数字农科院2.0

Physiological And Itraq-Based Quantitative Proteomics A.nalysis Of Methyl Jasmonate-Induced T olerance In Brassica Napus Under Arsenic Stress

文献类型： 外文期刊

作者： Zafar, Zafar Ullah;Nawaz, Aamir;Zhou, Weijun;Zhang, Kangni;Wang, Jian;Wang, Jian;Xu, Jianxiang;Zhou, Weijun;Zhang, Kangni;Farooq, Muhammad Ahsan;Farooq, Muhammad Ahsan;Athar, Habib U. R.;Farooq, Muhammad Ahsan;Islam, Faisal;Islam, Faisal

作者机构：

关键词： arsenic stress; Brassica napus L; methyl jasmonate; oxidative stress; proteomic (iTRAQ) analysis

期刊名称： PROTEOMICS

ISSN： 1615-9853

年卷期： 2018 年 18 卷 10 期

页码：

摘要： Brassica napus plants exposed to 200 M arsenic (As) exhibited high-level of stress condition, which led to inhibited growth, enhanced lipid peroxidation, and disrupted cellular ultrastructures. Exogenous application of methyl jasmonate (MeJA) alleviated the As-induced oxidative stress and improved the plant growth and photosynthesis. In this study, changes in the B. napus leaf proteome are investigated in order to identify molecular mechanisms involved in MeJA-induced As tolerance. The study identifies 177 proteins that are differentially expressed in cultivar ZS 758; while 200 differentially expressed proteins are accumulated in Zheda 622, when exposed to As alone and MeJA+As treatments, respectively. The main objective was to identify the MeJA-regulated protein under As stress. Consistent with this, iTRAQ detected 61 proteins which are significantly accumulated in ZS 758 leaves treated with MeJA under As stress. While in Zheda 622, iTRAQ detected 49 MeJA-induced proteins under As stress. These significantly expressed proteins are further divided into five groups on the base of their function, that is, stress and defense, photosynthesis, carbohydrates and energy production, protein metabolism, and secondary metabolites. Taken together, this study sheds light on the molecular mechanisms involved in MeJA-induced As tolerance in B. napus leaves and suggests a more active involvement of MeJA in plant physiological processes.

分类号：

  • 相关文献

[1]Methyl Jasmonate Alleviates Arsenic-Induced Oxidative D.amage And Modulates The A scorbate-Glutathione Cycle In Oilseed Rape Roots. Song, Wenjian,Farooq, Muhammad A.,Islam, Faisal,Yang, Chong,Gill, Rafaqat A.,Ali, Basharat,Zhou, Weijun,Farooq, Muhammad A.,Athar, Habib-ur-Rehman,Nawaz, Aamir. 2018

[2]Mogroside V ameliorates the oxidative stress-induced meiotic defects in porcine oocytes in vitro. Pan C., Chen J., Chen Y., Lu Y., Liang X., Xiong B., Lu Y.. 2022

[3]Effects Of 5-Aminolevulinic Acid On T.he Bioactive Compounds And S eedling Growth Of Oilseed Rape (Brassica Napus L.). Wu, Dezhi,Wang, Qian,Jiang, Lixi,Chen, Xiaoyang,Hussain, Nazim,Maodzeka, Antony. 2019

[4]Melatonin-Induced Transcriptome Variation Of Rapeseed Seedlings Under Salt Stress. Tan, XY, Long, WH, Zeng, L, Ding, XY, Cheng, Y, Zhang, XK, Zou, XL. 2019

[5]The inhibitory mechanism of methyl jasmonate on Aspergillus flavus growth and aflatoxin biosynthesis and two novel transcription factors are involved in this action. Xu Li,Yaoyao Ren,Jin Jing,Yiran Jiang,Qingli Yang,Shujuan Luo,Fuguo Xing. 2021

[6]Ornithine Decarboxylase Is Involved In M.ethyl Jasmonate-Regulated Postharvest Quality R etention In Button Mushrooms (Agaricus Bisporus). Meng, DM, Wang, HD, Zhang, YX, Xi, ZA, Yang, R, Sheng, JP, Zhang, XH, Ding, Y, Wang, JP, Fan, ZC. 2019

[7]Interactive Effects Of Drought Severity A.nd Simulated Herbivory On T ea (Camellia Sinensis) Volatile And Non-Volatile Metabolites. Scott, ER, Li, X, Kfoury, N, Morimoto, J, Han, WY, Ahmed, S, Cash, SB, Griffin, TS, Stepp, JR, Robbat, A, Orians, CM. 2019

[8]Overexpression Of Pvpin1, A Bamboo H.omolog Of Pin1-Type Parvulin 1 , Delays Flowering Time In Transgenic Arabidopsis And Rice. Zheng, ZG, Yang, XM, Fu, YP, Zhu, LF, Wei, HT, Lin, XC. 2017

[9]Acetate prevents pistil dysfunction in rice under heat stress by inducing methyl jasmonate and quercetin synthesis. Li H, Xu Y, Lin J, Feng B, Zhu A, Zhao X, Wang D, Zeng Y, Yang H, Wang S, Fu G. 2025

[10]Molecular And Physio-Biochemical Characterization Of C.otton Species For Assessing D rought Stress Tolerance. Mosfeq-Ul Hasan, Md,Ma, Fanglu,Prodhan, Zakaria Hossain,Li, Feng,Shen, Hao,Chen, Yadong,Wang, Xuede,Mosfeq-Ul Hasan, Md. 2018

[11]Enhancing The Lead Phytostabilization In W.etland Plant Juncus Effusus L . Through Somaclonal Manipulation And Edta Enrichment. Najeeb, Ullah,Najeeb, Ullah,Malik, Zaffar,Zhou, Weijun,Zia, Munir Hussain,Ahmad, Waqar,Najeeb, Ullah,Najeeb, Ullah. 2017

[12]Squid Ink Polysaccharide Prevents Autophagy A.nd Oxidative Stress Affected B y Cyclophosphamide In Leydig Cells Of Mice: A Pilot Study. Gu, Yi-Peng,Yang, Xiao-Mei,Duan, Zhen-Hua,Gu, Yi-Peng,Luo, Ping,Zhang, Da-Yan,Gu, Yi-Peng,Shang, Jiang-Hua,Liu, Hua-Zhong,Xiao, Wei. 2017

[13]Protein Nutritional Support: The Classical And Potential New Mechanisms In The Prevention And Therapy Of Sarcopenia. Wang, Jing,Yu, Yonghui,Yu, Yonghui,Zhang, Jingjie. 2020

[14]Glutamate Alleviates Cadmium Toxicity In Rice Via Suppressing Cadmium Uptake And Translocation. Li, Mei,Jiang, Meng,Jiang, Jie,Li, Shan,Huang, Jianzhong,Shu, Qingyao,Jiang, Meng,Huang, Jianzhong,Jiang, Meng,Tan, Yuanyuan,Li, Mei,Shu, Qingyao,Song, Shiyong,Li, Shan. 2020

[15]Overexpression Of Mir529A Confers Enhanced R.esistance To Oxidative Stress I n Rice (Oryza Sativa L.). Xu, Jian-Hong,Yue, Erkui,Liu, Zhen,Li, Chao,Li, Yu,Liu, Qiuxiang. 2017

[16]Protective Effect Of Dietary Fiber F.rom Sweet Potato (Ipomoea B atatas L.) Against Lead-Induced Renal Injury By Inhibiting Oxidative Stress Via Ampk/Sirt1/Pgc1 Alpha Signaling Pathways. Niu, FuXiang,Duan, LiQin,Zhu, Hong,Sun, Jian,Wang, Jing,Zhang, Yi,Wang, HongYun,Gu, WenLong. 2018

[17]Freb Is Involved In The F.erric Metabolism And Multiple P athogenicity-Related Traits Of Verticillium Dahliae. Cheng, Hongmei,Li, Xiaokang,Guo, Huiming,Qi, Xiliang,Su, Xiaofeng,Rehman, Latifur. 2018

[18]Nfis, A Species-Specific Regulatory Noncoding R.na Of Pseudomonas Stutzeri, E nhances Oxidative Stress Tolerance In Escherichia Coli. Yan, Yongliang,Hu, Guihua,Hu, Guihua,Huang, Yunhong,Lin, Min,Hu, Tao,Zhan, Yuhua,Lu, Wei. 2019

[19]Chilling And Heat Stress-Induced Physiological Changes And Microrna-Related Mechanism In Sweetpotato (Ipomoea Batatas L.). Yu, Jingjing,Yu, Jingjing,Yu, Jingjing,Li, Zongyun,Li, Zongyun,Zhang, Baohong,Li, Hongmin,Han, Yonghua,Tang, Zhonghou,Dong, Tingting,Su, Dan,Han, Yonghua,Su, Dan,Dong, Tingting,Li, Hongmin,Yang, Dongjing,Yang, Dongjing,Tang, Zhonghou. 2020

[20]Genome-Wide Expression Analysis Suggests Glutaredoxin Genes Response To Various Stresses In Cotton. Malik, Waqar Afzal,Wang, Junjuan,Ye, Wuwei,Wang, Xiaoge,Wang, Xinlei,Shu, Na,Cui, Ruifeng,Chen, Xiugui,Wang, Delong,Lu, Xuke,Yin, Zujun. 2020

作者其他论文 更多>>