Nutritional and acid-base aspects of amino acid metabolism : 7th International Ammoniagenesis Workshop, Galway, May 20-23, 1996
著者
書誌事項
Nutritional and acid-base aspects of amino acid metabolism : 7th International Ammoniagenesis Workshop, Galway, May 20-23, 1996
（Contributions to nephrology, vol. 121）
Karger, c1997
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注記
Includes bibliographical references and indexes
内容説明・目次
内容説明
This volume of Contributions to Nephrology is comprised of papers presented at the 7th International Ammoniagenesis Workshop. The presentations are organized into sections dealing with ammonia-forming enzymes, molecular biological aspects of glutamine metabolism metabolic alterations in acidosis, kidney and brain metabolism of glutamine and other amino acids, hepatic amino acid metabolism, renal utilization of various nitrogenous substances, and interorgan metabolism of ammonia and other substrates. With contributions from leading researchers, this book is a valuable update for scientists working or interested in the field.
目次
- Part 1 Ammonia-forming enzymes: roles of hetero-enzyme complexes in acid-base balance, L.A. Fahien et al
- soluble and membrane-bound forms of phosphate-activated glutaminase with different kinetic characteristics in pig and rat kidney mitochondria, B. Roberg et al
- the increase in glutamine synthesis from glucose caused by ammonium chloride in rabbit kidney tubules does not involve an increase in citrate synthesis, M.-F. Chauvin et al. Part 2 Molecular biological aspects of glutamine metabolism: stimulation of phosphoenolpyruvate carboxykinase gene expression in cultured LLC-PK1-F+ cells, K. Drewnowska et al
- a novel Na+-dependent amino acid transporter with a high affinity to glutamine, H. Endou et al
- effect of K+ depletion on glutamate dehydrogenase, S. Sastrasinh et al
- characterization of the hepatic glutaminase promoter, M.-I. Chung-Bok and M. Watford. Part 3 Metabolic alterations in acidosis: ensuring a minimum urine flow rate during water deprivation in chronic fasting, M.L. Halperin et al
- role of adrenal steroids in stimulating ammonium excretion during acute metabolic acidosis, P.J. Nolan et al
- mechanism(s) regulating matrix pH in rat kidney mitochondria, K. Drewnowska and A.C. Schoolwerth. Part 4 Kidney and brain metabolism of glutamine and other amino acids: an overview of mitochondrial glutamine transport and phosphate-activated glutaminase in the kidney, E. Kvamme et al
- renal homocysteine metabolism, J.D. House et al
- metabolic requirement for inorganic phosphate by renal proximal tubules - influence upon "L"-glutamine metabolism, M.C. Chobanian et al. Part 5 Hepatic amino acid metabolism: hippurate as a source of renal and hepatic ammoniagenesis in different species, M. Malyusz et al
- regulation of hepatic protein degradation, E.F.C. Biommaart et al
- no increase of ornithine concentration in the liver of ornithine transcarbamylase-deficient spf-ash mice following intraperitoneal injection of ammonium chloride, T. Saheki et al
- nitrogen metabolism in ammonium chloride-supplemented rats during protein depletion, A.L. Lardner and D.J. O'Donovan. Part 6 Renal utilization of various nitrogenous substances: how does the kidney handle plasma polyamines?, M.E. Brosnan et al
- oxidation of glutamine in cancer cells and regeneration of adenylates via adenylosuccinate synthetase, Z. Kovacevic et al
- leucine metabolism and protein dynamics in the human kidney, G. Garibotto et al. Part 7 Interorgan metabolism of ammonia and other substrates: defective glycolysis and catabolism of protein and amino acids in skeletal muscle during metabolic acidosis, A. Bevington and J. Walls
- incorporation of 15N-labelled precursors into urea isotopomers, J.T. Brosnan et al
- RT-PCR localization of phosphoenolpyruvate carboxykinase in the proximal tubule of the rat during metabolic acidosis, M.R. Craig et al.
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