Studies on the Constituents of Asclepiadaceae Plants. XI. Separation of New Aglycones from Cynanchum caudatum MAXIM.

スポンサーリンク

概要

• 論文の詳細を見る

• The alkaline hydrolysate of the crude aglycones of Cynanchum caudatum MAXIM. showed the existence of two new aglycones, besides deacylcynanchogenin and sarcostin, by paper chromatography. The one (A_3) was shown to be deacetylmetaplexigenin, and the other (A_4) as isodeacylcynanchogenin. A_4 appears to be an isomer of deacylcynan-chogenin formed under the conditions of alkaline hydrolysis.

• 社団法人日本薬学会の論文
• 1963-09-25

著者

• 三橋 博

  Faculty of Pharmaceutical Sciences, Hokkaido University

• 三橋 博

  Research Institute For Biology & Chemistry Tsumura & Co.

• 三橋 博

  Faculty Of Pharmaceutical Sciences Hokkaido University

• 山田 恵美子

  Faculty Of Pharmaceutical Sciences School Of Medicine Hokkaido University

• 野村 太郎

  Faculty of Pharmaceutical Sciences, Toho University

• 野村 太郎

  Faculty Of Pharmaceutical Sciences Toho University

• 清水 譲

  Faculty of Pharmaceutical Sciences, School of Medicine, Hokkaido University

• 山田 田鶴

  Faculty of Pharmaceutical Sciences, School of Medicine, Hokkaido University

• 清水 譲

  Department Of Pharmacognosy And Environmental Health Sciences College Of Pharmacy University Of Rhod

• 三橋 博

  (株)ツムラ生物・化学研究所

• 山田 田鶴

  Faculty Of Pharmaceutical Sciences School Of Medicine Hokkaido University

関連論文

• Studies on C-Nor-D-homosteroids. X. Conversion of Normal Steroids to C-Nor-D-homosteroids
• Further Investigation of Antitumor Condurangoglycosides with C-18 Oxygenated Aglycone
• Antitumor Active Glycosides from Condurango Cortex
• Studies on the Constituents of Asclepiadaceae Plants. XLIX. Confirmation of the Structures of Antitumor-active Glycosides in Condurango Cortex. Chemical Transformation of the Aglycone Moiety
• Studies on the Constituents of Asclepiadaceae Plants. XLV. On the Components of Metaplexis japonica MAKINO. VI. The Structures of 7-Oxygenated-Pregnane Derivatives
• Components of Metaplexis japonica MAKINO
• Studies on the Constituents of Asclepiadaceae Plants. XVIII. Components of Cynanchum paniculatum KITAGAWA
• Studies on the Constituents of Asclepiadaceae Plants. XX. Epimerization at C-17 and Optical Rotatory Dispersion Study of C/D cis Pregnan-20-one Derivatives. 2
• Studies on the Constituents of Asclepiadaceae Plants. XIX. Components of Metaplexis japonica MAKINO. IV.
• Constituents of Asclepiadaceae Plants. XVII. Components of Cynanchum wilfordi HEMSLEY
• Studies on the Constituents of Asclepiadaceae Plants. XVI. On the Components of Metaplexis japonica MAKINO. III. The Structure of benzoylramanone.
• Studies on the Constituents of Asclepiadaceae Plants. XV. On the Components of Metaplexis japonica MAKINO. II
• Studies on the Constituents of Asclepiadaceae Plants. XIV. Structure of Tomentogenin
• On the Structure of Pergularin
• On the Structure of Tomentogenin
• On the Structure of Metaplexigenin and Benzoylramanone
• Studies on the Constituents of Asclepiadaceae Plants. XI. Separation of New Aglycones from Cynanchum caudatum MAXIM.
• Studies on the Constituents of Asclepiadaceae Plants. IX. On the Components of Cynanchum caudatum MAX.
• Studies on the Constituents of Asclepiadaceae Plants. VIII. On the Components of Metaplexis japonica MAKINO. 1.
• Studies on the Constituents of Asclepiadaceae Plants. VII. Paper Chromatographic Separation of Steroidal Aglycones in Asclepiadaceae Plants.
• Studies on the Constituents of Asclepiadaceae Plants. VI. On the Components of Marsdenia tomentosa DECNE.
• Marine Sterols. XI. Polyhydroxysterols of the Soft Coral Sarcophyton glaucum : Isolation and Synthesis of 5α-Cholestane-1β, 3β, 5,6β-tetrol
• Isolation of 23-Methylcholesta-5,22-dien-3β-ol from the Soft Coral Sarcophyton glaucum
• Studies on the Constituents of Umbelliferae Plants. VI. Studies on the Constituents of Angelica edulis MIYABE. (2).
• Studies on the Constituents of Umbelliferae Plants. V. Studies on the Constituents of Angelica edulis MIYABE. (1). Isolation of Edultin.
• Studies on the Constituents of Umbelliferae Plants. XVIII. : Minor Constituents of Bupleuri Radix : Occurrence of Saikogenins, Polyhydroxysterols, a Trihydroxy C_ Fatty Acid, a Lignan and a New Chromone
• Marine Terpenes and Terpenoids. V. : Oxidation of Sarcophytol A, a Potent Anti-tumor-Promoter from the Soft Coral Sarcophyton glaucum
• Studies on Constituents of Fritillaria camtschatcensis KER-GAWLER
• Studies on the Constituents of Umbelliferae Plants. VIII. Distribution of Alkylphthalides in Umbelliferae Plants.
• Studies on the Constituents of Umbelliferae Plants. XVII. Structures of Three New Ligustilide Derivatives from Ligusticum wallichii(Organic,Chemical)
• Marine Terpenes and Terpenoids. III. Isolation and Structures of Two Cembrane Diols from the Soft Coral Sinulana mayi(Organic,Chemical)
• ヒドロブチルフタリド類の立体構造について
• Studies on the Constituents of Umbelliferae Plants. XV. Constituents of Cnidium officinale : Occurrence of Pregnenolone, Coniferylferulate and Hydroxyphthalides(Organic,Chemical)
• 16 トウキ・センキュウ中の有效成分の構造研究
• Marine Sterols. XV. Isolation of 24-Vinyloxycholesta-5,23-dien-3β-ol from the Brown Alga Sargassum thumbergii
• COMPONENTS OF CNIDIUM OFFICINALE MAKINO : OCCURRENCE OF PREGNENOLONE, CONIFERYL FERULATE, AND HYDROXYPHTHALIDES
• Studies on C-nor-D-Homosteroids. VII. Synthesis of Nitrogen-free Veratramine Derivatives
• Studies on the Constituents of Umbelliferae Plants. III. Structure of Ligustilide.
• Structures of Ikemagenin and Isoikemagenin
• Lead Tetraacetate Cleavage of 20-Hydroxyspirostans
• 9.トウキ、センキュウ中の有効成分分離の研究
• Marine Sterols. XIV. Isolation of (24S)-24-Methyl-5α-cholestane-3β, 5,6β, 25ζ, 26-pentol from the Soft Coral Sarcophyton glaucum
• The Structure of Caudatin
• Studies on the Constituents of Umbelliferae Plants. II. Isolation of the Active Principles of Ligusticum Root
• ISOLATION OF 5α, 6-DIHYDROGLAUCASTEROL, A NEW MARINE C_ STEROL WITH A 24,26-CYCLIZED SIDE CHAIN, FROM THE SOFT CORAL SARCOPHYTON GLAUCUM
• Marine Terpenes and Terpenoids. I. Structures of Four Cembrane-type Diterpenes : SarCophytol-A, Sarcophytol-A Acetate Sarcophytol-B, and Sarcophytonin-A, from the Soft Coral, Sarcophyton glaucum
• Studies of C-Nor-D-homosteroids. II. The Synthesis of C-Nor-D-homopregnane Derivatives from Steroidal Sapogenins.
• Marine Sterols. III. Synthesis of Asterosterol, a Novel C_ Sterol from Asteroids
• ISOLATION AND STRUCTURE ELUCIDATION OF NEW ALKALOIDS FROM FRITILLARIA DELAVAYI FRANCH
• Fritillarizine, a New Fritillaria Alkaloid isolated from the Aerial Part of Mature Fritillaria verticillata
• Isobaimonidine, a New Fritillaria Alkaloid from the Aerial Part of Fritillaria verticillata
• Two New Veratrum Alkaloids, Hosukinidine and Epirubijervine from Illuminated Veratrum Plant
• Studies on the Constituents of Asclepiadaceae Plants. XL. Absolute Configurations of Tomentogenin and Utendin
• Studies on the Constituents of Asclepiadaceae Plants. LXV. : The Optical Resolution of D- and L-Cymaroses
• Microbial Transformation of Steroid. I. Microbiological Hydroxylation of Diosgenin
• Biogenetic Studies on Natural Products. VII. Biosynthesis of Isoflavone in Red Clover.
• Studies on the Constituents of Asclepiadaceae Plants. LXII. The Structures of Two Glycosides, Cynafoside-A and -B, with a Novel Sugar Chain Containing a Pair of Optically Isomeric Sugars, D- and L-Cymaroses, from Cynanchum africanum R. BR.
• Studies on the Constituents of Asclepiadaceae Plants. LXI. The Structure of Cynatratoside-F from the Chinese Drug "Pai-Wei, " Dried Root of Cynanchum atratum BUNGE
• Studies on the Constituents of Asclepiadaceae Plants. LX. Further Studies on Glycosides with a Novel Sugar Chain Containing a Pair of Optically Isomeric Sugars, D- and L-Cymarose, from Cynanchum wilfordi
• Studies on the Constituents of Asclepiadaceae Plants. LIX. The Structures of Five New Glycosides from Dregea volubilis (L.) BENTH.
• Studies on the Constituents of Asclepiadaceae Plants. LVIII. The Structures of Five Glycosides, Cynatratoside-A, -B, -C, -D, and -E, from the Chinese Drug "Pai-Wei, " Cynanchum atratum BUNGE
• Studies on the Constituents of Asclepiadaceae Plants. LVI. Isolation of New Antitumor-Active Glycosides from Dregea volubilis (L.) BENTH.
• Studies on the Constituents of Asclepiadaceae Plants. LV. The Structures of Three New Glycosides, Glaucoside-H, -I, and -J from the Chinese Drug "Pai-ch'ien, "Cynanchum glaucescens HAND-MAZZ
• Studies on the Constituents of Asclepiadaceae Plants. LI. Oxidation at the 18-Methyl Group of C/D-cis-Pregnane Type Steroids and ^C-Nuclear Magnetic Resonance Spectra of 18-Oxygenated Pregnanes and Related Compounds
• Studies on the Constituents of Asclepiadaceae Plants. L. Two New Oligoglycosides, Cynanchoside C_2 and Cynanchoside C_1,from Cynanchum caudatum MAX.
• Syntheses of Steroids having a Bakkenolide-Type Spirolactone Ring. I. Synthesis of 4'-Methylenedihydrospiro-[5α-cholestane-3,3'(2'H)-furan]-2'-one
• Marine Terpenes and Terpenoids. II. Structures of Three Cembrane-type Diterpenes, Sarcophytol-C, Sarcophytol-D, and Sarcophytol-E, from the Soft Coral, Sarcophyton glaucun Q. et. G
• Studies on the Constituents of Asclepiadaceae Plants. XLVIII. 5α, 6α-Epoxycaudatin, a New Polyoxypregnane Derivative from Cynanchum caudatum MAX.
• Studies on the Constituents of Asclepiadaceae Plants. XLVII. Acyl Migration of Polyoxypregnane Derivatives
• Studies on the Constituents of Asclepiadaceae Plants. XLVI. Aglycones form Stephanotis japonica MAKINO
• Cynanchoside C_2,a New Steroidal Oligoglycoside from Cynanchum caudatum MAX. : Applycation of ^C-NMR Spectroscopy to the Structural Elucidation of Plant Glycosides
• Studies on the Constituents of Asclepiadaceae Plants. XLIV. Components of Cynanchum caudatum MAX. Structure of 20-O-Cinnamoylsarcostin, 12-O-Cinnamoylikemagenol and 20-O-Cinnamoylikemagenol
• Structure of Stephanthraniline A
• Studies on the Constituents of Asclepiadaceae Plants. XLIII. Component of Marsdenia tomentosa DECNE. Structure of Tomentomin
• Studies on the Constituents of Asclepiadaceae Plants. XLII. Component of Marsdenia tomentosa DECNE. Structure of 12β-O-Acetyltomentogenin and Hypothetical Biogenetic Pathway of Polyoxypregnanes in M. tomentosa
• Studies on the Constituents of Asclepiadaceae Plants. XLI. Component of Cynanchum caudatum MAX. Structure of Glycopenupogenin
• Studies on the Constituents of Asclepiadaceae Plants. XXXIX. Component of Marsdenia tomentosa DECNE : Structure of Deacetyldehydrotomentodin, 20-O-Acetylpenupogenin, Deacetylkidjoladinin, and Kidjoladinin
• Studies on the Constituents of Asclepiadaceae Plants. XXXVIII. Component of Cynanchum caudatum MAX. Structure of Glycocaudatin
• Constituents of Asclepiadaceae Plants. XXXVII. Component of Marsdenia tomentosa DECNE : Structure of Deacetyltomentosin and Tomentidin
• Studies on the Constituents of Asclepiadaceae Plants. XXXVI. Component of Marsdenia tomentosa DECNE : Structure of Tomentonin, Tomentodin, and Dehydrotomentosin and Difference in the Reactivity between Utendin and Tomentogenin Diesters on Mild Alkaline Hy
• Constituents of Asclepiadaceae Plants. XXXV. Component of Marsdenia tomentosa DECNE. Structure of Tomentin and Dehydrotomentin
• Studies on the Constituents of Asclepiadaceae Plants. XXXIV. Chemistry of Sarcostin
• Constituents of Asclepiadaceae Plants. XXXIII. Component of Marsdenia tomentosa DECNE. Structure of Tomentosin
• Studies on the Constituents of Asclepiadaceae Plants. XXXII. : Aglycones from Cynanchum wilfordi HEMSLEY
• Constituents of Asclepiadaceae Plants. XXXI. Component of Stapelia grandiflora MASS
• Synthesis of Bakkenolide A
• The Structure and Internal Acyl Migration of Gagaminin
• On the Tentative Structure of Wilforine
• On the Structure of Kidjolanin and the Position of the Esterlinkage of Penupogenin
• Integerrimine from Cacalia hastata L. subsp. orientalis KITAMURA
• Synthesis of a Heterocyclic Ring Steroid Rearrangements of C-nor-steroid
• Studies on the Constituents of Asclepiadaceae Plants. XXIX. Mass Spectra of C/D cis Pregnane Derivatives
• Constituents of Rhodea japonica ROTH
• Components of Adonis Plants
• Studies on the Constituents of the Asclepiadaceae Plants. XXVIII. Components of Asclepias syriaca L.
• Studies on the Constituents of Asclepiadaceae Plants. XXVI. Isolation of a New Glycoside from Dreges volubilia (L.) BENTH.
• Studies on the Constituents of Asclepiadaceae Plants. XXIV. Structure of Stephanol
• Isolation and Structures of New Pregnane Derivatives from Adonis amurensis REGEL et RADD
• Polyphosphoric Acid-catalyzed Beckmann Rearrangement of 3-Keto-steroid Oximes
• Synthesis of 14β-Pregnanes. II. Nuclear Magnetic Resonance Sepctroscopic Evidence for the Conformation of the C-Rings in C/D cis-11β, 12β-Oxygenated Pregnanes

もっと見る 閉じる

スポンサーリンク