1972•The Indian Journal of Nutrition and DieteticsRequires access

In Vivo Studies on Protein Biosynthesis and Effect of Reduced Glutathione in Thiamine Deficient Rats

V. I. Pandit, CHITTA HARAN CHAKRABARTI

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Abstract

In vitro incorporation studies with labelled amino acid showed that the protein biosynthesis was affected in thiamine, riboflavin and pyridoxine deficient rats. Since studies on the in vivo incorporation of labelled amino acid into protein and its connection with protein biosynthesis in thiamine deficient rats are merging, it was thought worthwhile to study the in vivo incorporation of labelled amino acid with respect to microsomal protein as well as total liver protein during the progressive development of thiamine deficiency in rats.

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In vitro incorporation studies with labelled amino acid showed that the protein biosynthesis was affected in thiamine, riboflavin and pyridoxine deficient rats. Since studies on the in vivo incorporation of labelled amino acid into protein and its connection with protein biosynthesis in thiamine deficient rats are merging, it was thought worthwhile to study the in vivo incorporation of labelled amino acid with respect to microsomal protein as well as total liver protein during the progressive development of thiamine deficiency in rats.

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Available abstract

In vitro incorporation studies with labelled amino acid showed that the protein biosynthesis was affected in thiamine, riboflavin and pyridoxine deficient rats. Since studies on the in vivo incorporation of labelled amino acid into protein and its connection with protein biosynthesis in thiamine deficient rats are merging, it was thought worthwhile to study the in vivo incorporation of labelled amino acid with respect to microsomal protein as well as total liver protein during the progressive development of thiamine deficiency in rats.

Key concepts: Thiamine, In vivo, Riboflavin, Pyridoxine, Biosynthesis, Biochemistry, Amino acid, Protein biosynthesis

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