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Hormone Binding in Plants [PDF]
Annual Review of Plant Physiology, 1976 INTRODUCTION ,"", .. , .. " .. , .. ,,""""', .. , .. ,', ...... ," 268 THE HORMONE· RECEPTOR CONCEPT " .. , ... , , ... , .. , ', 268 Methods of Assessing Hormone-Receptor Interactions ... 268 Kinetic Analysis of Hormone Binding ....... " ........ " .. " .. " .... """""" ......... ,,. 269 Criteria for Physiologically Meaningful Binding " .
and H Kende, G Gardner
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Trends in Genetics, 1988
Abstract Many of the basic facts about plant hormones are still obscure, including biosynthetic pathways and their regulation. Furthermore, our knowledge of the molecular steps between hormones and their action is extremely limited. The increasing collection of isogenic genotypes differing in hormone synthesis or responses offers great promise for ...
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Abstract Many of the basic facts about plant hormones are still obscure, including biosynthetic pathways and their regulation. Furthermore, our knowledge of the molecular steps between hormones and their action is extremely limited. The increasing collection of isogenic genotypes differing in hormone synthesis or responses offers great promise for ...
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Biochemical Society Transactions, 1983
After a brief survey of the literature on the recently discovered brassinolide, some of our results with corticosteroids are given. A number of structural requirements of corticosteroids were deduced in a bioassay involving elongation growth and lateral root formation. To explain the activity of glucocorticoids, the involvement of a receptor protein is
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After a brief survey of the literature on the recently discovered brassinolide, some of our results with corticosteroids are given. A number of structural requirements of corticosteroids were deduced in a bioassay involving elongation growth and lateral root formation. To explain the activity of glucocorticoids, the involvement of a receptor protein is
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Nature, 1946
IN the course of investigations on the effects of some antibiotics on plant tissues in vitro, it was discovered that commercial penicillin sodium (Squibb) has a potent effect on the growth of excised fragments of sunflower stem tissue cultured on White's sucrose mineral agar. A concentration of 500 units per c.c.
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IN the course of investigations on the effects of some antibiotics on plant tissues in vitro, it was discovered that commercial penicillin sodium (Squibb) has a potent effect on the growth of excised fragments of sunflower stem tissue cultured on White's sucrose mineral agar. A concentration of 500 units per c.c.
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Science, 1969
The usage of the word interaction by physiologists has led to a consensus that gibberellin and abscisin interact in affecting plant responses. However, no such consensus is admissible if one uses the statisticians' definition which is more physiologically sound than that used by physiologists.
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The usage of the word interaction by physiologists has led to a consensus that gibberellin and abscisin interact in affecting plant responses. However, no such consensus is admissible if one uses the statisticians' definition which is more physiologically sound than that used by physiologists.
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Angewandte Chemie International Edition in English, 1966
AbstractHigher plants generate active substances, termed phytohormones, having the character of tissue hormones. Some of these compounds have been isolated and identified, namely ethylene, heteroauxins, and gibberellic acids. Cell‐elongation inhibitors have been detected, but not yet isolated or identified. Natural and synthetic substances with hormone‐
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AbstractHigher plants generate active substances, termed phytohormones, having the character of tissue hormones. Some of these compounds have been isolated and identified, namely ethylene, heteroauxins, and gibberellic acids. Cell‐elongation inhibitors have been detected, but not yet isolated or identified. Natural and synthetic substances with hormone‐
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Plant Constituents with Hormonal Effects
Current Organic Chemistry, 2003Phytohormones describe substances of plant origin with a hormonal activity. Epidemiological studies have shown a high health care potential for phytoestrogens. They are plant secondary metabolites with structural analogies to estradiol and with an influence on the estrogenic hormonal pathways.
Terreaux, C. +2 more
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2010
The definition of a plant hormone has not been clearly established, so the compounds classified as plant hormones often vary depending on which definition is considered. In this chapter, auxins, gibberellins (GAs), cytokinins, abscisic acid, brassinosteroids, jasmonic acid-related compounds, and ethylene are described as established plant hormones ...
Isomaro Yamaguchi +14 more
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The definition of a plant hormone has not been clearly established, so the compounds classified as plant hormones often vary depending on which definition is considered. In this chapter, auxins, gibberellins (GAs), cytokinins, abscisic acid, brassinosteroids, jasmonic acid-related compounds, and ethylene are described as established plant hormones ...
Isomaro Yamaguchi +14 more
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Phytochemistry, 1967
Abstract Thin-layer chromatographic data in five solvent systems are presented which enable the separation of the seventeen known gibberellins. The Rf values are not reproducible and cannot be standardized. They can only be used for positive identification in conjunction with authentic samples.
J. MacMillan +3 more
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Abstract Thin-layer chromatographic data in five solvent systems are presented which enable the separation of the seventeen known gibberellins. The Rf values are not reproducible and cannot be standardized. They can only be used for positive identification in conjunction with authentic samples.
J. MacMillan +3 more
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Phytochemistry, 1969
Abstract Line diagrams of GC-MS low resolution mass spectra are presented for the methyl esters of gibberellins A1 to A24 and for the trimethylsilyl ethers of the methyl esters of the hydroxylated gibberellins A1 to A8, A10, A13, A14, and A16 to A23.
R. J. Pryce, Jake MacMillan, R. Binks
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Abstract Line diagrams of GC-MS low resolution mass spectra are presented for the methyl esters of gibberellins A1 to A24 and for the trimethylsilyl ethers of the methyl esters of the hydroxylated gibberellins A1 to A8, A10, A13, A14, and A16 to A23.
R. J. Pryce, Jake MacMillan, R. Binks
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