The repression domain of tobacco ERF3 is conserved among ERF3 homologues from Arabidopsis and rice
スポンサーリンク
概要
著者
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Takagi Masaru
Plant Molecular Biology Laboratory National Institute Of Bioscience And Human-technology
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Ohta Masaru
Plant Molecular Biology Laboratory National Institute Of Bioscience And Human-technology
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SHINSHI Hideaki
Plant Molecular Lab., National Institute of Bioscience and Human Technology
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Ohta Masaru
Plant Mol. Biol. Natl. Inst. Biosci. Human Tech.
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Shinshi Hideaki
Plant Molecular Biology Laboratory National Institute Of Bioscience And Human-technology
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Shinshi Hideaki
Plant Moecular Biology Laboratory Molecular Biology Department National Institute Of Bioscience And
関連論文
- Synergistic effect of salicylic acid or methyl jasmonate on ethylene-induction of the GCC box-mediated transcription.
- Functional analysis of the Tobacco Ethylene-Responsive Element binding Factor, ERFs.
- The repression domain of tobacco ERF3 is conserved among ERF3 homologues from Arabidopsis and rice
- ARABIDOPSIS ERF PROTEINS, ATERFS, ACT AS TRANSCRIPTIONAL ACTIVATORS OR REPRESSORS FOR GCC BOX MEDIATED GENE EXPRESSION
- FUNCTIONAL ANALYSIS OF ARABIDOPSIS AtERF TRANSCRIPTION FACTORS
- REGULATORY MECHANISM OF CYCLOHEXIMIDE-RESPONSIVE EXPRESSION OF ERF3 GENE IN TOBACCO
- Down-Regulation of Cyclin Genes Induced by Fungal Elicitors in Tobacco Cells
- Studies on Regulatory Mechanism of Wound-Inducible Expression of ERF3 Gene in Tobacco Plants
- Expression Patterns of Elicitor-Responsive Genes in Tobacco Plants
- Analysis of Regulatory Mechanism of Wound-Responsive Expression of the Tobacco ERF Genes
- STUDIES ONT HE MECHANISM OF CELL DEATH INDUCED BY XYLANASE IN TOBACCO SUSPENSION CULTURE
- MECHANISM OF ELICITOR-INDUCED CELL DEATH IN TOBACCO CELL CULTURE
- CHARACTERIZATION OF ELICITOR-RESPONSIVE 47-kD PROTEIN KINASE IN TOBACCO CELLS.
- INDUCTION OF CELL DEATH BY FUNGAL ELICITOR IN TOBACCO SUSPENSION CULTURE
- TOBACCO CHLOROPLAST RIBONUCLEOPROTEINS FROM THE COMPLEXES WITH RNAS AND ACT AS STABILIZATION FACTORS
- Characterization of Gene Expression of NsERFs, Transcription Factors of Basic PR Genes from Nicotiana sylvestris
- Studies on Elicitor-Signal Transduction Leading to Differential Expression of Defense Genes in Cultured Tobacco Cells : ENVIRONMENTAL AND STRESS RESPONSES : GENE STRUCTURE AND EXPRESSION
- Regulation of Ethylene-Induced Transcription of Defense Genes
- Structure and expression of EREBP genes that regulate tobacco basic PR genes
- STUDIES ON SIGNAL TRANSDUCTION LEADINGTO ETHYLENE-RESPONSIVE GENE EXPRESSION VIA GCC BOX SEQUENCE
- Protein Kinases in Elicitor Signal Transduction in Plant Cells