関屋 実 | Shizuoka College of Pharmacy

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• 関屋 実

  Shizuoka College of Pharmacy

• 関屋 実

  School Of Pharmaceutical Sciences University Of Shizuoka

• 鈴木 邦夫

  School Of Pharmaceutical Sciences University Of Shizuoka

• 鈴木 邦夫

  Shizuoka College of Pharmacy

• 伊藤 敬一

  Hokkaido College Of Pharmacy

• 伊藤 敬一

  Shizuoka College of Pharmacy

• 寺尾 良保

  Shizuoka College of Pharmacy

• 鈴木 次郎

  Shizuoka College of Pharmacy

• Ito Keiichi

  Hokkaido College Of Pharmacy

• 森本 俊明

  Shizuoka College of Pharmacy

• 府川 秀道

  Shizuoka College of Pharmacy

• 寺尾 良保

  School Of Pharmaceutical Sciences University Of Shizuoka

• 矢内原 昇

  Shizuoka College Of Pharmacy

• 原 明

  Shizuoka College Of Pharmacy

• 松田 治

  Shizuoka College Of Pharmacy

• 池田 潔

  Shizuoka College Of Pharmacy

• 阿知波 一雄

  Shizuoka College of Pharmacy

• 南條 勝美

  Shizuoka College of Pharmacy

• 高山 修一

  Shizuoka College of Pharmacy

• 内野 憲

  Shizuoka College of Pharmacy

• 冨江 正泰

  Shizuoka College of Pharmacy

• 矢内原 千鶴子

  Shizuoka College Of Pharmacy

• 増井 俊夫

  Shizuoka College Of Pharmacy

• 高松 正典

  Shizuoka College of Pharmacy

• 冨江 正泰

  Research Laboratory of Applied Biochemistry, Tanabe Seiyaku Co., Ltd.

• 高松 正典

  Osaka College Of Pharmacy:(present Address)pharmaceuticals Research Center Kanebo Ltd.

• 冨江 正泰

  Research Laboratory Of Applied Biochemistry Tanabe Seiyaku Co. Ltd.

• 今井 信行

  Shizuoka College Of Pharmacy

• 石河 芳治

  Shizuoka College of Pharmacy

• 長島 延拡

  Shizuoka College of Pharmacy

• 赤坂 喜孝

  Shizuoka College of Pharmacy

• 奥川 徹

  Shizuoka College of Pharmacy

• 坂本 忠勝

  Shizuoka College of Pharmacy

• 山下 裕次

  Shizuoka College of Pharmacy

• 大橋 洋次

  Shizuoka College of Pharmacy

• 酒井 秀夫

  Shizuoka College of Pharmacy

• 斎藤 美奈子

  Shizuoka College Of Pharmacy

• 酒井 秀夫

  Shizuoka College Of Pharmacy:(present Address)fuji Plant Kowa Co. Ltd.

• 田中 康三

  Shizuoka Colloge of Pharmacy

• 河原畑 二郎

  Shizuoka College of Pharmacy

• 大石 俊夫

  Shizuoka College Of Pharmacy

• 原田 雄吉

  Shizuoka College of Pharmacy

• 鹿野 昇

  Shizuoka College of Pharmacy

• 紅林 泰生

  Shizuoka College of Pharmacy

• 岩本 修

  Shizuoka College of Pharmacy

• 熊谷 直人

  Shizuoka College Of Pharmacy

• 駒木 玲子

  Shizuoka College of Pharmacy

• 竹内 彰

  Shizuoka College of Pharmacy

• 清水 邦昭

  Shizuoka College of Pharmacy

• 大庭 均

  Shizuoka College of Pharmacy

• 佐倉 直樹

  Shizuoka College of Pharmacy

• 本山 忠

  Shizuoka College Of Pharmacy

• 佐倉 直樹

  北陸大・薬

• Sakura Naoki

  Faculty Of Pharmaceutical Sciences Hokuriku University

• 成田 九州男

  Shizuoka College of Pharmacy

• 高木 敬次郎

  Faculty of Pharmaceutical Sciences, University of Tokyo

• 成田 九州男

  Department of Radiobiochemistry, School of Pharmaceutical Sciences, University of Shizuoka

• 成田 九州男

  Department Of Radiobiochemistry School Of Pharmaceutical Sciences University Of Shizuoka

• 根本 まり

  Shizuoka College of Pharmacy

• 安本 ゆか

  Shizuoka College of Pharmacy

• 岡野 幸次

  Shizuoka College of Pharmacy

• 稲岡 哲也

  Shizuoka College of Pharmacy

• 鈴木 堅治

  Shizuoka College Of Pharmacy

• 藤井 真

  Shizuoka College Of Pharmacy

• 石館 守三

  Tokyo Biochemical Research Institute

• 石館 守三

  Faculty of Pharmaceutical Sciences, University of Tokyo

• 長尾 拓

  Faculty of Pharmaceutical Sciences, University of Tokyo

• 芦沢 富士夫

  Shizuoka College of Pharmacy

• 柿谷 芳宏

  Shizuoka College of Pharmacy

• 加藤 仁

  Faculty of Pharmaceutical Sciences, University of Tokyo

• 市村 正道

  Faculty of Pharmaceutical Sciences, University of Tokyo

• 田中 幹晃

  Shizuoka College of Pharmacy

• 石館 守三

  Pharmaceutical Institute Medical Faculty University Of Tokyo

• 池田 かおり

  Developmental Research Laboratories Shionogi & Co. Ltd.

• 稲岡 哲也

  Faculty Of Pharmaceutical Sciences Osaka University

• 松永 宏二

  Shizuoka College Of Pharmacy

• 杉山 晴彦

  Shizuoka College Of Pharmacy

• 石館 守三

  Faculty Of Pharmaceutical Sciences University Of Tokyo

• 森 小五郎

  Shizuoka College of Pharmacy

• 渡瀬 幸宏

  Shizuoka College Of Pharmacy

• 尾崎 義郎

  Shizuoka Caffeine Co., Ltd.

• 栗田 一郎

  Shizuoka Caffeine Co., Ltd.

• 尾崎 義郎

  静岡薬科大学

• 栗田 一郎

  Shizuoka Caffeine Co. Ltd.

• 尾崎 義朗

  Shizuoka College Of Pharmacy

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著作論文

• Cyclization of α- and β-Alkylthio-Substituted Amines Possessing Positively Charged Carbon at the Nitrogen. A New Synthetic Method for Thiazolidines, Thiomorpholines and Dihydro-1,4-benzothiazines
• Thermal Rearrangements of Allyl 2,2-Dichloro-, 1,2-Dichloro- and 1,2,2-Trichloro-substituted Vinyl Sulfides
• Novel Rearrangements of α-N-Alkylamido-substituted Sulfides and Sulfones
• Syntheses and Reactions of Phenylthio-and Propylthioacetylenic Compounds
• Enantioface-Differentiating Epoxidation of Alkylidenemalononitriles with Molecular Oxygen, catalyzed by Chiral Tertiary Amines
• Formic Acid Reduction. XXVIII. Kinetic Studies on the Formic Acid Reduction of 1,1'-Benzylidenedipiperidine
• A New Insertion Reaction of Diazoalkanes with Dialkylaminomethyl Esters of Dialkyldithiocarbamic Acid and of Ethylxanthic Acid
• Chlorinolyses of Alkyl (or Aryl) Phthalimidomethyl Sulfoxides with Sulfuryl Chloride, Chlorine and Thionyl Chloride
• Nucleophilic Substitution of Alkyl (or Aryl) Imidomethyl Sulfones. A New Convenient Synthesis of Alkane (or Arene) sulfinates
• Decarboxylation Reaction. VIII. Reaction of Electron-deficient Carbon-Carbon Double Bonds with Trichloroacetic Acid. A Unique 1,1-Dichlorocyclopropane Formation through β-Trichloromethylation
• Formic Acid Reduction. XXVI. α, β-Reduction of Conjugated Nitriles with Formic Acid
• Decarboxylation Reactions. V. Reaction of N-Benzylideneanilines with Propiolic Acid
• Formic Acid Reduction. XXIV. Path of the Reductive Fission of the Centered β-Carbon Bond of Alkylidenebisketones
• Formic Acid Reduction. XXIII. Kinetic Studies on the Formic Acid Reduction of Carbon-Carbon Double Bond Adjacent to Carbonyl
• Formic Acid Reduction. XXII. Reaction of α, N-Diphenylnitrone with Formic Acid
• Formic Acid Reduction. XXI. Reductive Cleavage Reaction of p-Dimethylamino-substituted Triphenylmethanes induced by Formate
• Formic Acid Reduction. XX. Reduction of 2-Benzylidene-1,3-indandiones
• Formic Acid Reduction. XIX. Formic Acid Reduction of 4-Dialkylaminosubstituted Nitro-, Nitroso-, Azoxy-and Azobenzenes
• Preparation of N-Alkylthiomethyl Derivatives of Hydroxylamines
• N-[(N-Nitrosoalkylamino) methyl] carbamates as New and Convenient Diazoalkane-generating Agents
• Thermal and Photochemical Behaviors of N-[(N-Nitrosobenzylamino)-methyl] benzamide in Acidic Media
• Preparations of N-Alkylthiomethyl and N-Amidomethyl Derivatives of Amino Acids
• Chemical Behaviors of 1,1'-Diacetyl-1,1', 4,4'-tetrahydro-4,4'-bipyridine toward Organic Hydrogen Acceptors
• A New Convenient Synthesis of Diazoalkanes from N-[(N-Nitrosoalkylamino) methyl] benzamides
• Decarboxylation Reactions. III. Reaction of N, N'- and N, O-Linked Methylene Compounds with Carboxylic Acids
• Reaction of N-(Alkoxymethyl) dialkylamines and N, N'-Methylene-bisdialkylamines with Isocyanides
• Reductive Cleavage Reaction of N, N'-, N, O- and N, S-Linked Alkylidene Compounds by Sodium Borohydride
• On Behaviors of N-(Dialkylaminomethyl) imides and-amides toward Nucleophiles
• Reaction of N-(Dialkylaminomethyl) amides and N-(α-Dialkylaminobenzyl) amides with Sulfides and Cyanide
• Formic Acid Reduction. XV. Reaction of N-Methyl and N-Formyl Derivatives of p-Phenylenediamine with Formates. N-Methylation of Formanilides
• Formic Acid Reduction. XIII. Formate Reaction of the Compounds possessing the Carbon Bound to Both Oxygen and Nitrogen
• Catalytic Hydrogenation of Tetrahydro-4H-1,3-oxazin-4-ones and 4-Oxazolidinones
• Catalytic Hydrogenolyses of Benzylidene Compounds Bound to Two Oxygens, Two Nitrogens and Both Oxygen and Nitrogen
• Catalytic Hydrogenation of Hydroamide in the Presence of Ammonia and of Butylamine
• Trifluoromethanesulfonic Acid-Promoted Reaction of Hexahydro-1,3,5-triazines.Introduction of a Secondary Aminomethyl Grouping into Carboxylates at the α-Position through Ketene Silyl Acetals
• Pyrrolidine-Forming 1,3-Dipolar Cycloaddition of N-(Phenylthiomethyl)-α-amino Acid Esters
• A New Method for the Introduction of Arylthio Groups at the α-Position of Alicyclic Amines
• Primary Aminomethylation at the α-Position of Carboxylic Acids and Esters. Trimethylsilyl Triflate-Catalyzed Reaction of Ketene Silyl Acetals with N, N-Bis (trimethylsilyl) methoxymethylamine
• 1,3-DIPOLAR CYCLOADDITION LEADING TO N-ALKYLPYRROLIDINES
• 1,3-Dipolar Cycloaddition Leading to N-Acylated Pyrrolidines and 2,5-Dihydropyrroles
• Decarboxylation Reaction. X. Introduction of a Carbon Unit at the α-Position of Amines by Reaction of Hexahydro-1,3,5-triazines with Carboxylic Acids
• Synthesis of Deoxyobtusilactone A
• Reactions of 2,2,2-Trichloroethylamines with Grignard Reagents and Alkyllithiums
• A New Route to 4-Unsubstituted β-Lactams through Ureidomethylation of Ketene Silyl Acetals
• New Syntheses of α-N-Alkylacetamidomethylated Carbonyl Compounds
• N-Alkylamidomethylation at Electron-rich Carbons in the 1,3,5-Trialkylhexahydro-1,3,5-triazine-Acetyl Chloride System
• One Step Syntheses of Adenine, Xanthine and Guanine from Phenylazomalonic Acid Derivatives
• One Step Syntheses of Hypoxanthines from 2-Cyano-2-phenylazoacetamides
• Facile Syntheses of Xanthines from Uric Acids
• Monobromination of Cyanoacetamides and Amidinoacetamide with Molecular Bromine
• Formic Acid Reduction. XVIII. Formic Acid Reaction of p-(Dialkylamino) azobenzenes
• Formic Acid Reduction. XVL. Mechanism of the N-Methylation of p-Phenylenediamine Derivatives with Formates
• Reaction of Amide Homologs. XXVI. On the Products obtained from the Reaction of N-Alkylphenylacetamides with Phosphoryl Chloride
• Facile Syntheses of Hypoxanthine and Adenine
• Azole Series. III. Reactions of 2-Acylamino-2-cyanoacetamides leading to 5-Aminooxazole-4-carboxamides and to Oxazolo [5,4-d] pyrimidines
• Azole Series. II. Reactions of 2-Acylamino-2-cyanoacetamides leading to 5-Acylaminooxazole-4-carboxamides and to Oxazolo [5,4-d] pyrimidines
• Formic Acid Reduction. V. Barbituric Acid Derivatives. Reaction of 5-(3-Indolylmethylene) barbituric Acid with the Formate
• Formic Acid Reduction. IV. Barbituric Acid Derivatives. Reduction of 5-Arylmethylenebarbituric Acids and Some Analogous Barbituric Acid Derivatives
• Reaction of Amide Homologs. XIX. Thermal Reactions of Azomethines with Formates and Formamide
• Reaction of Amide Homologs. XVIII. Catalytic Hydrogenation of N-Arylmethylene-1-acylamino-1-arylmethylamines and Hydroamides in the Presence of Formamide and Related Studies
• Reaction of N-(Butoxymethyl) dialkylamines and N, N'-Methylenebis-(dialkylamine)s with N-(1-Cyclohexen-1-yl) dialkylamines
• Reaction of Amide Homologs. VI. Aminomethylation of Salicylic Acid with N, N'-Methylenebisacetamide.
• Catalytic Hydrogenation of Azomethines in the Presence of Ammonia or Amines.
• Reaction of Amide Homologs. V. Acetamidomethylation of Phenol and Anisole with N, N'-Methylenediacetamide.
• A Novel 2,3-Pyrrolidinedione Ring Closure of 1,1,1,5,5,5-Hexachloro-4-dimethylamino-3,3-dimethyl-2-pentanone
• Reaction of N, N-Dialkylaminomethyl Arenesulfonates with Diazoalkanes
• Decarboxylation Reactions. IX. Reaction of Enamines with Trichloroacetic Anhydride
• Decarboxylation Reactions. VI. Reaction of α-Arylmethyleneamino-substituted Derivatives of Pyridine, Quinoline, and Isoquinoline with Trichloroacetic Anhydride
• Reactions of α-Alkyl- and α-Aryl-substituted N-Benzylideneamines with Trihaloacetylating Agents
• Reaction of Schiff Bases with Trichloroacetyl Chloride in the Presence of Triphenylphosphine
• Decarboxylation Reactions. IV. Reaction of Schiff Bases with Trichloroacetic Anhydride
• Reaction of 1-Pyrrolidino-1-cyclohexene with Imidoyl Chlorides and a Route to Producing Phenanthridines
• Intramolecular Aldol Condensations of the Reaction Products formed from 2,4-Pentanedione and Aldehydes
• Vapor-Liquid Equilibrium for Formic Acid-Triethylamine System Examined by the Use of a Modified Still. Formic Acid-Trialkylamine Azeotropes
• Reduction of β-Chlorovinylaldehydes with Zinc Powder
• C-Alkylation of α-Amidoketones
• Reaction of Amide Homologs. X. Mechanism of the Formation of N-Arylmethylene-1-acylamino-1-arylmethylamine.
• Reaction of Amide Homologs. IX. Catalytic Hydrogenation of Azomethines in the Presence of Amide and its Mechanism.
• Syntheses of Bradykinin Analogs Containing Sarcosine Residues and Their Biological Activities
• Reaction of Amide Homologs. XVI. α-Acetamidoalkylation of β-Naphthol and 2,6-Xylenol
• Synthesis of 1-Glutamic Acid Kallidin
• Reaction of Amide Homologs. XI. Benzamidomethylation of Aromatic Compounds.
• Reaction of Amide Homologs. III. α-Acylamidoalkylation of 2,4-Xylenol with Bisamides.
• A New α-Acylaminoalkylation of Aromatic Compounds
• N-[(N-Nitrosoarylamino) methyl] succinimide as a New Agent Generating Aromatic Diazotate
• Reaction of Amide Homologs. XII. Reaction of N-Arylmethylene-1-acylamino-1-arylmethylamine with Active Methylene Compound.
• Reaction of Amide Homologs. XXI. N-Monomethylation of Aromatic Primary Amines. A Method through the Formation of N-Succinimidomethyl Compound.
• Reaction of Amide Homologs. XIV. N-Monomethylation of Aromatic Primary Amines
• Reaction of Amide Homologs. XIII. Catalytic Hydrogenolysis of N-Acylaminomethyl and N-Arylsulfonamidomethyl Compounds
• Reduction with Formic Acid. I. Reduction of N-Acylaminomethyl and N-Sulfonamidomethyl Compound.
• Reaction of Amide Homologs. VIII. Catalytic Hydrogenolysis of O- or N-Acylaminomethyl and N-α-Acylaminobenzyl Compounds.
• Reaction of Amide Homologs. VII. Formation of N- (α-Dialkylaminobenzyl) acetamides from N-Benzylidene-α-acetamidobenzylamine.
• Decarboxylation Reactions. I. Reaction of Enamines with Carboxylic Acids
• Formic Acid Reduction. XII. Reductive Fission of Bridged Carbon-Carbon Bond of α, α'-Benzylidene- and α, α'-Methylene-bisketones
• Formic Acid Reduction. X. Reductive Fission of Bridged Carbon-Carbon Bond of Bisdimedone Derivatives
• Formic Acid Reduction. IX. Reactions of 5,5-Dimethyl-1,3-cyclohexanedione with TEAF and Their Reaction Routes
• Reduction of 2,2,2-Trichloroethylamines with Lithium Aluminum Hydride
• Reactions of 1-Trichloromethyl-substituted Amines with Potassium tert-Butoxide
• Chlorinolyses of Alkyl (or Aryl) Phthalimidomethyl Sulfides with Sulfuryl Chloride or Chlorine in the Presence and the Absence of Acetic Anhydride
• Formic Acid Reduction. XXVII. Selective Reduction of Carbon-Carbon Double Bonds conjugated with Nitro and Sulfonyl Groups
• C-Alkylation of α-N, N-Dialkylaminoketones
• Reaction of Amide Homologs. XVII. Catalytic Hydrogenolysis of N, N'-Benzylidenebisamides
• N-[(N-Nitrosobenzylamino) methyl] benzamide as a Direct Benzylating Agent
• Formic Acid Reduction. VIII. Reduction of Nitrosobenzenes to Azoxybenzenes
• Reaction of Amide Homologs. XXIII. Syntheses of α-Amidobenzylamines
• Decarboxylation Reactions. II. Reaction of Conjugated Unsaturated Ketones and Nitriles with Carboxylic Acids
• Reaction of Amide Homologs. XX. Thermal Reaction of N, N'-Benzylidenebisamides with Formates and Formamide
• Reactions of Amide Homologs. II. The Reaction among Azomethines, Aromatic Aldehydes, and Formamide
• Reactions of Amide Homologs. I. Reaction between Azomethines and Amides.
• Formic Acid Reduction. III. Barbituric Acid Derivatives. New 5-Methylation Reaction of Barbituric Acid Derivatives with Formate and Course of the Reaction
• Synthesis of α-Thio, α-Sulfinyl, and α-Sulfonyl-substituted Nitrosamines
• Formic Acid Reduction. XI. Reduction of Schiff Bases
• Xanthine及び関係化合物の研究(第2報)4-Amino-5-phenylazouracilよりXanthineの一新合成法
• Alkylation of Phthalimidines
• Synthesis of N-(Alkylaminomethyl) amides
• Azole Series. I. Reaction of 2-(Acylamino)thioacetamides, leading to 5-Aminothiazoles and to Thiazolo[5,4-d]pyrimidines.

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