Both shared and distinct genetic pathways underlying SCR resistance are unveiled and the value of tropical germplasm in breeding for durable resistance is underscored.
Findings indicate that constitutive priming and dynamic activation of defense signaling, protein turnover, and osmoprotectant accumulation underpin the enhanced resistance in Varuna_WRR against Albugo candida.
Prajjwal Rai, L. Prasad, M. Gurjar et al.· Frontiers in Plant Science· 0 citations
This research identified ZmBGLU17 as a key resistance-associated gene against FAW and confirmed its functional role through rigorous genetic validation, thereby establishing a molecular foundation for the development of FAW-resistant maize inbred lines.
Functional analyses indicate that ZmTPS18 contributes to pathogen-induced β-caryophyllene accumulation and is associated with maize responses to SCR, and reveal a transcriptional link between ZmMYB282 and ZmTPS18 in maize volatile defense.
Fayuan Peng, Jiaxin Li, Yang Yang et al.· Plant Science· 0 citations
Three candidate transcription factor genes are found as potential regulators linking isoflavonoid metabolism and lipid barrier formation, providing molecular insights for soybean resistance breeding.
Cai-Qiong Yang, Qi-Hui Zhang, Xiaoman Li et al.· Journal of Experimental Bota...· 0 citations
ZmGLN5 has been characterized as a key candidate gene underlying maize resistance to GER, which provides valuable genetic resources for improving resistance to GER in maize breeding programs.
Liang Ma, Lu Ma, Shu-Yu Zhang et al.· Molecular Biology Reports· 0 citations
It is concluded that future breeding programs will integrate advanced genetic and computational tools to develop rice varieties with durable and broad-spectrum resistance to bacterial leaf streak and other pathogens.
M. Win, Wanchana Aesomnuk, Thanyakorn Rongsawat et al.· Rice· 0 citations
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