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  1. 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
  2. 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
  3. 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
  4. 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
  5. 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
  6. Experiments for the determination of total amino acids in plant root wound sap Principles and methods for the determination of total amino acids in plant root wound sap.
  7. Solution culture of plants and experiments on symptoms in case of deficiency of essential elements Solution cultures and sand-based cultures are important methods for studying material nutrition. This experiment studies the techniques of solution culture and
  8. Experiments on the analysis of amino acid composition in plant wounding fluids Principles and methods of analyzing the amino acid composition of plant root wound fluids by paper spectroscopy.
  9. Experiments on the toxic effects of single salts and the antagonism between ions Observe the toxic effects of single salts on plants or the antagonistic effects between ions; thus, further understand the interaction of mineral elements and p
  10. 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
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