1、芸苔素内酯调控植物生长发育及抗逆性的研究进展

In this review, we summarized the role and regulato-ry mechanism of brassinolide in plant growth and development and stress resistance, and made a prospect of future research direction of brassinolide, in order to provide reference for further re-search on brassinolide.

2、油菜素内酯与其他植物激素互作调控植物生长发育及胁迫响应

该文综述了近年来油菜素内酯（Brassinolide，BR）与其他植物激素共同精细调控植物生长发育及胁迫响应的研究进展，为深入开展BR生物学功能研究提供重要参考。

3、Brassinosteroid biology, potential uses in post

Extensive research revealed that while exogenous 24-epibrassinolide (EBR) can significantly boost yield in a variety of plant species, the outcomes could vary depending on the environmental factors, the method of application of BR and vegetable development state.

4、(PDF) Advances in Brassinolide Regulation of Plant Growth

This study showed that brassinolide treatment enhanced the activities of RNA and DNA polymerases as well as the levels of RNA, DNA, and protein, suggesting that brassinolide responses are ...

5、The Functions and Effects of Brassinolide

Brassinolide can enhance the plant's adaptability and has a mitigating effect on various stresses, significantly reducing the damage caused by adverse conditions to plant growth.

Effect of Brassinolide on the Growth and Physiological Indicators of

Brassinolide (BR) is a type of plant growth hormone that can enhance the stress resistance of crops and plays a crucial role in eliminating and alleviating herbicide damage.

Application and compounding scheme of brassinolide!

Brassinolide can increase the germination rate of pollen, promote the elongation of pollen tubes, and is beneficial to the fertilization of plants, thereby increasing the fruiting rate and fruiting rate.

There are so many uses for brassinolides!

Brassinolide is a new type of green and environmentally friendly plant growth regulator, and it is the plant endogenous hormone with the highest activity and the most functions found so far.

Effects of brassinolide on weed control and millet yield after

Effects of brassinolide on weed control and millet yield after tribensulfuron-methyl | Article Information | J-GLOBAL

Brassinolide: A Breakthrough in Plant Growth Regulation

Brassinolide is a natural plant hormone belonging to the brassinosteroid family, essential for regulating growth and development. It plays a pivotal role in cell elongation, division, and differentiation, making it a critical tool for enhancing crop productivity and stress tolerance.

Brassinolide is a plant growth regulator widely used in agricultural production. During weed control, it offers the following advantages:

1. Inhibiting Weed Growth: Brassinolide can suppress the growth and development of weeds, preventing them from growing and reproducing normally. By spraying brassinolide, weed populations can be effectively controlled, reducing weed-related issues in fields.

2. Promoting Crop Growth: Brassinolide enhances crop growth, improving yield and quality. When applied during weed control, appropriate use of brassinolide increases nutrient absorption, accelerates growth, and boosts stress resistance.

3. Preventing Soil Compaction: Brassinolide improves soil structure and prevents compaction. Its use during weed control reduces reliance on chemical fertilizers, lowering the risk of soil pollution.

4. Enhancing Soil Fertility: Brassinolide enriches soil fertility by increasing microbial populations and activity. During weed control, it promotes the proliferation of beneficial soil microorganisms, elevating soil health.

5. Reducing Pest and Disease Risks: Brassinolide suppresses the spread of pests and diseases. Incorporating it into weed control minimizes crop damage and decreases pesticide usage.

6. Extending Crop Growth Periods: Brassinolide prolongs the crop growth cycle, ensuring healthy development under adverse conditions. During weed control, it guarantees adequate nutrient and water supply throughout the growth stage.

7. Improving Crop Stress Resistance: Brassinolide strengthens crops’ resilience to harsh weather, such as drought or low temperatures, even during weed control.

8. Reducing Chemical Fertilizer Use: Brassinolide lowers reliance on synthetic fertilizers, reducing environmental pollution. During weed control, it optimizes nutrient cycling and absorption efficiency.

9. Increasing Land Productivity: By curbing weed growth, brassinolide minimizes wasted land resources. Its use during weed control enhances land utilization and economic value.

10. Protecting the Ecological Environment: Brassinolide reduces dependence on chemical herbicides, lowering pollution and ecological damage. Its integration into weed control supports sustainable agriculture.

brassinolide plays multiple roles in weed control, including weed suppression, crop promotion, soil improvement, pest reduction, growth extension, stress resistance, fertilizer reduction, land optimization, and environmental protection. These benefits highlight its promising potential in modern agriculture.