Older people need more protein after resistance exercise to optimally stimulate muscle protein synthesis. Full breakdown: https://t.co/GBLvdaN2FJ Review: https://t.co/HtC0zV4L9D #aging #sarcopenia #muscle https://t.co/KmjNhNkvyC
What is the Optimal Amount of Protein to Support Post-Exercise Skeletal Muscle Reconditioning in the Older Adult?
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Feb 2019 – Dec 2024Where it's discussed
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X / Twitter29 posts
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Facebook29 posts
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YouTube2 videos
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News2 articles
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Bluesky1 posts
AI synopsis
What people are saying
The collective discussions strongly support the article's conclusion that older adults need approximately twice the amount of protein post-exercise, with users citing the importance of optimal protein dosing for muscle synthesis and referencing ongoing debates about sex differences. Words like 'may be higher' and 'full breakdown' show a deep engagement with the research details, indicating a high level of interest and belief in the article's significance.
Most posts explicitly support the idea that older adults require increased protein intake after exercise, with discussions reinforcing the article's findings about the higher protein needs.
The discussion shows high enthusiasm and curiosity about the topic, with users referencing research, debates on sex differences, and implications for aging populations.
Posts demonstrate active engagement through sharing opinions, referencing scientific insights, and quoting the article, indicating meaningful involvement.
The social discussions highlight the importance of the research for health recommendations, emphasizing its potential influence on older adult fitness and nutrition practices.
Abstract in brief
- The article explains that consuming protein after resistance exercise helps older adults rebuild muscle by increasing muscle protein synthesis and reducing breakdown, with the amount of protein being a key factor.
- Unlike younger adults who respond well to around 20g of protein, older adults need larger doses, such as 40g, to achieve a strong muscle-building response during recovery.
- The main goal of the article is to review current evidence and recommend the appropriate amount of protein older adults should consume after exercise to effectively support muscle reconditioning.]
Top posts
Most liked on X and BlueskyWhat is the Optimal Amount of Protein to Support Post-Exercise Skeletal Muscle Reconditioning in the Older Adult? https://t.co/rMj3RvvUzS
@dingdongjapan @Jeukendrup @vincentninja68 May be higher with age https://t.co/wM9xO3wR2l Sex... maybe some differences between men and women, with women needing more, but I think it's a small difference?!
Older adults need about twice as much protein after exercise to recover & benefit. https://t.co/XfuhgZXkdn
What is the optimal amount of protein for building muscle?
@flowersmarcelo No, it appears the mTOR signalling not as efficient in older people https://t.co/EOxJLeMsU8 but likely many places where anabolic pathways breakdown see https://t.co/wM9xO3OsqV
All mentions
Optimal Protein Intake for Post-Exercise Muscle Recovery in Older Adults
This video discusses the importance of adequate protein intake after resistance exercise for older adults to support muscle rebuilding, highlighting that about 40g of protein may be necessary for effective recovery.
Impact of Protein Consumption on Appetite Regulation
Short-term protein consumption effectively reduces hunger and increases feelings of fullness. This video explores how protein intake influences appetite-regulating hormones such as ghrelin and cholecystokinin, providing…
What is the optimal amount of protein for building muscle?
RT @JornTrommelen: Older people need more protein after resistance exercise to optimally stimulate muscle protein synthesis. Full breakdow…
RT @JornTrommelen: Older people need more protein after resistance exercise to optimally stimulate muscle protein synthesis. Full breakdow…
RT @JornTrommelen: Older people need more protein after resistance exercise to optimally stimulate muscle protein synthesis. Full breakdow…
RT @JornTrommelen: Older people need more protein after resistance exercise to optimally stimulate muscle protein synthesis. Full breakdow…
RT @JornTrommelen: Older people need more protein after resistance exercise to optimally stimulate muscle protein synthesis. Full breakdow…
RT @JornTrommelen: Older people need more protein after resistance exercise to optimally stimulate muscle protein synthesis. Full breakdow…
RT @JornTrommelen: Older people need more protein after resistance exercise to optimally stimulate muscle protein synthesis. Full breakdow…
RT @JornTrommelen: Older people need more protein after resistance exercise to optimally stimulate muscle protein synthesis. Full breakdow…
RT @JornTrommelen: Older people need more protein after resistance exercise to optimally stimulate muscle protein synthesis. Full breakdow…
RT @JornTrommelen: Older people need more protein after resistance exercise to optimally stimulate muscle protein synthesis. Full breakdow…
RT @JornTrommelen: Older people need more protein after resistance exercise to optimally stimulate muscle protein synthesis. Full breakdow…
RT @JornTrommelen: Older people need more protein after resistance exercise to optimally stimulate muscle protein synthesis. Full breakdow…
RT @JornTrommelen: Older people need more protein after resistance exercise to optimally stimulate muscle protein synthesis. Full breakdow…
RT @JornTrommelen: Older people need more protein after resistance exercise to optimally stimulate muscle protein synthesis. Full breakdow…
RT @JornTrommelen: Older people need more protein after resistance exercise to optimally stimulate muscle protein synthesis. Full breakdow…
RT @JornTrommelen: Older people need more protein after resistance exercise to optimally stimulate muscle protein synthesis. Full breakdow…
Older people need more protein after resistance exercise to optimally stimulate muscle protein synthesis. Full breakdown: https://t.co/GBLvdaN2FJ Review: https://t.co/HtC0zV4L9D #aging #sarcopenia #muscle https://t.co/KmjNhNkvyC
RT @mackinprof: @dingdongjapan @Jeukendrup @vincentninja68 May be higher with age https://t.co/wM9xO3wR2l Sex... maybe some differences bet…
RT @mackinprof: @dingdongjapan @Jeukendrup @vincentninja68 May be higher with age https://t.co/wM9xO3wR2l Sex... maybe some differences bet…
@dingdongjapan @Jeukendrup @vincentninja68 May be higher with age https://t.co/wM9xO3wR2l Sex... maybe some differences between men and women, with women needing more, but I think it's a small difference?!
@flowersmarcelo No, it appears the mTOR signalling not as efficient in older people https://t.co/EOxJLeMsU8 but likely many places where anabolic pathways breakdown see https://t.co/wM9xO3OsqV
RT @Jozo_Grgic: What is the Optimal Amount of Protein to Support Post-Exercise Skeletal Muscle Reconditioning in the Older Adult? https://…
What is the Optimal Amount of Protein to Support Post-Exercise Skeletal Muscle Reconditioning in the Older Adult? https://t.co/rMj3RvvUzS
Older adults need about twice as much protein after exercise to recover & benefit. https://t.co/XfuhgZXkdn
Older adults need about twice as much protein after exercise to recover & benefit. https://t.co/XfuhgZXkdn
Older adults need about twice as much protein after exercise to recover & benefit. https://t.co/Xfuhh0eV4V
Older adults need about twice as much protein after exercise to recover & benefit. https://t.co/XfuhgZXkdn
Older adults need about twice as much protein after exercise to recover & benefit. https://t.co/XfuhgZXkdn
Older adults need about twice as much protein after exercise to recover & benefit. https://t.co/XfuhgZXkdn
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