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The overall tone indicates strong support and intrigue, as many posts reference the neurocognitive measures like reaction time and visual memory, illustrating the perceived importance of the study. The use of words like 'significantly slower,' 'risk factors,' and 'potential to improve prevention' demonstrates both agreement and a sense of urgency, while some participants share personal stories or ask for more details, showing engaged interest.
Most discussions support the article's findings, emphasizing neurocognitive impairments as linked to injury risk, with posts mentioning slower reaction times and memory deficits as evidence.
Posts reflect high curiosity and concern about injury prevention, with athletes and coaches expressing interest in the neurocognitive aspects and prevention strategies.
Participants engage deeply by referencing specific measures like reaction times, processing speeds, and neurocognitive tests, along with sharing personal experiences or seeking further information.
The discussions highlight the significance of the research in changing perspectives on injury prevention, with statements suggesting the findings could transform training and assessment practices.
“Athletes who suffered non-contact ACL injuries had significantly slower reaction times and processing speeds, as well as lower visual and verbal memory scores during their preseason [ImPACT] tests.”
"Neurocognitive differences may be associated with the loss of neuromuscular control and coordination errors, predisposing certain intercollegiate athletes to noncontact anterior cruciate ligament injuries."
Click ⏬️⏬️⏬️ https://t.co/BmGBQmEYVD For our full length conversation with @JasonAvedesian on ACL injuries and how to build robust athletes! https://t.co/pkRk5QcTtE
@CoachArthur71 @tony_dieppa @bmarcello13 Sorry. Try this https://t.co/K6gq6HGggz
RT @Lentini_PT: “Athletes who suffered non-contact ACL injuries had significantly slower reaction times and processing speeds, as well as l…
@SoySomera Claro. Pero, a lo que mi duda se refiere es en torno al objeto de estudio de este paper (https://t.co/GU81f0qPCq) en el que demuestran que una baja función cognitiva está asociada a mayor riesgo de lesión del LCA; aunque no es la única (https://t.co/IE7tKnQGYq)... mi pregunta va
This episode features Dr. Jason Avedesian discussing ACL injuries in sports. We explore how neurocognitive performance, including reaction time and memory, may influence injury risk and the importance of athlete…
This video explores how reaction time and neurocognitive function impact ACL injury risk during sports movements. It highlights the potential to reduce injury through training responses based on neurological assessments.
RT @SportsInjurySIB: "Neurocognitive differences may be associated with the loss of neuromuscular control and coordination errors, predispo…
RT @Lentini_PT: “Athletes who suffered non-contact ACL injuries had significantly slower reaction times and processing speeds, as well as l…
RT @Lentini_PT: “Athletes who suffered non-contact ACL injuries had significantly slower reaction times and processing speeds, as well as l…
RT @Lentini_PT: “Athletes who suffered non-contact ACL injuries had significantly slower reaction times and processing speeds, as well as l…
RT @Lentini_PT: “Athletes who suffered non-contact ACL injuries had significantly slower reaction times and processing speeds, as well as l…
RT @Lentini_PT: “Athletes who suffered non-contact ACL injuries had significantly slower reaction times and processing speeds, as well as l…
RT @Lentini_PT: “Athletes who suffered non-contact ACL injuries had significantly slower reaction times and processing speeds, as well as l…
RT @Lentini_PT: “Athletes who suffered non-contact ACL injuries had significantly slower reaction times and processing speeds, as well as l…
“Athletes who suffered non-contact ACL injuries had significantly slower reaction times and processing speeds, as well as lower visual and verbal memory scores during their preseason [ImPACT] tests.”
RT @StrCoachNetwork: Click ⏬️⏬️⏬️ https://t.co/BmGBQmEYVD For our full length conversation with @JasonAvedesian on ACL injuries and how…
Learn how to keep your athletes legs healthy https://t.co/0h0L3s8s4q via @YouTube Blew out my knee in high school football. I'm going to be sure and catch this one when I have time!
RT @StrCoachNetwork: Click ⏬️⏬️⏬️ https://t.co/BmGBQmEYVD For our full length conversation with @JasonAvedesian on ACL injuries and how…
Click ⏬️⏬️⏬️ https://t.co/BmGBQmEYVD For our full length conversation with @JasonAvedesian on ACL injuries and how to build robust athletes! https://t.co/pkRk5QcTtE
RT @SportsInjurySIB: "Neurocognitive differences may be associated with the loss of neuromuscular control and coordination errors, predispo…
"Neurocognitive differences may be associated with the loss of neuromuscular control and coordination errors, predisposing certain intercollegiate athletes to noncontact anterior cruciate ligament injuries."
@CoachArthur71 @tony_dieppa @bmarcello13 Sorry. Try this https://t.co/K6gq6HGggz
@SoySomera Claro. Pero, a lo que mi duda se refiere es en torno al objeto de estudio de este paper (https://t.co/GU81f0qPCq) en el que demuestran que una baja función cognitiva está asociada a mayor riesgo de lesión del LCA; aunque no es la única (https://t.co/IE7tKnQGYq)... mi pregunta va
“Decreased reaction times, processing speed, or visual-spatial disorientation may expose athletes to injurious situations by disrupting the neuromuscular control necessary for dynamic restraint”. https://t.co/yTuAKl3j9L
doi: 10.1177/0363546507299532 reconstruction. Clin Biomech. (2019) 68:144–50. doi: 10.1016/j.clinbiomech.2019.05.033 74. Almonroeder TG, Kernozek T, Cobb S ...
org/10.1177/0363546507299532 nitive testing: ceiling effects, reliability, and implications for inter- 7. Monfort SM, Pradarelli JJ, Grooms DR, Hutchison KA ...
10.1177/0363546507299532. > CrossrefGoogle Scholar; 13.Paterno MV, Rauh MJ, Schmitt LC, Ford KR, Hewett TE. Incidence of second ACL injuries 2 ...
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