Biochemical Changes in Tissues during Infectious Illness: Bioenergetics of Infection and Exercise.
Abstract
Partial contents: Forced Exercise at Various Stages on an S. typhimurium Infection: Effect on Growth and Energy Metabolism; Forced Exercise and S. typhimurium: Effect of Prior Training; Forced Exercise and S. typhimurium: Effect of Prior Training; Forced Exercise and S. typhimurium: Rate of Metabolic Response to Forced Exercise; Development of Biochemical Methods; Demonstration of the Importance of Stage of Disease Cycle and Virulence of the Infection; Effect of Dietary Protein on Infectious Illness; Relation of Clinical Symptoms to Biochemical Changes in Liver; Biorhythms; The Free Amino Acid Pools and Infectious Illness; The Effect of Infectious Illness on Serum Copper, Zinc, Cholesterol and Carotenoids; The Effect of Infectious Illness on Protein Synthesis in Cardiac Tissue; Interaction of Lighting Regimen and Infectious Illness: Effect on Hepatic Protein Metabolism; Effect of Lighting Regimen on Diurnal Distribution of Amino Acids Between Blood Cells and Plasma; Effect of Lighting Regimen on Diurnal Aspects of Protein Metabolism in Heart, Intestine, Pancreas and Liver; Dynamics of Energy Components of Serum, Liver, Heart, Pancreas, Intestine, Spleen and Muscle; Energy Costs of a Tuberculosis Infection; Energy Costs of Infectious Illness and Exercise; and Effects of Interactions of Infectious Illness, Exercise and Diet on Physical Well-Being.
Document Details
- Document Type
- Technical Report
- Publication Date
- May 01, 1982
- Accession Number
- ADA126308
Entities
People
- Robert L. Squibb
Organizations
- Rutgers University–New Brunswick