[1]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

[2]Effects Of Foliar Application Of Graphene Oxide On Cadmium Uptake By Lettuce. Gao, ML, Xu, YL, Chang, XP, Dong, YM, Song, ZG. 2020

[3]Yielding hydroxyl radicals in the Fenton-like reaction induced by manganese (II) oxidation determines Cd mobilization upon soil aeration in paddy soil systems. Wang M., Liu Y., Shi H., Li S., Chen S.. 2022

[4]In‒situ immobilization remediation, soil aggregate distribution, and microbial community composition in weakly alkaline Cd‒contaminated soils: A field study. Ma W., Sun T., Xu Y., Zheng S., Sun Y.. 2022

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

[6]Effect Of Corrosion Inhibitor Benzotriazole O.n The Uptake And T ranslocation Of Cd In Rice (Oryza Sativa L.) Under Different Exposure Conditions. Liu, Z, Wang, L, Wang, CY, Sun, SJ, Qin, L, An, Y, Xing, YS, Sun, HW. 2017

[7]Salt stress-induced changes in soil metabolites promote cadmium transport into wheat tissues. Wang L., Qin L., Sun X., Zhao S., Yu L., Chen S., Wang M.. 2023

[8]Effects of optimized water management on the uptake and translocation of cadmium and arsenic in Oryza sativa L. in two contaminated soils. Bao Q., Bao W., Ding Y., Huang Y.. 2022

[9]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

[10]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

[11]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

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

[13]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

[14]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

[15]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

[16]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

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

[18]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

[19]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

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