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Discussions include references to the effect of inspiratory muscle training on limb blood flow and performance, exemplified by comments about improved respiratory efficiency and debates over whether these findings can enhance overall sports performance, reflecting moderate curiosity and engagement with the scientific details.
The discussions show a neutral stance, with some recognition of the findings but no strong consensus.
The topics sparked some curiosity, especially regarding physiologic effects and performance implications.
Comments reference specific aspects like limb blood flow and training intensity, indicating moderate involvement.
The mention of physiological mechanisms and potential performance benefits suggests a modest perceived impact.
呼吸のトレーニングで陸上の中長距走のタイムが改善したという研究結果。 https://t.co/UnQSJ0PjT7 中強度の呼吸トレーニングでは効果がみられなかったが、高強度の呼吸筋のトレーニングはタイムを縮める効果があったとのこと。
@B_Holmer @BowTiedLoon Interestingly there is an argument being made in high performance sports for it faciliting limb blood flow change rate, which may be a limiter in shorter endurance activities. Here's one example paper: https://t.co/Y051eKM0jm
RT @biomech_clinic: 呼吸のトレーニングで陸上の中長距走のタイムが改善したという研究結果。 https://t.co/UnQSJ0PjT7 中強度の呼吸トレーニングでは効果がみられなかったが、高強度の呼吸筋のトレーニングはタイムを縮める効果があったとのこと。
This video explores a study comparing aerobic training methods to assess their effects on maximum oxygen uptake (VO2max) and heart stroke volume. The findings highlight that high-intensity interval training leads to…
This study examined how a 4-week inspiratory muscle training program impacts athletic performance, respiratory muscle strength, and limb blood flow in college 800m runners. Results indicated increased muscle strength…
RT @biomech_clinic: 呼吸のトレーニングで陸上の中長距走のタイムが改善したという研究結果。 https://t.co/UnQSJ0PjT7 中強度の呼吸トレーニングでは効果がみられなかったが、高強度の呼吸筋のトレーニングはタイムを縮める効果があったとのこと。
呼吸のトレーニングで陸上の中長距走のタイムが改善したという研究結果。 https://t.co/UnQSJ0PjT7 中強度の呼吸トレーニングでは効果がみられなかったが、高強度の呼吸筋のトレーニングはタイムを縮める効果があったとのこと。
@B_Holmer @BowTiedLoon Interestingly there is an argument being made in high performance sports for it faciliting limb blood flow change rate, which may be a limiter in shorter endurance activities. Here's one example paper: https://t.co/Y051eKM0jm
4.0/). Medicina 2021, 57, 72. https://doi.org/10.3390/medicina57010072 https://www.mdpi.com/journal/medicina. Medicina 2021, 57, 72 2 of 8. strength are ...
https://doi.org/10.3390/ijerph18136703 inspiratory muscle training onwards. ... https://doi.org/10.3390/medicina57010072. Cirino, C., Gobatto, C. A., Pinto ...
https://doi.org/10.3390/ijerph19095564. https://doi.org/10.1136/thoraxjnl ... Medicina 57010072. 8 pages. Full. PDF. No ratings yet. Full. 11 pages. Clinical ...
doi: 10.3390/ijerph17031091. inspiratory muscle training is due to ... Medicina 57010072. 8 pages. Respiratory Muscle Training Effects on Endurance. PDF.
... runners. Medicina, Lisboa, v. 57, p. 1-8, 2021. DOI: https://doi.org/10.3390/medicina57010072. more. 5 hours ago. respire.pro. •. Follow.
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