What’s your evidence to support this statement? Would really like to see it. It’s likely not true ... and more likely false. The stronger, & definitely the heavier, may actually be at greater risk of injury! https://t.co/1DKYkKA2zP https://t.co/cGTdii7lQz https://t.co/LTZY9lUIsp https://t.co/wshRwXMNBp
Hip Strength Is Greater in Athletes Who Subsequently Develop Patellofemoral Pain.
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Oct 2019 – Mar 2022Where it's discussed
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X / Twitter9 posts
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YouTube2 videos
AI synopsis
What people are saying
The discussions revolve around skepticism and the need for further evidence, as seen in phrases like 'Would really like to see it' and 'likely not true,' indicating critical engagement. Meanwhile, terms like 'association' and references to injury risk show interest in connecting the research to broader concepts, but overall, the tone remains cautious rather than passionate or revolutionary.
Most discussions question or challenge the findings, indicating a lack of full agreement.
The comments show some curiosity about the research and its implications, though not intensely focused.
Participants actively question and seek evidence, reflecting moderate engagement.
The exchanges do not appear to significantly alter existing beliefs or practices, suggesting limited immediate impact.
Abstract in brief
- Athletes who later develop patellofemoral pain (PFP) tend to have greater hip abduction strength compared to their healthy peers, but their knee strength does not show significant differences.
- The study suggests that increased hip abduction strength might be linked to higher risk of PFP, possibly due to the way the hip muscles are loaded and influence knee mechanics during activity.
- Further research is needed to understand the underlying biomechanical mechanisms and to confirm whether stronger hip abduction is a cause or a symptom of factors that contribute to PFP development.
Top posts
Most liked on X and Bluesky@DrPhilWagner we’ve noted and reported association between high performance & injury risk as well! https://t.co/ZoT5IbtOeZ https://t.co/yeQ0j5D6n1 https://t.co/Lfk3jTSizZ @Hewett1Tim @TimothyHewett1 https://t.co/GwaoB9Lb3F
RT @TimothyHewett1: What’s your evidence to support this statement? Would really like to see it. It’s likely not true ... and more likely f…
RT @TimHewett5: @DrPhilWagner we’ve noted and reported association between high performance & injury risk as well! https://t.co/ZoT5IbtOeZ…
RT @TimothyHewett1: What’s your evidence to support this statement? Would really like to see it. It’s likely not true ... and more likely f…
RT @TimHewett5: @DrPhilWagner we’ve noted and reported association between high performance & injury risk as well! https://t.co/ZoT5IbtOeZ…
All mentions
Hip Muscle Strength and Knee Valgus in Women: What the Evidence Shows
This systematic review examines the link between hip muscle strength and knee valgus during movement in asymptomatic females, highlighting that weaker hip muscles may be associated with increased knee inward movement…
Dynamic Valgus Knee: Hip Strength Connection in Athletes
The video explores the biomechanical alteration known as dynamic knee valgus, characterized by medial deviation of the knee during activities with weight bearing. It discusses the potential link between hip muscle…
RT @TimothyHewett1: What’s your evidence to support this statement? Would really like to see it. It’s likely not true ... and more likely f…
RT @TimothyHewett1: What’s your evidence to support this statement? Would really like to see it. It’s likely not true ... and more likely f…
RT @TimothyHewett1: What’s your evidence to support this statement? Would really like to see it. It’s likely not true ... and more likely f…
RT @TimothyHewett1: What’s your evidence to support this statement? Would really like to see it. It’s likely not true ... and more likely f…
What’s your evidence to support this statement? Would really like to see it. It’s likely not true ... and more likely false. The stronger, & definitely the heavier, may actually be at greater risk of injury! https://t.co/1DKYkKA2zP https://t.co/cGTdii7lQz https://t.co/LTZY9lUIsp https://t.co/wshRwXMNBp
RT @TimHewett5: @DrPhilWagner we’ve noted and reported association between high performance & injury risk as well! https://t.co/ZoT5IbtOeZ…
RT @TimHewett5: @DrPhilWagner we’ve noted and reported association between high performance & injury risk as well! https://t.co/ZoT5IbtOeZ…
RT @TimHewett5: @DrPhilWagner we’ve noted and reported association between high performance & injury risk as well! https://t.co/ZoT5IbtOeZ…
@DrPhilWagner we’ve noted and reported association between high performance & injury risk as well! https://t.co/ZoT5IbtOeZ https://t.co/yeQ0j5D6n1 https://t.co/Lfk3jTSizZ @Hewett1Tim @TimothyHewett1 https://t.co/GwaoB9Lb3F
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