Participation of phytochrome in the light inhibition of malformin-induced abscission

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概要

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• The ability of white light to inhibit malformin-induced abscission on cuttings of Phaseolus aureus involved a red-far red reversible phenomenon. Treatment with far red radiation prior to dark incubation enhanced abscission on both control and malformin-treated cuttings. The dark aging process, which enhances abscission on both control and malformin-treated cuttings, was inhibited by red radiation and was also far red reversible. The photoreceptor for light inhibition of malformin-induced abscission was located in the primary leaves. A role of phytochrome in the inhibition of abscission on control and malformin-treated cuttings is indicated.

• 日本植物生理学会の論文

著者

• Curtis Roy

  Department Of Botany And Planl Pathology Purdue University

関連論文

• Detection and Characterization of Abscission-Inhibiting Substances in Leaves of Malformin-Treated Cuttings
• Effect of malformin on root growth
• Effect of malformin on the major constituents of Phaseolus vulgaris
• Stimulation and inhibition of respiration by malformin : Relationship to enhanced ethane production
• Malformin negates the Inhibition of Ethrel-induced Leaf Abscission by AgNO_3
• Participation of phytochrome in the light inhibition of malformin-induced abscission
• STUDIES ON THE PRODUCTION AND PHYSIOLOGICAL EFFECTS OF ASYMMETRIN
• Effect of Peroxydisulfate on Vigna radiatu Abscission
• Studies on the stimulation of abscission by malformin on cuttings of Phaseolus aureus Roxb.
• Effect of malformin on phytochrome reactions in Vigna and Avena
• Factors Influencing Induction of Resistance to Dark Abscission by Malformin
• Stimulation of ethylene or ethane production by malformin
• ISOIATION AND IDENTIFICATION OF ASYMMETRIN

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