The Optimal time is at or near peak height velocity (PHV)… But never too late! https://t.co/3s1F9C6BQr https://t.co/jcRSy3EzXJ https://t.co/sNfVrQMWlM
Sport-Specific Training Targeting the Proximal Segments and Throwing Velocity in Collegiate Throwing Athletes.
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Nov 2020 – Jul 2025Where it's discussed
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X / Twitter6 posts
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YouTube2 videos
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Facebook2 posts
AI synopsis
What people are saying
Many discussions focus on the timing of training relative to growth phases, such as the mention of peak height velocity, with some posts questioning traditional assumptions about trunk movement during acceleration. The tone varies from curiosity to skepticism, reflecting moderate engagement but not widespread or deep influence, highlighting an interest mainly in practical timing and biomechanical questions.
The discussions show mixed reactions, with some posts acknowledging the information, while others question its relevance or accuracy.
There is a basic level of interest in the topic, evidenced by the brief responses and curiosity expressed.
Posts indicate some engagement, especially through questions and comments challenging or seeking clarification on the study's implications.
Overall impact appears limited; some acknowledge potential relevance but do not suggest transformative effects.
Abstract in brief
- The study compares traditional endurance training with a sports-specific power training program to see which better improves throwing velocity in collegiate athletes, focusing on strengthening muscles around the pelvis, spine, and trunk.
- The results show that the power/stability training group experienced significantly greater improvements in peak throwing velocity and muscle power outputs compared to the endurance training group after 7 weeks.
- The findings suggest that targeted power and stability exercises are more effective than traditional endurance workouts for enhancing sport-specific performance like throwing velocity in collegiate athletes.]
Top posts
Most liked on X and BlueskyWHAAAAAT .... ???? R U telling US that the trunk and/or waist DONT bend during acceleration and deceleration? IF so, THEN why ... ??? https://t.co/vXxZ8dyNnW https://t.co/jcRSy3EzXJ https://t.co/WHJuuES1Zk https://t.co/wEBAfnBQy9 https://t.co/5wPelM8jlm https://t.co/GYNHUJCjEj !! https://t.co/p8m4oDBvIp
Yep
RT @Hewett1Tim: The Optimal time is at or near peak height velocity (PHV)… But never too late! https://t.co/3s1F9C6BQr https://t.co/jcRSy3E…
RT @Hewett1Tim: The Optimal time is at or near peak height velocity (PHV)… But never too late! https://t.co/3s1F9C6BQr https://t.co/jcRSy3E…
RT @Hewett1Tim: The Optimal time is at or near peak height velocity (PHV)… But never too late! https://t.co/3s1F9C6BQr https://t.co/jcRSy3E…
All mentions
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RT @Hewett1Tim: The Optimal time is at or near peak height velocity (PHV)… But never too late! https://t.co/3s1F9C6BQr https://t.co/jcRSy3E…
RT @Hewett1Tim: The Optimal time is at or near peak height velocity (PHV)… But never too late! https://t.co/3s1F9C6BQr https://t.co/jcRSy3E…
RT @Hewett1Tim: The Optimal time is at or near peak height velocity (PHV)… But never too late! https://t.co/3s1F9C6BQr https://t.co/jcRSy3E…
The Optimal time is at or near peak height velocity (PHV)… But never too late! https://t.co/3s1F9C6BQr https://t.co/jcRSy3EzXJ https://t.co/sNfVrQMWlM
Yep
WHAAAAAT .... ???? R U telling US that the trunk and/or waist DONT bend during acceleration and deceleration? IF so, THEN why ... ??? https://t.co/vXxZ8dyNnW https://t.co/jcRSy3EzXJ https://t.co/WHJuuES1Zk https://t.co/wEBAfnBQy9 https://t.co/5wPelM8jlm https://t.co/GYNHUJCjEj !! https://t.co/p8m4oDBvIp
TH
TP
HC