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29 results on '"Yu, Tai-Fei"'

3. Soybean steroids improve crop abiotic stress tolerance and increase yield

Author

Yu, Tai‐Fei, primary, Hou, Ze‐Hao, additional, Wang, Hai‐Long, additional, Chang, Shi‐Yang, additional, Song, Xin‐Yuan, additional, Zheng, Wei‐Jun, additional, Zheng, Lei, additional, Wei, Ji‐Tong, additional, Lu, Zhi‐Wei, additional, Chen, Jun, additional, Zhou, Yong‐Bin, additional, Chen, Ming, additional, Sun, Su‐Li, additional, Jiang, Qi‐Yan, additional, Jin, Long‐Guo, additional, Ma, You‐Zhi, additional, and Xu, Zhao‐Shi, additional

Published
2024
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6. Mitogen‐activated protein kinase TaMPK3 suppresses ABA response by destabilising TaPYL4 receptor in wheat

Author

Liu, Ying, primary, Yu, Tai‐Fei, additional, Li, Yi‐Tong, additional, Zheng, Lei, additional, Lu, Zhi‐Wei, additional, Zhou, Yong‐Bin, additional, Chen, Jun, additional, Chen, Ming, additional, Zhang, Jin‐Peng, additional, Sun, Guo‐Zhong, additional, Cao, Xin‐You, additional, Liu, Yong‐Wei, additional, Ma, You‐Zhi, additional, and Xu, Zhao‐Shi, additional

Published
2022
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9. Genome-Wide Analysis of the Soybean TIFY Family and Identification of GmTIFY10e and GmTIFY10g Response to Salt Stress

Author

Liu, Ya-Li, primary, Zheng, Lei, additional, Jin, Long-Guo, additional, Liu, Yuan-Xia, additional, Kong, Ya-Nan, additional, Wang, Yi-Xuan, additional, Yu, Tai-Fei, additional, Chen, Jun, additional, Zhou, Yong-Bin, additional, Chen, Ming, additional, Wang, Feng-Zhi, additional, Ma, You-Zhi, additional, Xu, Zhao-Shi, additional, and Lan, Jin-Hao, additional

Published
2022
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17. Genomic Analysis of Stress Associated Proteins in Soybean and the Role of GmSAP16 in Abiotic Stress Responses in Arabidopsis and Soybean

Author

Zhang, Xiang-Zhan, primary, Zheng, Wei-Jun, additional, Cao, Xin-You, additional, Cui, Xi-Yan, additional, Zhao, Shu-Ping, additional, Yu, Tai-Fei, additional, Chen, Jun, additional, Zhou, Yong-Bin, additional, Chen, Ming, additional, Chai, Shou-Cheng, additional, Xu, Zhao-Shi, additional, and Ma, You-Zhi, additional

Published
2019
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18. BES/BZR Transcription Factor TaBZR2 Positively Regulates Drought Responses by Activation of TaGST11[OPEN]

Author

Cui, Xiao-Yu, Gao, Yuan, Guo, Jun, Yu, Tai-Fei, Zheng, Wei-Jun, Liu, Yong-Wei, Chen, Jun, Xu, Zhao-Shi, and Ma, You-Zhi

Subjects
Alkanesulfonic Acids, Dehydration, fungi, Brassinosteroids, food and beverages, Humans, Water, Articles, Triticum, Droughts, Transcription Factors
Abstract

BRI1-EMS suppressor (BES)/brassinazole-resistant (BZR) family transcription factors are involved in a variety of physiological processes, but the biological functions of some BES/BZR transcription factors remain unknown; moreover, it is not clear if any of these proteins function in the regulation of plant stress responses. Here, wheat (Triticum aestivum) brassinazole-resistant 2 (TaBZR2)-overexpressing plants exhibited drought tolerant phenotypes, whereas downregulation of TaBZR2 in wheat by RNA interference resulted in elevated drought sensitivity. electrophoretic mobility shift assay and luciferase reporter analysis illustrate that TaBZR2 directly interacts with the gene promoter to activate the expression of T. aestivum glutathione s-transferase-1 (TaGST1), which functions positively in scavenging drought-induced superoxide anions (O(2)(−)). Moreover, TaBZR2 acts as a positive regulator in brassinosteroid (BR) signaling. Exogenous BR treatment enhanced TaBZR2-mediated O(2)(−) scavenging and antioxidant enzyme gene expression. Taken together, we demonstrate that a BES/BZR family transcription factor, TaBZR2, functions positively in drought responses by activating TaGST1 and mediates the crosstalk between BR and drought signaling pathways. Our results thus provide new insights into the mechanisms underlying how BES/BZR family transcription factors contribute to drought tolerance in wheat.

Published
2019

23. Genome-Wide Analysis of the RAV Family in Soybean and Functional Identification of GmRAV-03 Involvement in Salt and Drought Stresses and Exogenous ABA Treatment

Author

Zhao, Shu-Ping, primary, Xu, Zhao-Shi, additional, Zheng, Wei-Jun, additional, Zhao, Wan, additional, Wang, Yan-Xia, additional, Yu, Tai-Fei, additional, Chen, Ming, additional, Zhou, Yong-Bin, additional, Min, Dong-Hong, additional, Ma, You-Zhi, additional, Chai, Shou-Cheng, additional, and Zhang, Xiao-Hong, additional

Published
2017
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26. Soybean Transcription Factor Gene GmNF-YCa Enhances Osmotic Stress Tolerance of Transgenic Arabidopsis.

Author

LI Min, YU Tai-Fei, XU Zhao-Shi, ZHANG Shuang-Xi, MIN Dong-Hong, CHEN Ming, MA You-Zhi, CHAI Shou-Cheng, and ZHENG Wei-Jun

Abstract

Biotic stresses, like plant diseases and insect pests, and abiotic stresses, such as drought and salt, heavily threaten plant growth and influence crop yield and quality. Osmotic stress resulting from water deficiency in the soil is one of major hurdles. Nuclear Factor Y (NF-Y) is a heterotrimeric protein, consisting of NF-YA, NF-YB, and NF-YC in plant. NF-Y plays significant roles in the pathway responding to osmotic stresses in plants. We acquired a gene GmNF-YCa, a member of regulatory subunit NF-YC family in soybean (Glycine max L.), by screening a soybean cDNA library using yeast two-hybrid system. The full sequence of GmNF-YCa is 864 bp, encoding 287 amino acids and having a NF-YC motif, belonging to NF-YC subfamily. GmNF-YCa is a hydrophilic protein with a molecular weight of 31.6 kD and isoelectric point of 5.07, and containing a transmembrane domain and no any signal peptides. Sequence analysis showed that NF-YC subfamily was highly conserved among various species. Promoters of GmNF-YCa contained various abiotic stresses and light responsive elements, such as ARE, Box 4, GATA-motif, Box I, ACE, ABRE, and CAT-Box. According to tissue-specific analysis, GmNF-YCa had the highest expression level in germination stage. Quantitative real-time PCR suggested that GmNF-YCa was induced by sucrose stress and mannitol treatment. GmNF-YCa was transformated to Arabidopsis successfully by Agrobacterium-mediated method and the overexpressed Arabidopsis was prepared for the function characterization analysis. Overexpression of GmNF-YCa could improve tolerance of transgenic Arabidopsis to osmotic stress in the germination stage, and enhance root development with more lateral roots in sucrose and mannitol treatments. [ABSTRACT FROM AUTHOR]

Published
2017
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28. Transformation and Detection of Soybean Hairy Roots.

Author

Xu X, Yu TF, Ma J, Chen J, Zhou YB, Chen M, Chen ZY, Ma YZ, Xu ZS, and Zhang ZA

Abstract

Agrobacterium rhizogenes is a soil bacteria with extensive infectivity, which can infect almost all dicotyledonous plants and a few monocotyledonous plants to induce root nodules. This is caused by the root-inducing plasmid, which contains genes responsible for the autonomous growth of root nodules and crown gall base synthesis. Structurally, it is similar to the tumor-inducing plasmid in that it mainly contains the Vir region, the T-DNA region, and the functional region of crown gall base synthesis. Its T-DNA is integrated into the nuclear genome of the plant with the assistance of Vir genes, causing hairy root disease in the host plant and the formation of hairy roots. The roots produced by Agrobacterium rhizogenes -infested plants are characterized by a fast growth rate, high degree of differentiation, physiological, biochemical, and genetic stability, and ease of manipulation and control. In particular, the hairy root system is an efficient and rapid research tool for plants that have no affinity for transformation by Agrobacterium rhizogenes and low transformation efficiency. The establishment of germinating root culture system for the production of secondary metabolites in the original plants through the genetic transformation of natural plants mediated by root-inducing plasmid in Agrobacterium rhizogenes has become a new technology combining plant genetic engineering and cell engineering. It has been widely used in a variety of plants for different molecular purposes, such as pathological analysis, gene function verification, and secondary metabolite research. Chimeric plants obtained by induction of Agrobacterium rhizogenes that can be expressed instantaneously and contemporarily are more rapidly obtained, compared to tissue culture and stably inheritable transgenic strains. In general, transgenic plants can be obtained in approximately one month., Competing Interests: Competing interestsThere are no conflicts of interest or competing interests., (Copyright © 2023 The Authors; exclusive licensee Bio-protocol LLC.)

Published
2023
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29. [Rat model for the multidrug resistant glioma cell line].

Author

Zhang J, Zhang QL, Wang CW, Yu TF, Guo H, Kong JX, Tao RJ, and Liu FS

Subjects
Animals, Antibiotics, Antineoplastic pharmacology, Brain Neoplasms pathology, Doxorubicin pharmacology, Magnetic Resonance Imaging, Male, Random Allocation, Rats, Rats, Sprague-Dawley, Tumor Cells, Cultured, Disease Models, Animal, Drug Resistance, Multiple genetics, Drug Resistance, Neoplasm genetics, Glioma pathology
Abstract

Objective: To evaluate the animal model of the multidrug resistant glioma cell line C6/adr for further in vivo studies., Methods: The rat glioma cells C6 and multidrug resistance cells C6/adr were cultured in vitro and implanted into the brain of S-D rats. After implantation, all these animals were examined continually with magnetic resonance imaging (MRI) and histological examination. The growth procedure of intracranial implanted glioma and the survival span of the animal model were evaluated. The statistical analysis was made between the survival data of the two cell lines., Results: The symptoms of intracranial hypertension did not occur until 4 weeks after inoculation. The MRI findings of the implanted glioma in the rat brain were much earlier than the abnormal behavior observed. Pathological results after inoculation demonstrated the MRI findings. The two cell lines had similar growth characteristics and no significant differences in survival times., Conclusion: These results suggest that by means of MRI and histology the growth procedure of the implanted glioma in vivo be successfully observed. All these data will proved to be a useful basis for study of glioma in vivo.

Published
2004

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