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  1. Experiments for the determination of free proline in plants Plants grown under normal environmental conditions have low levels of free proline, but under adversity (e.g., drought, cold, salt, etc.) the free proline conte
  2. Experiments on the growth of pollen tubes and their orientability Mature pollen falling on the stigma will germinate and grow pollen tubes, and pollen germination can also occur when appropriate conditions (temperature, pH, os
  3. Experiments on the effects of growth hormone and ethylene on leaf abscission The natural regulation of abscission is effected by the inhibitory action of growth hormone supplied from the leaf (or fruit) and the promotional action of ethy
  4. Ethylene-induced female flower formation experiment Ethylene alters membrane permeability and cell compartmentalization, and induces the synthesis, release or activation of many enzymes (especially degradative en
  5. Experiments on the effects of the ripening action of ethylene Ethylene is one of the five major endogenous hormones and the only gaseous hormone. Almost all plant tissues have the potential to produce ethylene. Ethylene ha
  6. The "triple reaction" experiment with yellowing pea seedlings Ethylene is a gaseous hormone that has multiple effects on plant metabolism, growth and development. Treatment of yellowing pea seedlings with ethylene gas inhi
  7. Concentration or potency assay of cytokinin-like substances by the radish cotyledon weight gain method Cytokinins have the effect of promoting cotyledon enlargement in radish. Over a range of concentrations (0.05 to 50 pp M for 6-BA agonist), cotyledon weight gai
  8. Seed activity assay by red ink staining The protoplasmic membrane of living cells has the ability to selectively absorb substances, while the protoplasmic membrane of dead cells loses this ability, so
  9. Solution culture of plants with mineral deficiency experiments Plants must absorb certain essential mineral elements for their normal growth and development. If an essential element is missing, it will show specific deficie
  10. Seed Viability Bromothymolan (BTB) Method Identification Experiment Where viable seeds can constantly respire, absorbing O2 from the air while releasing CO2, CO2 dissolves in water to form H2CO3, which is unstable and dissociate
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