伊藤 允好 | Kobe Women's College of Pharmacy
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概要
関連著者
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伊藤 允好
Kobe Women's College of Pharmacy
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伊藤 允好
Kobe Women's College of Pharmacy
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月田 潔
Kobe Women's College Of Pharmacy
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月田 潔
神戸女子薬科大学
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小玉 晶子
神戸女薬大
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小玉 晶子
Kobe Women's College of Pharmacy
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小玉 晶子
Kobe Women's College of Pharmacy
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月田 潔
神戸女薬大機器分析学
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和田 昭盛
神戸薬大・薬
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伊藤 允好
神戸薬大
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伊藤 允好
神戸薬大・生命有機
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和田 昭盛
Kobe Women's College of Pharmacy
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月田 潔
Kobe Women's College of Pharmacy
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七田 芳則
Department of Biophysics, Faculty of Science, Kyoto University
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斎木 加代子
Kobe Pharmaceutical College
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平石 佐栄子
神戸薬大
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吉澤 透
京大・理・生物物理
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岩田 勉
Kobe Women's College Of Pharmacy
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吉澤 透
大阪産業大学・工学部・情報システム工学科
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平石 佐栄子
Kobe Pharmaceutical University
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加藤 茂明
東大・分子細胞生物研
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平田 由美子
神戸女薬大機器分析学
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平田 由美子
Kobe Women's College Of Pharmacy
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舛重 正一
東京農業大学農学部
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藤原 隆二
Faculty of Pharmaceutical Sciences, Osaka University
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今元 泰
京大学院理学研究科生物物理学教室
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田中 直樹
Faculty of Pharmaceutical Sciences, Kyushu University
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田中 直樹
Faculty Of Science Shimane University
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北本 卓也
東大分生研
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山野 由美子
神戸薬大
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堤 雅子
神戸薬大機器分析学
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Tsutsumi Masako
Kobe Pharmaceutical University
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坂井 美穂
神戸薬大機器分析学
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坂井 美穂
Kobe Women's College of Pharmacy
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今元 泰
Department of Biophysics, Faculty of Science, Kyoto University
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吉澤 透
The University of Electro-Communications
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Imai Hiroo
Department Of Biophysics. Faculty Of Science Kyoto University
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藤原 隆二
Faculty Of Pharmaceutical Sciences Osaka University
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山野 由美子
Kobe Women's College of Pharmacy
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堤 雅子
Kobe Pharmaceutical University
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稲冨 由香
Kobe Pharmaceutical University
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今井 啓雄
Department of Biophysics, Faculty of Science, Kyoto University
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濱田 賢作
Faculty of Science, Shimane University
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樋野 良治
Faculty of Science, Shimane University
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阿久津 コウ
神戸女子薬大
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樋野 良治
Faculty Of Science Shimane University
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内山 至満美
東農大・農・農化
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勝田 優子
Kobe Pharmaceutical University
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青山 有希子
Kobe Pharmaceutical University
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大曽根 央
Kobe Pharmaceutical University
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内山 至満美
Department of Agricultural Chemistry, Tokyo University of Agriculture
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北本 卓也
Department of Agricultural Chemistry, Tokyo University of Agriculture
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舛重 正一
Department of Agricultural Chemistry, Tokyo University of Agriculture
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加藤 茂明
Department of Agricultural Chemistry, Tokyo University of Agriculture
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Inatomi Yuka
Kobe Pharmaceutical University
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関 隆晴
大阪教育大教養・健康科学
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関 隆晴
大阪教大
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田中 由起子
神戸薬大機器分析
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松岡 望
神戸女薬大
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濱田 賢作
Faculty Of Science Shimane University
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勝田 優子
神戸薬大 機器分析学
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藤原 隆二
Faculty Of Science Shimane University
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田中 由起子
Kobe Pharmaceutical University
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松岡 望
Kobe Woman's College of Pharmacy
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関 隆晴
Japan and Department of Health Science, Osaka Kyoiku University
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深田 吉孝
Department of Biophysics, Faculty of Sciences, Kyoto University
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吉沢 透
Department of Biophysics, Faculty of Sciences, Kyoto University
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池田 芙美子
神戸女子薬大
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池田 芙美子
Kobe Women's College of Pharmacy
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阿久津 コウ
Kobe Womens College of Pharmacy
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友藤 育子
Kobe Womens College of Pharmacy
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小川 美紀子
Kobe Womens College of Pharmacy
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中南 裕子
Kobe Womens College of Pharmacy, Higashinada-ku, Kobe
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田村 麻美子
Kobe Womens College of Pharmacy, Higashinada-ku, Kobe
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斎木 加代子
Kobe Women's College of Pharmacy
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伊藤 允好
Kobe Women's College of Pharmacy Motoyama-kitamachi
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伊藤 允好
Kobe Women's College of Pharmacy, Higashinada-ku, Kobe
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斎木 加代子
Kobe Women's College of Pharmacy, Higashinada-ku, Kobe
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小川 美紀子
Kobe Women's College of Pharmacy
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月田 潔
Kobe Women's College of Pharmacy Motoyama-kitamachi
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月田 潔
Kobe Women's College of Pharmacy, Higashinada-ku, Kobe
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中南 裕子
Kobe Women's College of Pharmacy, Higashinada-ku, Kobe
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吉沢 透
Department of Biophysics, Faculty of Science, Kyoto University
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池田 芙美子
Kobe Women's College of Pharmacy
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小玉 晶子
Kobe Women's College of Pharmacy Motoyama-kitamachi
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友藤 育子
Kobe Women's College of Pharmacy
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田村 麻美子
Kobe Women's College of Pharmacy, Higashinada-ku, Kobe
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阿久津 コウ
Kobe Women's College of Pharmacy
著作論文
- A NEW RHODOPSIN ANALOG INVOLVING 11Z-8,18-ETHANORETINAL AS A CHROMOPHORE
- TOTAL SYNTHESIS OF PHOTOSYNTHETIC PIGMENT FUCOXANTHIN BY USE OF OXO-METALLIC CATALYST
- SYNTHESIS OF 11Z-8,18-PROPANO- AND METHANO-RETINALS AND THEIR INTERACTION WITH BOVINE OPSIN
- Retinoids and Related Compounds. XI. : Synthesis and Stereochemistry of (±)-C_-Acetylenic and Allenic Apocarotenals
- Retinoids and Related Compounds. X. : Synthesis of Geometrical Isomers of (±)-2- and (±)-3-Hydroxyretinals and Identification of the Chromophone of the Fly Visual Pigment
- SYNTHESIS OF 9E- AND 9Z-LOCKED RETINOIC ACID ANALOGS AS LIGANDS FOR RAD AND RXR
- Synthesis and Spectral Characterization of γ-Hydroxy-Δ^-butenolides Possessing a Conjugated Substituent at the β-Position
- Retinoids and Related Compounds. VII. Synthesis of Retinoidal 4-Ylidenebutenolides and Their Homologues
- STEREOSELECTIVE SYNTHESIS OF Z, E, E- and E, Z, E-TRIENYLESTERS USING TRICARBONYLIRON COMPLEX
- Retinoids and Related Compounds. IV. Synthesis of Bicyclic Retinoates
- A NOVEL RHODOPSIN ANALOGUE POSSESSING THE CYCLOPENTATRIENYLIDENE STRUCTURE AS THE LL-CIS-LOCKED AND THE FULL PLANAR CHROMOPHORE
- Retinoids and Related Compounds. III. Synthesis of (1'E')-4,5,6,7-Tetrahydro-1,1-dimethyl-2-4'-methyl-penta-1', 3'-dien-1'-ylindene. A Proof of the Chromophoric Structure of a New Conjugated Compound produced from the Colour Reaction of Retinoic Acid
- Retinoids and Related Compounds. II. High-Performance Liquid Chromatographic Analysis of the Irradiation Products of 9-cis-Retro-γ-retinal
- Synthesis of 4,5,6,7-Tetrahydro-1,1-dimethyl-2-(4'-methyl-penta-1', 3'-dien-1'-yl)-indene. A Synthetic Proof of the Chromophoric Structure of a Colour-producing Compound in the Colour Reaction of Retinoic Acid in 74% Sulphuric Acid
- STEREOSELECTIVE SYNTHESIS OF 7E, 9E- AND 7E, 9Z-β-IONYLIDENEACETALDEHYDES BY USE OF TRICARBONYL IRON COMPLEX
- Application of a Shift Reagent in Nuclear Magnetic Resonance Spectroscopy. IV. A Simple Method for Stereochemical Assignment and Simultaneous Determination of cis-trans Isomeric Trisubstituted Allylic Alcohols
- ELECTROCYCLIZATION REACTION OF HIGHER CON-JUGATED POLYENALS: PHOTOCHEMICAL BEHAVIORS OF RETINAL (VITAMIN A1 ALDEHYDE) HOMOLOGUES
- A RAPID AND CONVENIENT ACQUISITION OF THE PURE 11-CIS RETINAL SPECIMEN BY PREPARATIVE HIGH-PERFORMANCE LIQUID CHROMATOGRAPHY
- SIMULTANEOUS DETERMINATION OF EIGHT VITAMIN D2 ISOMERS BY PROTON MAGNETIC RESONANCE SPECTROSCOPY
- TOTAL SYNTHESIS OF β, β-CAROTENE-2, 2-DIOL
- A FACILE AROMATIZATION OF VITAMIN D
- Electrocyclized retinal.