[Studies on the metabolism of nicotinamide coenzymes after whole body irradiation. 3. Synthesis of NAD and its precursors in isolated perfused liver].
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Animals↗
Biomedical subjects
G B Gerber
Publications and source records attributed to G B Gerber.
Proteolytic activity in isolated perfused liver of normal and x-irradiated rats.
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Animals↗
[Disintegration of partly denatured albumin in the isolated perfused intestine of normal and irradiated rats].
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Albumins↗
Nucleoside aminohydrolase, an enzyme involved in the degradation of deoxycytidine.
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Aminohydrolases↗
Synthesis of NAD and catabolism of nicotinic acid in the isolated perfused liver of normal and X-irradiated rat.
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Animals↗
Histone-DNA ratio in lymphoid organs and liver after irradiation.
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Animals↗
[Metabolism of nicotinamide coenzymes following total-body irradiation. I. Catabolism of NAD and excretion of its metabolites].
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Animals↗
[Studies on the metabolism of tryptophan in normal and irradiated isolated perfused organs. I. Tryptophan catabolism by the isolated perfused rat liver].
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Animals↗
[Studies of urea metabolism in the gastrointestinal syndrome after whole body irradiation].
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Animals↗
Mechanism of deoxycytidinuria in irradiated mice and rats.
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Animals↗
Catabolism of tryptophan by the isolated, perfused liver and intestine.
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Animals↗
Uptake of labelled DNA by isolated perfused organs.
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Animals↗
Catabolism of serum proteins after x-irradiation.
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Alpha-Globulins↗
[Incorporation of C14- and H3-tryptophan into different serum proteins through the perfused isolated normal and irradiated liver].
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Alanine↗
The determination of nicotinuric acid by means of the azlactone reaction.
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Animals↗
Studies on detoxication in the isolated perfused liver. 3. Synthesis and conjugation of bile acids.
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Animals↗
DNA metabolism in perfused organs. II. Incorporation into DNA and catabolism of thymidine at different levels of substrate by normal and x-irradiated liver and intestine.
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Aminoisobutyric Acids↗
Incorporation of acetate-1-14C into lipids by the perfused liver of normal, X-irradiated, or partially hepatectomized rats.
In order to study lipid metabolism in the liver without interference due to transport from and to the liver the isolated livers of normal, X-irradiated, and partially hepatectomized rats were perfused with acetate-1-(14)C and the distribution of radioactivity in total lipids, total fatty acids, individual lipids, and fatty acids of individual lipids was determined. In X-irradiated animals, an increased incorporation of acetate into many lipids, particularly into cholesterol, was observed. Lipids in the liver of the partially hepatectomized rats exhibited a marked increase in triglyceride content together with a decreased rate of incorporation into all but the phospholipid fractions. It is concluded that the increase usually observed in lipid pontent of the regenerating liver is due to the changes in transcort rather than to changes in synthesis. The changes observed in irradiated liver could be the result of alterations in the metabolism of precursors common to most lipids.
Acetates↗