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protein-energy malnutrition/prolinas

Nuoroda įrašoma į mainų sritį
StraipsniaiKlinikiniai tyrimaiPatentai
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A study of L-proline transport in experimntal protein-calorie malnutrition in rats by everted SAC technique.

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Porcine placenta mitigates protein-energy malnutrition-induced fatigue.

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OBJECTIVE Fatigue can be caused by a deficiency of nutrition or immune function. The goal of this study was to identify the effects of porcine placenta extract (PPE) and its constituents, amino acids (glutamic acid, glycine, arginine, and proline), on protein-energy malnutrition (PEM)-induced

Protein-energy malnutrition in rats during pregnancy modifies the effects of caffeine on fetal bones.

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The mandibles and long bones of newborn rats were analyzed for the effects of maternal caffeine consumption and protein-energy malnutrition. On d 13 of gestation, dams were randomly picked and divided into four groups. Group 1 received a 20% protein diet ad libitum. Group 2 was pair-fed with group 1

The effect of protein-energy malnutrition on the development of bones in newborn rats.

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Collagen synthesis, 45Ca uptake, and the half-life of 45Ca in mandibles and long bones of rat pups suckled on dams fed 25 or 6% protein diets were determined. Collagen synthesis in both mandibles and long bones was impaired in the malnourished group at an early age. Protein-energy malnutrition
Eight plasma proteins, four anthropometric measurements, and 21 amino acids were measured in 24 fasting patients before surgery. A matrix of partial correlation coefficients, correcting for age and height, showed many correlations including several between biochemical and anthropometric data such as

Differential absorption of zinc and low-molecular-weight ligands in the rat gut in protein-energy malnutrition.

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The differences in zinc absorption in the presence of four low-molecular-weight ligands in the jejunum, ileum and colon of protein-energy malnourished juvenile rats (M), and their controls (C) were investigated. An in vivo perfusion procedure was applied to vascularly intact segments of the three

Mild-to-moderate malnutrition and small intestine of young rhesus monkeys.

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The effect of severe malnutrition and protein deficiency on small intestine has been documented, but the literature on the effect of mild-to-moderate protein-energy malnutrition (PEM) on small intestine is scant. Mild-to-moderate PEM is most prevalent in India. Twenty-four young rhesus monkeys

Differential effects of collagen in oral tissues and skin by protein-energy malnourished newborn rats and lactating dams.

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Effects of protein-energy malnutrition were studied in newborn rats and their dams. Upon delivery, dams received 6%, 12% or 20% protein diets. At Day 15 pups received 14C(U)-proline. The posterior tongue, hard palatal mucosa, soft palatal mucosa and skin were analyzed for collagen and counts
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