Science · 1965 · 97 citations · 18 references
Life SciencesPlant BiologyPlant SciencesPlant BiochemistryPlant Hormone BiologyPlant PhysiologyApical DominanceAuxin BiologyGibberellin BiologyPlant Hormone PhysiologyPlant Hormone SignalingPlant HormonesApical Dominance ControlAuxin BiosynthesisAuxin TreatmentsGibberellic Acid TreatmentGibberellin TransportPaper ChromatographyScintillationShoot Apical Dominance Modification
Substitution of indoleacetic acid plus gibberellic acid for Pisum shoot apices restored apical dominance more effectively than indoleacetic acid alone. Studies of translocation, in which carbon-14-labeled indoleacetic acid was used (as determined by paper chromatography and scintillation counting) revealed that gibberellic acid caused more indoleacetic acid to be present and effective far from the site of application.
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Gibberellins as Native Plant Growth Regulators
Charles A. West · Annual Review of Plant Physiology · 1960 · 124 citations