Behavior and Characteristics of Lignin in Rice Leaves Infected by Blast Fungus(Pesticide Chemistry)

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概要

• 論文の詳細を見る
• 社団法人日本農芸化学会の論文
• 1991-02-23

著者

• Sekizawa Yasuharu

  Laboratory Of Applied Biochemistry Department Of Agricultural Chemistry Faculty Of Agriculture Tamag

• Sekizawa Yasuharu

  Faculty Of Agriculture Tamagawa University

• HAGA Minoru

  Facultv of Agriculture, Tamagawa University

• OGATA Hisato

  Facultv of Agriculture, Tamagawa University

• Sekizawa Yasuharu

  Department Of Agricultural Chemistry Faculty Of Agriculture Tamagawa University

• Haga Minoru

  Faculty Of Agriculture Tamagawa University

• Haga M

  Tamagawa Univ. Tokyo Jpn

• Ogata Hisato

  Faculty Of Agriculture Tamagawa University

関連論文

• PHARMACOLOGICAL ANALYSIS OF THE MECHANISM OF ACTION OF PHENTHIAZAMINE, A PISCINE ANESTHETIC
• Behavior of Hydroxycinnamates, Related Aldehydes and Alcohols in Rice Leaves Infected by Blast Fungus with Reference to Inducible Lignification(Pesticide Chemistry)
• Behavior and Characteristics of Lignin in Rice Leaves Infected by Blast Fungus(Pesticide Chemistry)
• Dynamic Behavior of Superoxide Generation in Rice Leaf Tissue Infected with Blast Fungus and Its Regulation by Some Substances(Pesticide Chemistry)
• Nitroblue Tetrazolium Reduction of Rice Leaf Slices Stimulated with Blast Fungus Hyphal Component(Pesticide Chemistry)
• Anti-conidial Germination Factors Induced in the Presence of Probenazole in Infected Host Leaves. II. Structural Elucidation of the Major Component (Substance B)
• Anti-conidial Germination Factors Induced in the Presence of Probenazole in Infected Host Leaves. I. Isolation and Properties of Four Active Substances
• Dependence on Ethylene of the Induction of Peroxidase and Lipoxygenase Activity in Rice Leaf Infected with Blast Fungus(Pesticide Chemistry)
• Automated Gas Chromatographic Monitoring of Ethylene Evolution out of Rice Seedlings Infected with Blast Fungus(Pesticide Chemistry)
• Dependence on Ethylene of the Induction of Phenylalanine Ammonia-Lyase Activity in Rice Leaf Infected with Blast Fungus(Pesticide Chemistry)
• Superoxide Anion Generation in Rice Blade Protoplasts with the Blast Fungus Proteoglucomannan Elicitor as Determined by CLA-phenyl Luminescence and Its Suppression by Treating the Elicitor withα-D-Mannosidase
• A Kinetic Analysis on the Enhancement of Superoxide Generation from Rice Leaf Disks Stimulated with Proteoglucomannan after Pretreatment with Concanavalin A(Pesticide Chemistry)

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