Results 271 to 280 of about 265,421 (313)

Dietary Protein and Renal Failure

New England Journal of Medicine, 1965
IT is the accepted method of treatment in acute renal failure and in acute exacerbations of chronic failure to place the patient on a protein-free regimen that includes a daily intake of at least 1...
Enrique Carvajal, Maurice A. Pearl, Brian H. McCracken   +2 more
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Role of Dietary Proteins in Sports

International Journal for Vitamin and Nutrition Research, 2011
The previously separate dietary protein recommendations for strength and endurance athletes are no longer supported, and the daily intake for adult athletes suggested by most of the entities is about 1.5 g · kg- 1 body mass with a range of perhaps 1.0 to 2.0 g · kg- 1 body mass.
Samuel Mettler, Paolo C. Colombani
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Digestion and Absorption of Dietary Protein

Annual Review of Medicine, 1990
Dietary protein is normally assimilated in an efficient manner following the action of gastrointestinal proteases. A number of pathological conditions can alter this process, with deleterious nutritional consequences.
Roger H. Erickson, Young Sam Kim
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Dietary Protein Deficiency.

Annals of Internal Medicine, 1966
Excerpt Recent work on the constitution of protein molecules in the field of macromolecular biology and genetics emphasizes the dependence of life and reproduction on the orderly arrangement of ami...
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The role of dietary protein in obesity

Reviews in Endocrine and Metabolic Disorders, 2020
Protein-rich diets are surging in popularity for weight loss. An increase in diet-induced thermogenesis, better preservation of fat-free mass, and enhanced satiety with greater dietary protein intakes may lead to increased energy expenditure and decreased energy intake; and thus promote a more negative energy balance that facilitates weight loss ...
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Dietary protein and lead retention

Environmental Research, 1978
The effects of dietary protein content on lead retention were studied in young rats. In experiments lasting between 3 and 6 weeks, rats given diets containing lead and 20% casein were fed ad libitum or were pair fed with rats given diets containing 6.5 or 7.5% casein. Among rats given 20% casein, lead retention was inversely related to growth rate.
E. Morrison, J. Quarterman, J.N. Morrison, W.R. Humphries   +3 more
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Dietary protein and DDT toxicity

Bulletin of Environmental Contamination and Toxicology, 1969
Albino rats fed for 28 days from weaning on diets containing progressively smaller percentages of casein become progressively more susceptible to the lethal effects of single toxic oral doses of DDT than are rats fed normal amounts of dietary casein (27%). When the amount of casein in the diet is increased to 81%, the LD50 also declines.
Eldon M. Boyd, C. J. Krijnen
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Dietary Protein and Experimental Carcinogenesis

1986
This review summarizes selected information about the influence of proteins, protein-fat interactions, and calorie intake on carcinogenesis. Most of the definitive studies concerning protein and cancer have utilized protein underfeeding and feed restriction.
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Dietary Protein for Muscle Hypertrophy

2013
Skeletal muscle hypertrophy is a beneficial adaptation for many individuals. The metabolic basis for muscle hypertrophy is the balance between the rates of muscle protein synthesis (MPS) and muscle protein breakdown (MPB), i.e. net muscle protein balance (NMPB = MPS - MPB). Resistance exercise potentiates the response of muscle to protein ingestion for
Stuart M. Phillips, Kevin D. Tipton
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Dietary Protein and Renal Failure

Annals of Internal Medicine, 1984
Excerpt To the editor: Different concepts of glomerulonephritis, fashionable for differing periods without providing a basis for changing treatment, were discussed recently by Bertan and Remuzzi (1...
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