Titlebook: Root Hairs; Cell and Molecular B Robert William Ridge,Anne Mie C. Emons Book 2000 Springer-Verlag Tokyo 2000 biology.cell.cell biology.cell

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Hormonal Control of Root Hair Growth and Development,ch produce plant hormones (Wang et al. 1982; Pegg 1985). (2) Stimulation of the normal process by exogenous supply of the hormone and/or suppression of the process by application of inhibitors of the hormone and its recovery by the hormone. For this, supportive evidence has been reported. (3) Suppre

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Electrobiology of Root Hairs,cytological characteristics that simplify the micromanipulation, impalement, and micro-injection necessary to characterize ion transport. They are readily accessible and microscopic imaging is straightforward because of the lack of interference by surrounding tissue. This even results in an ability

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Evidence for the Uptake of Non-Essential Ions and Essential Nutrient Ions by Root Hairs and Their Eot cylinder to which root hairs elongate extends the region of the rhizosphere from which nutrients can be absorbed (Nye 1966; and Fig. 1). There has been some interest, therefore, in using genotypes of agricultural species with long root hairs to enhance nutrient uptake. This characteristic, as wel

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Book 2000nd amyloplasts and even mitochondria and endoplasmic reticulum can be seen without reporter labelling in some species. Root hair mutants are easy to distinguish and catalogue. Plant honnones are involved in their growth and development. It is thus an almost ideal plant cell for experimental manipula

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Helen R. Irving,Nawal M. Boukli,Marilyn N. Kelly,William J. Broughton

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ics and symbiosis are covered extensively.Detailed explanatiRoot hairs are tip-growing cells that originate from epidennal cells called trichoblasts. Their role may be simply thought of as extending the surface area of the root to facilitate absorption of nutrients and water. However, as you will se

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