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The discussions revolve around the article's conclusion that creatine supplementation boosts muscle mass without affecting intracellular water ratios, with contributors using straightforward language like 'supports previous research' and 'no disruption to water balance,' indicating moderate engagement and interest. The tone suggests these posts aim to inform fitness enthusiasts and researchers with clear references to the published work, emphasizing its relevance and accuracy.
Most discussions acknowledge the findings, with some expressing support or agreement with the conclusion that creatine does not alter water-to-muscle ratios.
The posts demonstrate moderate interest, highlighting key findings and emphasizing the role of creatine in muscle growth without disrupting hydration balance.
Comments include references to the article and some restate the findings, indicating a conversational but not deeply analytical engagement.
While the discussions affirm the significance of the research, they do not suggest it causes a major shift in understanding but rather adds clarity to creatine's effects.
Los autores sugieren que el aumento en la masa muscular inducido por creatina combinado con el entrenamiento de la fuerza ocurre sin alterar el líquido intracelular https://t.co/krRVpa82WM
Our article—Creatine supplementation does not influence the ratio between intracellular water and skeletal muscle mass in resistance-trained men—has been published on the @IJSNEMJournal.
Creatine Supplementation Does Not Influence the Ratio Between Intracellular Water and Skeletal Muscle Mass in Resistance-Trained Men https://t.co/qh4vbM5XCF #supplements #supplement #exercise #Workout #muscle #strength #lift #GetStrong #hypertrophy #gainz #gains
https://t.co/A3rAHZGeOW https://t.co/boxisUBn2w
https://t.co/yaCiL29Dxs @EricRawsonPhD @darrencandow
RT @nick_krontiris: Creatine Supplementation Does Not Influence the Ratio Between Intracellular Water and Skeletal Muscle Mass in Resistanc…
This video discusses scientific evidence on creatine supplementation, including loading doses and maintenance strategies, muscle creatine level increases, and how levels decline after stopping supplementation.
Creatine might cause short-term water retention during initial loading phases, but long-term use does not lead to water retention. The study shows creatine increases muscle mass without disrupting intracellular water…
https://t.co/A3rAHZGeOW https://t.co/boxisUBn2w
https://t.co/yaCiL29Dxs @EricRawsonPhD @darrencandow
Los autores sugieren que el aumento en la masa muscular inducido por creatina combinado con el entrenamiento de la fuerza ocurre sin alterar el líquido intracelular https://t.co/krRVpa82WM
RT @nick_krontiris: Creatine Supplementation Does Not Influence the Ratio Between Intracellular Water and Skeletal Muscle Mass in Resistanc…
Creatine Supplementation Does Not Influence the Ratio Between Intracellular Water and Skeletal Muscle Mass in Resistance-Trained Men https://t.co/qh4vbM5XCF #supplements #supplement #exercise #Workout #muscle #strength #lift #GetStrong #hypertrophy #gainz #gains
RT @WitaloKassiano: Our article—Creatine supplementation does not influence the ratio between intracellular water and skeletal muscle mass…
Our article—Creatine supplementation does not influence the ratio between intracellular water and skeletal muscle mass in resistance-trained men—has been published on the @IJSNEMJournal.
doi: 10.1123/ijsnem.2020-0080 187. Rogers ME, Bohlken RM, Beets MW, et al. Effects of creatine, ginseng, and astragalus supple mentation on ...
... 10.1123/ijsnem.2020-0080. | Arşiv Bağlantısı; ^ A. Safdar, et al. (2008). Global And Targeted Gene Expression And Protein Content In Skeletal ...
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