Titlebook: Biology and Biotechnology of the Plant Hormone Ethylene II; A. K. Kanellis,C. Chang,D. Grierson Book 1999 Springer Science+Business Media

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Ethylene and Methyl Jasmonate Interaction and Binding Models For Elicited Biosynthetic Steps of Paclthesize 3-phenylisoserine and/or add the sidechain to the baccatin III ring. Sigmoidal plots of paclitaxel and 7-xylosyl-10-deacetyltaxol productivity versus MJ concentration indicates allosteric modulation of ethylene binding by MJ. At medium to high MJ concentrations (200-400 μM), the modulation s

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Barren Mutants in Maize-A Case Study in Plant Signalingbetween the two events varies, from 1 day to almost the end of the pollen-shedding period. It has been anecdotally assumed that hormones in the tassel control the initiation of female activity. The tassel appears to repress the female receptivity (silking) until the pollen shedding begins. This is o

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https://doi.org/10.1007/3-211-31398-2d in the mechanism of CO. activation. We prepared R244K and S246A mutants to determine if these Arg and Ser residues may serve as ligands for the carboxyl group of ACC. The R244K and S246A mutants were 5.4% and 35% as active, respectively, as the native enzyme but were typically activated by CO.; th

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Hubert Hinterhofer,Christian Rosbauderactions were also confirmed by GUS staining of treated seedlings of both green and etiolated transgenic plants. In etiolated seedlings, GUS stain was observed in the elongation zone of hypocotyls, whereas in green seedlings, the stain was observed in shoot tips and cotyledons. These interactions w

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https://doi.org/10.1007/3-211-31398-2the CTR1 protein will be presented. A number of mutants affecting the regulation of ethylene biosynthesis have also been identified. One class disrupts the induction of ethylene by cytokinin. The cloning of one such . (cytokinin-insensitive) mutant revealed that the ACS5 isoform of ACC synthase is r

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Hubert Hinterhofer,Christian Rosbaud3]. The ETR family shows homology to the two-component histidine-kinase receptors common in bacteria. CTR1 shows homology to eukaryotic serine/threonine protein kinases that initiate MAP kinase cascades in eukaryotes. EIN2 is related to a family of metal transporters found in eukaryotes while EIN3 r

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Kommentar zum Suchtmittelgesetzn the ethylene signal transduction pathway. This interaction occurred in ETR1 mutants that lacked residues required for histidine kinase activity. These data suggest that the histidine kinase domain of ETR1 performs both an enzymatic and a physical role in ethylene signal transduction.

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