[1]Inhibitory Effects of Total Triterpenoid Saponins Isolated from the Seeds of the Tea Plant (Camellia sinensis) on Human Ovarian Cancer Cells. Jia, Ling-Yan,Wu, Xue-Jin,Li, Bo,Tu, You-Ying,Jia, Ling-Yan,Pigliacampi, Alexa,Bucur, Heather,Chen, Yi Charlie,Gao, Ying,Rankin, Gary O..

[2]Enantioselective bioaccumulation, biotransformation and spatial distribution of chiral fungicide difenoconazole in earthworms (Eisenia fetida). Jiafu Wang,Haiyue Yuan,Hao Wang,Jishi Wang,Yue Geng,Yanwei Zhang,Zeying He. 2024

[3]Spatial Distribution and Migration Characteristic of Forchlorfenuron in Oriental Melon Fruit by Matrix-Assisted Laser Desorption/Ionization Mass Spectrometry Imaging. Qi Wang,Xiaohui Li,Hongping Wang,Simeng Li,Chen Zhang,Xueying Chen,Jing Dong,Hua Shao,Jing Wang,Fen Jin. 2023

[4]Structural annotation and discovery of toxic cyclopeptides and their analogues in lethal mushroom Amanita and Lepiota species using UPLC-HRMS and molecular networking strategy. Zhao, Zhiyong,Hengchao, E.,Tian, Enjing,Fan, Tingting,Yang, Xianli,Li, Xiaobei,Zhang, Yanmei,Li, Xujiao,Chen, Ailiang,Zhou, Changyan,Zhao, Xiaoyan. 2023

[5]Chemometrics and genome mining reveal an unprecedented family of sugar acid-containing fungal nonribosomal cyclodepsipeptides. Chen Wang,Dongliang Xiao,Baoqing Dun,Miaomiao Yin,Adigo Setargie Tsega,Linan Xie,Wenhua Li,Qun Yue,Sibao Wang,Han Gao,Min Lin,Liwen Zhang,Istvan Molnar,Yuquan Xu. 2022

[6]Simultaneous quantification of six major triterpenoid saponins in Schefflera kwangsiensis using high-performance liquid chromatography coupled to orbitrap mass spectrometry. Zhang, Leilei,Zhang, Leilei,Wang, Yan,Yu, De-Quan,Wang, Yan,Yu, De-Quan,Wang, Yan.

[7]Four new triterpenoid saponins isolated from Schefflera kwangsiensis and their inhibitory activities against FBPase1. Wang, Yan,Liu, Yan-Fei,Zhang, Chun-Lei,Liang, Dong,Luo, Huan,Hao, Zhi-You,Chen, Ruo-Yun,Yu, De-Quan,Wang, Yan,Liu, Yan-Fei,Zhang, Chun-Lei,Liang, Dong,Luo, Huan,Hao, Zhi-You,Chen, Ruo-Yun,Yu, De-Quan,Wang, Yan.

[8]Inhibitory Effects Of Total Triterpenoid S.aponins Isolated From The S eeds Of The Tea Plant (Camellia Sinensis) On Human Ovarian Cancer Cells. Jia, LY, Wu, XJ, Gao, Y, Rankin, GO, Pigliacampi, A, Bucur, H, Li, B, Tu, YY, Chen, YC. 2017

[9]Saponins and flavonoids from the fruits of Panax notoginseng. Zheng yi Qu,Hong qun Liu,Pei he Zheng,Ya li Li,Ying ping Wang,Wei Hou. 2022

[10]The genomes of seven economic Caesalpinioideae trees provide insights into polyploidization history and secondary metabolite biosynthesis. Chen, Rong,Meng, Sihan,Wang, Anqi,Jiang, Fan,Yuan, Lihua,Lei, Lihong,Wang, Hengchao,Fan, Wei. 2024

[11]Terpenoid Esters Are The Major C.onstituents From Leaf Lipid D roplets Of Camellia Sinensis. Zhou, Xin,Chen, Xiaobing,Thelen, Jay J.,Zhou, Xin,Zhou, Xin,Zhou, Xin,Chen, Changsong,Zhang, Wenjing,Chen, Mingjie,Chen, Xiaobing,Chen, Xiaobing,Chen, Xiaobing,Kong, Xiangrui,Du, Zhenghua,Zhang, Yi. 2019

[12]Exogenous Melatonin Enhances Cold, Salt A.nd Drought Stress Tolerance B y Improving Antioxidant Defense In Tea Plant (Camellia Sinensis (L.) O. Kuntze). Li, Jiahao,Chen, Yi,Chen, Xuan,Sun, Kang,Li, Xinghui,Yang, Yiqing. 2019

[13]Bioavailability Of Tea Catechins And I.ts Improvement. Cai, Zhuo-Yu,Li, Xu-Min,Xiang, Li-Ping,Shi, Yun-Long,Liang, Jin-Pei,Shi, Meng,Ye, Jian-Hui,Zheng, Xin-Qiang,Yang, Rui,Wang, Kai-Rong,Liang, Yue-Rong,Lu, Jian-Liang. 2018

[14]De Novo Transcriptome Combined With S.pectrophotometry And Gas Chromatography-Mass S pectrometer (Gc-Ms) Reveals Differentially Expressed Genes During Accumulation Of Secondary Metabolites In Purple-Leaf Tea (Camellia Sinensis Cv Hongyafoshou). Guo, Yuqiong,Chang, Xiaojun,Chang, Xiaojun,Zhang, Shuting,Zhang, Shuting,Zhu, Chen,Lin, Yuling,Lai, Zhongxiong,Zhu, Chen,Li, Xiaozhen,Lin, Yuling,Fu, Haifeng,Chen, Changsong,Lai, Zhongxiong. 2019

[15]Integrated Transcriptomic And Phytochemical Analyses P.rovide Insights Into Characteristic M etabolites Variation In Leaves Of 1-Year-Old Grafted Tea (Camellia Sinensis). Wang, Rangjian,Wan, Xiaochun,Zhang, Zheng-Zhu,Zhu, Biying,Lu, Mengqian,Han, Jieyun,Deng, Wei-Wei. 2019

[16]Domestication Origin And Breeding History O.f The Tea Plant ( &Itcamellia&It &Itsinensis&It) In China And India Based On Nuclear Microsatellites And Cpdna Sequence Data. Liu, Jie,Wambulwa, Moses C.,Liu, Ben-Ying,Li, Miao-Miao,Li, De-Zhu,Li, De-Zhu,Gao, Lian-Ming,Meegahakumbura, Muditha K.,Li, De-Zhu,Li, Miao-Miao,Sun, Yong-Shuai,Wambulwa, Moses C.,Moller, Michael,Meegahakumbura, Muditha K.,Meegahakumbura, Muditha K.,Wambulwa, Moses C.,Xu, Jian-Chu,Yang, Jun-Bo,Wambulwa, Moses C.,Meegahakumbura, Muditha K.,Thapa, Kishore K.. 2018

[17]Light-Sensitive Albino Tea Plants And T.heir Characterization. Shi, Yun-Long,Liang, Yue-Rong,Ma, Shi-Cheng,Zheng, Xin-Qiang,Lu, Jian-Liang,Fu, Qiu-Yue,Shin, Young-Hwan,Wang, Kai-Rong,Ye, Jian-Hui,Li, Xu-Min,Yang, Rui. 2018

[18]Uncovering Tea-Specific Secondary Metabolism Using T.ranscriptomic And Metabolomic Analyses I n Grafts Of Camellia Sinensis And C. Oleifera. Deng, Wei-Wei,Wan, Xiaochun,Zhang, Zheng-Zhu,Zhu, Biying,Tai, Yuling,Lu, Mengqian,Han, Jieyun,Wang, Rangjian,Fan, Yanbing. 2018

[19]Overexpression Of A Camellia Sinensis D.reb Transcription Factor Gene ( Csdreb) Increases Salt And Drought Tolerance In Transgenic Arabidopsis Thaliana. Wang, Mingle,Xin, Huahong,Li, Xinghui,Zou, Zhongwei,Li, Qinghui,Zhuang, Jing. 2017

[20]Heterologous Expression Of Three Camellia S.inensis Small Heat Shock P rotein Genes Confers Temperature Stress Tolerance In Yeast And Arabidopsis Thaliana. Zhu, Xujun,Xin, Huahong,Li, Xinghui,Li, Qinghui,Chen, Xuan,Zou, Zhongwei,Wang, Mingle. 2017