Tryptophan metabolism = トリプトファン代謝 : a Tanabe Amino Acid Research Foundation symposium  vol. 1

田辺アミノ酸研究基金トリプトファン代謝シンポジウム委員会 編

[目次]

• Contents
• Chairman's Opening Address K.ICHIHARA / 1
• Introduction-Historical Aspect of Studies on Tryptophan Metabolism in Japan- K.ICHIHARA / 2
• PART ONE
• A.TRYPTOPHAN PYRROLASE
• Studies on the Activation and Mechanism of Catalysis of Tryptophan Pyrrolase P.FEIGELSON,Y.ISHIMURA AND O.HAYAISHI / 19
• Tryptophan Pyrrolase in the Liver of Tumor-Bearing Animals Y.YAMAMURA / 37
• Purification of Liver Tryptophan Pyrrolase N.ITOU,T.MORIYAMA,Y.MATSUOKA,S.TANABE AND I.MORIKAWA / 49
• A Proposed Mechanism for Tryptophan Pyrrolase Activation T.TANAKA / 53
• Activation of Liver Tryptophan Pyrrolase by Cytochrome b5 and Lipids Isolated from Liver Microsomes T.KAWACHI,Y.HIRATA AND S.FUJII / 55
• Enzymic Formation of D-Kynurenine from D-Tryptophan in Rabbit Intestine S.YAMAMOTO / 59
• Effect of Stress on Tryptophan Pyrrolase in Rat Liver J.NOMURA,K.NAKAZAWA AND N.HATOTANI / 66
• Discussion
• O.HAYAISHI,P.FEIGELSON,T.TANAKA,M.SUDA,K.ICHIHARA / 67
• B.TRYPTOPHANASE
• Historical Review of Tryptophanase H.WADA / 77
• Enzymatic Oxidation of Indole H.WADA / 93
• PART TWO
• KYNURENINE,KYNURENIC ACID AND XANTHURENIC ACID
• Studies on Tryptophan Metabolism Y.KOTAKE,JR. / 101
• Metabolic Pathway of Kynurenic Acid in Pseudomonas S.KUNO / 116
• Metabolism of Kynurenic Acid,Xanthurenic Acid and Quinaldic Acid in Mammals J.M.PRICE / 133
• Metabolism of Kynurenic Acid by Pseudomonas T.TANAKA / 143
• 5-Hydroxykynuramine(Mausamine) K.MAKINO,Y.JOH AND F.HASEGAWA / 144
• Occurrence of 3-Methoxyanthranilic Acid in Normal Human Urine R.KIDO / 156
• Discussion
• T.TANAKA,S.KUNO / 160
• PART THREE
• NICOTINIC ACID,PICOLINIC ACID AND ANTHRANILIC ACID
• Metabolism of the Benzene Ring of Tryptophan and Biosynthesis of Nicotinamide Adenine Dinucleotidein Mammalian Tissues Y.NISHIZUKA / 165
• Metabolic Studies with Nicotinylalanine J.M.PRICE / 197
• Nicotinic Acid Metabolism of Mycobacteria K.KONNO / 205
• Anthranilate Oxidase A.ICHIHARA / 213
• The Enzymatic Conversion of Quinolinate to Nicotinic Acid Mononucleotide in Mammalian Liver I.UEDA / 220
• Discussion
• Y.NISHIZUKA,K.MAKINO,I.UEDA,T.SUZUKI / 223
• PART FOUR
• SURVEY OF TRYPTOPHAN METABOLISM
• Tryptophan Metabolism in Human Subjects J.M.PRICE / 227
• Metabolic Changes in the Early Stages of Tryptophan Imbalance in Rats K.ASHIDA,K.NAKANO AND A.YOSHIDA / 248
• Regulation of Tryptophan Pyrrolase Activity in Mammalian Liver T.SHIMAZU / 262
• Studies on Indole Hydroxylase Y.SAKAMOTO / 276
• Halogen Reactions of Tryptophan H.WADA / 283
• Chairman's Closing Address K.ICHIHARA / 290
• AUTHOR INDEX / 291

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