27 results
To define the amount of dietary protein required to optimally stimulate post-exercise muscle protein synthesis in the older population.To assess whether co-ingesting 1.5 g of free leucine (contained within 15 g dairy protein) along with 15 g protein…
To determine whether the intake of minced beef is equally effective as ingestion of a bovine milk protein beverage in stimulating post resistance exercise muscle protein synthesis rates in young men.
To investigate whether twice daily local (calf muscle) NMES attenuates muscle loss during 2 weeks of unilateral ankle immobilization due to an ankle fracture.
To evaluate the safety, tolerability, protein accretion, amino acid plasma levels and long-term outcome of Neoven compared to Vaminolact in preterm infants with a birth weight from 800 g to less than 1500 g and with a gestational age from 25 weeks…
To investigate the effects of 5 days of one legged knee immobilization with or without daily NMES on quadriceps CSA, lean mass and muscle fiber characteristics.
Primary: To measure the effect of a high protein diet on whole body protein synthesis and -breakdown, as well as on net whole body protein balance and production of urea in children after cardiac surgerySecondary: To measure the effect of a high…
Primary Objective: To provide evidence for the efficacy of wheat protein and wheat protein hydrolysate when compared with milk proteins as a dietary protein to stimulate postprandial muscle protein synthesis in vivo in healthy older humans.…
The aim of this study is to investigate the effect of a single bout of NMES on muscle protein synthesis rates in healthy elderly males.
The primary objective of this study is to investigate the effect of a single meal-like amount of protein with or without fat on postprandial muscle protein synthesis in healthy elderly men. Furthermore, as a secondary objective, we will assess…
The primary objective of this study is to investigate the effect of a meal-like amount of dietary protein prior to sleep on postprandial muscle protein synthesis in healthy young and elderly men, following exercise, during the night. Furthermore, as…
To investigate whether elderly individuals lose muscle mass at a greater rate than young individuals during 5 days of one legged knee immobilization, and whether dietary protein supplementation can alleviate such muscle loss in the elderly.
STUDY 1: To investigate the impact of prior ingestion of a single high protein meal on the normal obligatory increase of muscle protein synthesis rates after protein intake and physical activity in healthy young men. STUDY 2: To investigate the…
To gain a more complete scientific understanding, it is necessary to examine whether an adaptation does in fact occur after habitual high or low amounts of protein intake with regard to the anabolic response to subsequent protein intake. In the…
1) To assess insulin sensitivity and response in critically ill septic neonates and children. 2) To determine protein balance in septic, critically ill children at baseline and during a Hyperinsulinemic Euglycemic Clamp, while receiving standard or…
Objective of the study:1) To assess insulin sensitivity and response in critically ill septic neonates and children.2) To determine protein balance in septic, critically ill children at baseline and during a HyperinsulinemicEuglycemic Clamp, while…
A reduction of the fasting period may prevent or reduce the rise in plasma Phe concentration. Therefore, the aim of the study is to measure the effect of the application of slow releasing carbohydrates (SRC) as evening meal before bedtime on the…
Overall Objective: To define the properties of whey, casein, milk protein, as well as soy protein with and without additional leucine to augment post-exercise muscle protein synthesis when co-ingested with a carbohydrate containing recovery drink.…
To define a dose-response relationship after intrinsically labeled milk protein ingestion on myofibrillar and mitochondrial muscle protein synthesis after a single bout of endurance exercise.
To investigate the effect of preoperative protein supplementation on Hoffa*s fat pad, synovium, tendon, bone, muscle, ligament, menisci, and cartilage protein synthesis of the OA knee.
To examine the effect of a single session of whole-body NMES, with or without subsequent protein intake, on whole-body protein turnover