Vitamin B6 biosynthesis and nucleoside effect in the resting cell system of Flavobacterium sp. 238-7.

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概要

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• As one of the attempts to find clues on precursors or intermediates of the vitamin B6 biosynthetic pathway, the resting cell system of Flavobacterium sp. 238-7, a bacterium producing a high amount of the vitamin, was employed. Among various compounds tested as an additive to the reaction mixture, L-glutamate and nucleoside derivatives increased the formation of vitamin B6, respectively. The possible mech anism of the participation of these compounds in vitamin B6 biosynthesis is discussed. The identification of vitamin B6 formed in the reaction mixture was done using column chromatography.

• 財団法人 学会誌刊行センターの論文

著者

• 谷 吉樹

  Department of Agricultural Chemistry, Kyoto University

• 緒方 浩一

  Department of Agricultural Chemistry, Kyoto University

• 和泉 好計

  Department of Agricultural Chemistry, Kyoto University

• 桂樹 徹

  Department of Agricultural Chemistry, Kyoto University

• 森田 初恵

  Department of Agricultural Chemistry, Kyoto University

関連論文

• Studies on Transglycosidation to Vitamin B6 by Microorganisms : VII. Transport of Pyridoxine Glucoside into Rabbit Erythrocytes
• Properties of Pyridoxine Glucoside
• Studies on Transglycosidation to Vitamin B6 by Microorganisms : III. Distribution of Activity of Pyridoxine Glucoside Formation in Microorganisms
• Studies on Transglycosidation to Vitamin B6 by Microorganisms:I. Formation of a New Vitamin B6 Derivative, Pyridoxine Glucoside, by Sarcina lutea
• Vitamin B6 biosynthesis and nucleoside effect in the resting cell system of Flavobacterium sp. 238-7.
• Reinvestigation of compounds X, a suspected biotin intermediate: Identification of N-formyl derivatives of biotin and dethiobiotin.
• Studies on Transglycosidation to Vitamin B6 by Microorganisms:II. Chemical Structure of Pyridoxine Glucoside

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