peer-reviewedBackground: Limited data are available examining dietary interventions for optimizing protein and leucine intake to stimulate muscle protein synthesis (MPS) in older humans. Objectives: We aimed to investigate the aminoacidemia and appetite responses of older adults after consuming breakfast, a meal frequently consumed with high-carbohydrate and below-par amounts of protein and leucine for stimulating MPS. Methods: Five men and 3 women (means ± SD; age: 74 ± 7 y, BMI: 25.7 ± 4.9 kg/m2, fat- and bone-free mass: 63 ± 7 kg) took part in this experiment in which they consumed breakfasts with low-protein (LP = 13 ± 2 g), high-protein (HP = 32 ± 5 g), and LP followed by a protein- and leucine-enriched bar formulation 2 h later ...
Maintaining adequate daily protein intake is important to maintain muscle mass throughout the lifesp...
BACKGROUND/OBJECTIVES: Adequate protein intake is essential to retaining muscle and maintaining phys...
Background: A promising strategy to help older adults preserve or build muscle mass is to optimize m...
Background: Limited data are available examining dietary interventions for optimizing protein and le...
Background: Inadequate protein intake (PI), containing a sub-optimal source of essential amino acids...
Rationale: Inadequate protein intake (PI), the main source of essential amino acids (EAAs), and redu...
© 2020 The Authors. Journal of Human Nutrition and Dietetics published by John Wiley & Sons Ltd on b...
BACKGROUND & AIMS: The requirement of leucine and essential amino acids (EAA) to stimulate muscle pr...
Introduction: A protein intake of 25–30 g per meal is suggested to maximally stimulate muscle protei...
SummaryBackground & aimsThe requirement of leucine and essential amino acids (EAA) to stimulate musc...
Deficiencies in protein and energy intakes are partly responsible for age-related sarcopenia. We inv...
Background & aim: Protein-energy supplementation is routinely employed to combat muscle loss. Howeve...
Background & aim: Protein-energy supplementation is routinely employed to combat muscle loss. Howeve...
Proposed strategies for preventing protein deficiencies in older patients include increasing protein...
Deficiencies in protein and energy intakes are partly responsible for age-related sarcopenia. We inv...
Maintaining adequate daily protein intake is important to maintain muscle mass throughout the lifesp...
BACKGROUND/OBJECTIVES: Adequate protein intake is essential to retaining muscle and maintaining phys...
Background: A promising strategy to help older adults preserve or build muscle mass is to optimize m...
Background: Limited data are available examining dietary interventions for optimizing protein and le...
Background: Inadequate protein intake (PI), containing a sub-optimal source of essential amino acids...
Rationale: Inadequate protein intake (PI), the main source of essential amino acids (EAAs), and redu...
© 2020 The Authors. Journal of Human Nutrition and Dietetics published by John Wiley & Sons Ltd on b...
BACKGROUND & AIMS: The requirement of leucine and essential amino acids (EAA) to stimulate muscle pr...
Introduction: A protein intake of 25–30 g per meal is suggested to maximally stimulate muscle protei...
SummaryBackground & aimsThe requirement of leucine and essential amino acids (EAA) to stimulate musc...
Deficiencies in protein and energy intakes are partly responsible for age-related sarcopenia. We inv...
Background & aim: Protein-energy supplementation is routinely employed to combat muscle loss. Howeve...
Background & aim: Protein-energy supplementation is routinely employed to combat muscle loss. Howeve...
Proposed strategies for preventing protein deficiencies in older patients include increasing protein...
Deficiencies in protein and energy intakes are partly responsible for age-related sarcopenia. We inv...
Maintaining adequate daily protein intake is important to maintain muscle mass throughout the lifesp...
BACKGROUND/OBJECTIVES: Adequate protein intake is essential to retaining muscle and maintaining phys...
Background: A promising strategy to help older adults preserve or build muscle mass is to optimize m...