Titlebook: Biology and Biotechnology of the Plant Hormone Ethylene; A. K. Kanellis,C. Chang,D. Grierson Book 1997 Springer Science+Business Media Dor

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Ethylene Involvement in the Dormancy of , Seeds the ethylene-releasing compound, ethephon, breaks primary dormancy, secondary dormancy in seeds and accelerates the germination of non-dormant seeds in a large number of species [3,6,12]. Ethylene, ethephon or a precursor of ethylene biosynthesis, 1-aminocyclopropane-1-carboxylic acid (ACC) stimula

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Control of Gene Transcription by Ethylene During Tomato Fruit Ripeningw known that this treatment would result in the production of wound ethylene that would promote ripening. In climacteric fruit such as tomato, the onset of fruit ripening is normally accompanied by a large increase in ethylene biosynthesis, which is autocatalytic [2]. Tomato fruit ripening involves

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Molecular Genetic Analysis of Ethylene-Regulated and Developmental Components of Tomato Fruit Ripenibiochemical and physiological changes which, in summation, result in the “ripe” stage of fruit maturation. In so called “climacteric” fruits such as tomato, cucurbits, banana, apple, and many others, the initiation of ripening is characterized by a dramatic increase in respiration and biosynthesis o

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The Role of Ethylene in Banana Fruit RipeningNearly all inhabitants in the tropics of all continents benefit directly or indirectly from . crops as a source of food or cash export. The food value of bananas and plantains is widely recognized. They are high in carbohydrates (about 35%) and fiber (6-7%) [1], and are an important source of major

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Kommentar zum Gleichbehandlungsgesetzation of ethylene biosynthesis, pea seedlings exhibit a number of well-described growth responses mediated, at least in part, by ethylene. This chapter will discuss some of these responses, attempting to integrate earlier observations with more recent information provided by mutants and molecular an

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