FLAVINS IN CHICK EMBRYO
スポンサーリンク
概要
- 論文の詳細を見る
During incubation of fertilized hen egg, flavin in egg white migrated into the embryo. The total amount of flavins in the embryo increased with development. On the 7th day of incubation, molar ratio of riboflavin and flavin nucleotides in the embryo was already similar to that of animal tissues. Even though appreciable amounts of FMN and FAD were found in egg white, flavin nucleotides found in the embryo in its early embryonic life cannot be simply ascribed to the migration of these nucleotides originally present in egg white, because egg yolk contains no appreciable amount of flavin nucleotides; the possibility that flavin nucleotides are synthesized from riboflavin in the embryo in its early embryonic life still exists.
- 財団法人 学会誌刊行センターの論文
著者
-
八木 国夫
Institute of Biochemistry, Faculty of Medicine, University of Nagoya
-
長瀬 文彦
Institute of Biochemistry, Faculty of Medicine, University of Nagoya
関連論文
- STUDIES ON MYOINOSITOL : X. EFFECTS OF CAFFEINE AND THEOPHYLLINE ON INCORPORATION OF MYOINOSITOL INTO PHOSPHATIDYLINOSITOL IN RAT LIVER HOMOGENATE
- FLAVINS IN DEVELOPING CHICK BRAIN
- FLAVINS IN CHICK EMBRYO
- Studies on Myoinositol : VII. Removal of Deposited Fats from Dietary Fatty Liver
- Studies on Fatty Acid Esters of Flavins : VI. Incorporation of Riboflavin Part of Riboflavin Tetrabutyrate-2-14C into Flavin Nucleotides in the Organs of Rat
- Studies on Fatty Acid Esters of Flavins : VII. Reaction of Riboflavin Tetrabutyrate with Linoleic Acid under Ultra Violet Light Irradiation
- STUDIES ON FATTY ACID ESTERS OF FLAVINS:III. NUTRITIONAL AND ARIBOFLAVINOSIS-CURING EFFECTS
- Direct Incorporation of Orally Administered Riboflavin Tetranicotinate into Portal Blood of Rabbit
- Studies on Riboflavin Tetranicotinate:I. Its Synthesis and Physicochemical Properties
- Studies on Myoinositol:IV. Effect of Myoinositol on the Cholesterol Metabolism of Rats Suffering from Experimental Fatty Liver
- Retardation of Microsomal Protein Synthesis in Rat Liver due to Induction of Handler's Experimental Fatty Liver
- Direct Absorption of Riboflavin Tetrabutyrate through Digestive Canal
- STUDIES ON MYOINOSITOL:III. ON THE GROWTH PROMOTING AND LIPOTROPIC ACTION OF SOME FATTY ACID ESTERS OF MYOINOSITOL
- Studies on Myoinositol:V. Effect of Myoinositol on the Prevention of Fatty Liver Induced by Orotic Acid
- Studies on Myoinositol:VI. Effect of Myoinositol on Plasma Lipoprotein Metabolism of Rats Suffering from Fatty Liver
- Studies on Riboflavin Tetranicotinate:II. Some Physiological and Pharmacological Tests
- Studies on Riboflavin Tetranicotinate:III. Effect of Riboflavin Tetranicotinate on the Hepatic and the Serum Lipoperoxide Level of Rats Suffering From Fatty Liver
- Studies on Myoinositol:VIII. The Incorporation of 3H-Myoinositol into Phosphatidyl-inositol of Fatty Liver
- STUDIES ON FATTY ACID ESTERS OF FLAVINS:V. CRYSTALLIZATION OF RIBOFLAVIN TETRABUTYRATE AND ITS PHYSICOCHEMICAL PROPERTIES
- Enzymic Hydrolysis of Flavin Mononucleotide 2′, 3′-Dibutyrate
- STUDIES ON FATTY ACID ESTERS OF FLAVINS:IV. FATE OF INJECTED FATTY ACID ESTERS OF RIBOFLAVIN IN RABBITS
- STUDIES ON MYOINOSITOL:II. POSSIBLE ROLE OF DIETARY MYOINOSITOL ON THE GROWTH PROMOTION OF YOUNG RATS
- Effect of Myoinositol on Skin Cholesterol Levels in Rats Maintained on a Low Protein, Myoinositol Deficient Diet
- Effect of Chlortetracycline to Cause Deficiency of Flavins
- STUDIES ON MYO-INOSITOL:I. EFFECT ON THE GROWTH OF RATS
- Separating Determination of Flavins using Thin Layer Chromatography
- Studies on Fatty Acid Esters of Flavins:VIII. Mechanism of Hydrolysis of Riboflavin Tetrabutyrate by Pancreatic Lipase