Knee Abduction Affects Greater Magnitude of Change in ACL and MCL Strains Than Matched Internal Tibial Rotation In Vitro

RT @TimHewett5: ACL @NFL N = 47 @nflnetwork @ESPNNFL @NFLonFOX @NFLResearch @AroundTheNFL @TimothyHewett1 @TimHewett5 @Bengals @MUHealthOrt…

RT @TimHewett5: ACL @NFL N = 47 @nflnetwork @ESPNNFL @NFLonFOX @NFLResearch @AroundTheNFL @TimothyHewett1 @TimHewett5 @Bengals @MUHealthOrt…

ACL @NFL N = 47 @nflnetwork @ESPNNFL @NFLonFOX @NFLResearch @AroundTheNFL @TimothyHewett1 @TimHewett5 @Bengals @MUHealthOrtho @marshall_health @Herd_SportsMed @marshallu @Sports_Health https://t.co/BpBf0FqY8n https://t.co/8cXdg52FyA https://t.co/v1EP80upFc

RT @Hewett1Tim: Biomechanics of ACL, MCL, +/- injuries: https://t.co/DGluXopTBf https://t.co/INV081OWTO https://t.co/ft6hImeEql https://t.c…

RT @Hewett1Tim: Biomechanics of ACL, MCL, +/- injuries: https://t.co/DGluXopTBf https://t.co/INV081OWTO https://t.co/ft6hImeEql https://t.c…

RT @Hewett1Tim: Biomechanics of ACL, MCL, +/- injuries: https://t.co/DGluXopTBf https://t.co/INV081OWTO https://t.co/ft6hImeEql https://t.c…

RT @Hewett1Tim: Biomechanics of ACL, MCL, +/- injuries: https://t.co/DGluXopTBf https://t.co/INV081OWTO https://t.co/ft6hImeEql https://t.c…

Biomechanics of ACL, MCL, +/- injuries: https://t.co/DGluXopTBf https://t.co/INV081OWTO https://t.co/ft6hImeEql https://t.co/EVBT8Z0bAG https://t.co/muC4UV7Tds https://t.co/OQussIHmkD https://t.co/SX0MG2X7Yg https://t.co/rtlTUTHsjp https://t.co/LgUhRJACkp

RT @Hewett1Tim: Agreed...the ACL injury mechanism is a multi-planar injury mechanism. Knee and hip ab/adduction, flexion and internal rotat…

RT @Hewett1Tim: Agreed...the ACL injury mechanism is a multi-planar injury mechanism. Knee and hip ab/adduction, flexion and internal rotat…

RT @Hewett1Tim: Agreed...the ACL injury mechanism is a multi-planar injury mechanism. Knee and hip ab/adduction, flexion and internal rotat…

RT @Hewett1Tim: Agreed...the ACL injury mechanism is a multi-planar injury mechanism. Knee and hip ab/adduction, flexion and internal rotat…

Agreed...the ACL injury mechanism is a multi-planar injury mechanism. Knee and hip ab/adduction, flexion and internal rotation all contribute to strain the ACL https://t.co/wk6IVxJCIx https://t.co/5IaacYlMdZ https://t.co/PIUM3xl9Lt https://t.co/LSZjGRGK2I

RT @Hewett1Tim: Differential loads in ACL 🆚 MCL injury https://t.co/J1X49Mz7e0 https://t.co/20vWElitXp https://t.co/lMtB151c4Y https://t.co…

RT @Hewett1Tim: Differential loads in ACL 🆚 MCL injury https://t.co/J1X49Mz7e0 https://t.co/20vWElitXp https://t.co/lMtB151c4Y https://t.co…

RT @Hewett1Tim: Differential loads in ACL 🆚 MCL injury https://t.co/J1X49Mz7e0 https://t.co/20vWElitXp https://t.co/lMtB151c4Y https://t.co…

RT @Hewett1Tim: Differential loads in ACL 🆚 MCL injury https://t.co/J1X49Mz7e0 https://t.co/20vWElitXp https://t.co/lMtB151c4Y https://t.co…

RT @Hewett1Tim: Differential loads in ACL 🆚 MCL injury https://t.co/J1X49Mz7e0 https://t.co/20vWElitXp https://t.co/lMtB151c4Y https://t.co…

RT @Hewett1Tim: Differential loads in ACL 🆚 MCL injury https://t.co/J1X49Mz7e0 https://t.co/20vWElitXp https://t.co/lMtB151c4Y https://t.co…

RT @Hewett1Tim: Differential loads in ACL 🆚 MCL injury https://t.co/J1X49Mz7e0 https://t.co/20vWElitXp https://t.co/lMtB151c4Y https://t.co…

RT @Hewett1Tim: Differential loads in ACL 🆚 MCL injury https://t.co/J1X49Mz7e0 https://t.co/20vWElitXp https://t.co/lMtB151c4Y https://t.co…

RT @Hewett1Tim: Differential loads in ACL 🆚 MCL injury https://t.co/J1X49Mz7e0 https://t.co/20vWElitXp https://t.co/lMtB151c4Y https://t.co…

Differential loads in ACL 🆚 MCL injury https://t.co/J1X49Mz7e0 https://t.co/20vWElitXp https://t.co/lMtB151c4Y https://t.co/RcSwOiqmp7 https://t.co/xelDBDgJTY https://t.co/2jiz1RLkDd https://t.co/RsmLGMCmEz https://t.co/mG1H1Gpqoc https://t.co/bcVVfUDwiE h

@footballmed A classic contact direct lateral blow MCL injury mechanism here! https://t.co/7mdRRHsxJW https://t.co/sM0s3eVo2Q https://t.co/CnuCSIgmMT https://t.co/o43MCmEwgv https://t.co/NY1wlvtGa9 https://t.co/EcDgpdmRMs https://t.co/j0teKTzy8g https://t.

@ford_kr @PTLexie @finishfirst_pt Mechanically speaking, the 3 individual components of knee valgus exhibit a summation effect on ACL strain. However, of the 3, ABduction clearly drives the most mechanical change even in a combined loading scenario. https:

RT @DrMasterBates: @ARDempsey @lukejohnsonoz @KThorborg @GregLehman @nwconditioning @Hewett1Tim @TimothyHewett1 @TimHewett5 @MetteKZebis Bo…

RT @DrMasterBates: @ARDempsey @lukejohnsonoz @KThorborg @GregLehman @nwconditioning @Hewett1Tim @TimothyHewett1 @TimHewett5 @MetteKZebis Bo…

@ARDempsey @lukejohnsonoz @KThorborg @GregLehman @nwconditioning @Hewett1Tim @TimothyHewett1 @TimHewett5 @MetteKZebis Both add load and strain, but frontal plane pertubations affect a greater influence when isolated out: https://t.co/JDcY1qlQZA

RT @drroddymcgee: Knee abduction rather than internal tibial rotation my have a greater impact on ACL and MCL strains. https://t.co/Q9hMxxR…

Knee abduction rather than internal tibial rotation my have a greater impact on ACL and MCL strains. https://t.co/Q9hMxxRyOk #MedEd #sportsmedicine #VegasSports https://t.co/H9S1tzTyIs

Knee aBduction may have a greater magnitude change in ACL and MCL strains over internal tibial rotation. https://t.co/kC02AdKC5k #digitalhealth #mechanics #hcldr https://t.co/IPGO1cArqE

RT @Hewett1Tim: You’re right ... it’s tricky... but 15+/-5% is a solid estimate of ACL failure strain https://t.co/MlBMTBqKtr https://t.co/…

RT @Hewett1Tim: You’re right ... it’s tricky... but 15+/-5% is a solid estimate of ACL failure strain https://t.co/MlBMTBqKtr https://t.co/…

RT @LenMacPT: this is gold! https://t.co/EvUcsnJ5CM

RT @Hewett1Tim: You’re right ... it’s tricky... but 15+/-5% is a solid estimate of ACL failure strain https://t.co/MlBMTBqKtr https://t.co/…

RT @Hewett1Tim: You’re right ... it’s tricky... but 15+/-5% is a solid estimate of ACL failure strain https://t.co/MlBMTBqKtr https://t.co/…

RT @Hewett1Tim: You’re right ... it’s tricky... but 15+/-5% is a solid estimate of ACL failure strain https://t.co/MlBMTBqKtr https://t.co/…

RT @Hewett1Tim: You’re right ... it’s tricky... but 15+/-5% is a solid estimate of ACL failure strain https://t.co/MlBMTBqKtr https://t.co/…

RT @Hewett1Tim: You’re right ... it’s tricky... but 15+/-5% is a solid estimate of ACL failure strain https://t.co/MlBMTBqKtr https://t.co/…

RT @Hewett1Tim: You’re right ... it’s tricky... but 15+/-5% is a solid estimate of ACL failure strain https://t.co/MlBMTBqKtr https://t.co/…

this is gold! https://t.co/EvUcsnJ5CM

ACL @SOATS_ATs @GO_NYSATA @ATCanonymous #AT4All #AthleticTrainer #ACL https://t.co/6Z1aBIcPBf

You’re right ... it’s tricky... but 15+/-5% is a solid estimate of ACL failure strain https://t.co/MlBMTBqKtr https://t.co/SJwkUh3uB5 https://t.co/fx9avZ4tbv https://t.co/0TfntV4LYt https://t.co/RRyYbRNgUl https://t.co/xNoJWZXVUz https://t.co/XSpTufQOTL ht

RT @Hewett1Tim: Yes have many publications R Impactor & robot show combination of knee abduction Anterior Translation and Internal Rotation…

RT @Docorange1: Poor position ⬆️s risk of ACL tear. We know this! combined rotations and isolated abduction produced greater change in stra…

RT @Docorange1: Poor position ⬆️s risk of ACL tear. We know this! combined rotations and isolated abduction produced greater change in stra…

Poor position ⬆️s risk of ACL tear. We know this! combined rotations and isolated abduction produced greater change in strain relative to the neutral position for the ACL and MCL than any other rotational stimuli in this cadaver study https://t.co/VJS9GxcX

RT @Hewett1Tim: Yes have many publications R Impactor & robot show combination of knee abduction Anterior Translation and Internal Rotation…

RT @Hewett1Tim: Yes have many publications R Impactor & robot show combination of knee abduction Anterior Translation and Internal Rotation…

Yes have many publications R Impactor & robot show combination of knee abduction Anterior Translation and Internal Rotation Rupture ACL: https://t.co/DI0AbKihdm https://t.co/tsuGkVZcl1 https://t.co/6KZMM0vjEC https://t.co/6I5u4UIZBO https://t.co/Wzb22W

Yes indeed @MayoClinic @mayoclinicsport @MayoCivicCenter Check out the latest dance 💃 research from our group: https://t.co/jcfweuVaE4 https://t.co/g3MXrd6dMT

RT @Clinorthop: Knee Abduction Affects Greater Magnitude of Change in ACL and MCL Strains Than Internal Tibial Rotation In Vitro https://t.…

RT @Clinorthop: Knee Abduction Affects Greater Magnitude of Change in ACL and MCL Strains Than Internal Tibial Rotation In Vitro https://t.…

RT @Clinorthop: Knee Abduction Affects Greater Magnitude of Change in ACL and MCL Strains Than Internal Tibial Rotation In Vitro https://t.…

RT @Hewett1Tim: Great 👍 work 'Gates of Bates' Check it OUT @amcpherson210 @ChrisNagelli ! With a 🚗 CARTOON (I.e. Infographic) and everythin…

RT @Hewett1Tim: Great 👍 work 'Gates of Bates' Check it OUT @amcpherson210 @ChrisNagelli ! With a 🚗 CARTOON (I.e. Infographic) and everythin…

RT @Hewett1Tim: Great 👍 work 'Gates of Bates' Check it OUT @amcpherson210 @ChrisNagelli ! With a 🚗 CARTOON (I.e. Infographic) and everythin…

Knee Abduction Affects Greater Magnitude of Change in ACL and MCL Strains Than Matched Internal Tibial Rotation https://t.co/leINRWcwwW

RT @Hewett1Tim: Great 👍 work 'Gates of Bates' Check it OUT @amcpherson210 @ChrisNagelli ! With a 🚗 CARTOON (I.e. Infographic) and everythin…

Great 👍 work 'Gates of Bates' Check it OUT @amcpherson210 @ChrisNagelli ! With a 🚗 CARTOON (I.e. Infographic) and everything! T Hee Hewett ! https://t.co/UCGgZfrrYx

Knee Abduction Affects Greater Magnitude of Change in ACL and MCL Strains Than Internal Tibial Rotation In Vitro https://t.co/RYqHxUJrwp https://t.co/XPFo5L7tw7

RT @Hewett1Tim: Knee Abduction is more important contributor to both ACL & MCL strain than Internal Tibial Rotation in Robotic Sims: https:…

RT @Hewett1Tim: Knee Abduction is more important contributor to both ACL & MCL strain than Internal Tibial Rotation in Robotic Sims: https:…

RT @Hewett1Tim: Knee Abduction is more important contributor to both ACL & MCL strain than Internal Tibial Rotation in Robotic Sims: https:…

RT @Hewett1Tim: Knee Abduction is more important contributor to both ACL & MCL strain than Internal Tibial Rotation in Robotic Sims: https:…

RT @Hewett1Tim: Knee Abduction is more important contributor to both ACL & MCL strain than Internal Tibial Rotation in Robotic Sims: https:…

RT @Hewett1Tim: Knee Abduction is more important contributor to both ACL & MCL strain than Internal Tibial Rotation in Robotic Sims: https:…

Knee Abduction is more important contributor to both ACL & MCL strain than Internal Tibial Rotation in Robotic Sims: https://t.co/wraQicXvkI