数字农科院2.0

Effect of energy level on reactive oxygen species metabolism during shade-drying of Thompson seedless grapes and its relation to browning

文献类型: 外文期刊

作者: Wang, Yujing;Zhang, Yuchen;Huang, Wei;Xu, Zhen zhen;Zhang, Miaomiao;Zhang, Xuetong;Wang, Cheng;Liu, Fengjuan

作者机构:

关键词: Browning;Reactive oxygen species (ROS) metabolism;Proteome;Thompson seedless grapes

期刊名称: JOURNAL OF PLANT PHYSIOLOGY

ISSN: 0176-1617

年卷期: 2025 年 304 卷

页码:

收录情况: SCIE(2025版)

摘要: The browning of Thompson seedless grapes during shade-drying significantly hampers the sustainable and healthy development of the industry. This study investigates the browning phenomenon and reactive oxygen species (ROS) dynamics when Thompson seedless grapes, treated with adenosine triphosphate (ATP), 2,4-dinitrophenol (DNP), and water (QS), are dried in the shade. The effects of these treatments on ROS metabolism were analyzed through physiological, biochemical, and proteomic analyses. The findings showed that ATP treatment markedly delayed the increase in browning and reactive oxygen content, maintained high activity levels of ROS scavenging enzymes (superoxide dismutase and peroxidase), reduced malondialdehyde production-a membrane lipid peroxidation product-and preserved cell membrane integrity compared to QS and DNP treatments. Proteomic analysis identified three biological pathways involved in ROS metabolism in Thompson seedless grapes: glutathione metabolism, ascorbic acid, and glyoxalate metabolism, and peroxisomal pathways. Exogenous ATP treatment upregulated the expression of 17 proteins (SOD, APX, GPX, GST, GR), with significant increases in GST2 (D7SKQ2), POD1 (F6H095), SOD3 (D7TI74), and SOD4 (F6HTX9) by 1.707, 1.589, 1.644, and 2.213-fold, respectively. Therefore, ATP treatment maintains ROS scavenging proteins' expression, reduces the accumulation of ROS, maintains a balance in ROS metabolism, maintains the cell membrane stability and suppresses the oxidation of lipids, thus delaying the browning of Thompson seedless grapes. These findings are significant for regulating browning in the shade-drying process of Thompson seedless grapes.

分类号:

  • 相关文献

[1]Modulationofmousebrainproteomebycyst-formingToxoplasmagondii. 朱兴全,DonghuiZhou,FurongZhao,SiyangHuang,MinjunXu,HuiqunSong,ChunleiSu. 2013

[2]ModulationofmousemacrophageproteomeinducedbyToxoplasmagondiitachyzoitesinvivo. ZhouDonghui,YuanZiguo,ZhaoFurong,LiHailong,ZhouYang,LinRuiqing,ZouFengcai,SongHuiqun,XuMinjun,andZhuXingquan. 2011

[3]Effects of high CO2 in-package treatment on flavor, quality and antioxidant activity of button mushroom (Agaricus bisporus) during postharvest storage. Lin, Qiong,Lu, Yuanyuan,Zhang, Jie,Liu, Wei,Wang, Zhidong,Guan, Wenqiang.

[4]Changes in browning-related components of apple slices during different stages of instant controlled pressure drop-assisted hot air drying (AD-DIC). Gao, Kun,Bi, Jinfeng,Wang, Xueyuan,Gao, Kun,Chen, Qinqin,Bi, Jinfeng,Liu, Xuan,Wu, Xinye,Wang, Xueyuan.

[5]Oxidation of (-)-epicatechin is a precursor of litchi pericarp enzymatic browning. Liu, Liang,Xu, Yujuan,Zhang, Mingwei,Xiao, Gengsheng,Cao, Shaoqian,Deng, Qianchun.

[6]Identification of the miRNAs and their target genes involved in fresh-cut potato browning inhibition by nitrogen. Wang, Lihua,Wang, Wenjun,Wang, Qingjun,Tang, Tiantian,Liu, Wenrui,Wang, Zhidong,Zhang, Jie. 2022

[7]Multi-Omics Landscape of DNA Methylation Regulates Browning in “Fuji” Apple. Lihua Wang,Tiantian Tang,Wenjun Wang,Jie Zhang,Zhidong Wang,Fengzhong Wang. 2022

[8]Effects of dehydration speed on the metabolism of membrane lipids and its relation to the browning of the Thompson seedless grape. Fengjuan Liu,Wei Huang,Yingying Fan,Weizhong He,Yongxia Tao,Cheng Wang. 2022

[9]Different air velocity drying impacts on browning reaction and antioxidant activity of apple cube and its storage counterparts. Hu, Jiaxing,Bi, Jinfeng,Li, Xuan,Wu, Xinye,Yu, Qingting,Feng, Shuhan. 2022

[10]Understanding the impact of pectin on browning of polyphenol oxidation system in thermal and storage processing. Jiaxing Hu,Jinfeng Bi,Xuan Li,Xinye Wu,Wenyue Wang,Qingting Yu. 2023

[11]UV-C treatment inhibits browning, inactivates Pseudomonas tolaasii and reduces associated chemical and enzymatic changes of button mushrooms. Wang, Xueqing,He, Xingxing,Wu, Xinling,Fan, Xuetong,Wang, Fengling,Lin, Qiong,Guan, Wenqiang,Zhang, Na. 2021

[12]Understanding the impact of pectin physicochemical variation on browning of simulated Maillard reaction system in thermal and storage processing. Jiaxing Hu,Xuan Li,Qingting Yu,Wenyue Wang,Jinfeng Bi. 2023

[13]Biochemical Mechanism of Fresh-Cut Lotus (Nelumbo nucifera Gaertn.) Root with Exogenous Melatonin Treatment by Multiomics Analysis. Ting Min,Keyan Lu,Jinhui Chen,Lifang Niu,Qiong Lin,Yang Yi,Wenfu Hou,Youwei Ai,Hongxun Wang. 2023

[14]Jasmonic acid treatment alleviates chilling injury in peach fruit by promoting sugar and ethylene metabolism. Yaoyao Zhao,Congcong Song,David A. Brummell,Shuning Qi,Qiong Lin,Yuquan Duan. 2021

[15]Phytic Acid Treatment Inhibits Browning and Lignification to Promote the Quality of Fresh-Cut Apples during Storage. Fang, Ting,Yao, Jia,Duan, Yuquan,Zhong, Yaoguang,Zhao, Yaoyao,Lin, Qiong. 2022

[16]Transcriptome-wide N6-methyladenosine (m6A) methylation profiling of fresh-cut potato browning inhibition by nitrogen. Lihua Wang,Wenjun Wang,Qingjun Wang,Wenrui Liu,Tiantian Tang,Zhidong Wang,Jie Zhang. 2022

[17]Phenolic profiling reveals the metabolite basis of flesh colour and fresh-cut browning in apple fruit. Fang, Ting,Chen, Jing,Lin, Qiong,Zhong, Yaoguang,Duan, Yuquan,Bi, Jinfeng. 2021

[18]Metabolomic analysis of the browning and browning inhibition pulp of Fuji apple at different ripening stages. Wenyue Wang,Jinfeng Bi,Weining Chen,Xuan Li. 2024

[19]Exploring the potential of cold plasma in Optimising quality and boosting antioxidant defence in fresh-cut bamboo shoots. Liu, Zhuhui,Zhang, Tong,Zhou, Haoyu,Xiao, Gengsheng,Qin, Wen,Liu, Shuxiang,Liu, Dongjie,Ma, Lukai. 2024

[20]Integrating Transcriptome and Metabolome Analysis Unveils the Browning Mechanism of Leaf Response to High Temperature Stress in Nicotiana tabacum. Chunkai Wang,Yongliang Ding,Bing He,Mingsheng Qiu,Dongmei Shen,Shuaiwei Chen,Wenjing Song,Weicong Qi,Yuanda Lv,Lin Meng. 2024

作者其他论文 更多>>
  • Proteomic Analysis of the Fusarium graminearum Secretory Proteins in Wheat Apoplast Reveals a Cell-Death-Inducing M43 Peptidase

    作者:Li, Pengfeng;Zhao, Ruihua;Fang, Ying;Fan, Yujin;Hu, Qianyong;Huang, Wei;Ma, Wujun;Zhang, Cuijun

    关键词:(1-1-1)Fusarium graminearum;wheat;secretory proteins;M43 peptidase

  • A Novel Vpb4 Gene and Its Mutants Exhibiting High Insecticidal Activity Against the Monolepta hieroglyphica

    作者:Zhang, Ying;Shi, Rongrong;Xu, Pengdan;Huang, Wei;Liu, Chunqin;Wang, Jian;Shu, Changlong;Zhang, Jie;Geng, Lili

    关键词:Bacillus thuringiensis;Monolepta hieroglyphica;vpb4Fa1;random mutation

  • Nitrogen-driven changes in leaf anatomy affect the coupling between leaf mass per area and photosynthesis

    作者:Hu, Wenshi;Zhang, Shanshan;Huang, Wei;Chang, Haibin;Li, Yinshui;Gu, Chiming;Dai, Jing;Yang, Lu;Liao, Xing;Qin, Lu

    关键词:Brassica napus;cell wall;leaf mass per area;mesophyll conductance;nitrogen;Rubisco

  • Genetic diversity and evolution of rice centromeres

    作者:Xie, Lingjuan;Huang, Yujie;Huang, Wei;Shang, Lianguang;Sun, Yanqing;Chen, Quanyu;Bi, Shuangtian;Suo, Mingyu;Zhang, Shiyu;Yang, Chentao;Zheng, Xiaoming;Jin, Weiwei;Qian, Qian;Fan, Longjiang;Wu, Dongya

    关键词:(4-0-4)

  • Bryophytes hold a larger gene family space than vascular plants

    作者:Dong, Shanshan;Wang, Sibo;Li, Linzhou;Yu, Jin;Zhang, Yongxia;Xue, Jia-Yu;Chen, Hengchi;Ma, Jianchao;Zeng, Yuying;Cai, Yuqing;Huang, Wei;Zhou, Xuping;Wu, Jiayi;Li, Jianyou;Yao, Yifeng;Hu, Ruoyang;Zhao, Tao;Villarreal, Juan Carlos A.;Dirick, Leon;Liu, Li;Ignatov, Michael;Jin, Minghui;Ruan, Jue;He, Yikun;Wang, Haifeng;Xu, Bo;Rozzi, Ricardo;Wegrzyn, Jill;Stevenson, Dennis William;Renzaglia, Karen S.;Chen, Hongfeng;Zhang, Li;Zhang, Shouzhou;Mackenzie, Roy;Moreno, Javier E.;Melkonian, Michael;Wei, Tong;Gu, Ying;Xu, Xun;Rensing, Stefan A.;Huang, Jinling;Long, Manyuan;Goffinet, Bernard;Bowman, John L.;van de Peer, Yves;Liu, Huan;Liu, Yang

    关键词:

  • Decades' progress and prospects on maize functional genomics and molecular breeding

    作者:Li, Qing;Lai, Jinsheng;Chen, Jian;Li, Lin;Song, Weibin;Xin, Beibei;Zhao, Hainan;Xiao, Yingjie;Tian, Feng;Li, Gang;Liang, Yameng;Liu, Lei;Tan, Baocai;Wang, Baobao;Wu, Yongrui;Yang, Xiaohong;Di, Hong;Ma, Zeyang;Song, Rentao;Zhan, Junpeng;Zhang, Xuan;Qin, Feng;Chen, Yifang;Dai, Mingqiu;Jiang, Caifu;Shi, Yiting;Wang, Yi;Wu, Qi;Yang, Shuhua;Yuan, Lixing;Zhang, Mei;Zhao, Han;Xu, Mingliang;Chen, Jiafa;Ding, Junqiang;Duan, Canxing;Gao, Xiquan;Gou, Mingyue;Lai, Zhibing;Li, Peijin;Wang, Guan-Feng;Weng, Jianfeng;Wu, Jianyu;Wu, Liuji;Yang, Qin;Zhang, Yan;Zhao, Haiming;Zhou, Yu;Wan, Xiangyuan;An, Xueli;Huang, Wei;Jin, Weiwei;Wu, Suowei;Wang, Haiyang;Chen, Huabang;Tang, Jihua;Zhang, Zhaogui;Xie, Chuanxiao;Chen, Shaojiang;Liu, Chenxu;Qi, Xiantao;Wang, Hai;Wang, Xiangfeng;Yan, Jun;Yan, Jianbing

    关键词:maize;functional genomics;molecular breeding;genome;yield;quality;abiotic stress;biotic stress;nutrient use efficiency;male sterility;heterosis

  • Integrated, high-throughput metabolomics approach for metabolite analysis of four sprout types

    作者:Yu, Junyan;Xu, Lei;Mi, Lu;Zhang, Nan;Liu, Fengjuan;Zhao, Jing;Xu, Zhenzhen

    关键词:MS-DIAL;MetaboAnalystR;Hydrophilic interaction chromatography;technique;Metabolomics;Sprouts