Results 251 to 260 of about 371,204 (305)
Auxin Immunolocalization in Plant Tissues
, 2012 The major naturally occurring auxin, indol-3 acetic acid (IAA), coordinates many growth and differentiation processes by modulating gene expression during plant development. The sites of IAA biosynthesis and its polar transport (PAT) routes determine auxin accumulation and distribution during growth.
Forestan C., Varotto S.
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2010
Plant tissue cultures are an efficient system to study cell wall biosynthesis in living cells in vivo. Tissue cultures also provide cells and culture medium from which enzymes and cell wall polymers can easily be separated for further studies. Tissue cultures with tracheary element differentiation or extracellular lignin formation have provided useful ...
Anna, Kärkönen +3 more
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Plant tissue cultures are an efficient system to study cell wall biosynthesis in living cells in vivo. Tissue cultures also provide cells and culture medium from which enzymes and cell wall polymers can easily be separated for further studies. Tissue cultures with tracheary element differentiation or extracellular lignin formation have provided useful ...
Anna, Kärkönen +3 more
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2003
Plant tissues normally grow in an organized fashion in which specific cell types differentiate from nonspecialised meristematic cells. Plant developmental processes can be modified by culture in vitro in a suitable nutrient medium and with the application of plant growth regulators.
M G, Jones, N, Fish, K, Lindsey
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Plant tissues normally grow in an organized fashion in which specific cell types differentiate from nonspecialised meristematic cells. Plant developmental processes can be modified by culture in vitro in a suitable nutrient medium and with the application of plant growth regulators.
M G, Jones, N, Fish, K, Lindsey
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Malonate Metabolism by Plant Tissues
Nature, 1959INTEREST in malonic acid has been largely directed towards its role as a competitive inhibitor of succinic dehydrogenase. Very little attention has been directed towards the occurrence of malonic acid in plant tissues or toward the metabolism of malonic acid per se.
L M, SHANNON, R H, YOUNG, C, DUDLEY
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Stain Technology, 1948
Selected current ideas on the mordanting of plant tissues are presented in the hope that they will be of practical assistance, especially to the beginner. The nature of the mordanting process and the results which may be expected following mordanting are briefly described.
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Selected current ideas on the mordanting of plant tissues are presented in the hope that they will be of practical assistance, especially to the beginner. The nature of the mordanting process and the results which may be expected following mordanting are briefly described.
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Biological Reviews, 1936
The term "tissue culture" is too well known to the scientific public through the work of Harrison (56-59), Burrows (10), Carrel (11-15), Fischer (31-36), Erdmann (25, 26), Lewis and Lewis (78-80), and others to need definition. In general, it has been used in such work to designate preparations in which somatic cells of a single type or a restricted ...
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The term "tissue culture" is too well known to the scientific public through the work of Harrison (56-59), Burrows (10), Carrel (11-15), Fischer (31-36), Erdmann (25, 26), Lewis and Lewis (78-80), and others to need definition. In general, it has been used in such work to designate preparations in which somatic cells of a single type or a restricted ...
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Quantification of starch in plant tissues
Nature Protocols, 2006This protocol describes a simple means of measuring the starch content of plant tissues by solubilizing the starch, converting it quantitatively to glucose and assaying the glucose. Plant tissue must initially be frozen rapidly to stop metabolism, then extracted to remove free glucose.
Alison M, Smith, Samuel C, Zeeman
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History of plant tissue culture
Molecular Biotechnology, 2005Plant tissue culture, or the aseptic culture of cells, tissues, organs, and their components under defined physical and chemical conditions in vitro, is an important tool in both basic and applied studies as well as in commercial application. It owes its origin to the ideas of the German scientist, Haberlandt, at the begining of the 20th century.
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Plant Tissue Extraction for Metabolomics
2013Plants are not only important producers of foods and energy storages (e.g., sugars, carbohydrates, proteins, and fats) in the form of grains, fruits, and vegetables, they also provide many valuable products to human existence including wood, fibers, oils, resins, pigments, antioxidants, and sources of medicine.
Ute, Roessner, Daniel Anthony, Dias
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While most epigenomics studies are based on a linear view of genome organization, the necessity to take the three-dimensional chromatin folding into account to understand transcriptional regulation is now clearly recognized. In the past years, approaches combining proximity-based ligation with high-throughput sequencing have opened the way to study ...
Rim Brik Chaouche +3 more
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Rim Brik Chaouche +3 more
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