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CmBRC1a is strongly induced by HT and inhibits axillary bud development in chrysanthemum and the CmHSFA3-CmBRC1a-CmHB40 module inhibits axillary bud development in response to HT, providing new insights into how environmental cues shape plant architecture.
New insights are provided into drought-responsive regulatory mechanisms in O. longilobus and OlMYB35 is identified as a promising candidate gene for further functional validation and potential application in stress-resilient chrysanthemum breeding.
Preliminary evidence that ubiquitin modification affects the stability of the CmBBX7 protein and thereby regulates flowering in chrysanthemum is provided.
Three key candidate genes, CmABF1, CmSINAT3, and CmLTPG1, were validated as positive regulators of BSD resistance through transient overexpression and silencing assays and provide crucial genetic resources for the molecular improvement of resistance to BSD in chrysanthemums.
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