Abstract Background Inadequate protein intake (PI), containing a sub-optimal source of essential amino acids (EAAs), and reduced appetite are contributing factors to age-related sarcopenia. The satiating effects of dietary protein per se may negatively affect energy intake (EI), thus there is a need to explore alternative strategies to facilitate PI without compromising appetite and subsequent EI. Methods Older women completed two experiments (EXP1 and EXP2) where they consumed either a Bar (565 kJ), a Gel (477 kJ), both rich in EAAs (7.5 g, 40% L-leucine), or nothing (Control). In EXP1, participants (n = 10, 68 ± 5 years, mean ± SD) consumed Bar, Gel or Control with appetite sensations and appetite-related hormonal responses monitored for ...
Background/Objectives: Adequate protein intake is essential to retaining muscle and maintaining phys...
Sarcopenia – muscle loss that occurs with aging – is a growing concern affecting physical strength a...
Background: A protein intake of 30-40 g per meal is suggested to maximally stimulate muscle protein ...
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...
Deficiencies in protein and energy intakes are partly responsible for age-related sarcopenia. We inv...
Deficiencies in protein and energy intakes are partly responsible for age-related sarcopenia. We inv...
peer-reviewedBackground: Limited data are available examining dietary interventions for optimizing p...
Background & aims: Impaired anabolic responses to nutrition and exercise contribute to loss of skele...
Despite higher protein relative to energy needs with advancing age, many older adults experience a d...
Background: Skeletal muscle plays an important role in our body, not just in terms of locomotion b...
SummaryBackground & aimsThe requirement of leucine and essential amino acids (EAA) to stimulate musc...
© 2015 American Physiological Society. All Rights Reseved. Dysregulated anabolic responses to nutrit...
BACKGROUND & AIMS: The requirement of leucine and essential amino acids (EAA) to stimulate muscle pr...
BACKGROUND/OBJECTIVES: Adequate protein intake is essential to retaining muscle and maintaining phys...
Background/Objectives: Adequate protein intake is essential to retaining muscle and maintaining phys...
Sarcopenia – muscle loss that occurs with aging – is a growing concern affecting physical strength a...
Background: A protein intake of 30-40 g per meal is suggested to maximally stimulate muscle protein ...
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...
Deficiencies in protein and energy intakes are partly responsible for age-related sarcopenia. We inv...
Deficiencies in protein and energy intakes are partly responsible for age-related sarcopenia. We inv...
peer-reviewedBackground: Limited data are available examining dietary interventions for optimizing p...
Background & aims: Impaired anabolic responses to nutrition and exercise contribute to loss of skele...
Despite higher protein relative to energy needs with advancing age, many older adults experience a d...
Background: Skeletal muscle plays an important role in our body, not just in terms of locomotion b...
SummaryBackground & aimsThe requirement of leucine and essential amino acids (EAA) to stimulate musc...
© 2015 American Physiological Society. All Rights Reseved. Dysregulated anabolic responses to nutrit...
BACKGROUND & AIMS: The requirement of leucine and essential amino acids (EAA) to stimulate muscle pr...
BACKGROUND/OBJECTIVES: Adequate protein intake is essential to retaining muscle and maintaining phys...
Background/Objectives: Adequate protein intake is essential to retaining muscle and maintaining phys...
Sarcopenia – muscle loss that occurs with aging – is a growing concern affecting physical strength a...
Background: A protein intake of 30-40 g per meal is suggested to maximally stimulate muscle protein ...