[1]Environmental decomposition and remodeled phytotoxicity of framework-based nanomaterials. Li D., Zhou Q., Hu X., Mu L., Zeng H., Luo J.. 2022

[2]Design and synthesis of epigallocatechin (EGC) analogs selective to inhibit α-amylase over α-glucosidases via the incorporation of caffeine acid and its derivatives. Chen W., Zhou C., Chen J., Wang M., Zhou F., Wang C., Zhang X., Zhou W.. 2022

[3]Differential Cobalt-Induced Effects On Plant G.rowth, Ultrastructural Modifications, And A ntioxidative Response Among Four Brassica Napus (L.) Cultivars. Gill, R. A.,Islam, F.,Mwamba, T. M.,Zhang, N.,ul Hassan, Z.,Gill, R. A.,Zhou, W. J.,Ali, S.,Lv, M. T.,Ali, S.. 2018

[4]Toxicity Of Cadmium To Wheat S.eedling Roots In The P resence Of Graphene Oxide. Gao, Minling,Song, Zhengguo,Yang, Yujuan,Song, Zhengguo. 2019

[5]Effects Of Low-Levels Of Three H.exabromocyclododecane Diastereomers On The M etabolic Profiles Of Pak Choi Leaves Using High-Throughput Untargeted Metabolomics Approach. Guo, Qiqi,Liu, Xiaowei,Wang, Yuehua,He, Zeying,Tan, Dongfei,Zhang, Yanwei. 2018

[6]High-Throughput Non-Targeted Metabolomics Study Of The Effects Of Perfluorooctane Sulfonate (Pfos) On The Metabolic Characteristics Of A. Thaliana Leaves. Guo, QQ, He, ZY, Liu, XW, Liu, BJ, Zhang, YW. 2020

[7]Interactions Between Nanoparticles And Plants: P.hytotoxicity And Defense Mechanisms. Yang, J, Cao, WD, Rui, YK. 2017

[8]Ustiloxin G, A New Cyclopeptide M.ycotoxin From Rice False S mut Balls. Wang, XH, Wang, J, Lai, DW, Wang, WX, Dai, JG, Zhou, LG, Liu, Y. 2017

[9]Alteration Of Crop Yield And Q.uality Of Wheat Upon E xposure To Silver Nanoparticles In A Life Cycle Study. Yang, J, Jiang, FP, Ma, CX, Rui, YK, Rui, MM, Adeel, M, Cao, WD, Xing, BS. 2018

[10]The Effect Of Biochar Nanoparticles O.n Rice Plant Growth A nd The Uptake Of Heavy Metals: Implications For Agronomic Benefits And Potential Risk. Yue, L, Lian, F, Han, Y, Bao, QL, Wang, ZY, Xing, BS. 2019

[11]A zinc finger protein SlSZP1 protects SlSTOP1 from SlRAE1-mediated degradation to modulate aluminum resistance. Zhang L., Dong D., Wang J., Wang Z., Zhang J., Bai R.-Y., Wang X., Rubio Wilhelmi M.D.M., Blumwald E., Zhang N., Guo Y.-D.. 2022

[12]Melatonin-mediated regulation of anthocyanin biosynthesis and antioxidant defense confer tolerance to arsenic stress in Camellia sinensis L. Xin Li,Golam Jalal Ahammed,Xue-Ning Zhang,Lan Zhang,Peng Yan,Li-Ping Zhang,Jian-Yu Fu,Wen-Yan Han. 2021

[13]Prediction Of Soil Copper Phytotoxicity To Barley Root Elongation By An Edta Extraction Method. Jiang, B, Ma, YB, Zhu, GY, Li, J. 2020

[14]Use Of Soil Amendments To R.educe Cadmium Accumulation In R ice By Changing Cd Distribution In Soil Aggregates. Li, SS, Wang, M, Zhao, ZQ, Li, XY, Chen, SB. 2019

[15]Phytotoxicity Of Silver Nanoparticles To P.eanut (Arachis Hypogaea L.): P hysiological Responses And Food Safety. Rui, MM, Ma, CX, Tang, XL, Yang, J, Jiang, FP, Pan, Y, Xiang, ZQ, Hao, Y, Rui, YK, Cao, WD, Xing, BS. 2017

[16]Phytotoxicity Induced By Engineered Nanomaterials A.s Explored By Metabolomics: P erspectives And Challenges. Li, XK, Peng, T, Mu, L, Hu, XG. 2019

[17]Insights into the mechanism of multi-walled carbon nanotubes phytotoxicity in Arabidopsis through transcriptome and m6A methylome analysis. Yang Zemao,Deng Canhui,Wu Yupeng,Dai Zhigang,Tang Qing,Cheng Chaohua,Xu Ying,Hu Rong,Liu Chan,Chen Xiaojun,Zhang Xiaoyu,Li Alei,Xiong Xinghua,Su Jianguang,Yan An. 2021

[18]Cadmium stress in paddy fields: Effects of soil conditions and remediation strategies. Babar Hussain,Muhammad Nadeem Ashraf, Shafeeq-ur-Rahman,Aqleem Abbas,Jumei Li,Muhammad Farooq. 2021

[19]Herbicidal Efficacy Of Harzianums Produced By The Biofertilizer Fungus,Trichoderma Brevicompactum. Yin, MM, Fasoyin, OE, Wang, C, Yue, Q, Zhang, YY, Dun, BQ, Xu, YQ, Zhang, LW. 2020

[20]Bioactive 3-Decalinoyltetramic Acids Derivatives From A. Marine-Derived Strain Of T he Fungus Fusarium Equiseti D39. Zhao, DL, Han, XB, Wang, D, Liu, MH, Gou, JY, Peng, YL, Liu, J, Li, YQ, Cao, F, Zhang, CS. 2019