1、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.

2、Plant Growth and Fruit Quality Response of Strawberry is Improved After

Here, we evaluated the influence of 24-epibrassinolide, a brassinosteroid, on strawberry plant growth, yield, and fruit quality. Healthy strawberry plants were foliar sprayed with 1, 2 and 3 µM 24-epibrassinolide after 100, 115, and 130 days of runner transplantation.

3、Brassinosteroid catabolic enzyme CYP734A129 regulates the morphologies

Exogenous BL treatment appears to promote strawberry ripening (Chai et al., 2013, Symons et al., 2012). However, little is known about the effect of altered endogenous BR levels on the development of fruit and other strawberry organs.

4、(PDF) Brassinosteroid Applications Enhance the Tolerance to Abiotic

Brassinosteriods (BRs) have increasingly been used to improve the yields and quality of various crops. In this work we studied the effect of two brassinosteroids, BB16 and EP24, on the growth...

5、Effects of Brassinosteroids on Strawberries

Although brassinosteroid (BR) has been suggested to play a role in strawberry fruit ripening, the defined function of this hormone remains unclear in the fruit.

Brassinosteroid Applications Enhance the Tolerance to Abiotic

Brassinosteriods (BRs) have increasingly been used to improve the yields and quality of various crops. In this work we studied the effect of two brassinosteroids, BB16 and EP24, on the growth promotion of Fragaria ananassa plants under normal conditions or exposed to water or saline stress.

Impact of foliar spray with 24

In this study, the effects of different concentrations of exogenous 24-epibrassinolide (EBL), a common brassinosteroid, on ripening physiology, quality parameters and yield of strawberry fruit was studied.

Brassinosteroid is involved in strawberry fruit ripening

Although brassinosteroid (BR) has been suggested to play a role in strawberry fruit ripening, the defined function of this hormone remains unclear in the fruit.

Ethylene and brassinosteroid effect on strawberry ripening after field

In strawberry, brassinosteroid application increases the expression of transcription factors and positively affects the amount of anthocyanin synthesis through interference in the...

Foliar Feeding of Brassinosteriod: A Potential Tool to Improve Growth

Hence, it can be concluded that the foliar feeding of brassinosteroid repeatedly at vegetative, flowering and fruiting stage is the best treatment to increase the yield potentiality of strawberry cv. Winter Dawn with improved fruit quality under subtropical condition of Bihar, India.

Brassinosteroids are a type of plant growth regulator primarily used to promote plant growth and development. They work by inhibiting the activity of certain enzymes in plants and altering hormonal balance, thereby stimulating growth. there is currently no conclusive evidence to confirm whether applying brassinosteroids to strawberries can specifically elongate their petioles.

First, it is essential to understand the growth characteristics of strawberry petioles. As an integral part of the strawberry plant, petioles connect leaves to other tissues and play a critical role in the plant’s development. The growth of strawberry petioles is influenced by various factors, including environmental conditions such as light, temperature, and soil moisture, as well as the plant’s physiological processes.

Regarding the effects of brassinosteroids on strawberry petiole growth, studies have shown that these regulators can enhance the activity of certain enzymes, promoting overall plant growth. most research focuses on their impact on the plant’s general growth rather than specific effects on strawberry petioles. it remains unclear whether brassinosteroids directly target petioles to induce elongation.

Additionally, strawberry petiole growth is constrained by other factors. For instance, genetic and physiological mechanisms inherent to the plant regulate petiole growth rates. Environmental factors like light, temperature, and water also significantly influence petiole development. When these conditions are optimized, petiole growth naturally improves.

In practical applications, strawberry growers may experiment with brassinosteroids to boost growth. due to the lack of targeted research on petiole-specific effects, it is uncertain whether brassinosteroids effectively elongate strawberry petioles. Excessive use of these regulators could also lead to overly rapid growth, potentially compromising fruit quality and yield.

To comprehensively assess the impact of brassinosteroids on strawberry petiole growth, future research should explore the following directions:

1. Direct Effects on Petiole Growth: Conduct experiments to measure changes in petiole growth rate, length, width, and other parameters under brassinosteroid treatment to evaluate its practical efficacy.

2. Indirect Physiological Impacts: Investigate how brassinosteroids influence physiological processes related to petiole growth, such as photosynthesis and respiration, to better understand their overall effects.

3. Environmental Interactions: Study how brassinosteroid effectiveness varies under different environmental conditions (e.g., light, temperature, humidity) to provide guidance for real-world applications.

4. Synergistic Effects with Other Regulators: Examine interactions between brassinosteroids and other growth regulators commonly used in agriculture to identify potential synergies or adverse effects, ensuring safe and effective use.

while brassinosteroids may modestly promote strawberry petiole growth, there is no definitive evidence proving their ability to directly elongate petioles. Further experimental research is needed to clarify their effects under diverse conditions and in combination with other treatments. Additionally, understanding their interactions with environmental factors and other regulators will help optimize their use in horticulture.