Titlebook: Cytomorphogenesis in Plants; Oswald Kiermayer Book 1981 Springer-Verlag/Wien 1981 Zelle.cell.morphogenesis.plants.algorithm analysis and p

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Cytoplasmic Basis of Morphogenesis in ,ts rapid cell growth and development, its Symmetrie cell pattern, and because it is easily cultivated under artificial culture conditions. One of the first cell biologists to use this organism for experimental studies, especially for morphogenetic experiments, was the Finnish plant physiologist Hans

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Morphogenesis and Polarity of Tubular Cells with Tip Growthhis specialized treatment of cell morphogenesis is best explained through an examination of tip growth, the locally restricted enlargement of a cell that usually has a tubul?r shape (F.-W. 1959). Tip growth is associated with polar, local secretion of wall material and represents a conspicuous examp

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Microtubules and Cytomorphogenesis in a Developing Organ: The Root Primordium of ,ssume or maintain or alter a State of polarity, differentiate, or divide without concomitant control and adjustment of its cytoskeleton. Such events occur in sequence during the life of an individual cell, and, in multicellular tissues and organs, are co-ordinated so that the population of cells dev

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Morphogenesis of Tracheary Elements and Guard Cellsnd places in which a cell will strain in response to the internally generated turgor stress (Green 1980). To understand morphogenesis one must explain the mechanism of cell wall formation and in particular how unique patterns of cellulose reinforcements arise. Two cell types that possess specific wa

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Sporogenesis and Pollen Grain Formationacterized by a highly ordered cell wall, the so-called sporoderm (Figs. 1 and 2). Both the chemical and the principal ultrastructural features of sporoderms show little Variation in different taxa, although the sculpture, number, and thickness of the individual wall layers display species-specificit

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Ionic Currents as Control Mechanism in Cytomorphogenesisr these patterns. Therefore, a cell needs additional information for its proper spatial development to indicate, for instance, in which direction it should grow or in which plane it should divide. This information generally comes from external physical factors such as light, gravity, or pressure or

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Pattern Formation in ,es that their shape as such, or the individual structural elements into which the organisms can be dissected, deviate to a great extent from basic geometric structures. Such basic structures are, for example, spheres, ellipsoids, or round columns with hemispheres attached to both ends.

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