Sarcopenia Clinical Trial
Official title:
Effect of Technological Processes on Nutritional Quality of Meat Proteins
This project aims to assess the impact of technological processes of meat, as cooking conditions, on amino acid bioavailability and protein metabolism. The hypothesis is that, even if meat is considered as a good provider of fast proteins and so could be useful to prevent sarcopenia in aged people, the manner it is cooked can change its digestion rate and amino acids bioavailability for muscle synthesis.
Beef meat, whose proteins were intrinsically labelled with 15 N, was previously obtained by
infusing 15N ammonium sulphate during 50 days in the rumen of an heifer. Two different
cooking conditions have been applied to this meat (5 min at 55°C vs 30 min at 90°C). Ten
healthy elderly volunteers will test each processed meat according to a cross-over design,
during 2 different metabolic studies separated by at least 2 weeks. Volunteers will be
submitted to a diet controlled for its protein content, for 4 days (1.2 g protein/kg/day)
before each metabolic investigation.
On the 2 days of metabolic investigations, after an overnight fast, blood samples will be
collected for basal measurements. Then the subjects will be perfused with L-[1-13C] leucine
for 9h30 hours, during which expired gas and blood samples will be regularly taken, and CO2
production measured. The volunteers will be asked to eat a 130 g beef meat 2.5h after the
onset of the perfusion. Isotopic enrichments in expired gas, in plasma alpha-cetoiscaproate
and in free leucine will be measured to determine whole body amino acids fluxes (oxidation,
protein synthesis and proteolysis). 15N enrichments of leucine will allow splanchnic
extraction measurement.
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Allocation: Randomized, Intervention Model: Crossover Assignment, Masking: Open Label, Primary Purpose: Prevention
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