How does the application of brassinosteroids affect anthesis in plants?
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The application of brassinosteroids (BRs) affects anthesis in plants by mediating the effect of high temperature (HT) stress on pistil activity during anthesis. HT stress reduces the contents of BRs in pistils, but the reduction varies among different plant lines . Higher levels of BRs increase HT stress resistance and result in higher fertilization rate, seed-setting rate, and seed yield . BRs play a critical role in wood development and properties, including vessel length and width, cellulose content, and lignin content . BR biosynthesis and signaling are involved in the regulation of xylem development, with differences observed between different plant variants . BRs also regulate plant growth and development, including root growth during nutrient deficiency, leading to better growth, biomass, and crop yield . Overall, the application of BRs can have a positive impact on anthesis in plants by increasing stress resistance and regulating wood development and growth processes.
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| The provided paper does not mention the specific effect of brassinosteroids on anthesis in plants. | |
| The provided paper does not mention the effect of brassinosteroids on anthesis in plants. The paper focuses on the impact of brassinosteroids on xylem development and wood properties in Fraxinus mandshurica. | |
| The provided paper does not mention the specific effect of brassinosteroids on anthesis in plants. | |
| The provided paper does not mention the effect of brassinosteroids on anthesis in plants. |
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