Canadian Journal of Botany · 1972 · 31 citations · 19 references
Life SciencesBotanyPlant SciencesPlant AnatomyPlant EcophysiologyPlant PhysiologyEthylene BiologyEthylene PhysiologyFruit AnatomyFruit DevelopmentFruit GrowthFruit PhysiologyCarbon DioxideCellulase ProductionEthylene In AbscissionEthylene Modulation Of GrowthEthylene Physiology In FruitEthylene Regulation Of Fruit RipeningEthylene TreatmentFruit Abscission
When treated with ethylene, mature fruits of the squirting cucumber (Ecballium elaterium (L.) A. Rich) abscind and dehisce prematurely. Abscission of male flowers is also accelerated by ethylene. Visible signs of senescence, a rise in ethylene production, and reduced carbon dioxide production always precede abscission or dehiscence in untreated fruits and flowers. The amounts of diffusible cellulase increase in tissues on both sides of the fruit abscission zone after exposure to ethylene. Anatomical features of this abscission zone are described.The leaves of Ecballium do not abscind although the blade and petiole produce large amounts of ethylene at senescence, nor do they separate when ethylene is supplied. Ethylene treatment of attached fruit peduncles accelerates their rate of elongation in the growing zone below the apical hook. The regulation of growth and abscission in these organs is discussed.
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Stimulation of rice coleoptile growth by ethylene
Han Ku, Hiroshi Suge, Lawrence Rappaport et al. · Planta · 1970 · 255 citations
Elmo M. Beyer, Page W. Morgan · PLANT PHYSIOLOGY · 1971 · 121 citations · Full text
Cell wall dissolution and enzyme secretion during leaf abscission.
D. James Morré · PubMed · 1968 · 110 citations · Full text