This collection of discussions reflects a general agreement with the research, with posts referencing specific muscles like the transversus abdominis and multifidus, and exploring the implications for sprint training and injury prevention. The tone varies from curiosity to practical considerations, indicating moderate engagement and perceived impact.
AgreementModerate agreement
Most discussions recognize the link between deep core muscle thickness and sprint performance, indicating general agreement with the article's findings.
InterestModerate interest
Posts show curiosity about the research, especially with mentions of specific muscles like TA and MM, and questions about implications for training.
EngagementModerate engagement
Discussions include references to related studies, personal experiences, and implications for athletic training, reflecting moderate depth.
ImpactModerate impact
The conversations highlight potential practical uses, such as injury prevention and performance optimization, suggesting some influence on sports training practices.
Abstract in brief
This study investigated how the thickness of deep trunk muscles like the transversus abdominis (TA), multifidus (MM), and psoas major (PM) relates to 100m sprint performance in male college sprinters, finding that thicker TA and MM muscles are associated with faster sprint times up to certain points.
Results showed that the TA muscle had a moderate negative correlation with sprint time, meaning thicker TA muscles were linked to better performance, while the relationship for MM was weaker and not statistically significant, and PM showed no clear correlation.
Using advanced analysis, researchers identified "changepoints" in muscle thickness—specific thresholds beyond which increasing muscle size no longer improved sprint times, highlighting that muscle development benefits performance only to a certain point.
New Research: A 100-m Sprint Time Is Associated With Deep Trunk Muscle Thickness in Collegiate Male Sprinters https://t.co/LJ7fd0T9wN #sports #activeliving
Sprint performance for 100-m was found to be associated with TA and MM thickness in a biphasic manner. As muscle thickness increased, the sprint time decreased, followed by a plateau phase."
https://t.co/B0n7mI973w https://t.co/qZovOFbZIU
Final day of the #IAAF #WorldAthleticsChamps!
Check out some of the science behind the race, with the paper "A 100-m Sprint Time Is Associated With Deep Trunk Muscle Thickness in Collegiate Male Sprinters" ➡️ https://t.co/R4wWvngl93
#OA #IAAFDoha2019 https://t.co/xZgZT1Rpzk
Oct 6, 2019 · 5 likes · 1 share · 4,167 followersView post →
LB
Loris Bertolacci
@LorisBertolacci · X
Having squatted big weight, done plyos & train AFL 20yrs but then in rehab looked at TA & Multifidus had to concede there seemed a link. Time & time again I saw players with injuries have crap ability to use TA & poor dvt multifidus. Stuffed if I know Ha. https://t.co/KFuWd3noRW
This study investigates how deep trunk muscles like transversus abdominis and multifidus relate to 100m sprint times in male college sprinters. Thicker TA and MM muscles are linked to faster performance up to certain…
This study examines how the thickness of deep trunk muscles like the transversus abdominis and multifidus relates to 100m sprint times in male college sprinters, revealing that increased muscle thickness up to certain…
This study examined how the thickness of deep trunk muscles relates to 100m sprint times in male college sprinters, finding thicker transversus abdominis and multifidus muscles are linked to better performance up to a…
Mar 26, 2024 · 104 likes · 9 shares · 14,716 followersView post →
J
junglehoney
@KruseYouri · X
Sprint performance for 100-m was found to be associated with TA and MM thickness in a biphasic manner. As muscle thickness increased, the sprint time decreased, followed by a plateau phase."
https://t.co/B0n7mI973w https://t.co/qZovOFbZIU
Why Glute Max? Propulsion? Pelvic conbtrol? All of the above?
Also a similar paper here, slightly slower group and a little under powered IMO but transverse abs = sig correlation with 100m sprint (-.691), but no correlation between sprint and psoas size
https://t.co/wbWbn4Gx0c
Oct 2, 2020 · 1 share · 6,353 followersView post →
HP
HaB Direct - health, medical & sports performance
@HaBDirect · X
A 100-m Sprint Time Is Associated With Deep Trunk Muscle Thickness in Collegiate Male Sprinters https://t.co/GHaOsTqC10
Final day of the #IAAF #WorldAthleticsChamps!
Check out some of the science behind the race, with the paper "A 100-m Sprint Time Is Associated With Deep Trunk Muscle Thickness in Collegiate Male Sprinters" ➡️ https://t.co/R4wWvngl93
#OA #IAAFDoha2019 https://t.co/xZgZT1Rpzk
Oct 6, 2019 · 5 likes · 1 share · 4,167 followersView post →
LB
Loris Bertolacci
@LorisBertolacci · X
RT @FrontSportsAL: New Research: A 100-m Sprint Time Is Associated With Deep Trunk Muscle Thickness in Collegiate Male Sprinters https://t.…
Having squatted big weight, done plyos & train AFL 20yrs but then in rehab looked at TA & Multifidus had to concede there seemed a link. Time & time again I saw players with injuries have crap ability to use TA & poor dvt multifidus. Stuffed if I know Ha. https://t.co/KFuWd3noRW
New Research: A 100-m Sprint Time Is Associated With Deep Trunk Muscle Thickness in Collegiate Male Sprinters https://t.co/LJ7fd0T9wN #sports #activeliving
(https://www.frontiersin.org/articles/10.3389/fspor. 2019.00032/full) [6. Chương trình nào để tập số 1 đến 3 trong một lúc? ♂️] Squat kiểu Bungari ...
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