Nigel McCarthy (@nmmccarthy) 's Twitter Profile
Nigel McCarthy

@nmmccarthy

Head of Performance Lexington Sporting Club | Maltese Olympic Committee Board Member | Prof Doc at St Mary’s University, Twickenham | ASCA L2 | 3x Olympic Coach

ID: 231042668

linkhttp://www.sportsperformance.com.mt calendar_today27-12-2010 12:36:13

2,2K Tweet

610 Followers

708 Following

Fred Duncan (@fred__duncan) 's Twitter Profile Photo

In this study (miller et al., 2021), researchers found that elite sprinters had larger hip extensors than sub-elite sprinters. Glute max size alone explained 43.8% of sprint performance differences, while total hip extensor volume explained 47.5%. It’s an interesting finding,

In this study (miller et al., 2021), researchers found that elite sprinters had larger hip extensors than sub-elite sprinters. 

Glute max size alone explained 43.8% of sprint performance differences, while total hip extensor volume explained 47.5%.

It’s an interesting finding,
Running-Physio (@tomgoom) 's Twitter Profile Photo

INFOGRAPHIC: Muscle activity during running 🏃‍♀️ Peak loads on the calf, hamstrings and hip flexors will increase significantly with faster running and sprinting.

INFOGRAPHIC: Muscle activity during running 🏃‍♀️
Peak loads on the calf, hamstrings and hip flexors will increase significantly with faster running and sprinting.
Cameron Josse, M.S. (@coachjosse) 's Twitter Profile Photo

NEW PAPER 🏈 Kinetics & Kinematics of Initial Accel 🏃‍♂️💨 Key findings: 🔋Pmax largest relationship w/ 10m performance 💪F0 more important as body mass increases ✅Kinematics associated w/ higher levels of Pmax described Journal of Sports Sciences 👇🏼 tandfonline.com/eprint/UJBPHFZ…

NEW PAPER
🏈 Kinetics & Kinematics of Initial Accel 🏃‍♂️💨

Key findings:
🔋Pmax largest relationship w/ 10m performance
💪F0 more important as body mass increases
✅Kinematics associated w/ higher levels of Pmax described

<a href="/JSportsSci/">Journal of Sports Sciences</a> 
👇🏼

tandfonline.com/eprint/UJBPHFZ…
Bas Van Hooren (@basvanhooren) 's Twitter Profile Photo

New study led by Shiqin Chen where we investigate the relationship between muscle (co)activation time-series and lower extremity stiffness -a key component of running economy- as well as joint stiffness during running Key findings in the figure + comments. Link also in comments

New study led by Shiqin Chen where we investigate the relationship between muscle (co)activation time-series and lower extremity stiffness -a key component of running economy- as well as joint stiffness during running

Key findings in the figure + comments. Link also in comments
Chris Beardsley (@sandcresearch) 's Twitter Profile Photo

Contrary to what hypertrophy researchers assume, muscle damage does not happen during exercise because of tearing forces. Instead, it happens post-workout by means of biochemical processes (calpains and inflammation).

Contrary to what hypertrophy researchers assume, muscle damage does not happen during exercise because of tearing forces. Instead, it happens post-workout by means of biochemical processes (calpains and inflammation).
JB Morin (@jb_morin) 's Twitter Profile Photo

Vey fun/interesting to explore track events with accurate GPS trackers🧐 Ex: 60-m with hurdles = totally different story when you consider speed or power bursts that include accel/decel for each 🚧🚧 More to come w/ the 25-Hz multiconstellation 🛰️ Uno tracker gpexe

Vey fun/interesting to explore track events with accurate GPS trackers🧐
Ex: 60-m with hurdles = totally different story when you consider speed or power bursts that include accel/decel for each 🚧🚧
More to come w/ the 25-Hz multiconstellation 🛰️ Uno tracker <a href="/ThePowerTracker/">gpexe</a>