1、Brassinolide alleviates the drought

Our results revealed that exog-enous application of BL remarkably alleviated the inhibi-tion of drought stress on barley growth by ameliorating the damage of photosynthetic apparatus and ultrastructural changes, and enhancing antioxidant enzyme activities.

2、Brassinosteroid Enhances Resistance to Fusarium Diseases of Barley

determine if and how BR might affect Fusarium diseases of barley. Application of the epibrassinolide (epiBL) to heads of ‘Lux’ barley reduced the severity of Fusarium head blight (FHB) caused by Fusarium culmorum.

3、Brassinosteroids: Molecular and physiological responses in plant growth

Brassinosteroids regulate gene expression and signal transduction pathways to stimulate abiotic stress tolerance. Abiotic stresses are major constrain in agriculture development, which results in a significant decline in crop productivity.

4、Effect of the Plant Growth Promoter Brassinolide on Barely Cultivars

Foliar application with brasinolide (BR) caused significant effect on yield and its parameters, yield and its components and reproductive organs of barley plants (except crop index).

5、Brassinolide alleviates the drought

In the present study, possible role of exogenously applied brassinolide (BL) in alleviating the detrimental effects of polyethylene glycol (PEG)-inducted drought stress in barley was evaluated.

Effect of Brassinolide on Physio

Brassinolide improved the growth, yield and chemical composition of berseem (Trifolium alexandrinum L.) grown in saline soils [7, 8]. Problem of salinity in increasing day by day, one of the best solutions is to use saline soils effectively for improved salt tolerance in crops.

Functions of Brassinolide (BR)

Fungicides can only suppress diseases but have little effect on restoring crop growth. Brassinolide can balance nutrient transport, promote root absorption, and promote photosynthesis. Therefore, when fungicides are mixed with brassinoids, their advantages are complementary.

Herbivorous Insects in Barley Cultivation: Impact and Control Methods

This study systematically analyzes the biological characteristics of these insects, their impact on barley yield, and existing control methods, including chemical control, biological control, cultural control, and Integrated Pest Management (IPM).

Disorders in brassinosteroids signal transduction triggers the profound

The advanced molecular tools provide critical inputs in uncovering the regulatory mechanisms underlying plants’ adaptation to abiotic stress. Presented holistic studies were done on the barley crown tissue being essential for plant performance under various environmental stimuli.

Control efficacy and joint toxicity of broflanilide mixed with

To introduce a novel insecticide with unique mode of action, broflanilide (BFL) and its binary mixtures with chlorantraniliprole (CAP), fluxametamide, β-cypermethrin or imidacloprid were screened out as seed treatment to control black cutworm in highland barley in the present study.

Brassinolide is a plant growth regulator widely used in agriculture to promote crop development, enhance stress resistance, and improve yield and quality. It plays a significant role in pest and disease management. Below is an analysis of whether barley can be sprayed with brassinolide for pest control:

1. Mechanism of Brassinolide: Brassinolide regulates plant hormone balance by inhibiting ethylene synthesis, delaying fruit ripening and senescence. It also stimulates the production of auxins and gibberellins, boosting the plant’s resilience to stress and diseases. These properties make it an effective growth regulator.

2. Barley’s Tolerance to Brassinolide: As a Poaceae species, barley adapts well to environmental conditions. its tolerance to brassinolide depends on growth stages and soil factors. Application during the growth phase is generally optimal, while dormant periods require cautious use.

3. Application Methods and Precautions:

   • Use appropriate concentrations to avoid phytotoxicity.
   • Timing should align with growth stages and weather.
   • Conduct small-scale trials before large-scale application.
   • Ensure safety measures to prevent accidental ingestion or skin contact.

4. Compatibility with Other Pesticides: Mixing brassinolide with other pesticides may reduce efficacy due to chemical interactions. If combined use is necessary, prior testing is recommended to ensure compatibility.

5. Future Prospects of Brassinolide in Agriculture: As a sustainable tool, brassinolide reduces reliance on chemical pesticides, lowers production costs, and supports eco-friendly practices. Its ability to control pests and improve crop quality positions it as a key solution for sustainable agriculture.

Barley can be treated with brassinolide for pest control, but proper concentration, timing, and application methods are critical. As a high-efficiency, environmentally friendly growth regulator, brassinolide holds broad potential in agricultural advancement.