Selective Oxidation of the C_1- or C_<12>-Methyl Group in Antipodal Deoxypodocarpic Acid Type Compounds

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概要

• 論文の詳細を見る
• 公益社団法人日本薬学会の論文
• 1964-08-25

著者

• 田原 昭

  Rikagaku Kenkyusho (The Institute of Physical and Chemical Research)

• 平尾 健一

  Rikagaku Kenkyusho, the Institute of Physical and Chemical Research

• 田原 昭

  Rikagaku Kenkyusho The Institute Of Physical Chemical Research

• 平尾 健一

  Rikagaku Kenkyusho The Institute Of Physical And Chemical Research

関連論文

• Diterpenoids. XXXV. A-Ring Substitution of Hydrofluorene Compound derived from l-Abietic Acid
• Diterpenoids. XXXIV. Stereochemistry on the Rearranged Compound (Benzilic Acid Rearrangement) of Methyl 6,7-Dioxo-5α, 10α-podocarpa-8,11,13-trien-15-oate
• Stereochemistry on the Rearranged Compound (Benzilic Acid Rearrangement) of Methyl 6,7-Dioxo-5α, 10α-podocarpa-8,11,13-trien-15-oate
• Diterpenoids. XVI. Reduction of 6β-Hydroxy-enantio-podocarpa-8,11,13-trien-16-oic Acid Derivative
• Synthesis of 6β Hydroxy-tetrahydro-and-hexahydroenantio-deoxypodocarpic Acid
• On Cryptopimaric Acid and Neoisopimaric Acid
• Diterpenoids. XV. Conformational Studies. III. Temperature Dependent Proton Magnetic Resonance Spectra of Ring C Aromatic Tricyclic Diterpene
• Diterpenoids. XIV. Conformational Studies. II. Preferred Conformation of A/B-cis Ring-C Aromatic Tricyclic Diterpenes
• Diterpenoids. IX. Chemical Conversion to Diterpene Alkaloid from Abietic Acid.
• Diterpenoids. VIII. Synthesis of Skeleton of Diterpene Alkaloid.
• 22 Tricyclic Diterpene(Aromatic C-Ring)系のConformation
• Conformational Studies. I. Nuclear Magnetic Resonance Analysis on Conformation of 10β-and 10α-Oxy-enantio-deoxypodocarpic Acid Type Isomer.
• 21.Diterpene Alkaloidの完全合成 : Abietic Acidよりの関連
• Diterpenoids. VII. Study on Catalytic Hydrogenations of Methyl 9-Oxo-10-hydroxypodocarpa-5,7,10,13-tetraen-16-oate Enantiomer Type Compounds
• Study on the Chemical Shifts for the Methyl Groups of Deoxypodocarpic Acid (Enantiomer) Type Compounds and Syntheses of their 10β-15 or 10α-17 Epoxy Derivatives
• Selective Oxidation of the C_1- or C_-Methyl Group in Antipodal Deoxypodocarpic Acid Type Compounds
• Resin酸における2,3の研究
• Diterpenoids. XLV. Ozonolysis of Phenolic Dehydroabietic Acid Derivatives
• New Inter-relationship of Abietic Acid and Agathic Acid
• Diterpenoids. XLI. Rearrangement of Deisopropyl Phenacylidene Type Diterpene by Means of Aluminum Chloride
• Diterpenoids. XXXVII. Rearrangement of Methyl 13-Isopropyl-7-oxo-podocarpa-5,8,11,13-tetraen-15-oate by Means of Aluminum Chloride
• Diterpenoids. XXX. Reaction of Methyl Dehydroabietate Derivatives with Aluminum Chloride under Effect of Electron-donating Group
• Diterpenoids. XXIX. Nitration of Methyl Dehydroabietate Derivatives
• Diterpenoids. XXVIII. Nitration of Methyl 7-Oxo-dehydroabietate Derivatives
• Novel Nitration Reaction of Methyl 7-Oxodehydroabietate
• Diterpenoids. XII. Catalytic Hydrogenation of Δ^-and 6-Enol Acetoxyhydrofluorene Derivatives. A Synthesis of Hydrofluorene Derivatives (cis-A/B-Ring Fusion (α C_5-H))
• Diterpenoids. XI. A Synthesis of Hydrofluorene Derivatives (trans-A/B-Ring Fusion (β C_5-H))
• Diterpenoids. X. A Synthesis of c-Homohydrofluorene
• 39 Diterpeneに於ける骨格の変換
• 12 Abietic AcidよりHydrofluorene誘導体への変換
• Transformation of Abietic Acid to Hydrofluorene Derivative (Part II)
• Diterpenoids. XLVI. Syntheses of Taxodione, Royleanone and Their Analogues
• Diterpenoids. XXXVI. Synthesis of d-Kaurene and d-Phyllocladene from l-Abietic Acid
• Transformation of l-Abietic Acid to Benzohydroazulene Derivative
• 32 Dehydroabietic AcidよりSteroid骨格の合成研究
• Diterpenoids. XLII. Stereoselective Synthesis of d-Phyllocladene from l-Abietic Acid
• Diterpenoids. XXXVIII. Conversion of l-Abietic Acid into Steroidal Skeletons : Formation of the D-Ring (1)
• Diterpenoids. XXVII. Synthesis of 11-Methoxy-diterpenoids. (2). Synthesis of 11-Methoxy-dehydroabietic Acid Derivatives
• Diterpenoids. XXVI. Synthesis of 11-Methoxy-diterpenoids. (1). Synthesis of Antipodal 11-Methoxy-deoxypodocarpic Acid Derivatives
• Diterpenoides. XXI. Hydration of Stereoisomers of Dimethyl 1,2,3,4,5,10,11,14-Octahydro-4β, 10α-dimethyl-fluorene-4α, 6-dicarboxylate
• Diterpenoids. XX. Nitration of Dimethyl 1,2,3,10-Tetrahydro-4β, 10α-dimethyl-4H-fluorene-4α, 6-dicarboxylate and Its Hydrogenated Stereoisomers
• Diterpenoids. XVII. Epimerization at Lactonization of 6β-Hydroxy-enantio-podocarpan (and 8-monoen-) 16-oic Acid (cis-and trans-B/C-ring Juncture) Syntheses of the Corresponding 6α-Hydroxy Series
• Lactonization of 6β-Hydroxy-tetrahydro-and-hexahydro-enantio-deoxypodocarpic Acid. Synthesis of 6α-Hydroxy-tetrahydro-and-hexahydro-enantio-deoxypodocarpic Acid
• Diterpenoids. XXV. Autoxidation of Styrene Type Compounds derived from l-Abietic Acid
• Diterpenoids. XXIV. Transformation of Podocarpic Acid Type Diterpene to B-Homo-C-nor-5β, 10α-podocarpan Skeleton
• Conversion of Dehydroabietic Acid into a Steroid Skeleton : Formation of the D-Ring. II
• Conversion of Dehydroabietic Acid into a Steroid Skeleton : Formation of the A-ring. III.
• Conversion of Dehydroabietic Acid into a Steroid Skeleton : Formation of the A-Ring. II
• Conversion of Dehydroabietic Acid into a Steroid Skeleton : Formation of the A-Ring. I
• Study on Synthesis of Antipodal Steroid
• Synthesis of Four Possible Isomers of 4β, 10-Dimethyl-1,2,3,4,5,10-hexahydrofluorene-4,6-dicarboxylic Acid Derivatives
• Transformation of Abietic Acid to the Hydrofluorene Derivatives

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