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Regulation Of Ospr10A Promoter Activity By Phytohormone

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Transport and distribution of hormones throughout the plant further contribute to the regulation of growth and defence (Anfang and Shani, 2021). In conclusion, phytohormone signaling

An overview of PGPR mediated nutrient mobilization, phytohormone supply ...

Request PDF | Molecular characterization of Oryza sativa WRKY6, which binds to W-box-like element 1 of the Oryza sativa pathogenesis-related (PR) 10a promoter and confers select article Regulation of OsPR10a Promoter Activity by Phytohormone and Pathogen Stimulation in Rice

The luciferase activity driven by the OsPR10a promoter was induced by OsWRKY7 and this transcription factor bound to the promoter region of OsPR10a, suggesting

Proteomics Analysis of Rice Lesion Mimic Mutant

Orysa sativa pathogenesis-related protein 10a (OsPR10a) was induced by pathogens, salicylic acid (SA), jasmonic acid (JA), ethephon, abscisic acid (ABA), and NaCl. The luciferase activity driven by the OsPR10a promoter was induced by OsWRKY7 and this transcription factor bound to the promoter region of OsPR10a, suggesting After 6 h inoculation, the promoter activities were analyzed based on the ratio of GUS to RLUC activity. As a result, we could determine OsWRKY7 actives as the promoters of

Regulation of OsPR10aPromoter Activity by Phytohormone and Pathogen Stimulation in Rice The RNase activity, ligand binding activity, posttranslational modification (phosphorylation) and phytohormone signaling provide some information into the mechanism Regulation of OsPR10aPromoter Activity by Phytohormone and Pathogen Stimulation in Rice

  • Molecular characterization of Oryza sativa WRKY6, which
  • Cytokinins and auxins in plant-pathogen interactions–An overview
  • Proteomics Analysis of Rice Lesion Mimic Mutant
  • Identification of an OsPR10a promoter region responsive to

The luciferase activity driven by the OsPR10a promoter was induced by OsWRKY7 and this transcription factor bound to the promoter region of OsPR10a, suggesting

Phytohormone-mediated signaling integrates physiological responses to light perception while regulating photoreceptors and their primary interactions. Hormone levels and Regulation of OsPR10aPromoter Activity by Phytohormone and Pathogen Stimulation in Rice Taken altogether, elucidation of the intricate mechanism of interactions of phytohormone signaling pathways and their integration with the intermediates of other

Identification of an OsPR10a promoter region responsive to

Relative luciferase activity is the ratio of the value obtained with the SA-treated OsPR10a:LUC divided by the value obtained with the buVer-treated OsPR10a:LUC. The luciferase activity driven by the OsPR10a promoter was induced by OsWRKY7 and this transcription factor bound to the promoter region of OsPR10a, suggesting Regulation of OsPR10aPromoter Activity by Phytohormone and Pathogen Stimulation in Rice

Regulation of OsPR10a Promoter Activity by Phytohormone and Pathogen Stimulation in Rice 2021 – ZHENG Ersong， WANG Xuming， XU Rumeng， – 《水稻科学:英文版》 – 被引量: 0

An abundant 17 kDa RNase, encoded by OsPR10a (also known as PBZ1), was purified from Pi-starved rice suspension-cultured cells. Biochemical analysis showed that the

Regulation of OsPR10aPromoter Activity by Phytohormone and Pathogen Stimulation in Rice Regulation of OsPR10a Promoter Activity by Phytohormone and Pathogen Stimulation in Rice Rice Science 2021-09 | Journal article DOI: 10.1016/j.rsci.2021.07.005 Regulation of OsPR10a Promoter Activity by Phytohormone and Pathogen Stimulation in Rice 2021 – ZHENG Ersong， WANG Xuming， XU Rumeng， – 《水稻科学:英文版》 – 被引量: 0

Regulation of OsPR10aPromoter Activity by Phytohormone and Pathogen Stimulation in Rice

Expression of OsPR10a is affected by OsCDPK1 The constitutively active mutants of CDPKs can bypass Ca 2+ and stress signals and activate the expression of downstream responsive genes 1, 7 To further identify the promoter region responsible for its induction by SA, four different deletions of the OsPR10a promoter were made, and their activities were measured by

Regulation of OsPR10aPromoter Activity by Phytohormone and Pathogen Stimulation in Rice Multiple Patterns of Regulation and Overexpression of a Ribonuclease-Like Pathogenesis-Related Protein Gene, OsPR10a, Conferring Disease Resistance in Rice and Arabidopsis

收藏 相关文章 Regulation of OsPR10a Promoter Activity by Phytohormone and Pathogen Stimulation in Rice Regulation of OsPR10aPromoter Activity by Phytohormone and Pathogen Stimulation in Rice

Regulation of OsPR10aPromoter Activity by Phytohormone and Pathogen Stimulation in Rice Regulation of OsPR10a Promoter Activity by Phytohormone and Pathogen Stimulation in Rice Article Sep 2021 Rice Sci Zheng Ersong Wang Xuming Xu Rumeng Zhou Jie An abundant 17 kDa RNase, encoded by OsPR10a (also known as PBZ1), was purified from Pi-starved rice suspension-cultured cells. Biochemical analysis showed that the range of optimal

In the current study, we reveal that OsCDPK1 acts as a positive regulator of OsPR10a, indicating that OsCDPK1 is an upstream component of the defense signaling pathway.

To further identify the promoter region responsible for its induction by SA, four diVerent deletions of the OsPR10a promoter were made, and their activities were measured by transient assays. The rice pathogenesis-related protein OsPR10a was scarcely expressed in OsCDPK1 -silenced (Ri-1) rice, which was highly sensitive to pathogen infection. After

To further identify the promoter region responsible for its induction by SA, four different deletions of the OsPR10a promoter were made, and their activities were measured by

Multiple Patterns of Regulation and Overexpression of a Ribonuclease-Like Pathogenesis-Related Protein Gene, OsPR10a, Conferring Disease Resistance in Rice and

Regulation of OsPR10aPromoter Activity by Phytohormone and Pathogen Stimulation in Rice