Absorption and Utilization of Amino Acids: Volume IContaining 45 papers written by outstanding international authors from 14 countries, this three-volume compendium brings together the elements needed to understand the factors which influence the utilization of amino acids. The wide-ranging topics include descriptions of metabolic pathways and mechanisms of the biological utilization of amino acids, as well as factors that influence amino acid bioavailability in enteral and parenteral nutrition. The use of amino acids to improve the quality and safety of the diet is presented. Also discussed are amino acid precursors of biogenic amines and the role of amino acids in atherosclerosis, cancer, and immunity. Scientists from many disciplines will benefit from this broad overview. |
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المحتوى
| 15 | |
Efficiency of Utilization of Amino Acids | 31 |
Regulation of Intestinal Amino Acid Transport | 57 |
Measurement of Protein Synthesis in Animal Tissue In Vivo | 69 |
Carbon11 Labeled Amino Acid Analogs as Imaging Agents for In Vivo Study of Amino Acid Transport in Tumors and Organ Systems | 81 |
Absorption and Metabolism of Amino Acids Studied In Vitro In Vivo and with Computer Simulations | 93 |
Methionine Homocysteine CysteineMetabolic Interrelationships | 157 |
HistidineMethionine Metabolic Interrelationships | 189 |
Taurine in Biology and Nutrition | 199 |
Interactions among Leucine Isoleucine and Valine with Special Reference to the BranchedChain Amino Acid Antagonism | 229 |
Index | 245 |
طبعات أخرى - عرض جميع المقتطفات
عبارات ومصطلحات مألوفة
absorption accumulation activity addition amino acid transport amounts animals appears BCAA Biochem Biol blood body brain calculated cells changes Chem compared concentration constant cysteine decreased deficiency dependent determined diet dietary effect efficiency energy enzyme essential amino acids estimates excesses experiments feeding Figure function glucose growing growth higher homocysteine human important incorporation increased indicated individual infants infusion intake intestinal jejunum labeled leucine levels limiting liver maintenance measured mechanism membrane metabolism methionine methyl muscle needs nitrogen normal Nutr nutrient nutrition observed oxidation pathway patients perfused Physiol pigs plasma pool presented production protein synthesis ratio rats reaction recently regulation relative requirements response role showed shown similar small intestine specific steady stimulation studies suggested supplementation Table taurine technique tissue transport uptake utilization valine values vitro vivo weight
