Titlebook: Ethylene in Plants; Chi-Kuang Wen Book 2015 Springer Science+Business Media Dordrecht 2015 Ethylene biosynthesis.Ethylene receptor.Ethylen

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Research Tools: Biochemical and Biophysical Techniques for Studying Ethylene Signaling,ng of the plant hormone. In this chapter, we will highlight biochemical and biophysical studies on purified proteins, isolated membrane systems, and on intact plant cells that have directly contributed to this knowledge.

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Book 2015r the past two decades, due in part to the isolation of the components involved in the signal transduction pathway. The book offers a helpful guide for plant scientists and graduate students in related areas.

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Ethylene Biosynthesis and Regulation in Plants,of the . gene family, multilevel regulation of cellular ACS activity can fine-tune the kinetics and magnitude of ethylene biosynthesis in response to diverse endogenous and environmental cues, which is critical to ethylene physiology.

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An Evolutionary Perspective on the Plant Hormone Ethylene,otic, eukaryotic, and plant-specific elements. The gene for ethylene perception appears to have originated in cyanobacteria and entered the plant lineage with the endosymbiotic acquisition of the chloroplast, possibly originally functioning for environmental sensing. Most likely, ethylene as a plant

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Integration of Ethylene and Auxin Signaling and the Developmental Consequences of Their Crosstalk,stalk between these hormones. As both of these hormones lead to profound changes in gene expression, genome-wide transcript abundance data sets are identifying additional genes that are induced or repressed through this hormonal crosstalk. Experimental tests of predicted regulatory networks involvin

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Ethylene and Plant Immunity, network. In addition, ethylene is emerging as a key modulator of plant-microbe interactions beyond plant immunity. This chapter highlights the significance of and mechanisms underlying the ethylene signaling network in plant-microbe interactions.

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Research Tool: Ethylene Preparation: Treatment with Ethylene and Its Replacements,t may produce unwanted side effects that can affect data interpretation. Therefore, a direct ethylene treatment is often favorable over the replacement. An alternative to a pressurized tank of ethylene is the chemical synthesis of ethylene by ethanol dehydration or ethephon decomposition, with a spe

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Research Tools: Ethylene Detection,e done, e.g., by using a more sensitive photoionization detector or through improved sampling and preconcentration devices. Another route is provided by other techniques including the laser-based detection or mass spectrometry that are inherently more sensitive and fast for ethylene measurement. Thi

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https://doi.org/10.1007/978-94-009-3405-4of the . gene family, multilevel regulation of cellular ACS activity can fine-tune the kinetics and magnitude of ethylene biosynthesis in response to diverse endogenous and environmental cues, which is critical to ethylene physiology.