Knowledge
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Introduction to Plant Growth Regulators and Growth PromotersDate: 2025-09-23Indoleacetic Acid (IAA),Physiological Actions: Prevents plant senescence, maintains apical dominance, promotes parthenocarpy, induces phototropism, and promotes cell elongation and bending.Main Uses: Promotes rooting of cuttings; produces seedless fruit; promotes vegetative growth and reproduction, prevents flower and fruit drop, and increases yield; promotes seed germination; and induces callus and root formation in tissue culture.
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Recommended environmentally friendly plant growth regulators help reduce agricultural pollution and achieve green productionDate: 2025-09-19Environmentally friendly plant growth regulators are generally divided into two categories:1. Natural plant endogenous hormones or their analogs;2. Regulators extracted from natural substances or obtained through microbial fermentation. These are generally readily degradable in the environment and have low toxicity to non-target organisms (such as bees and birds).
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Characteristics and Differences of Brassinolide, DA-6, and Sodium Nitrophenolates in Cold SeasonsDate: 2025-09-12When addressing the challenges of crop growth in autumn and winter, we often encounter plant growth regulators such as brassinolide, DA-6, and sodium nitrophenolates. While these agents all promote crop growth, their properties and recommended dosages vary. Different regulators have different promoting effects and dosages. Brassinolide, DA-6, and sodium nitrophenolates each have their own characteristics and optimal concentrations.
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Effects and Applications of Plant Growth RetardantsDate: 2025-08-14What are Plant Growth Retardants?Plant growth retardants are a class of chemical substances that inhibit plant growth, elongation, and development and promote proline accumulation. Plant growth retardants are commonly used in agriculture and horticulture to regulate plant growth and development rates, ensuring the quality and yield of crops or garden plants.