Titlebook: Genetic Engineering of Osmoregulation; Impact of Plant Prod D. W. Rains,R. C. Valentine,Alexander Hollaender Book 1980 Springer Science+Bus

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Osmoregulation in Yeastace of changing water potential. Microorganisms must accomodate the entire range of environmental water potential whereas the range is narrowed for the cells of healthy higher plants and animals by regulatory systems associated with their more complex anatomy and physiology. For this reason, cellula

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Osmoregulation in the Halophilic Algae , and ,enus . are generally ovoid in shape, 4-15μm wide and 10-25μm long. The cells are motile, due to the presence of two equal long flagellae in each cell, and contain one large cup-shaped chloroplast which occupies about half of the cell volume. The chloroplast contains a large pyrenoid surrounded by po

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https://doi.org/10.1007/978-3-642-91791-2on (Meyer and Boyer, 1972). In the present paper, we will describe a highly developed system of osmoregulation that permits seedling growth under dry soil conditions that would otherwise be lethal for the plant.

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