1、Designed Manipulation of the Brassinosteroid Signal to Enhance Crop

Effective manipulation of the BR signal and avoidance of side effects are required to enhance yield in different crops. Application of BR by spraying at specific developmental stages can enhance crop yield, but this method is impractical for use on a large scale.

2、Practical applications of brassinosteroids in horticulture—Some field

Brassinosteroids (BS) are a class of steroidal plant hormones which are highly stable and environment friendly. They are involved in a wide range of physiological and biochemical responses in plants. Their role in the increase in productivity of agricultural and oil seed crops is well established.

3、Brassinosteroids roles and applications: an up

Brassinosteroids are natural, nontoxic, non-genotoxic, biosafe, and eco-friendly, and can therefore be used in agriculture and horticulture to improve the growth, yields, quality, and tolerance of various plants to biotic and abiotic stresses.

4、Effects of Sowing Date and Spraying of Brassinosteroid on Yield and

It may be concluded that sowing of watermelon during December 2 nd Week and spraying of Brassinosteroid at 0.1 ppm significantly increased the crop yield. The quality of the watermelon fruits were also better when the crop was sown during December 2 nd week.

5、Comparative transcriptome profiling reveals that brassinosteroid

Understanding the responsive mechanism of garlic to salinity is crucial to improve its tolerance. To address this problem, two garlic cultivars differing in salt tolerance were used to investigate the long-term adaptive responses to salt stress at phenotype and transcriptome levels.

Effect of Brassinosteroids and Gibberellic acid on parthenocarpic fruit

Furthermore, applying brassinosteroid alone or with GA3 resulted in the longest and widest fruit but application the same GA3 alone were not effective on fruit dimension.

Scientific Study of Brassinosteroids on Production of Fruit Crops: A Review

Brassinosteroids (BRs) are considered as the sixth group of plant growth regulators with significant growth promoting activity in many horticulture and agriculture crops. This phytohormone was discovered from the pollen of Brassica napus L. on the basis of their ability to promote growth.

Roles of Nitric Oxide and Brassinosteroid in Improving Fruit Quality

Recently, nitric oxide (NO) and brassinosteroid (BR) have been developed as postharvest alternatives to improve fruit quality. This work mainly reviews the recent processes of NO and BR in improving fruit quality during postharvest.

Brassinosteroids: An Innovative Compound Family That Could Affect the

Brassinosteroids (BRs), a new family of plant hormones, have been used in a range of food staples, oil crops, and cereals. However, the scientific literature pertaining to their use in fleshy fruits remains scarce.

Practical applications of brassinosteroids in horticulture—Some field

Brassinosteroids (BS) are a class of steroidal plant hormones which are highly stable and environment friendly. They are involved in a wide range of physiological and biochemical responses in plants. Their role in the increase in productivity of agricultural and oil seed crops is well established.

In agricultural production, the planting and management of garlic is a critical环节. As a biopesticide, brassinosteroid has gained significant attention in recent years. Regarding the question of spraying brassinosteroid on garlic before the end of the year, the following detailed analysis applies:

I. Mechanism of Brassinosteroid Action

1. Pest and Disease Suppression: Brassinosteroid disrupts the growth environments of pests and pathogens, such as interfering with their reproduction, growth, and metabolic processes, thereby controlling crop damage. For garlic, it effectively prevents and controls common pests like aphids and red spider mites, reducing reliance on chemical pesticides.
2. Plant Growth Promotion: Brassinosteroid enhances garlic plant growth and improves stress resistance. This contributes to higher yields and better quality while mitigating losses caused by pests and diseases.
3. Crop Immunity Strengthening: Brassinosteroid bolsters garlic’s immune response, enabling it to better withstand adverse environmental conditions (e.g., drought, extreme temperatures). This is particularly crucial for garlic growth during the pre-year-end period.

II. Feasibility and Efficacy of Pre-Year-End Application

1. Optimal Timing: The best time to apply brassinosteroid before the year-end is approximately one month before garlic harvest. By this stage, garlic nears the end of its growth cycle, allowing brassinosteroid to maximize effectiveness without disrupting subsequent growth phases.
2. Efficacy Evaluation: Research and practical experience confirm that pre-year-end application significantly improves garlic’s disease resistance and stress tolerance, reducing pest and disease spread. Brassinosteroid does not negatively impact garlic, ensuring safe use.
3. Key Considerations:
   • Use high-quality brassinosteroid products with proven purity and activity.
   • Adjust dosage and frequency based on garlic’s specific growth stage and pest/disease conditions.
   • Monitor garlic closely during application; adjust strategies if abnormalities arise.

III. Recommendations and Future Prospects

1. Research and Promotion: Strengthen studies on brassinosteroid’s effects on garlic at different growth stages and under varying pest/disease conditions. Widely disseminate findings to help farmers boost garlic cultivation efficiency.
2. Optimized Application Methods:
   • Tailor timing and dosage to garlic’s needs.
   • Ensure uniform spraying to avoid missed or excessive applications.
   • Adjust strategies based on weather and soil moisture.
3. Ecological Balance: Prioritize environmental protection when using brassinosteroid. Minimize soil and water pollution, and explore synergies with other biopesticides to advance sustainable agriculture.

Spraying brassinosteroid on garlic before the year-end is a viable practice. Scientific application improves disease resistance, stress tolerance, and economic returns for farmers. careful attention to usage details is essential to maximize benefits and minimize risks.