Low temperature is a major environmental constraint limiting plant growth, development, productivity, and geographical distribution. To survive chilling and freezing conditions, plants have evolved sophisticated regulatory systems that perceive thermal changes and convert them into coordinated transcriptional, hormon...
Ning Wang, Yue-Ning Wang, Shi-Xiong Lu et al.· Horticulture Research· 0 citations
An MdLYK7-PbeBGLU12 module that enhances Valsa canker resistance by activating SA-associated defense responses and imposing stress on the fungal cell wall is revealed.
Min-Rui Cai, E. Sun, Hong-Qiang Yu et al.· Plant Physiology· 0 citations
Novel insights are provided into the evolutionary origin, expansion pattern, and functional divergence of the bZIP family in green plants and Rosaceae, while laying a theoretical and genetic foundation for future molecular breeding aimed at improving stress resistance in fruit trees.
Xuejing Cao, Cheng Chen, Weifeng Ma et al.· Horticulture Research· 0 citations
This study systematically characterizes the apple Ca2+-ATPase family and identifies MdACA39 as a key regulator of fungal resistance, providing valuable gene resources for dissecting Ca2+ signaling-mediated disease resistance in apple.
Ying-Jun Hou, Ming-Zhi Guan, Wen-Hui Wang et al.· Plants· 0 citations
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