Would’ve been nice if they’d cited our paper as it was the only similar one conducted in protein distribution that I’m aware of. https://t.co/VyoRtBvJ8A https://t.co/ppJgkDtyko
Meal Distribution of Dietary Protein and Leucine Influences Long-Term Muscle Mass and Body Composition in Adult Rats.
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Apr 2020 – Oct 2025Where it's discussed
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X / Twitter2 posts
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YouTube2 videos
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What people are saying
The posts express a desire for proper citation and recognition of similar research on protein distribution, highlighting the importance of academic acknowledgment. The tone is somewhat informal, emphasizing citation as a form of engagement rather than exploring the broader implications of the research findings.
The discussion shows mild support for the article’s relevance, as the poster wishes their own related work had been cited, indicating some general approval.
The focus is on citation and acknowledgment rather than deep analysis, suggesting moderate interest by the poster.
The conversation is fairly surface-level, mainly mentioning citation without delving into detailed implications or broader context.
The post reflects awareness of related research but does not imply that the publication itself was seen as having a significant or transformative effect.
Abstract in brief
- The studies explored how the distribution of protein and the amino acid leucine in meals affects muscle protein synthesis (MPS) and muscle mass in adult rats.
- Significant findings showed that whey protein led to better MPS and increased muscle weights compared to other protein sources like soy and wheat.
- Additionally, a balanced protein distribution at meals resulted in significantly higher MPS and muscle weights than an unbalanced distribution, demonstrating the importance of meal timing and composition for muscle growth.
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Most liked on X and BlueskyRT @BioLayne: Would’ve been nice if they’d cited our paper as it was the only similar one conducted in protein distribution that I’m aware…
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Impact of Protein Distribution and Leucine on Muscle Growth in Rats
The studies explored how the distribution of protein and the amino acid leucine in meals affects muscle protein synthesis and muscle mass in adult rats. A balanced protein intake and whey protein optimize muscle growth.
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RT @BioLayne: Would’ve been nice if they’d cited our paper as it was the only similar one conducted in protein distribution that I’m aware…
Would’ve been nice if they’d cited our paper as it was the only similar one conducted in protein distribution that I’m aware of. https://t.co/VyoRtBvJ8A https://t.co/ppJgkDtyko
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