Transgenic technology plays an essential role in gene function analysis and crop improvement. However, the application of an effective protocol is still limited in pepper. In this study, we constructed an efficient regeneration system and selected five elite cultivars with diverse shapes, colours, and orientations...
Zhen Wang, Ling-Zhi Liu, J. Zang et al.· Modern Agriculture· 0 citations
Soil salinity is a major environmental stress that limits global wheat production, in part by impairing nitrogen acquisition, which integrates essential nutrient supply with stress-adaptation signaling. Although nitrogen fertilization can alleviate salt stress, the underlying molecular mechanisms remain largely unknown...
Sexual reproduction in plants is a tightly coordinated process that underpins biodiversity, drives speciation, and serves as a foundation for modern crop improvement. Here, we synthesize recent advances in elucidating the molecular mechanisms governing major reproductive events in flowering plants, including male and f...
Jiang-Guo Meng, Pu Liu, Hanxian Xiong et al.· Science China Life Sciences· 0 citations
These findings establish ZmEMF1a as an epigenetic regulator that balances endosperm proliferation, cell fate specification, and nutrient accumulation through stage‐specific histone modifications, thereby offering promising targets for enhancing maize yield and nutritional quality.
Xiao-Hui Li, Ming-Yue Zhang, Yong-Cai Huang et al.· New Phytologist· 0 citations
This study provides a systems-level view of posttranscriptional regulation during salt stress in wheat and identifies potential targets for enhancing salt tolerance.
J. Zang, Qian Zhang, Yuyu Zhang et al.· Plant Physiology· 0 citations
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