Chemical genetic screening identifies nalacin as an inhibitor of GH3 amido synthetase for auxin conjugation
Yinpeng Xie(Southern University of Science and Technology), Kai Jiang(Southern University of Science and Technology), Yunde Zhao(University of California San Diego), Ancheng C. Huang(Southern University of Science and Technology), Tadao Asami(Kihara Institute for Biological Research), Yichuan Wang(Southern University of Science and Technology), Zongjun Yu(Southern University of Science and Technology), Hongyu Bao(Southern University of Science and Technology), Yalikunjiang Aizezi(Carnegie Institution for Science), Min Luo(Southern University of Science and Technology), Ruipan Guo(University of California San Diego), Yan Yan(Hebei Medical University), Yujie Zhang(Agricultural Research Service), Linlin Zhang(Southern University of Science and Technology), Na Wang(Anhui University), Ying Zhu(ZheJiang Academy of Agricultural Sciences), Hongda Huang(Southern University of Science and Technology), Tsuyoshi Ota(The University of Tokyo), Hongwei Guo(Changzhi Medical College), Ikuo Takahashi(The University of Tokyo), Ziqiang Zhu(Nanjing Normal University)
Cited by 28
Related Papers
A specialized metabolic network selectively modulates <i>Arabidopsis</i> root microbiota
|Science|2019|740
Plant metabolic clusters – from genetics to genomics
|New Phytologist|2016|350
Auxin Biosynthesis
|The Arabidopsis Book|2014|204