Canadian Journal of Botany · 1965 · 11 citations · 10 references
Life SciencesPlant BiologyPlant SciencesPlant Hormone BiologyPlant NutritionPlant PhysiologyApical DominanceAuxin BiologyBud MorphologyPlant Hormone PhysiologySeed PhysiologySeedling Growth SuppressionAbscisic Acid Effects On GrowthApical Dominance ControlConcentrationDecapitation ResponseShoot Apical Dominance ModificationStem Elongation InhibitionSwellingSwelling Reduction
Effects of decapitation and treatment with indoleacetic acid (IAA) were studied in etiolated pea seedlings. The relationship between epicotyl swelling and bud growth inhibition was examined and found to be incomplete: concentrations of IAA which totally inhibit bud growth induce marked epicotyl swelling, but a lower concentration (5 p.p.m.) was shown to induce swelling without affecting bud growth. Swelling is a result of a change in polarity of cell expansion; the time of this change was unaffected by increasing the IAA concentration. Large increases in fresh and dry weight accompany the swelling.In mature (non-swelling) epicotyls treated with IAA, this substance tends to prevent the loss of reducing sugars brought about by decapitation. It is suggested that decapitation and IAA application affect the nutritional status of the epicotyl, and that this effect must be considered in constructing hypotheses dealing with apical dominance.
10
Analytical methods for bacterial fermentations
A. C. Neish · NPARC · 1952 · 262 citations · Full text
A reassessment of the problem of apical dominance.
Gregory Fg, Veale Ja · PubMed · 1957 · 124 citations
Studies on the Physiological Effect of Gibberellin II.
Jirō Katō · Physiologia Plantarum · 1958 · 80 citations
Effects of Indolyl-3-Acetic Acid on the Movement of Nutrients within Plants
Andrew Booth, J. M. Moorby, Christopher Davies et al. · Nature · 1962 · 78 citations