TL;DR
This work sets a starting point for furthur investigation into cotton GolS genes and provides novel resources for breeding programmes aimed at enhancing abiotic stress tolerance in cotton.
It is demonstrated that DfDACX1 negatively regulates secondary wall thickening and promotes longitudinal growth, likely via modulating xylan deacetylation and downstream lignin biosynthesis, and is a key modulator of the trade-off between cell wall deposition and rapid shoot elongation.
This study systematically characterized the Aux/IAA gene family in pumpkin, highlighting its evolutionary diversity, structural conservation, and distinct regulatory features and inform the potential roles of CmIAA genes in abiotic stress responses.
This work provides a comprehensive characterization of the MST family in citrus and highlights candidate genes for future functional dissection of sugar transport and fruit quality improvement.
This study fills the gap in large-scale phylogenetic research on the RBOH gene family in Brassicaceae and provides priority candidate targets — root-specific, stress-inducible BnRBOH genes — for stress tolerance improvement in rapeseed.
This work systematically characterizes the tubulin family in P. bournei and provides useful information for polyploid breeding.
Chalcone synthase (CHS) is a key enzyme in flavonoid biosynthesis, and its activity strongly influences the efficiency of flavonoid production in plants. By controlling the biosynthesis of secondary metabolites, CHS contributes to plant adaptation to diverse environmental stresses. Here, we identified CHS members acros...
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