Kazama Haruko | Biology Department Institute Christian University
スポンサーリンク
概要
関連著者
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Katsumi Masayuki
Biology Department Division Of Natural Sciences International Christian University
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Kazama Haruko
Biology Department Institute Christian University
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Kazama Haruko
Biology Department, Institute Christian University
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Katsumi Masayuki
Biology Department, International Christian University
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Katsumi Masayuki
Biology Department Institute Christian University
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Kawamura Noriko
Biology Department International Christian University
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Katsumi Masayuki
Biology Department International Christian University
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Kazama Haruko
Biology Department International Christian University
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Yamada Junko
Biology Department International Christian University
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Matsumura Michiko
Biology Department, International Christian University
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Matsumura Michiko
Biology Department International Christian University
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Katsumi Masayuki
Biology Department, Institute Christian University
著作論文
- The role of the osmotic potential of the cell in auxin-induced cell elongation
- Osmotic potential of the epidermal cells of cucumber hypocotyls as affected by gibberellin and cotyledons
- Auxin-gibberellin relationships in their effects on hypocotyl elongation of light-grown cucumber seedlings III. Gibberellin specificity in its enhancing effect on IAA-induced elongation
- Gibberellin-Induced Suppression of Chloroplast Starch Formation from Exogenous Sucrose in Isolated Epidermis of Light-Grown Cucumber Hypocotyls
- Auxin-gibberellin relationships in their effects on hypocotyl elongation of light-grown cucumber seedlings II. Effect of GA_3-pretreatment on IAA-induced elongation
- Biphasic response of cucumber hypocotyl sections to auxin
- Effects of light on auxin-induced elongation of light-grow, cucumber hypocotyl sections
- Auxin-gibberellin relationships in their effects on hypocotyl elongation of light-grown cucumber seedlings VI. Promotive and inhibitory effects of kinetin
- Auxin-gibberellin relationships in their effects on hypocotyl elongation of light-grown cucumber seedlings. Responses of sections to auxin, gibberellin and sucrose