microscopic 发表于 2025-3-23 10:03:01
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On the Kinematics and Dynamics of Plant Growthrocess. The irreversible expansion of plant cells is thought to involve an osmotically driven uptake of water and concomitant yielding of the cellulosic cell wall under turgor pressure. For my contribution to this symposium, I emphasize analysis of plant growth in continuum mechanical terms. I willOndines-curse 发表于 2025-3-23 18:32:07
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Daily Variations of Stem and Branch Diameter: Short Overview from a Developed Example degrees of hydration, while irreversible changes, often superposed on the previous ones, result from continuous growth of tissues through cell division and enlargement. During the last decade many attempts have been made to use the variations of stem and fruit to schedule irrigation, especially in提炼 发表于 2025-3-24 04:43:56
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The Effects of Low O2 Concentration and Azide on the Water Relations of Wheat and Maize Rootsficiency and the TCA cycle inhibitor sodium azide on the water relations parameters of single cells of wheat and maize, and whole roots of maize. Hydraulic conductivities (L.) of single cortex cells were obtained by measuring either turgor pressure relaxation after turgor pressure was quickly changeNostalgia 发表于 2025-3-24 18:40:46
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MDCK Cells Under Severely Hypoosmotic Conditionsct (Gilles et al. 1987; Macknight, 1988; Chamberlin and Strange, 1989; Kleinzeller and Ziyadeh, 1990; Beyenbach, 1990). No attempt will be made here to review this research, but a few introductory comments on hypoosmotic exposure are in order. The extent to which osmolarity of the surrounding mediumcommonsense 发表于 2025-3-25 03:15:02
Osmotic Swelling-Pressurization-Rupture of Isolated Cells and Disjoining of Cell Aggregates in Softof cells and to pressurization when the cell structure rigidly opposes increases in volume. For a sufficiently-large osmotic pressurization, mechanical failure of the cell structure may ensue. This failure can result in immediate rupture of the cell permeability barrier (lysis) and loss of cytosoli