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    显示项目1-25 / 119. (共5页)
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    日期题名作者
    2016-03-29 解析阿拉伯芥HIT4調節染色質結構及活化靜默基因以促使植物耐熱之機制;Dissecting the Mechanisms of Arabidopsis HIT4-Mediated Decondensation of Chromocenter and Release of TGS in Protecting Plants against Heat Stress 吳少傑
    2014-03-11 解析阿拉伯芥HIT4調節染色質結構及活化靜默基因以促使植物耐熱之機制;Dissecting the Mechanisms of Arabidopsis Hit4-Mediated Decondensation of Chromocenter and Release of Tgs in Protecting Plants against Heat Stress 吳少傑
    2013-12-01 解析阿拉伯芥HIT4調節染色質結構及活化靜默基因以促使植物耐熱之機制;Dissecting the Mechanisms of Arabidopsis HIT4-Mediated Decondensation of Chromocenter and Release of Tgs in Protecting Plants against Heat Stress 吳少傑
    2013-12-01 環境逆境下水稻熱休克轉錄因子差異性調控機制分析;Analysis for the Mechanism of Differential Regulation of Rice Heat Shock Transcription Factors under Environmental Stress 葉靖輝; 吳少傑
    2012-12-01 改善水稻耐熱性並降低穀粒白堊質技術之開發-〈子計畫二〉運用囊泡繫鏈因子以提升水稻高溫逆境下稔實率之應用研究;The Development of Technology for Improving Heat Tolerance and Ameliorating Grain Chalkiness in Rice 吳少傑; 宣大平; 葉靖輝; 洪傳揚
    2012-12-01 改善水稻耐熱性並降低穀粒白堊質技術之開發-〈子計畫三〉熱誘導蛋白質與水稻稔實率、白堊質關聯性之研究;The Development of Technology for Improving Heat Tolerance and Ameliorating Grain Chalkiness in Rice- Study for the Relationship among Heat Induced Proteins, Rice Fertility, and Chalkiness 葉靖輝; 洪傳揚; 宣大平; 吳少傑
    2012-12-01 逆境下水稻熱休克轉錄因子差異性誘導機制分析;Analysis for the Mechanism Fo Differential Regulation of Rice Heat Shock Transcription Factors under Stress 葉靖輝; 吳少傑
    2012-12-01 解析囊泡繫鏈因子HIT1對細胞膜熱穩定性之影響及其作用機轉;Dissecting the Mechanism Underlying Arabidopsis HIT1-Mediated Plasma Membrane Thermoadaptation 吳少傑
    2012-09-01 解析囊泡繫鏈因子HIT1對細胞膜熱穩定性之影響及其作用機轉;Dissecting the Mechanism Underlying Arabidopsis Hit1-Mediated Plasma Membrane Thermoadaptation 吳少傑
    2012-09-01 改善水稻耐熱性並降低穀粒白堊質技術之開發-〈子計畫二〉運用囊泡繫鏈因子以提升水稻高溫逆境下稔實率之應用研究;The Development of Technology for Improving Heat Tolerance and Ameliorating Grain Chalkiness in Rice 吳少傑; 宣大平; 葉靖輝; 洪傳揚
    2012-09-01 逆境下水稻熱休克轉錄因子差異性誘導機制分析;Analysis for the Mechanism Fo Differential Regulation of Rice Heat Shock Transcription Factors under Stress 葉靖輝; 吳少傑
    2012-09-01 改善水稻耐熱性並降低穀粒白堊質技術之開發-〈子計畫三〉熱誘導蛋白質與水稻稔實率、白堊質關聯性之研究;The Development of Technology for Improving Heat Tolerance and Ameliorating Grain Chalkiness in Rice- Study for the Relationship among Heat Induced Proteins, Rice Fertility, and Chalkiness 葉靖輝; 洪傳揚; 宣大平; 吳少傑
    2011-08-01 利用DEAD box RNA 解旋?以研發耐受多重環境逆境之水稻;Developing Better Stress Tolerant Rice by Studying and Manipulating Dead-Like Rna Helicases 吳少傑; 陸重安
    2011-08-01 水稻耐高溫逆境突變株之篩選、建立與應用;Screening, Establishment, and Application for Thermotolerant Rice Mutants 葉靖輝; 吳少傑
    2011-08-01 綠茶唲茶素接受器對於胰島素及類胰島素生長因子刺激脂肪細胞的生長,分化與代謝之作用機制;Action mechanism of a green tea receptor on the insulin- and insulin-like growth factor-stimulated growth, differentiation, and metabolism of fat cells 高永旭
    2011-08-01 解析阿拉伯芥核膜運輸受體HIT2 /XPO1A在植物耐受高溫逆境之功能與角色;Dissecting the Function and Role of Hit2/Xpo1a in Plant Heat Tolerance 吳少傑
    2011-07-01 Azetidine差異性誘導水稻第一族小分子量熱休克蛋白質基因表現之作用機制分析; Analysis for Differential Regulatory Mechanism of Rice Class I Small Heat Shock Protein Genes Induction by Azetidine 葉靖輝
    2011-07-01 阿拉伯芥HIT1在囊泡運輸之角色及其對植物尖端生長和逆境生存影響之研究; Characterizing the Roles of Arabidopsis HIT1 in Vesicle Trafficking and Their Subsequent Effects on Plant Tip Growth and Stress Survival 吳少傑
    2011-07-01 研究酵母菌Valyl-tRNA synthetase的tRNA結合功能;+C367Study of the tRNA-Binding Activity of Yeast Valyl-tRNA Synthetase 王健家; 葉綠舒
    2011-07-01 酵母菌的轉譯起始機制; Mechanism of Translation Initiation in Yeast 王健家; 葉綠舒
    2011-07-01 綠茶唲茶素接受器對於胰島素及類胰島素生長因子刺激脂肪細胞的生長、分化與代謝之作用機制; Action Mechanism of a Green Tea Receptor on the Insulin- and Insulin-Like Growth Factor-Stimulated Growth, Differentiation, and Metabolism of Fat Cells 高永旭
    2010-08-01 研究酵母菌Valyl-tRNA synthetase的tRNA結合功能;+B5636Study of the tRNA-Binding Activity of Yeast Valyl-tRNA Synthetase 王健家; 葉綠舒
    2010-08-01 水稻耐高溫逆境突變株之篩選、建立與應用; Screening, Establishment, and Application for Thermotolerant Rice Mutants 葉靖輝; 吳少傑
    2010-08-01 Azetidine差異性誘導水稻第一族小分子量熱休克蛋白質基因表現之作用機制分析; Analysis for Differential Regulatory Mechanism of Rice Class I Small Heat Shock Protein Genes Induction by Azetidine 葉靖輝
    2010-08-01 綠茶唲茶素接受器對於胰島素及類胰島素生長因子刺激脂肪細胞的生長、分化與代謝之作用機制; Action Mechanism of a Green Tea Receptor on the Insulin- and Insulin-Like Growth Factor-Stimulated Growth, Differentiation, and Metabolism of Fat Cells 高永旭

    显示项目1-25 / 119. (共5页)
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