, unlike a tree, the animal blood circulation does not contain blind ending branches. The discoveries of Harvey (1578–1657) and Malpighi (1628–1694) demonstrated that the blood c