RT @WB_BARR: Study on collegiate football players shows that concussed athletes experience 93.8 more head impacts (p = 0.0031), 10.2 more h…
Study on collegiate football players shows that concussed athletes experience 93.8 more head impacts (p = 0.0031), 10.2 more high magnitude impacts (p = 0.0157), and 1.9 × greater risk-weighted exposure (p = 0.0175) than physically matched controls. https
Accounting for Variance in Concussion Tolerance Between Individuals: Comparing Head Accelerations Between Concussed and Physically Matched Control Subjects. https://t.co/gTmkGGNcLd
RT @ABMEjournal: Certain physical traits may influence an individual's concussion tolerance @strowson @Stefan_M_Duma @jmihalik79 @KevinGusk…
More of the latest head impact data in college football from the @CareConsortium work at our site and other Advanced Research Core sites.
Certain physical traits may influence an individual's concussion tolerance @strowson @Stefan_M_Duma @jmihalik79 @KevinGuskiewicz @griz1 @DrABrooksUWisc @WPOrthoResearch @CareConsortium Read more in our Special Issue on NCAA-DoD CARE Consortium Research ht
Study using helmet based accelerometer finds concussed subjects experience more head impacts, more high magnitude impacts, and greater risk-weighted exposure tha their physically matched controls. https://t.co/xeq4QKN5kf
RT @jcaccese5: Further @CareConsortium evidence that head impact data need to be considered at the individual level. Concussed participant…
RT @jcaccese5: Further @CareConsortium evidence that head impact data need to be considered at the individual level. Concussed participant…
RT @jcaccese5: Further @CareConsortium evidence that head impact data need to be considered at the individual level. Concussed participant…
Further @CareConsortium evidence that head impact data need to be considered at the individual level. Concussed participants had greater head impact frequency and magnitude than physically matched controls. #AANSCC @ConcussionUd @AANMember https://t.co/OD
RT @ConcernedMom9: "A total of 502 college football players were instrumented with helmet-mounted accelerometer arrays and provided complet…
@kimberlyarchie @37919KJ "Researchers have been collecting head impact data from instrumented football players to characterize the biomechanics of concussion for the past 15 years ..." https://t.co/aAq7tzcMLq
"On average, we found that concussed subjects experienced 93.8 more head impacts (p = 0.0031), 10.2 more high magnitude impacts (p = 0.0157), and 1.9 × greater risk-weighted exposure (p = 0.0175) than their physically matched controls." https://t.co/aAq7tz
"A total of 502 college football players were instrumented with helmet-mounted accelerometer arrays and provided complete baseline assessment data, 44 of which sustained a total of 49 concussion." https://t.co/aAq7tzcMLq
"In this study, we identified control subjects for our concussed subjects who demonstrated traits we believed were correlated to factors thought to affect injury tolerance, including height, mass, age, race, and concussion history." https://t.co/aAq7tzcMLq
"Researchers have been collecting head impact data from instrumented football players to characterize the biomechanics of concussion for the past 15 years, yet the link between biomechanical input and clinical outcome is still not well understood." https:/
Accounting for Variance in Concussion Tolerance Between Individuals: Comparing Head Accelerations Between Concussed and Physically Matched Control Subjects. https://t.co/AYY7pw4ZSi
RT @davidwlawrence1: "On average, #concussed subjects experienced 93.8 more head impacts, 10.2 more high magnitude impacts, and 1.9 × great…
RT @davidwlawrence1: "On average, #concussed subjects experienced 93.8 more head impacts, 10.2 more high magnitude impacts, and 1.9 × great…
"On average, #concussed subjects experienced 93.8 more head impacts, 10.2 more high magnitude impacts, and 1.9 × greater risk-weighted exposure than their physically matched controls." @ABMEjournal (link) https://t.co/4NXRbcZBAQ https://t.co/aCmAM6qBQ1