View clinical trials related to Malnutrition; Protein.
Filter by:The study will be conducted in a group of obese sarcopenic patients (Sarco-Ob) aged > 60 years on moderately hypocaloric diet therapy aimed at comparing the effect of a strength exercise protocol, combined or not with dietary supplementation with amino acids, on physical performance, muscle strength, body composition, muscle oxidative metabolism, and biomarkers of sarcopenia. The supplementation study will be conducted in a double-blind manner.
Dietary protein intake of adequate quality is essential for human health. Traditional animal source foods play a key role in providing high quality protein but are associated with a high burden on the environment. Therefore, viable alternative protein sources are needed to be able to meet human nutritional needs for the rapidly increasing world population, while keeping food production within the planetary boundaries. T. molitor (Yellow Mealworm larvae) is a sustainably produced and commercially available edible insect, which contains a high quantity of protein with a favorable amino acid profile. Protein quality evaluation considers the amino acid composition as well as the ileal digestibility of the food's individual amino acids, to assess if human dietary requirements for essential amino acids can be met by the protein source. The present study will measure the digestibility of essential amino acids from T. molitor with a minimally invasive dual stable isotope tracer method that follows a plateau-fed test meal protocol. T. molitor will be intrinsically labelled with the stable isotope deuterium (2H), which will be given along with a reference amino acid mixture of known digestibility, labelled with the stable isotope carbon-13 (13C). Based on the results from the present study, protein quality of T. molitor as a protein source for human nutrition can be assessed, allowing a direct comparison of this novel protein source to other protein sources, such as meat and legumes.
Multi-center prospective pilot trial study
This cluster-randomized controlled trial is designed to address linear growth faltering in 6-12-mo-old Bangladesh infants through a proof-of-concept package of interventions to a) increase intake of high quality protein and b) control enteric pathogens.
Rationale: Undernutrition risk among community-dwelling older adults in developed countries is shown to be around 24%. Increasing protein intake is a strategy that is feasible as well as efficacious to reduce undernutrition in community-dwelling older adults. A promising strategy to increase protein intake among older adults, is to offer dietary solutions with normal foods that fit their current daily eating patterns. For this reason, home-delivered protein-rich readymade meals and protein-rich dairy products will be studied in this research. Objective: The primary objective is to study the effectiveness of commercially available protein-rich readymade meals and protein-rich dairy products in increasing protein intake of older adults who use a meal-delivery service to a level of 1.2 g/kg bodyweight/d. Secondary objectives include: studying effects of these meals and dairy products on total daily energy intake. Further, studying the acceptance of and compliance to the meals and dairy products. Study design: The study will be performed as a single-blind randomized, controlled, four-week trial in a real-life setting: in community-dwelling older adults' own homes. Study population: The target group of this study are community-dwelling older adults who use a meal-delivery service. Intervention: Both groups will receive readymade meals for each day during 4 weeks. They will also receive dairy products to freely consume during the intervention period. The intervention groups receives protein-rich meals and protein-rich dairy products, the control receives standard meals and food products. Main study parameters/endpoints: Difference in daily protein intake between intervention and control group. Secondary parameters: energy intake and acceptance (liking).