Titlebook: Mesenchymal-Epithelial Interactions in Neural Development; Joachim R. Wolff,Jobst Sievers,Martin Berry Conference proceedings 1987 Springe

Excise

Cell Surface Extracellular Matrix Glycoproteins Proteoglycans in Nervous Tissueteoglycans in cell-cell interactions and other developmental processes. Our own efforts in this area have largely been directed towards studying their structure, localization, and metabolism in nervous tissue, since this information is essential for ultimately understanding their functional roles.

Macronutrients

贊美者

investigate

Cell Interactions During Kidney Developmentrs (hormonese and growth factors), adhesive interactions between cells, and inductive interactions between two dissimilar cell populations located in close proximity to each other. In vitro cultures of embryonic tissues are well suited for analysis of these phenomena. In such cultures, the normal hi

overrule

Cell-Matrix Interaction in the Differentiation of the Intestinal Epitheliumneering investigators reported on the necessity of the mere presence of mesenchymal tissue for epithelial cytodifferentiation (as reviewed by McLoughlin, 1963, and Grobstein, 1967), subsequent studies have focused on the biochemical nature of these events (Slavkin and Greulich, 1975; Yamada and Olde

易于交談

arthroscopy

使害怕

Aspiration

Influence of the Notochord on the Morphogenesis of the Neural Tubectoderm (Jacobson, 1978). The factors involved in subsequent determination and morphogenesis of the neural tube are less well understood; influences emanating from the mesoderm, ectoderm and notochord together with intrinsic factors are held responsible for this development. Based on the results of

Altitude

Influences of Meningeal Cells on the Development of the Braindevelopment as cell proliferation, branching morphogenesis and functional differentiation (reviews in Grobstein, 1955; Wessells, 1977; Bernfield and Banerjee, 1978; Hay, 1981, 1984; Cunha et al., 1983; Bernfield et al., 1984). Already the earliest stages of neural development, i.e., the formation of