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Discussions show general agreement on the benefits of strength training for endurance athletes, exemplified by posts supporting heavy weight lifting to improve muscle fibers and performance. Some comments challenge the publication by emphasizing the effectiveness of high-intensity intervals, which adds nuance to the overall tone, indicating a thoughtful engagement with the topic but no overwhelming consensus.
Most discussion participants seem to support or find value in the publication's findings, with some disagreement focusing on alternative methods like high-intensity intervals.
There is a high level of engagement with the topic, indicated by detailed comments and references to specific studies and protocols.
Comments reflect active involvement, especially when referencing specific research or personal perspectives on training methods.
The conversations suggest the article influences practices and opinions about strength training in endurance sports, though the impact remains moderate due to ongoing debates.
@Alan_Couzens Disagree. Super high intensity intervals have shown lot´s of times to improve all zones. Look this example https://t.co/kLUx3dH4co from @Daniel_Boullosa . Strenght training also has shown the same https://t.co/jPiCuyiywW . But z1-z2 won´t improve your sprint.
Interesting review about the effects of strength training on endurance capacity in top-level endurance athletes. The basic and high-intensity lifts work great. So why some experts worry about specificity when taking their athletes to the strength room? https://t.co/WXp5Iqw7Pd
Lifting heavy weights can increase Type IIA muscle fibers in cyclists, improving power output for efforts longer than 45 minutes by up to 7%–without adding muscle or gaining weight. https://t.co/zeqSLPj0T6
Effects of strength training on endurance capacity in top-level endurance athletes https://t.co/b8sh6bITmP
@MathiasNorsgaar Styrketræning ser ud til at virke for topatleter. Det må jo være dig. Så hold ud
Does lifting make you a faster cyclist? This video explores how integrating strength training can improve cycling efficiency, speed, and endurance by enhancing neuromuscular function, muscle fiber adaptation, and…
Adding heavy strength training improves cycling performance, increases VO2max utilization, and optimizes muscle fiber composition for endurance, as shown in recent research on female cyclists.
The training of strength should be integral to all sports. This video presents scientific evidence demonstrating the benefits of strength training in football, showing how it can improve endurance, muscle strength, and…
Lifting heavy weights can increase Type IIA muscle fibers in cyclists, improving power output for efforts longer than 45 minutes by up to 7%–without adding muscle or gaining weight. https://t.co/zeqSLPj0T6
Effects of strength training on endurance capacity in top-level endurance athletes https://t.co/b8sh6bITmP
RT @arjona_manu: @Alan_Couzens Disagree. Super high intensity intervals have shown lot´s of times to improve all zones. Look this example h…
RT @arjona_manu: @Alan_Couzens Disagree. Super high intensity intervals have shown lot´s of times to improve all zones. Look this example h…
@Alan_Couzens Disagree. Super high intensity intervals have shown lot´s of times to improve all zones. Look this example https://t.co/kLUx3dH4co from @Daniel_Boullosa . Strenght training also has shown the same https://t.co/jPiCuyiywW . But z1-z2 won´t improve your sprint.
@MathiasNorsgaar Styrketræning ser ud til at virke for topatleter. Det må jo være dig. Så hold ud
RT @ConconVinicius: Interesting review about the effects of strength training on endurance capacity in top-level endurance athletes. The ba…
Interesting review about the effects of strength training on endurance capacity in top-level endurance athletes. The basic and high-intensity lifts work great. So why some experts worry about specificity when taking their athletes to the strength room? https://t.co/WXp5Iqw7Pd
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