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Posts reflect strong engagement with the article's core ideas, such as the role of energy depletion in muscle synthesis and how leucine or carbohydrates can maintain it, showing keen interest in translating animal research to human applications. The tone balances scientific reference with implications for enhancing muscle growth, utilizing words like 'maintains' and 'extends' to underline the significance of the findings.
Most discussions support the article's findings, emphasizing energy depletion as a key factor in muscle protein synthesis decline.
The posts show high interest, with mentions of specific mechanisms like energy levels and translation elongation, indicating engagement with the scientific details.
Participants reference the study's implications for both animal and human research, engaging with the methodology and potential applications.
The discussions recognize the potential impact of these findings on dietary supplement strategies and muscle health, though some note the need for further human studies.
Why does MPS end 2-3 hrs after a meal? It's not lack of AAs or decrease in initiation factors (mTOR, eIF4, rpS6). Our best guess is energy https://t.co/LbwR07tWtb Our paper suggests depletion of energy (ATP) inhibits elongation (eEF2) which is the expensive phase of MPS. https://t.co/1UlPOx5IjD
@TheBhupiThakur @ImJosefRakich @JeffNippard @BioLayne @MennoHenselmans @team3dmj @misraetel @EricTrexler Human research needed, but in animal models, administering leucine or carbs ∼2 h after a meal maintains cellular energy status and extends MPS duration. https://t.co/lI9yTDF24c
RT @donlayman: Why does MPS end 2-3 hrs after a meal? It's not lack of AAs or decrease in initiation factors (mTOR, eIF4, rpS6). Our best g…
RT @donlayman: Why does MPS end 2-3 hrs after a meal? It's not lack of AAs or decrease in initiation factors (mTOR, eIF4, rpS6). Our best g…
The study shows that muscle protein synthesis peaks around 90 minutes after a meal and decreases by 180 minutes, even with active mTORC1 signaling. Supplementing with leucine or carbohydrates two hours post-meal…
Branched Chain Amino Acids are essential for muscle growth. This video explores their impact on muscle protein synthesis, emphasizing how leucine supplementation can extend post-meal muscle building and improve body…
RT @donlayman: Why does MPS end 2-3 hrs after a meal? It's not lack of AAs or decrease in initiation factors (mTOR, eIF4, rpS6). Our best g…
RT @donlayman: Why does MPS end 2-3 hrs after a meal? It's not lack of AAs or decrease in initiation factors (mTOR, eIF4, rpS6). Our best g…
RT @donlayman: Why does MPS end 2-3 hrs after a meal? It's not lack of AAs or decrease in initiation factors (mTOR, eIF4, rpS6). Our best g…
Why does MPS end 2-3 hrs after a meal? It's not lack of AAs or decrease in initiation factors (mTOR, eIF4, rpS6). Our best guess is energy https://t.co/LbwR07tWtb Our paper suggests depletion of energy (ATP) inhibits elongation (eEF2) which is the expensive phase of MPS. https://t.co/1UlPOx5IjD
@TheBhupiThakur @ImJosefRakich @JeffNippard @BioLayne @MennoHenselmans @team3dmj @misraetel @EricTrexler Human research needed, but in animal models, administering leucine or carbs ∼2 h after a meal maintains cellular energy status and extends MPS duration. https://t.co/lI9yTDF24c
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