南原 利夫 | Pharmaceutical Institute Tohoku University

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関連著者

• 南原 利夫

  Pharmaceutical Institute, Tohoku University

• 細田 宏

  Pharmaceutical Institute Tohoku University

• 南原 利夫

  東北大学医学部薬学科

• 島田 和武

  Pharmaceutical Institute, Tohoku University

• 島田 和武

  東北大学薬学部

• 後藤 順一

  Pharmaceutical Institute Tohoku University

• 沼澤 光輝

  Pharmaceutical Institute Tohoku University

• 島田 和武

  Faculty of Pharmaceutical Sciences, Kanazawa University

• 小林 典裕

  Pharmaceutical Institute Tohoku University

• 合屋 周次郎

  Pharmaceutical Institute, Medical Faculty, University of Kyushu

• 合屋 周次郎

  Pharmaceutical Institute Tohoku University

• 合屋 周次郎

  Pharmaceutical Institute Medical Faculty University Of Kyushu

• 宮入 伸一

  Pharmaceutical Institute Tohoku University

• 宮入 伸一

  東北大学薬学部

• 池川 繁男

  Pharmaceutical Institute, Tohoku University

• 本間 誠次郎

  Pharmaceutical Institute Tohoku University

• 山下 幸和

  Pharmaceutical Institute Tohoku University

• 山下 幸和

  日本化薬(株)医薬事業本部総合研究所

• 松木 容彦

  Pharmaceutical Institute, Tohoku University

• 藤井 洋一

  Pharmaceutical Institute, Tohoku University

• 塚本 玲子

  Pharmaceutical Institute, Tohoku University

• 藤井 洋一

  Pharmaceutical Institute Tohoku University

• 松木 容彦

  Pharmaceutical Institute Tohoku University

• 飯田 隆

  College Of Engineering Nihon University

• 安生 孝子

  Pharmaceutical Institute, Tohoku University

• 碓氷 昌宏

  Pharmaceutical Institute, Tohoku University

• 高崎 渉

  Analytical and Metabolic Research Laboratories, Sankyo Co., Ltd.,

• 秋山 節子

  Pharmaceutical Institute, Tohoku University

• 高崎 渉

  Analytical And Metabolic Research Laboratories Sankyo Co. Ltd.

• 工藤 俊博

  Pharmaceutical Institute, Tohoku University

• 野久保 宗孝

  Pharmaceutical Institute, Tohoku University

• 高崎 渉

  Pharmaceutical Institute, Tohoku University

• 沢田 純一

  国立衛試

• 寺尾 允男

  National Institute of Hygienic Sciences

• 酒井 康夫

  Tokyo Laboratory Daiichi Pure Chemicals Co. Ltd.

• 寺尾 允男

  国立衛生試験所

• 寺尾 允男

  National Institute Of Health Sciences

• 田村 早樹子

  Pharmaceutical Institute, Tohoku University

• 沢田 純一

  National Institute of Hygienic Sciences

• 酒井 康夫

  Pharmaceutical Institute, Tohoku University

• 高橋 洋井

  Pharmaceutical Institute, Tohoku University School of Medicine

• 砂崎 和彦

  Pharmaceutical Institute, Tohoku University

• 加藤 元彦

  Research And Development Division Kikkoman Corporation

• 石井 和夫

  School of Health Sciences, Kyorin University

• 松木 容彦

  社団法人日本食品衛生協会食品衛生研究所

• 大久保 正

  Pharmaceutical Institute, Tohoku University

• 吉田 浩子

  Pharmaceutical Institute Tohoku University

• 松木 容彦

  Hatano Research Institute, Food and Drug Safety Center

• 塩谷 宏明

  Pharmaceutical Institute, Tohoku University

• 石井 和夫

  Pharmaceutical Institute, Tohoku University

• 大久保 正

  Pharmaceutical Institute Tohoku University

• 川原田 良彦

  Pharmaceutical Institute, Tohoku University

• 伊藤 正大

  Research Laboratories, Pharmaceutical Group, Nippon Kayaku Co.,

• 伊藤 正大

  日本化薬株式会社医薬事業本部学術部

• 倉田 素子

  Pharmaceutical Institute, Tohoku University

• 伊東 富晴

  財団法人食品薬品安全センター

• 横浜 広光

  東北大学 薬

• 石田 秀樹

  Pharmaceutical Institute Tohoku University

• 後藤 信治

  Pharmaceutical Institute Tohoku University

• 秋久 俊博

  College of Science and Technology, Nihon University

• 田村 利武

  College of Science and Technology, Nihon University

• 丹羽 俊文

  東北大学医学部保健学科

• 長谷川 正年

  Pharmaceutical Institute Tohoku University

• 佐藤 裕子

  Pharmaceutical Institute, Tohoku University

• 土田 由紀子

  Department of Microbiology, Hoshi College of Pharmacy

• 伊東 富晴

  Hatano Research Institute, Food and Drug Safety Center

• 柴田 祀行

  Pharmaceutical Institute Tohoku University

• 石井 肖

  Pharmaceutical Institute, Tohoku University

• 河本 裕子

  Pharmaceutical Institute, Tohoku University

• 須藤 賢一

  Pharmaceutical Institute Tohoku University

• 安藤 昌幸

  Product Research and Development Laboratories, Pharmaceuticals Research Center, Kanebo Ltd.

• 伊藤 裕子

  Pharmaceutical Institute Tohoku University

• 田中 東一

  Pharmaceutical Institute Tohoku University

• 土田 由紀子

  Pharmaceutical Institute, Tohoku University

• 高橋 正樹

  Pharmaceutical Institute, Tohoku University

• 田村 利武

  日本大学理工学部物質応用化学科

• 田村 利武

  College Of Science And Technology Nihon University

• 安藤 昌幸

  Product Research And Development Laboratories Pharmaceuticals Research Center Kanebo Ltd.

• 三浦 裕也

  Pharmaceutical Institute, Tohoku University

• 毛利 純子

  Pharmaceutical Institute Tohoku University

• 伊藤 正大

  Pharmaceutical Institute, Tohoku University

• 加藤 元彦

  Faculty of Pharmaceutical Sciences, University of Tokyo

• 岩田 武彦

  Pharmaceutical Institute, Tohoku University

• 秋久 俊博

  日本大学理工学部物質応用化学科

• 長内 健

  Pharmaceutical Institute, Tohoku University

• 横浜 廣光

  Pharmaceutical Institute, Tohoku University

• 横浜 廣光

  Pharmaceutical Institute Tohoku University

• 岩村 敏

  Pharmaceutical Institute, Tohoku University

• 長内 健

  Pharmaceutical Institute Tohoku University

• 佐藤 義浩

  Pharmaceutical Institute Tohoku University

• 石橋 正兀

  Research Laboratories, Pharmaceuticals Group, Nippon Kayaku Co., Ltd.,

• 小川 善資

  北里大学医療衛生学部臨床化学研究室

• 宮崎 典子

  Pharmaceutical Institute Tohoku University

• 小野 宏

  食品薬品安全センター秦野研究所

• 石橋 正兀

  日本化薬(株)医薬事業本部総合研究所

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  Faculty Of Pharmaceutical Sciences University Of Tokyo

• 大西 柾子

  National Cancer Center Research Institute

• 小川 善資

  北里大学医療衛生学部

• 小林 淑子

  Pharmaceutical Institute Tohoku University

• 木村 由美子

  日本大学薬学部

• 石井 尚之

  Pharmaceutical Institute, Tohoku University

• 宮崎 浩

  寿製薬研究部

• 森 美樹子

  Pharmaceutical Institute Tohoku University

• 木村 由美子

  College of Pharmacy, Nihon University

• 田中 頼久

  三共(株)分析代謝研究所

• 奥山 智子

  Pharmaceutical Institute Tohoku University

• 沼沢 光輝

  東北大・薬学部

• 福原 克治

  財団法人日本食品薬品安全センター秦野研究所

• 盧 載燮

  Pharmaceutical Institute, Tohoku University

• 菅野 ちよみ

  Pharmaceutical Institute, Tohoku University

• 謝 福明

  Pharmaceutical Institute, Tohoku University

• 盧 戴燮

  Pharmaceutical Institute, Tohoku University

• 大石 和夫

  Pharmaceutical Institute, Tohoku University

• 原 正己

  Pharmaceutical Institute, Tohoku University

• 水澤 重則

  Pharmaceutical Institute, Tohoku University

• 新海 久

  Pharmaceutical Institute, Tohoku University

• 興野 智子

  Pharmaceutical Institute, Tohoku University

• 内田 逸郎

  Department of Chemistry, University of Virginia

• KUPCHAN S.MORRIS

  Department of Chemistry, University of Virginia

• 田中 真

  Pharmaceutical Institute Tohoku University

• 中村 節子

  Pharmaceutical Institute Tohoku University

• 山下 悦子

  Pharmaceutical Institute, Tohoku University

• 新崎 百合子

  Pharmaceutical Institute, Tohoku University

• 林 長蔵

  The Central Laboratory for Clinical Investigation, Osaka University Hospital

• 長谷部 久美子

  Pharmaceutical Institute, Tohoku University

• 大江 知行

  Faculty of Pharmaceutical Sciences, Kanazawa University

• 佐藤 明子

  Pharmaceutical Institute Tohoku University

• 勝村 英夫

  財団法人 食品薬品安全センター 秦野研究所

• 水澤 重則

  Pharmaceutical Institute Tohoku University

• 水沢 重則

  東北大学 薬

• 團 純子

  Hatano Research Institute, Food and Drug Safety Center

• 福原 克治

  Hatano Research Institute, Food and Drug Safety Center

• 細野 宏

  Pharmaceutical Institute Tohoku University

• 三村 雅昭

  Pharmaceutical Institute, Tohoku University

• 本間 誠次郎

  Research Division, Teikoku Hormone Mfg. Co.

• 三間 瑞枝

  Pharmaceutical Institute, Tohoku University

• 加藤 明美

  Pharmaceutical Institute, Tohoku University

• 内田 逸郎

  Exploratory Research Laboratories, Fujisawa Pharmaceutical Co., Ltd.,

• 粟田 則男

  鐘紡株式会社薬品開発研究所

• 粟田 則男

  Department Of Formulation Research Pharmaceuticals Research Center Kanebo Ltd.

• 粟田 則男

  Product Research And Development Laboratories Pharmaceuticals Research Center Kanebo Ltd.

• 粟田 則男

  鐘紡株式会社薬品研究所

• 木村 由美子

  College Of Pharmacy Nihon University

• 鳥羽 文緒

  Product Research and Development Laboratories, Pharmaceuticals Research Center, Kanebo Ltd.

• 嶋田 斉

  Product Research and Development Laboratories, Pharmaceuticals Research Center, Kanebo Ltd.

• 加藤 豊明

  Pharmaceutical Institute, Tohoku University

• 海老原 光孝

  Pharmaceutical Institute, Tohoku University

• 佐藤 淑子

  Pharmaceutical Institute, Tohoku University

• 神谷 香恵子

  Pharmaceutical Institute, Tohoku University

• 山本 和宏

  College Of Science And Technology Nihon University

• 伊藤 みち子

  Pharmaceutical Institute Tohoku University

• 潮田 恵子

  Pharmaceutical Institute Tohoku University

• 牧野 勲

  Second Department Of Internal Medicine Asahikawa Medical College

• 田中 真

  Research Institute Daiichi Pharmaceutical Co. Ltd.

• 大石 和夫

  Central Research Laboratories, Ajinomoto Co., Inc.,

• 新海 久

  Pharmaceutical Institute Tohoku University

• 鈴木 恵子

  Pharmaceutical Research Center, Meiji Seika Kaisha, Ltd.

• 田中 頼久

  Pharmaceutical Institute, Tohoku University

• 桃野 陽子(堀田)

  Pharmaceutical Institute, Tohoku University

• 石岡 静子

  Pharmaceutical Institute, Tohoku University

• 宮崎 浩

  Research Laboratories of Pharmaceuticals Group, Nippon Kayaku Co., Ltd.,

• 坂本 信夫

  Pharmaceutical Institute Tohoku University

• 圓山 優子

  Pharmaceutical Institute Tohoku University

• 佐々木 章子

  Pharmaceutical Institute, Tohoku University

• 田島 英男

  持田製薬株式会社研究所

• 石黒 淳三

  持田製薬株式会社研究所

• 山内 恭子

  Pharmaceutical Institute, Tohoku University

• 安藤 昌幸

  Pharmaceutical Institute, Tohoku University

• 山内 真理子

  Pharmaceutical Institute, Tohoku University

• 石橋 正兀

  Research Laboratories Of Pharmaceuticals Group Nippon Kayaku Co. Ltd.

• 呉 励然

  Pharmaceutical Institute, Tohoku University

• 五十嵐 順子

  Pharmaceutical Institute, Tohoku University

• 千葉 智巳

  Pharmaceutical Institute, Tohoku University

• 嶋田 斉

  Product Research And Development Laboratories Pharmaceuticals Research Center Kanebo Ltd.

• 頭金 正博

  国立医薬品食品衛生研究所医薬安全科学部

• 浅間 三樹子

  Pharmaceutical Institute Tohoku University

• 金山 紀世子

  Pharmaceutical Institute, Tohoku University

• 加藤 元彦

  Central Research Laboratories of Kikkoman Shoyu Co., Ltd.

• 今成 麗子

  Faculty of Pharmaceutical Sciences, University of Tokyo

• 川村 ナホ子

  Pharmaceutical Institute Tohoku University

• 沼沢 光輝

  Pharmaceutical Institute, Tohoku University

• KOKKE Wilhelmus

  College of Business and Administration, Graduate MBA, St. Joseph's University

• CHANG Frederic

  Harvey Mudd College

• 深澤 育男

  Pharmaceutical Institute, Tohoku University

• 伊藤 美鈴

  Pharmaceutical Institute, Tohoku University

• 松里軒 浩一

  Pharmaceutical Institute, Tohoku University

• 宍戸 真貴子

  Pharmaceutical Institute, Tohoku University

• 大江 知行

  Pharmaceutical Institute, Tohoku University

• 相原 幸子

  Pharmaceutical Institute, Tohoku University

• 頭金 正博

  Pharmaceutical Institute, Tohoku University

• 長谷部 久美子

  Pharmaceutical Institute Tohoku University

• 林 長蔵

  The Central Laboratory For Clinical Investigation Osaka University Hospital

• 盧 載燮

  Pharmaceutical Institute Tohoku University

• 盧 戴燮

  Pharmaceutical Institute Tohoku University

• 團 純子

  Hatano Research Institute Food And Drug Safety Center

• 原 正己

  Pharmaceutical Institute Tohoku University

• 謝 福明

  Pharmaceutical Institute Tohoku University

• 今成 麗子

  Faculty Of Pharmaceutical Sciences University Of Tokyo

• 千葉 智巳

  Pharmaceutical Institute Tohoku University

• 山内 恭子

  Pharmaceutical Institute Tohoku University

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著作論文

• Studies on Steroid Conjugates. VIII. Synthesis of 16β-Hydroxyestrone 16-Glucuronide Acetate-Methyl Ester
• Occurrence of Bufogenin Conjugates in the Skin of Korean Toad(Organic,Chemical)
• Occurrence of Marinobufotoxin and Telocinobufotoxin Homologs in the Skin of Bufo bankorensis BORBOUR(Organic,Chemical)
• Occurrence of Bufadienolides in the Skin of Bufo viridis LAUR.
• Syntheses of 4-Hydroxyesteriol Monoglucuronides and Monosulfates
• Isolation and Characterization of Cinobufagin 3-Glutaroyl-L-arginine Ester from Bufo bufo gargarizans CANTOR
• Studies on High-Performance Liquid Chromatography with Electrochemical Detection. The pH-Dependency of Enzymic Sulfation of Catechol Estrogens
• Preparation of Specific Antisera to Digoxin Using Hapten-[C-17]-and [C-12]-Bovine Serum Albumin Conjugates
• Syntheses of 4-Hydroxyestrogen Monoglucuronides and Monosulfates
• Isolation and Characterization of Cardiac Steroids from Seeds of Elaeopendron glaucum PERS. Structures of Elaeodendrosides A, D, E, H, I, J and Elaeodendrogenin
• Isolation and Characterization of a New Type of Bufotoxin from the Skin of Bufo americanus
• Isolation and Characterization of Cardiotonic Steroids from the Bulb of Urginea altissima BAKER
• New Derivatization of Amines for Electrochemical Detection in Liquid Chromatography
• Isolation and Characterization of Cardiotonic Steroid Conjugates from the Skin of Bufo marinus (L.) SCHNEIDER
• New Derivatization for Liquid Chromatographic Resolution of Amino Acid Enantiomers
• Studies on Cardiotonic Steroids from the Skin of Japanese Toad
• Mechanism for Interference of Carbamazepine in Porter-Silber Reaction for Determination of Urinary 17-Hydroxycorticosteroids
• Separation and Determination of Cardiac Steroids by High-Pressure Liquid Chromatography
• Isolation and Characterization of Human Urinary Metabolites of Meclomen
• Synthesis of N-(Steroid-17-yl)-maleimide
• The Mechanism of Lithium Aluminum Hydride Reduction of 13α-Steroidal 16,17-Bromohydrins
• An Enzyme Immunoassay System with a Monoclonal Antibody for the Determination of 11-Deoxycortisol(Analytical,Chemical)
• Production and Specificity of a Monoclonal Anti-11-deoxycortisol Antibody
• Bridging Phenomena in Steroid Immunoassays. The Effect of Bridge Length on Sensitivity in Enzyme Immunoassay
• THE BRIDGE LENGTH EFFECT ON SENSITIVITY IN STEROID ENZYME IMMUNOASSAY
• AN ENZYME IMMUNOASSAY METHOD WITH A MONOCLONAL ANTIBODY FOR THE DETERMINATION OF 11-DEOXYCORTISOL
• Enzyme Immunoassay for Plasma 11-Deoxycortisol. Application to Metyrapone Test
• PRODUCTION OF A MONOCLONAL ANTI-11-DEOXYCORTISOL ANTIBODY
• The Specificity of Enzyme Immunoassays for Plasma 11-Deoxycortisol
• Radioimmunoassay of 11-Deoxycortisol. Specificity of Antisera raised against 11-Deoxycortisol-[C-4]-Bovine Serum Albumin Conjugates
• The Specificity in Enzyme Immunoassay for Plasma and Urine Cortisol
• Specificity of Antisera raised against Cortisol-4-Bovine Serum Albumin Conjugates in Radioimmunoassay
• Immunoaffinity Extraction of 4-Hydroxy-2-(4-methylphenyl) benzothiazole and Its Metabolites for Determination by Gas Chromatography-Mass Spectrometry
• Preparation of New Haptens for Use in Immunoassay of Glycine-Conjugated Bile Acids
• Sensitivity and Specificity in Enzyme Immunoassay of Testosterone
• Synthesis of Corticosteroid Haptens Possessing the Bridge at the C-4 Position
• The Preparation of Steroid N-Hydroxysuccinimide Esters and Their Reactivities with Bovine Serum Albumin
• New Synthesis of 16β-Hydroxydehydroepiandrosterone and Related Ketols, with Special Reference to Preparation of Haptens
• Chemical Synthesis of 11-Deoxycortisol Metabolites
• Glucuronidation of Testosterone by Rat Liver Microsomes
• Production of optically Specific Antiserum to l-Pentazocine
• Specificity of Antiserum raised against Estetrol using 6-O-Carboxymethyloxime-Bovine Serum Albumin Conjugate
• Specificity of Antisera raised against Estradiol using New Hapten-Carrier Conjugates
• Syntheses of New Haptens for Radioimmunoassay of Estradiol
• Occurrence of Cysteine Conjugate of 2-Hydroxyestrone in Rat Bile, with Special Reference to Its Formation Mechanism
• Studies on Metabolism of 3-Deoxysteroids. X. Increased Activity of 3-Deoxyestrone Hydroxylases in Liver Microsomes of Rats pretreated with Phenobarbital and 3-Methylcholanthrene
• Studies on Metabolism of 3-Deoxysteroids. VIII. Isolation and Characterization of Conjugated Metabolites of 3-Deoxyestrone
• Estrogen-Glutathione Conjugate : Metabolite of 3-Deoxyestrone in Rat
• Studies on Metabolism of 3-Deoxysteroids. VII. Migration of Deuterium during Aryl Hydroxylation of 3-Deoxyestrone
• Occurrence of "NIH Shift"during Hydroxylation of Aromatic Steroid
• Studies on Metabolism of 3-Desoxyestrone. II. Isolation and Characterization of Urinary Metabolites of 3-Desoxyestrone in Rabbit
• Further Studies on Metabolites of 3-Desoxyestrone in Rabbit Urine
• Studies on Metabolism of 3-Desoxyestrone. I. Synthesis of 16,17-Oxygenated Estra-1,3,5 (10)-trienes
• Metabolites of 3-Desoxyestrone in Rabbit Urine
• Syntheses of C_ 13α-Steroidal Progestagens
• Syntheses of 13α-Progestagens
• Epimerization of C-17 Substituent during Formation of Isobufadienolide
• Studies on the Comparative Ability of β-Glucuronidase Preparations to Hydrolyze Bile Acid Glucuronides
• Synthesis and Biochemical Aromatization of 14β-and 13α-Androst-4-en-3-ones
• REDUCTIVE BIOTRANSFORMATION OF 3-OXO BILE ACIDS IN HUMAN BLOOD
• Studies on Estetrol. I. Synthesis of 15α, 16α, 17β-Trihydroxy-androst-4-en-3-one
• Synthesis of Epimeric 2-Deuterioestr-4-ene-3,17-diones
• Use of New Silylating Agents for Identification of Hydroxylated Steroids by Gas Chromatography-Electron Impact-Mass Spectrometry
• Analytical Chemical Studies on Steroids. XX. Zimmermann Reaction and Deuterium Exchange Reactivity of Oxosteroids and Related Compounds
• The Bromination of 13α-Androstan-15-one
• Studies on Steroid Conjugates. XII. Occurrence of 16-Epiestriol 16-Glucuronide in Human Pregnancy Urine
• Studies on Steroid Conjugates. XI. Biosynthesis of 16-Epiestriol Glucosiduronate
• Studies on Steroid Conjugates. V. Synthesis of 16-Epiestriol 3-Glucuronide
• Acyl Transfer during Borohydride Reduction of Steroidal 16,17-Ketol Acetates
• Studies on Steroid Conjugates. II. Synthesis of 16-Epiestriol Monoglucuronides
• Chemistry of 3-Phenylcholestan-3-ols
• Enzyme Labeling of Steroids by the Activated Ester Method
• Syntheses of Estriol Monoglucuronides.
• A Direct Enzyme Immunoassay of 6β-Hydroxycortisol in Human Urine
• Studies on Steroid Conjugates. XIV. Participation of Glucuronidation in Selective O-Methylation of Catechol Estrogen in the Rat
• Evidence for O-Methylation of Catechol Estrogen 2-Glucuronoside with Retention of Conjugate in the Rat
• Isolation and Characterization of Biliary Metabolites of Estrone in the Rat
• Isomeric 2,16α-Dihydroxyestrone Methyl Ethers : New Metabolites in Rat Bile
• Studies on Steroid Conjugates. X. Significance of Conjugation involved in Biosynthesis of 2-Methoxyestrogen
• 2-Methoxyestrone 3-Glucuronide : A New Biliary Metabolite in the Rat
• C-2 Hydroxylation of 2-Deuterioestrogen in the Rat. Lack of "NIH Shift"
• Studies on Steroid Conjugates. IV. Synthesis of Catechol Estrogen Monoglucuronides
• Studies on Steroid Conjugates. III. New Syntheses of 2-Methoxyestrogens
• Stereochemistry of Δ^ Unsaturation in Microbial Transformation of Cholesterol
• The Synthesis and Zimmermann Reaction of Some Androsten-16-ones
• Studies on Metabolism of 3-Desoxyestrone. III. Synthesis of 6-Oxygenated Estra-1,3,5 (10)-trienes and Related Compounds
• 7-Oxodihydrokarounidiol [7-Oxo-D : C-friedo-olean-8-ene-3α, 29-diol], a Novel Triterpene from Trichosanthes kirilowii
• Triterpenoid Ketones from Lingnania chungii MOCLURE : Arborinone, Friedelin and Glutinone
• Chemical Conversion of Corticosteriods to 3α, 5α-Tetrahydro Derivatives. Synthesis of 5α-Cortol 3-Glucuronides and 5α-Cortolone 3-Glucuronides
• Chemical Conversion of Corticosteroids to 3α, 5α-Tetrahydro Derivatives. Synthesis of Allotetra-hydrocortisol Glucuronides and Allotetrahydrocortisone Glucuronides
• Sensitivity of Steroid Enzyme Immunoassays. Comparison of Four Label Enzymes in an Assay System Using a Monoclonal Anti-steroid Antibody
• UNEXPECTED LOSS OF IMMUNOREACTIVITY OF A GLUCOSE OXIDASE-LABELED ANTIGEN IN A STEROID ENZYME IMMUNOASSAY SYSTEM
• Bound/Free Separation Methods in Steroid Enzyme Immunoassay with Monoclonal Antibody
• Sensitivity of Steroid Enzyme Immunoassays. : Use of 3,3', 5,5'-Tetramethylbenzidine as a Chromogen in the Assay System with Glucose Oxidase Label
• Enzyme Labeling of Steroids by the N-Succinimidyl Ester Method. Preparation of Glucose Oxidase-Labeled Antigen for Use in Enzyme Immunoassay(Analytical,Chemical)
• A Comparison of Chromogenic Substrates for Horseradish Peroxidase as a Label in Steroid Enzyme Immunoassay
• Enzyme Labeling of Steroids by the N-Succinimidyl Ester Method. Preparation of Alkaline Phosphatase-Labeled Antigen for Use in Enzyme Immunoassay
• Chemical Conversion of Corticosteroids to 3α, 5α-Tetrahydro Derivatives. Synthesis of Allotetrahydro-11-deoxycortisol Glucuronides
• Syntheses of 16,17-Dihydroxy-17-methyl-5α-androstano [3,2-c] isoxazoles
• Analytical Chemical Studies on Steroids. LXIII. Steroid Numbers of Androstanones and Their Oxime Derivatives on Gas Chromatography
• Reactions of 5α, 14β-Pregn-16-en-20-one with Nucleophiles
• Potential Bile Acid Metabolites. XXI. A New Synthesis of Allochenodeoxycholic and Allocholic Acids
• Potential Bile Acid Metabolites. XV. : Synthesis of 4β-Hydroxylated Bile Acids; Unique Bile Acids in Human Fetal Bile
• Potential Bile Acid Metabolites. XI. : Syntheses of Stereoisomeric 7,12-Dihydroxy-5α-cholanic Acids
• Potential Bile Acid Metabolites. X. : Syntheses of Stereoisomeric 3,7-Dihydroxy-5α-cholanic Acids
• A Gas Chromatographic-Mass Spectrometric Method for the Evaluation of Bioconversion of Indomethacin Prodrugs into the Parent Drug
• Occurrence of Bufalitoxin, Cinobufotoxin and Their Homologs in Japanese Toad
• Synthesis of Monosulfates of Cholic Acid Derivatives
• Synthesis of Monosulfates of Unconjugated and Conjugated Bile Acids
• Synthesis of Estriol Monoglucoside Derivatives, New Haptens for Production of Specific Antisera
• Preparation and Antigenic Properties of 5α-Dihydrotestosterone-15α-Bovine Serum Albumin Conjugate
• Preparation and Antigenic Properties of Testosterone-15α-Protein Conjugate
• Synthesis of 15α-Hydroxytestosterone and Related C_ Steroids
• Blockage of Coordination with Shift Reagent by tert-Butyldimethylsilylation in Nuclear Magnetic Resonance Spectroscopy and Its Applications to Deuterium-Labeled Steroids
• Synthesis of 15α-Hydroxylated Dehydroepiandrosterone and Androstenediol
• Stereospecific Introduction of Deuterium into Ring D of Estrogens
• Syntheses of 15α-Hydroxyestrone and 15α-Hydroxyestradiol
• Studies on Dimethyl-tert-butylsilyl Ethers of Steroid
• Analysis of Conjugated Bile Acids in Human Biological Fluids. Synthesis of Hyodeoxycholic Acid 3- and 6-Glycosides and Related Compounds
• NEW TYPE OF DERIVATIZATION REAGENTS FOR LIQUID CHROMATOGRAPHIC RESOLUTION OF ENANTIOMERIC HYDROXYL COMPOUNDS
• A New Sensitive Derivatization Reagent for Liquid Chromatographic Separation of Hydroxyl Compounds
• Stereospecific Hydrogen Addition at C-4 in Transformation of 4-Androstene-3,17-dione into 5α-Androstane-3,17-dione by Penicillium decumbens
• Synthesis of 4-d_1-Testosterone and 4-d_1-Androstenedione
• Preparation of Haptens for Use in Immunoassays of Tetrahydro-11-deoxycortisol and Its Glucuronides
• Synthesis of Haptens for Use in Immunoassays of Tetrahydrocortisol, Tetrahydrocortisone and Their Glucuronides
• The Steric Mechanisms of Enzymatic Aromatization of 19-Norsteroids
• Preparation and Antigenic Properties of 2-Hydroxyestrone-[C-15]-Bovine Serum Albumin Conjugate
• New Synthesis of 2-Hydroxyestrogen 2-Monoglucuronides
• Studies on Steroid Conjugates. VI. Synthesis of 17α-Estradiol 17-N-Acetylglucosaminide
• Synthesis of 16-Substituted 14,17-cis-5α-Cardenolides
• Synthesis of 14,15-Epoxyandrostan-17β-yl-isoxazoles and -pyrazoles
• Synthesis of 14,15-Epoxyisobufadienolides
• Conformational Analysis of Epimeric 16-Bromo-13α-estrones
• Synthesis of 16-Methyl-14,17-cis-5-dehydro- and -5α-Isobufadienolides
• Reactions of 14β, 15β-Epoxypregn-16-en-20-one with Nucleophiles
• The Synthesis and Conformational Analysis of Epimeric 16-Bromo-5α, 13α-androstan-17-ones
• A Nuclear Magnetic Resonance Spectral Study of Some 5α, 14β-Androstanes
• Isolation and Characterization of Biliary Metabolites of Estriol in the Rat
• Synthesis of Cortoic Acid 3-Glucuronides
• Synthesis of Cortol 3-Glucuronides and Cortolone 3-Glucuronides
• New Synthesis of Phenolphthalein β-Glucuronide
• Mechanism for Interference of Ethinamate in Zimmermann Test for Determination of Urinary 17-Ketosteroids
• Syntheses of D-Homo-14β-pregnan-20-ones
• Occurrence of Novel Type Bufotoxin in Japanese Toad
• Syntheses of Bufotoxin Analogs
• Syntheses of Digitoxigenin 3-Suberoy1peptides
• Synthesis of 3-Suberoylamino Acid Esters of Digitoxigenin
• Synthesis of 3-Suberoylalanine Ester of Digitoxigenin
• Synthesis of 15-Oxo- and Δ^-14β-Isobufadienolides
• Effect of Bridge Heterologous Combination on Sensitivity in Enzyme Immunoassay for Cortisol
• Synthesis of Haptens for Use in Immunoassays of Δ^4-3-Ketosteroids
• Stereoselective Hydrogen Elimination at C-2 in the Transformation of 5β-Pregnane-3,11,20-trione by Septomyxa affinis
• Synthesis of Epimeric 2-d_1-5β-Pregnane-3,11,20-triones
• Stereochemistry of Microbial Dehydrogenation of 5α-3-Ketosteroid
• The Synthesis and Conformational Analysis of α-Bromo-16-ketones of 13α-Estratriene
• Isolation and Characterization of Urinary Metabolites of 16α-Chloroestrone Methyl Ether in the Rabbit
• Studies on Metabolism of 3-Deoxysteroids. VI. Isolation and Characterization of Urinary Metabolites of 3-Deoxydehydroepiandrosterone in Rabbit
• Studies on Metabolism of 3-Deoxysteroids. V. Determination of Urinary Metabolites of 3-Deoxyestrone by Gas Chromatography
• Studies on Metabolism of 3-Deoxysteroids. IV. Synthesis of 2,17-Oxygenated 5-Dehydro- and 5β-Androstanes
• Synthesis of Disulfates of Unconjugated and Conjugated Bile Acids(Analytical,Chemical)
• Studies on Analysis of Bile Acids. Preparation of 3-Glucuronides of 7- and 12-Oxo Bile Acids
• Synthesis of 3-Glucuronides of Unconjugated and Conjugated Bile Acids
• Synthesis of Conjugated Cholesterol and Cholestanols
• Synthesis of Epimeric 2- and 4-Deuterio-5β-androstane-3,17-diones
• The Stereochemistry of Enzymatic Aromatization of 19-Norsteroids
• The Synthesis and Conformational Analysis of Epimeric 17-Bromo-14β-androstan-16-ones
• Studies on Steroid Conjugates. XIII. Synthesis of 2,4,17α-d_3-Estriol 3-Glucuronoside
• Studies on the Metabolism of Atenolol. Characterization and Determination of a New Urinary Metabolite in the Rat
• Biliary Conjugated Metabolites of Estriol in the Rat
• Syntheses of Methoxyestrogen Glucuronide Acetate-Methyl Esters
• Syntheses of 16β-Oxygenated Catechol Estrogen Methyl Ethers, New and Potential Metabolites
• Conjugated Metabolites of Estriol in Rat Bile
• A Nuclear Magnetic Resonance Spectral Study of 5α, 13α-Androstanes
• The Synthesis and Nuclear Magnetic Resonance Spectra of Epimeric 16-Deuterio-14β-androstan-17-ols
• Rearrangements of the 16,17-Ketols of 13α-Androstanes
• The Synthesis and Conformational Analysis of α-Bromo-16-ketones of 13α-Androstanes
• Synthesis of Epimeric 2-d_1-Dehydroepiandrosterones
• Stereospecific Hydrogen Transfer from C-4 to C-6 during Enzymatic Transformation of Cholesterol into Cholestenone
• Synthesis of Epimeric 6-Deuterio-4-cholesten-3-ones
• Stereochemistry of Microbial Dehydrogenation of 5β-3-Ketosteroid
• In Vitro Reduction of 16α-Chloroestrone by Rat Liver
• Syntheses of Epimeric 2-Hydroxy-16-chloroestrone Monomethyl Ethers
• Epimerization of Halogen during in Vivo Transformation of 16α-Chloroestrone Methyl Ether
• The Synthesis and Conformational Analysis of 17-Bromo-estratrien-16-ones and -androst-5-en-16-ones
• Syntheses of Epimeric 2- and 4-Deuteriocholesterols
• Synthesis of Multideuterated Dehydroepiandrosterone and Related 16,17-Ketols
• Enzyme Labeling of Steroids by the N-Succinimidyl Ester Method. Preparation of Horseradish Peroxidase-Labeled Antigen for Use in Enzyme Immunoassay

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