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• LACCASE35 enhances lignification and resistance against Pseudomonas syringae pv. actinidiae infection in kiwifruit

  作者：Li, Yawei;Zhang, Dongle;Wang, Xiaojie;Wu, Shunyuan;Liu, Pu;Wang, Xiaojie;Zhou, Rongrong;Fang, Zemin;Bai, Fuxi;Li, Rui;Liu, Wei;Huang, Lili

  关键词：

• Multi-scale structural influence of starch on their interaction of caffeic acid and starch after freeze-thaw: Taking potato starch and lotus seed starch as examples

  作者：Zhao, Renjie;Li, Chi;Liu, Qiannan;Liu, Wei;Zhang, Liang;Zhang, Zhenzhen;Zhao, Ruixuan;Hu, Honghai;Yao, Jia;Li, Chi

  关键词：Caffeic acid; Starch; Interaction

• Influence of the 'painless' TRP channel on temperature-dependent escape and humidity-related pupation in Bactrocera dorsalis larvae

  作者：Zhang, Yan;Zhang, Panpan;Luo, Zhicai;Wang, Qi;Zhang, Jie;Yang, Minghuan;Yan, Shanchun;Liu, Wei;Wang, Guirong

  关键词：Bactrocera dorsalis; Bdorpainless; CRISPR/Cas9; extreme environments; escape behavior

• Multienzyme cascade for synthesis of hydroxytyrosol via engineered Escherichia coli

  作者：Xiong, Tianzhen;Li, Xinmeng;Yue, Huidie;Liu, Junling;Bai, Dingyuan;Li, Wei;Fan, Guangyan;Xiong, Tianzhen;Li, Xinmeng;Yue, Huidie;Liu, Junling;Bai, Dingyuan;Li, Wei;Fan, Guangyan;Xiong, Tianzhen;Liu, Wei;Xiong, Tianzhen

  关键词：Hydroxytyrosol; Escherichia coli; Cascade reaction; Whole cell biotransformation

• Analysis of biosynthetic pathways to areca alkaloids in Areca catechu

  作者：Zhou, Guangzhen;Wan, Yinglang;Zhou, Guangzhen;Wu, Jiao;Lu, Zhongliang;Jiang, Yiqi;Wan, Yinglang;Wu, Jiao;Zhang, Xu;Lu, Yandu;Huang, Peng;Zeng, Jianguo;Huang, Peng;Zeng, Jianguo

  关键词：A. catechu; Arecoline; Pyridine alkaloids; Biosynthesis; Methyltransferase

• Novel synthesis of sulfur-doped Ag3PO4 photocatalyst for efficient degradation of cylindrospermopsin

  作者：Zhang, Xu;Zhou, Li;Zou, Guoyan;Zhang, Xu;Chu, Huaqiang;Zhou, Xuefei;Zhang, Yalei;Liu, Yiyang;Hengchao, E.;Zhao, Zhiyong;Zhang, Xu

  关键词：Cylindrospermopsin; S-doped Ag3PO4; Calcination; Degradation mechanisms; Toxicity

• Divergent Flowering Time Responses to Increasing Temperatures Are Associated With Transcriptome Plasticity and Epigenetic Modification Differences at FLC Promoter Region of Arabidopsis thaliana

  作者：Han, Yu;Liu, Li;Lei, Mengyu;Si, Huan;Ji, Yan;Du, Qiao;Zhang, Wenjia;Zan, Yanjun;Han, Yu;Liu, Wei;Du, Qiao;Liu, Jianquan;Han, Yu;Liu, Wei;Du, Qiao;Liu, Jianquan;Zhu, Mingjia;Liu, Jianquan;Dai, Yifei

  关键词：ecological adaptation; flowering time; gene co-expression network; plasticity