RT @Hewett1Tim: Absolutely agree... combined approaches needed to develop a physiologically relevant fatigue model https://t.co/QMWVFEyhzt…
There is at least one potential major flaw in this model... where does it take into account the strong possibility that FATigue does NOT cause either primary or secondary ACL injury???https://t.co/0gPU69Map4 https://t.co/07MtxFz5Hi
RT @Hewett1Tim: IF U Don’t wanna B FATigued 😑 like R Queen 👑 Elizabeth... THEN Check out these ... they’ll wake your brain 🧠! https://t.co/…
Absolutely agree... combined approaches needed to develop a physiologically relevant fatigue model https://t.co/QMWVFEyhzt most FATigue models in the existent literature are completely irrelevant
RT @Hewett1Tim: IF U Don’t wanna B FATigued 😑 like R Queen 👑 Elizabeth... THEN Check out these ... they’ll wake your brain 🧠! https://t.co/…
RT @Hewett1Tim: IF U Don’t wanna B FATigued 😑 like R Queen 👑 Elizabeth... THEN Check out these ... they’ll wake your brain 🧠! https://t.co/…
IF U Don’t wanna B FATigued 😑 like R Queen 👑 Elizabeth... THEN Check out these ... they’ll wake your brain 🧠! https://t.co/bLYJz8DhNt https://t.co/15KTQRuwVq Thanks 🙏 for the outstanding team work @MBourne5 @tladoyle @DrKateWebster @NathanSchilaty @Timothy
@Stillberto @YankeeGunner Current research suggest a lack of a link between fatigue and ACL injury. Unsure of how this affects players coming back from injury though. https://t.co/7qkgm94oNx
Key points: ❌No published fatigue protocols have any consistent effect on any lower limb kinematic or kinetic variables known to⬆ACL risk 😴Fatigued athletes appear to land with⬆peak knee & hip flexion &⬇landing forces vs unfatigued athletes READ
Agree... https://t.co/xdBv6zOxFc
👇👇👇👇👇👇 https://t.co/75YMm8u0MA
RT @Hewett1Tim: Yes ... that’s absolutely representative! Athletes rupture their ACLs when fresh, moving at high velocity and landing and p…
RT @Hewett1Tim: fatigued athletes land with greater peak knee and hip flexion angles & lower landing forces than unfatigued athletes-all R…
RT @Hewett1Tim: Scaled this ... but remain unFATigued ! https://t.co/3Vx0d3Q2LM https://t.co/tb3sjKihB2
Scaled this ... but remain unFATigued ! https://t.co/3Vx0d3Q2LM https://t.co/tb3sjKihB2
@DrHorwitz Not IMHO. But . . . https://t.co/4SzWqGrac7 “These data support recent analyses demonstrating no relationship between player workload in training and competition & the occurrence of ACL injury in sport.”
RT @Hewett1Tim: It’s a problem that it’s stated over and over again as if it’s a FACT that FATigue causes ACL injuries ...not only is it NO…
RT @SeanDeveney: This was a really interesting study about ACL injuries and fatigue. Conventional wisdom holds that you're more likely to s…
Thinking very simply this make sense. Ligaments (ACL) overstretch with an awkward landing (eg on a foot) or rotating too far when twisting (eg foot gets stuck and knee keeps rotating). Muscles and tendons however which are directly attached to each other b
RT @SeanDeveney: This was a really interesting study about ACL injuries and fatigue. Conventional wisdom holds that you're more likely to s…
RT @SeanDeveney: This was a really interesting study about ACL injuries and fatigue. Conventional wisdom holds that you're more likely to s…
RT @SeanDeveney: This was a really interesting study about ACL injuries and fatigue. Conventional wisdom holds that you're more likely to s…
RT @SeanDeveney: This was a really interesting study about ACL injuries and fatigue. Conventional wisdom holds that you're more likely to s…
RT @SeanDeveney: This was a really interesting study about ACL injuries and fatigue. Conventional wisdom holds that you're more likely to s…
RT @SeanDeveney: This was a really interesting study about ACL injuries and fatigue. Conventional wisdom holds that you're more likely to s…
RT @SeanDeveney: This was a really interesting study about ACL injuries and fatigue. Conventional wisdom holds that you're more likely to s…
RT @SeanDeveney: This was a really interesting study about ACL injuries and fatigue. Conventional wisdom holds that you're more likely to s…
This was a really interesting study about ACL injuries and fatigue. Conventional wisdom holds that you're more likely to suffer a major injury, like a torn ACL, when tired. But science says it's quite the opposite: https://t.co/QF8AxfBqJG
RT @Hewett1Tim: Yes ... that’s absolutely representative! Athletes rupture their ACLs when fresh, moving at high velocity and landing and p…
RT @Hewett1Tim: Yes ... that’s absolutely representative! Athletes rupture their ACLs when fresh, moving at high velocity and landing and p…
RT @Hewett1Tim: It’s a problem that it’s stated over and over again as if it’s a FACT that FATigue causes ACL injuries ...not only is it NO…
RT @Hewett1Tim: fatigued athletes land with greater peak knee and hip flexion angles & lower landing forces than unfatigued athletes-all R…
RT @Hewett1Tim: fatigued athletes land with greater peak knee and hip flexion angles & lower landing forces than unfatigued athletes-all R…
RT @Hewett1Tim: Yes ... that’s absolutely representative! Athletes rupture their ACLs when fresh, moving at high velocity and landing and p…
RT @Hewett1Tim: It’s a problem that it’s stated over and over again as if it’s a FACT that FATigue causes ACL injuries ...not only is it NO…
RT @Hewett1Tim: fatigued athletes land with greater peak knee and hip flexion angles & lower landing forces than unfatigued athletes-all R…
RT @Hewett1Tim: It’s a problem that it’s stated over and over again as if it’s a FACT that FATigue causes ACL injuries ...not only is it NO…
RT @Hewett1Tim: It’s a problem that it’s stated over and over again as if it’s a FACT that FATigue causes ACL injuries ...not only is it NO…
RT @Hewett1Tim: It’s a problem that it’s stated over and over again as if it’s a FACT that FATigue causes ACL injuries ...not only is it NO…
RT @Hewett1Tim: It’s a problem that it’s stated over and over again as if it’s a FACT that FATigue causes ACL injuries ...not only is it NO…
RT @Hewett1Tim: It’s a problem that it’s stated over and over again as if it’s a FACT that FATigue causes ACL injuries ...not only is it NO…
RT @Hewett1Tim: Yes ... that’s absolutely representative! Athletes rupture their ACLs when fresh, moving at high velocity and landing and p…
Yes ... that’s absolutely representative! Athletes rupture their ACLs when fresh, moving at high velocity and landing and pivoting with HIGH Force https://t.co/3Vx0d47Eam
RT @Hewett1Tim: fatigued athletes land with greater peak knee and hip flexion angles & lower landing forces than unfatigued athletes-all R…
RT @Hewett1Tim: It’s a problem that it’s stated over and over again as if it’s a FACT that FATigue causes ACL injuries ...not only is it NO…
🤔
RT @Hewett1Tim: It’s a problem that it’s stated over and over again as if it’s a FACT that FATigue causes ACL injuries ...not only is it NO…
RT @Hewett1Tim: It’s a problem that it’s stated over and over again as if it’s a FACT that FATigue causes ACL injuries ...not only is it NO…
It’s a problem that it’s stated over and over again as if it’s a FACT that FATigue causes ACL injuries ...not only is it NOT a fact... there’s no evidence behind it at all! The evidence actually indicates the opposite that fatigue actually slows down &
RT @Hewett1Tim: fatigued athletes land with greater peak knee and hip flexion angles & lower landing forces than unfatigued athletes-all R…
RT @Hewett1Tim: fatigued athletes land with greater peak knee and hip flexion angles & lower landing forces than unfatigued athletes-all R…
RT @Hewett1Tim: fatigued athletes land with greater peak knee and hip flexion angles & lower landing forces than unfatigued athletes-all R…
RT @Hewett1Tim: fatigued athletes land with greater peak knee and hip flexion angles & lower landing forces than unfatigued athletes-all R…
fatigued athletes land with greater peak knee and hip flexion angles & lower landing forces than unfatigued athletes-all R favourable movement strategies 2 reduce ACL injury no relationship between player workload in training & competition & AC
RT @Hewett1Tim: Yes, agree... we’ve been aware for some time that ACLs tend to occur early in season or match... though more often than not…
Yes, agree... we’ve been aware for some time that ACLs tend to occur early in season or match... though more often than not this trend is not significantly different ... See this recent commentary in @SportsMedicineJ & upcoming meta-analysis in @CJSMon
RT @Hewett1Tim: Is Fatigue a Risk Factor for Anterior Cruciate Ligament Rupture? https://t.co/FFOR0jMZTA
RT @Hewett1Tim: Is Fatigue a Risk Factor for Anterior Cruciate Ligament Rupture? https://t.co/FFOR0jMZTA
RT @Hewett1Tim: Is Fatigue a Risk Factor for Anterior Cruciate Ligament Rupture? https://t.co/FFOR0jMZTA
Is Fatigue a Risk Factor for Anterior Cruciate Ligament Rupture? - PubMed Labs https://t.co/pocywlGhot
RT @Hewett1Tim: Is Fatigue a Risk Factor for Anterior Cruciate Ligament Rupture? https://t.co/FFOR0jMZTA
RT @Hewett1Tim: Is Fatigue a Risk Factor for Anterior Cruciate Ligament Rupture? https://t.co/FFOR0jMZTA
RT @Hewett1Tim: Is Fatigue a Risk Factor for Anterior Cruciate Ligament Rupture? https://t.co/FFOR0jMZTA
RT @Hewett1Tim: Is Fatigue a Risk Factor for Anterior Cruciate Ligament Rupture? https://t.co/FFOR0jMZTA
RT @Hewett1Tim: Is Fatigue a Risk Factor for Anterior Cruciate Ligament Rupture? https://t.co/FFOR0jMZTA
RT @Hewett1Tim: Is Fatigue a Risk Factor for Anterior Cruciate Ligament Rupture? https://t.co/FFOR0jMZTA
RT @Hewett1Tim: Is Fatigue a Risk Factor for Anterior Cruciate Ligament Rupture? https://t.co/FFOR0jMZTA
@lucykember
RT @Hewett1Tim: Is Fatigue a Risk Factor for Anterior Cruciate Ligament Rupture? https://t.co/FFOR0jMZTA
RT @Hewett1Tim: Is Fatigue a Risk Factor for Anterior Cruciate Ligament Rupture? https://t.co/FFOR0jMZTA
RT @Hewett1Tim: Is Fatigue a Risk Factor for Anterior Cruciate Ligament Rupture? https://t.co/FFOR0jMZTA
Is Fatigue a Risk Factor for Anterior Cruciate Ligament Rupture? https://t.co/FFOR0jMZTA
And TRUE too ... IF the ACL rupture almost always occurs on the very LAST run of their day ... THEN the rupture must have been caused by FATigue ... RIGHT??? #CorrelationNotCausation #DontASSuME #LastRun #FATigue https://t.co/guKkCs3lRo Is Fatigue a Risk F
RT @PhysioMeScience: Is Fatigue a Risk Factor for Anterior Cruciate Ligament Rupture? 🦵🦵🦵 https://t.co/e96YQKSRRL @MBourne5 @DrKateWebst…
RT @PhysioMeScience: Is Fatigue a Risk Factor for Anterior Cruciate Ligament Rupture? 🦵🦵🦵 https://t.co/e96YQKSRRL @MBourne5 @DrKateWebst…
RT @prller: WOW looking forward to reading this article!! as always @MBourne5 @Hewett1Tim @DrKateWebster ...are considered favorable ACL l…
RT @prller: WOW looking forward to reading this article!! as always @MBourne5 @Hewett1Tim @DrKateWebster ...are considered favorable ACL l…
RT @PhysioMeScience: Is Fatigue a Risk Factor for Anterior Cruciate Ligament Rupture? 🦵🦵🦵 https://t.co/e96YQKSRRL @MBourne5 @DrKateWebst…
RT @PhysioMeScience: Is Fatigue a Risk Factor for Anterior Cruciate Ligament Rupture? 🦵🦵🦵 https://t.co/e96YQKSRRL @MBourne5 @DrKateWebst…
WOW looking forward to reading this article!! as always @MBourne5 @Hewett1Tim @DrKateWebster ...are considered favorable ACL loading strategies..!?!
RT @PhysioMeScience: Is Fatigue a Risk Factor for Anterior Cruciate Ligament Rupture? 🦵🦵🦵 https://t.co/e96YQKSRRL @MBourne5 @DrKateWebst…
RT @PhysioMeScience: Is Fatigue a Risk Factor for Anterior Cruciate Ligament Rupture? 🦵🦵🦵 https://t.co/e96YQKSRRL @MBourne5 @DrKateWebst…
RT @PhysioMeScience: Is Fatigue a Risk Factor for Anterior Cruciate Ligament Rupture? 🦵🦵🦵 https://t.co/e96YQKSRRL @MBourne5 @DrKateWebst…
RT @PhysioMeScience: Is Fatigue a Risk Factor for Anterior Cruciate Ligament Rupture? 🦵🦵🦵 https://t.co/e96YQKSRRL @MBourne5 @DrKateWebst…
RT @PhysioMeScience: Is Fatigue a Risk Factor for Anterior Cruciate Ligament Rupture? 🦵🦵🦵 https://t.co/e96YQKSRRL @MBourne5 @DrKateWebst…
RT @PhysioMeScience: Is Fatigue a Risk Factor for Anterior Cruciate Ligament Rupture? 🦵🦵🦵 https://t.co/e96YQKSRRL @MBourne5 @DrKateWebst…
RT @PhysioMeScience: Is Fatigue a Risk Factor for Anterior Cruciate Ligament Rupture? 🦵🦵🦵 https://t.co/e96YQKSRRL @MBourne5 @DrKateWebst…
RT @PhysioMeScience: Is Fatigue a Risk Factor for Anterior Cruciate Ligament Rupture? 🦵🦵🦵 https://t.co/e96YQKSRRL @MBourne5 @DrKateWebst…
Is Fatigue a Risk Factor for Anterior Cruciate Ligament Rupture? 🦵🦵🦵 https://t.co/e96YQKSRRL @MBourne5 @DrKateWebster @Hewett1Tim https://t.co/p5HQ2oCJTb