The muscles that create a varus moment to stabilize the elbow and offload the UCL from taking on the entire valgus torque are the muscles that make up the flexor pronator mass and the tricep. https://t.co/MFlonoexsZ
Critical 2015 paper by Buffi et al in the study of UCL injury accounting for force contribution of individual muscles acting on the elbow to decrease load on the UCL. Important to understand when designing injury mitigation or rehabilitation programs. http
RT @jameshbuffi: It’s actually not just intuition linking a decrease in forearm muscle force to a possible increase in elbow injury risk. T…
RT @jameshbuffi: It’s actually not just intuition linking a decrease in forearm muscle force to a possible increase in elbow injury risk. T…
It’s actually not just intuition linking a decrease in forearm muscle force to a possible increase in elbow injury risk. There’s plenty of anatomical studies showing a possible connection, and my PhD was on exploring this link in computer simulation. https
Now I'm not the first to look into this. @jameshbuffi published a paper on it (https://t.co/aWtkP9uy5d) and Matthew Wagshol recreated it (https://t.co/vvBQZnsEiN) So maybe that makes me like the 3rd person to be doing it?
Came across this article that indicates a possible mechanism to decrease the load on the UCL in pitchers https://t.co/brwJgRyRAo
Computing muscle, ligament, and osseous contributions to the elbow varus moment during baseball pitching https://t.co/c5kcsy4iIB
@CoachJSidwell More to it (and obviously don't read too much into one study finding) but this is a good place to start: https://t.co/apXA0nDK3r
Computing muscle, ligament, and osseous contributions to the elbow varus moment during baseball pitching https://t.co/AY5ngAeu3s
Quoting him: "The medial elbow muscles generated substantial, protective, varus elbow moments in our simulations." https://t.co/0KsBAN0VEG https://t.co/yGVaLpmqna
@Pronate @drmchivers @drsosterer I think you should read my PhD dissertation and the paper I published http://t.co/mHoKPPGun3
From my research: in a computer simulation, activating the triceps muscle reduced the load on the subject's UCL http://t.co/mHoKPPGun3
From my research: in a computer simulation, activating the triceps muscle reduced the load on the subject's UCL http://t.co/mHoKPPGun3
From my research: in a computer simulation, activating the triceps muscle reduced the load on the subject's UCL http://t.co/mHoKPPGun3
C-Motion Researchers in action! Contributing to science! http://t.co/tDeCdlC2No http://t.co/FkjiXeIfZ4
Check out my article on elbow #muscle forces during #baseball #pitching http://t.co/H7d1BlV831
Hmm MT @posteric Interesting article just published - triceps very important in protecting the elbow during pitching: http://t.co/aIsHDeS396
Hmm MT @posteric Interesting article just published - triceps very important in protecting the elbow during pitching: http://t.co/aIsHDeS396