Claim · model-written summary
Cobalt inhibited chlorophyll synthesis in illuminated leaf disks.
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleComparatorSettingValueQualifier
Verbatim
e0“Ethionine, cobalt, and TCPAA all inhibit chlorophyll synthesis in leaf disks exposed to light.”
e1“growth of lateral buds on decapitated dwarf beans, (b) rooting of excised, etiolated bean hypocotyls, (c) linear growth and final cell size of primary roots of wheat, (d) growth of hypocotyl and roots of flax seedlings, (e) growth of sections from etiolated pea shoots, and (f) expansion of leaf disks from etiolated beans”
t0“THE EFFECTS OF ETHIONINE ON SOME PLANT GROWTH SYSTEMS”
Title
THE EFFECTS OF ETHIONINE ON SOME PLANT GROWTH SYSTEMS
Ruth L. Lowther; William G. Boll Canadian Journal of Botany 1960. doi:10.1139/b60-041
Other claims from this paper (12)
- Intervention effect Ethionine stimulated rooting of bean hypocotyls.
- Intervention effect Ethionine stimulated primary root growth in wheat.
- Intervention effect Ethionine stimulated growth of pea shoot sections.
- Intervention effect Ethionine stimulated bean leaf disk expansion.
- Method / resource A new rooting test for etiolated bean hypocotyls was described.
- Intervention effect Manganese pretreatment reduced or prevented ethionine stimulation of pea sections.
- Intervention effect EDTA, penicillin G and listed antiauxins did not increase bean leaf disk expansion.
- Intervention effect Maleic hydrazide and three listed phenoxy acids stimulated bean leaf disk expansion.
- Intervention effect TCPAA replaced cobalt stimulation of light treated disks at 10 mg/liter.
- Intervention effect Ethionine inhibited chlorophyll synthesis in illuminated leaf disks.
- Intervention effect TCPAA inhibited chlorophyll synthesis in illuminated leaf disks.
- Intervention effect TCPAA caused yellow pigment loss in dark leaf disks.