数字农科院2.0

A Novel Glutathione S-Transferase Gene F.rom Sweetpotato, Ibgstf4, Is I nvolved In Anthocyanin Sequestration

文献类型： 外文期刊

作者： Kou, Meng;Kou, Meng;Tang, Wei;Su, Zai-xing;Yan, Hui;Arisha, Mohamed Hamed;Chen, Xiao-guang;Li, Qiang;Li, Zong-yun;Ma, Dai-fu;Zhang, Yun-gang;Li, Qiang;Ma, Dai-fu;Wang, Xin;Liu, Ya-ju;Liu, Ya-ju

作者机构：

关键词： Sweetpotato; Glutathione S-transferase; Anthocyanin transportation

期刊名称： PLANT PHYSIOLOGY AND BIOCHEMISTRY

ISSN： 0981-9428

年卷期： 2019 年 135 卷

页码：

摘要： Anthocyanins are synthesized by multi-enzyme complexes localized at the cytoplasmic surface of the endoplasmic reticulum (synthesis site), and transported to the destination site, the vacuole. Three mechanisms for the vacuolar accumulation of anthocyanin in plant species have been proposed. Previous studies have indicated that glutathione S-transferase (GST) genes from model and ornamental plants are involved in anthocyanin transportation. In the present study, an anthocyanin-related GST, IbGSTF4, was identified and characterized based on transcriptome results. Phylogenetic analysis revealed that IbGSTF4 was most closely correlated to PhAN9 and CkmGST3, the anthocyanin-related GST of Petunia hybrida and Cyclamen. Furthermore, the expression analysis revealed that IbGSTF4 is strongly expressed in pigmented tissues, when compared to green organs, which is in agreement to the ability to correlate with anthocyanin accumulation. A GST activity assay uncovered that the IbGST4 protein owned similar activities with the GST family. Furthermore, the molecular functional complementation of Arabidopsis thaliana mutant tt19 demonstrated that IbGSTF4 might play a vital role in the vacuole sequestration of anthocyanin in sweetpotato. Moreover, the dual luciferase assay revealed that the LUC driven by the promoter of IbGSTF4 could not be directly activated by IbMYB1, suggesting that the regulatory mechanism of anthocyanin accumulation and sequestration in sweetpotato was intricate.

分类号：

  • 相关文献

[1]Identification Of Glutathione-S-Transferase Genes By T.ranscriptome Analysis In Meteorus P ulchricornis (Hymenoptera: Braconidae) And Their Expression Patterns Under Stress Of Phoxim And Cypermethrin. Sheng, Sheng,Wu, Fu:an,Zhang, Xiao:rui,Liu, Zhi:xiang,Ofori, Andrews Danso,Tu, Qing:bo,Tu, Qing:bo,Li, Yi:jiangcheng,Xing, Xiao:rong,Sheng, Sheng,Shao, Ying:ying,Wang, Jiao,Wang, Jun,Zhang, Jia:qi,Wu, Fu:an,Wang, Jun. 2019

[2]Stability Of Cyflumetofen Resistance In T.etranychus Cinnabarinus And Its C orrelation With Glutathione-S-Transferase Gene Expression. Yang, Yuwei,Yang, Yuwei,Feng, Kaiyang,Feng, Kaiyang,Xu, Zhifeng,Wen, Xiang,Zhang, Yichao,Wen, Xiang,Ou, Shiyuan,Zhang, Ping,Li, Jinhang,Ou, Shiyuan,Zhang, Ping,Yu, Qian,Shen, Guangmao,Yu, Qian,Shen, Guangmao,Xu, Zhifeng,Li, Jinhang,He, Lin,He, Lin. 2019

[3]Label-Free Based Quantitative Proteomic Analysis I.dentifies Proteins Involved In T he Testis Maturation Of Bactrocera Dorsalis (Hendel). Zhang, Meng-Yi,Gu, Pei-Ming,Smagghe, Guy,Smagghe, Guy,Smagghe, Guy,Wang, Jin-Jun,Wang, Jin-Jun,Wei, Dong,Wei, Dong,Wei, Dong,Zhang, Meng-Yi. 2018

[4]A Phi-Class Glutathione S-Transferase Gene F.or Verticillium Wilt Resistance I n Gossypium Arboreum Identified In A Genome-Wide Association Study. Yang, Zhaoen,Zhang, Xueyan,Zhang, Chaojun,Sun, Gaofei,Li, Fuguang,Li, Fuguang,Yang, Zuoren,Gong, Qian,Du, Xiongming,He, Shoupu,Du, Xiongming,Chen, Eryong,Butt, Hamama Islam. 2018

[5]Cloning And Characterization Of Mdgst1 F.rom Red Apple Leaves. Han, XL, Zhang, CX, Tian, Y, Gul, H, Cong, PH, Zhang, LY. 2018

[6]High Throughput Sequencing Identifies Chilling R.esponsive Genes In Sweetpotato ( Ipomoea Batatas Lam.) During Storage. Li, Zongyun,Jiang, Jiaojiao,Han, Yonghua,Han, Yonghua,Xie, Zeyi,Zhang, Baohong,Zhou, Zhilin,Yu, Jingjing,Jiang, Jiaojiao,Li, Hongmin,Zhou, Zhilin,Ma, Daifu,Xie, Zeyi,Yu, Jingjing,Li, Zongyun,Tang, Zhonghou,Tang, Zhonghou,Li, Hongmin,Ma, Daifu. 2019

[7]Development Of Snp Markers Using R.na-Seq Technology And Tetra-Primer A rms-Pcr In Sweetpotato. Wang Xin,Tang Wei,Ma Dai-fu,Zhang Yun-gang,Xu Jia-lei,Wang Xin,Li Qiang,Kou Meng,Kou Meng,Ma Dai-fu,Liu Ya-ju,Li Qiang. 2017

[8]Expression of Arabidopsis NDPK2 increases antioxidant enzyme activities and enhances tolerance to multiple environmental stresses in transgenic sweetpotato plants. Kim, Yun-Hee,Lim, Soon,Yang, Kyoung-Sil,Kim, Cha Young,Lee, Haeng-Soon,Kwak, Sang-Soo,Kwon, Suk-Yoon,Wang, Xin,Zhou, Zhilin,Ma, Daifu,Yun, Dae-Jin,Yun, Dae-Jin.

[9]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

[10]Selection of Parents for Breeding Edible Varieties of Sweetpotato with High Carotene Content. Ma Dai-fu,Li Qiang,Li Xiu-ying,Li Hong-min,Tang Zhong-hou,Hu Ling,Cao Qing-he,Xie Yi-ping,Wang Xin. 2009

[11]Survey of sweetpotato viruses in China. Xie, Y. -P.,Xing, J. -Y.,Li, X. -Y.,Wang, X.,Sun, H. -J.,Zhao, Y. -Q.,Zhang, C. H. -L.,Ma, D. -F.,Xie, Y. -P.,Xing, J. -Y.,Li, X. -Y.,Wang, X.,Sun, H. -J.,Zhao, Y. -Q.,Zhang, C. H. -L.,Ma, D. -F.. 2013

[12]An efficient CRISPR/Cas9-mediated editing of phytoene desaturase in hexaploid sweetpotato. Tang, Wei,Ma, Meng,Song, Weihan,Kou, Meng,Wang, Xin,Yan, Hui,Li, Chen,Zhang, Aicen,Gao, Tianqi,Gao, Runfei,Zhang, Yungang,Li, Qiang. 2025

作者其他论文 更多>>