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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Regulation of Auxin-Induced Ethylene Biosynthesis in Etiolated Pea Stemsation 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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The Role of Jasmonates in Ethylene Biosynthesises, elicitors and signal transducers [19, 23, 41, 54]. Biosynthesis of (+)-7-iso-jasmonic acid [syn. (+)-2-epi-jasmonic acid)] originates from linolenic acid and is easily transformed to (-)-jasmonic acid (Fig. 1). All of different plant responses to jasmonates, wheather applied externally or releas

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Two-Component Regulators and Ethylene Signal Transduction in ,ronmental signals [1]. Signal transduction by these regulators leads to numerous adaptive responses such as chemotaxis, phosphate regulation, nitrate regulation, host recognition for pathogen invasion, osmoregulation and stress-induced sporulation. Although two-component regulators are well-characte

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The Ethylene Binding Site of the ETR1 Proteinied ethylene alter plant development, and because endogenously produced ethylene induces these changes in ways that make biological sense to the observer. There is also some basis for considering that ethylene perception conforms to the classic receptor occupancy theory described by Michaelis-Menton

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The Ethylene Receptor Gene Family in ,unicellular organism for its survival in variable conditions. It is equally critical to a multicellular organism for its adaptation, as well as its coordinated development. In plants, some growth regulators have long been shown to act as signals to cany out this process. However, until recently litt

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Ethylene Signal Perception and Transduction. Virtually all higher plants investigated contain at least two classes of ethylene-binding site; one of which fully associates and dissociates in about 2 h and a class of sites that takes up to 20 h to become fully saturated and 13 h for half dissociation to occur. Although there appears to be two

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