A key mechanism underlying SL-repressed drought acclimation in rice is uncovered and genome editing of key components in SL pathway enhances drought resistance in NP, Huazhan (HZ), and IRAT109 and provides an effective strategy to improve drought resistance in diverse rice varieties amid ongoing climate change.
Qian-Qian Li, Yi Wang, Ji-Jun Yan et al.· Molecular Plant· 0 citations
This review summarizes major advances in enzyme discovery in plant natural product biosynthesis in recent years, focusing on emerging catalytic mechanisms, strategies for elucidating pathways, and evolutionary relationships, and highlights their implications for synthetic biology, metabolic engineering, and the sustain...
Zheng-Xi Zhang, Han Ke, Jin Wang et al.· Current Opinion in Chemical...· 0 citations
A novel polypeptide-based platform that substantially increases the DAR of antibody-payload ADCs while minimally compromising the ADCs’ inherent characteristics is presented and a highly variable polypeptide backbone platform is characterizes.
Ru-Yao Tang, Fu-Sheng Guo, Jin-Yi Bai et al.· JACS Au· 0 citations
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