1956
DOI: 10.1128/jb.72.5.624-627.1956
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INFLUENCE OF SALMONELLA PULLORUM INFECTION ON VARIOUS LIVER TRICARBOXYLIC ACID ENZYMES AND CITRATE LEVELS IN THE CHICK

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Cited by 12 publications
(1 citation statement)
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“…The complexity of the metabolism of nitrogen in animals makes the understanding of the mode of action of cortisone a difficult one. The changes in nitrogen metabolism consequent to cortisone treatment, as reflected by increased nitrogen excretion and gluconeogenesis, may be secondary to changes in carbohydrate metabolism, particularly at the tricarboxylic acid cycle level (Gilfillan et al, 1956). It is at this level that the glycogenic amino acids are converted to glucose after deamination and transformation to smaller intermediate compounds.…”
Section: ]mentioning
confidence: 99%
“…The complexity of the metabolism of nitrogen in animals makes the understanding of the mode of action of cortisone a difficult one. The changes in nitrogen metabolism consequent to cortisone treatment, as reflected by increased nitrogen excretion and gluconeogenesis, may be secondary to changes in carbohydrate metabolism, particularly at the tricarboxylic acid cycle level (Gilfillan et al, 1956). It is at this level that the glycogenic amino acids are converted to glucose after deamination and transformation to smaller intermediate compounds.…”
Section: ]mentioning
confidence: 99%