Protocols

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  1. Enzyme activation and inhibition experiments Understand the activating and inhibiting effects of enzymatic reactions; learn the methods and principles by which activators and inhibitors affect enzymatic re
  2. Cellular agglutination reactions and cell membrane permeability Cell membranes are unit membranes composed of lipid bilayers studded with proteins, which in turn bind to sugar molecules as a branched sugar coat on the cell s
  3. Experiments for the determination of the total water content of plant tissues When the plant tissues were in contact with the highly concentrated sugar solution, the bound water remained in the tissues because it was adsorbed by the proto
  4. Experiments on plant stomatal detection by blotting method Through the experiment, master the principle and method of observing the stomatal opening and closing condition of plant leaves by blotting method.
  5. Experiments for the determination of free water content in plant tissues Water in plant tissues exists in two different states; bound water that is tightly bound to the protoplasmic colloids, and free water that is not tightly bound
  6. Observations on the water loss phenotype of isolated leaves of plants and experiments on the determination of their water loss rate The water loss phenotype of isolated plant leaves and its water loss rate are two important physiological indexes for the study of drought tolerance traits in p
  7. Observational experiments on Hill's reaction Hill reaction (Hill reaction) is a reaction in which isolated chloroplasts of green plants decompose water in the presence of light, releasing oxygen and at the
  8. Experimental colorimetric determination of inter-root pH While absorbing nutrients, the plant root system overflows H+, OH-, HCO3- and other organic substances, which changes the inter-root pH, and thus affects the in
  9. 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
  10. 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
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