数字农科院2.0

A Novel Bhlh Transcription Factor, Ntbhlh1, Modulates Iron Homeostasis In Tobacco (Nicotiana Tabacum L.)

文献类型： 外文期刊

作者： Li, YY; Sui, XY; Yang, JS; Xiang, XH; Li, ZQ; Wang, YY; Zhou, ZC; Hu, RS; Liu, D

作者机构：

关键词： Ntbhlh1; Tobacco; Transcription Factor; Iron Homeostasis

期刊名称： BIOCHEMICAL AND BIOPHYSICAL RESEARCH COMMUNICATIONS

ISSN： 0006-291X

年卷期： 2020 年 522 卷 1 期

页码：

收录情况： JCR（2021版）

摘要： Iron (Fe) is a major micronutrient which influences plant growth, development, quality and yield. Although basic helix-loop-helix (bHLH) transcription factors (TFs) which respond to iron deficiency have been identified, the molecular mechanisms have not been fully elucidated. In this study, a novel bHLH TF, NtbHLH1, was found to be induced by iron deficiency. Further analysis indicated that NtbHLH1 is localized to the nucleus and functions as a transcriptional activator. Moreover, overexpression of NtbHLH1 resulted in longer roots, altered rhizosphere pH and increased ferric-chelate reductase activity in iron deficient conditions. Overall these changes resulted in increased iron uptake relative to wild type plants. NtbHLH1 mutants, on the other hand, had an opposite phenotype. In addition, transcript levels of seven genes associated with iron deficiency response were higher in the NtbHLH1 overexpression transgenic plants and lower in ntbhlh1 relative to the WT under iron deficiency treatment. Taken together, these results demonstrated that NtbHLH1 plays a key role in iron deficiency response and they provide new insights into the molecular basis of iron homeostasis in tobacco. (C) 2019 Elsevier Inc. All rights reserved.

分类号：

  • 相关文献

[1]过表达蝶呤还原酶PTRl基因促进植物叶酸合成的研究. 鹿晔,刘晓宁,姜凌,张春义. 2012

[2]Function Of Glutaredoxin 3 (Grx3) I.n Oxidative Stress Response C aused By Iron Homeostasis Disorder In Candida Albicans. Zhang, Dan,Kai, Zhang,Dong, Yijie,Zhang, Bing,Xiao, Chenpeng,Yu, Qilin,Li, Mingchun,Zhang, Biao,Dong, Yijie,Jia, Chang,Zhang, Meng. 2017

[3]Transient Expression–Mediated Gene Silencing in Plants and Suppression of Gene Silencing with Viral Suppressors. Li F., Wang A.. 2022

[4]The dynamics of genome size and GC contents evolution in genus Nicotiana [A dinâmica do tamanho do genoma e a evolução dos conteúdos de GC no gênero Nicotiana]. Hussain Z., Sun Y., Shah S.H., Khan H., Ali S., Iqbal A., Zia M.A., Ali S.S.. 2023

[5]Mitogen-Activated Protein Kinases Associated Sites of Tobacco Repression of Shoot Growth Regulates Its Localization in Plant Cells. Wang L., Gui Y., Yang B., Dong W., Xu P., Si F., Yang W., Luo Y., Guo J., Niu D., Jiang C.. 2022

[6]Genome-Wide Identification, Evolution And Expression A.nalysis Of Cyclic Nucleotide-Gated C hannels In Tobacco (Nicotiana Tabacum L.). Yu, Shizou,Yu, Shizou,Kakar, Kaleem U.,Kakar, Kaleem U.,Shu, Qing-Yao,Ren, Xue-liang,Zhang, Jie,Ullah, Raqeeb,Nawaz, Zarqa. 2019

[7]Atp-Citrate Lyase Gene (Soacla-1), A N.ovel Acla Gene In S ugarcane, And Its Overexpression Enhance Drought Tolerance Of Transgenic Tobacco. Thi-Thu Phan,Sun, Bo,Yang, Li-Tao,Zhao, Wen-Hui,Yang, Li-Tao,Li, Jian,Huang, Chan,Li, Yang-Rui,Liu, Jia-Yi,Li, Yang-Rui. 2017

[8]Auxin Is Involved In Lateral R.oot Formation Induced By D rought Stress In Tobacco Seedlings. Song, Wenjing,Meng, Lin,Yang, Yinju,Wang, Shusheng,Zhao, Yang,Zou, Fuyu,Gu, Pengyuan,Zhang, Yali,Wang, Chengdong. 2018

[9]Sppke1, A Multiple Stress-Responsive Gene C.onfers Salt Tolerance In T omato And Tobacco. Chen, Chunrui,Chen, Chunrui,Wei, Juanjuan,Su, Chenggang,Wei, Juanjuan,Zhang, Xingguo,Zhang, Xingguo,Li, Jinhua,Li, Jinhua,Su, Chenggang,Pan, Yu,Pan, Yu. 2019

[10]Molecular Characterization Of A New R.ecombinant Brassica Yellows Virus I nfecting Tobacco In China. Wang, Q, Xu, FZ, An, LL, Xiang, HY, Zhang, WH, Liu, GS, Liu, HB. 2019

[11]Development Of A Nornicotine-Reduced Flue-Cured Tobacco Line Via Ems Mutagenesis Of Nicotine N-Demethylase Genes. Song, ZB, Sui, XY, Li, MY, Gao, YL, Li, WZ, Zhao, L, Li, F, Yao, XF, Liu, CM, Wang, BW. 2020

[12]Dynamic Expression Analysis Of Early R.esponse Genes Induced By P otato Virus Y In Pvy-Resistant Nicotiana Tabacum. Chen, S, Li, FX, Liu, D, Jiang, CH, Cui, LJ, Shen, LL, Liu, GS, Yang, AG. 2017

[13]Nac Family Transcription Factors In T.obacco And Their Potential R ole In Regulating Leaf Senescence. Li, W, Li, XX, Chao, JT, Zhang, ZL, Wang, WF, Guo, YF. 2018

[14]Identification Of A Major Qtl A.ffecting Resistance To Brown S pot In Tobacco (Nicotiana Tabacum L.) Via Linkage And Association Mapping Methods. Sun, MM, Cheng, LR, Jiang, CH, Zhu, CG, Ren, M, Zhang, YS, Zhang, Y, Liu, D, Zhao, Q, Geng, RM, Hu, XL, Yang, AG, Wang, YY. 2018

[15]Comparative Efficacy Of Leaf Extracts O.f Different Tobacco Varieties A gainst Mustard Aphid (Lipaphis Erysimi Kalt.). Chang, Babar Hussain,Nizamani, Imtiaz Ahmed,Pirzado, Veenjhar Ali,Zhang, Zehua,Bukero, Aslam,Lanjar, Abdual Ghani,Magsi, Fida Hussain,Udin, Asrar Mohi,Chang, Babar Hussain. 2019

[16]Dorsoventral Photosynthetic Asymmetry Of Tobacco Leaves In Response To Direct And Diffuse Light. Wang, XL, Yan, HF, Wu, BJ, Ma, XH, Shi, Y. 2020

[17]Effects Of Metalaxyl Enantiomers Stress O.n Root Activity And L eaf Antioxidant Enzyme Activities In Tobacco Seedlings. Fang, S, Tao, Y, Zhang, YZ, Kong, FY, Wang, YB. 2018

[18]Development And Application Of A M.olecular Marker For Tmv R esistance Based On N Gene In Tobacco (Nicotiana Tabacum). Zhang, Y, Wen, LY, Yang, AG, Luo, CG, Cheng, LR, Jiang, CH, Chang, AX, Li, W, Zhang, J, Xiao, ZX, Wang, YY. 2017

[19]Differential Response Of First-Order Lateral R.oot Elongation To Low P otassium Involves Nitric Oxide In Two Tobacco Cultivars. Song, WJ, Xue, R, Song, Y, Bi, Y, Liang, ZH, Meng, L, Dong, CX, Wang, CD, Liu, GL, Dong, JX, Zhang, YL. 2018

[20]Differential Responses Of Root Growth To Nutrition With Different Ammonium/Nitrate Ratios Involve Auxin Distribution In Two Tobacco Cultivars. Meng, L, Dong, JX, Wang, SS, Song, K, Ling, AF, Yang, JG, Xiao, ZX, Li, W, Song, WJ, Liang, HB. 2019

作者其他论文 更多>>