​How to use brassinolide

Many people like to keep some green potted plants at home. These potted plants not only serve as decorations, but also can purify the air through photosynthesis. There are many skills in raising these potted plants, such as when to fertilize, when to water, which flowers are suitable for frequent sunlight, and which flowers should avoid light. Brassinolide is a fertilizer needed by plants. Here we will introduce to you how to use brassinolide.

Brassinolide, auxin, gibberellin, cytokinin, abscisic acid and ethylene are collectively known as the world's six major hormones. Brassinolide (common name: Brassinolide) is the latest type of plant endogenous hormone first discovered by American scholar Miller in plant pollen. It is internationally recognized as the most active, efficient, broad-spectrum, non-toxic plant growth promoter with the highest activity. Its activity is one thousand to ten thousand times that of auxin. It is recommended by the Chinese Society of Microbiology as the only plant growth regulator that can both prevent and treat viral diseases nationwide.

Brassinolide, also known as brassinolide, is a new type of plant endogenous hormone with strong penetration and rapid systemic absorption. Even at very low concentrations, it can significantly increase the growth of plant nutrients and promote fertilization. It can effectively increase the chlorophyll content, improve the efficiency of photosynthesis, promote root growth and seedling growth, protect flowers and fruits; improve the crop's resistance to cold, drought, salt and alkali, and significantly reduce the occurrence of diseases; and can significantly alleviate the occurrence of pesticide damage, so that crops can quickly resume growth and eliminate disease spots.

Product function:

1. Promote cell division and promote fruit enlargement. It has a significant promoting effect on cell division, and promotes the lateral and longitudinal growth of organs, thereby playing a role in enlarging the fruit.

2. Delay leaf aging, keep leaves green for a longer time, strengthen chlorophyll synthesis, improve photosynthesis, and make leaves darker and greener.

3. Breaking the apical dominance and promoting the germination of lateral buds can induce bud differentiation, promote the formation of lateral branches, increase the number of branches, increase the number of flowers, and improve pollen fertilization, thereby increasing the number of fruits and increasing yields.

4. Improve crop quality and enhance commercial value. Induce parthenocarpy, stimulate ovary expansion, prevent flowers and fruits from falling, promote protein synthesis, increase sugar content, etc.

Directions:

1. Soaking wheat seeds in 0.05-0.5 mg/kg solution for 24 hours has a significant promoting effect on the root system and plant height. Applying foliar treatment at this concentration during the tillering stage can increase the number of tillers. During the wheat gestation period, spraying 0.01-0.05 mg/kg of the solution on the leaves has the most significant yield-increasing effect, generally increasing yield by 7%-15%.

2. Spraying the whole corn plant with 0.01mg/kg of the solution before the corn emerges can increase the yield by 20%. Treatment after silking can also increase the thousand-grain weight.

3. Other crops can also be used in rapeseed bud and young pod stages. The yield-increasing effects are very good during the fruit flowering period, young fruit period, vegetable seedling period and vigorous growth period; the bean flowering period and young pod period.